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HomeMy WebLinkAboutSystems Integrated 2020-08-07 CONTRACT 2021-101 HYDRO PLANT SCADA/PLC UPGRADE This Agreement is made and entered on August 7, 2020, in Ukiah, California, by and between Systems Integrated, a CA Limited Partnership ("Contractor") and the City of Ukiah ("City"),a general law municipal corporation. RECITALS: 1. The work is for the Hydro Plant SCADA/PLC Upgrade, ("the Work") as described in Exhibit A,which is attached hereto and incorporated herein by this reference. 2. Contractor is properly licensed and qualified to perform the work. 3. Whenever this Agreement calls for City approval or notification, the approval or notification must be signed by the City Manager or his or her designee. AGREEMENT: Wherefore, in consideration of the foregoing facts and the terms and conditions as further stated herein,the parties hereby agree as follows. 1.PERFORMANCE OF THE WORK Contractor will perform the Work as further provided herein. 1.1 Time of Performance.Time is of the essence,and the Contractor shall commence making the services available to the City upon the receipt of a Notice to Proceed, and they shall be available thereafter upon request for service by City, and as per schedule provided in Exhibit A. 1.2 Construction of Contract Documents.Contractor will perform the Work in compliance with the attached Exhibit A. If there is any inconsistency or conflict between Exhibit A, and this agreement, the terms of this Agreement shall prevail, unless expressly stated otherwise in an Amendment to this agreement. 1.3 Contractor furnished items. Contractor will furnish all necessary labor,materials,tools, equipment, and transportation necessary to perform the Work. 1.4 SB 854 requirements 1.4.1 No contractor or subcontractor may be listed on a proposal for a public works project unless registered with the Department of Industrial Relations pursuant to Labor Code section 1725.5 [with limited exceptions from this requirement for proposal purposes only under Labor Code section 1771.1(a)]. 1 CONTRACT 1920-101 1.4.2 No contractor or subcontractor may be awarded a contract for public work on a public works project unless registered with the Department of Industrial Relations pursuant to Labor Code section 1725.5. 1.4.3 This project is subject to compliance monitoring and enforcement by the Department of Industrial Relations. 1.4.4 The Labor Commissioner through the Division of Labor Standards Enforcement(DLSE)may at any time require contractors and subcontractors to furnish electronic certified payroll records directly to DLSE. All contractors and subcontractors must furnish electronic certified payroll records directly to the DLSE. 1.4.5 The Prime Contractor is required to post job notices at the job site as prescribed by regulations (currently, 8 CCR §16451(d).) 1.5 Use of Employees. 1.5.1. Contractor and any subcontractors shall pay all mechanics and laborers employed by them to work upon the site of the work unconditionally and without subsequent deductions or rebate on any account the full amounts due at the time of payment at wage rates not less than those contained in the applicable prevailing wage determination, regardless of any contractual relationship which may be alleged to exist between the Contractor and subcontractors and such laborers and mechanics. 1.5.2. Contractor shall comply with the California Labor Code Section 1775. In accordance with said Section 1775, Contractor shall forfeit as a penalty to the City, $50.00 for each calendar day or portion thereof, for each workman paid less than the stipulated prevailing rates for such work or craft in which such workman is employed for any work done under the Contract by him or her or by any subcontractor under him or her in violation of the provisions of the Labor Code and in particular, Labor Code Sections 1770 to 1780, inclusive. In addition to said penalty and pursuant to Section 1775,the difference between such stipulated prevailing wage rates and the amount paid to each workman for each calendar day or portion thereof for which each workman was paid less than the stipulated prevailing wage rate shall be paid to each workman by the Contractor. 1.5.3. Pursuant to the provision of Section 1770 of the Labor Code of the State of California, City has ascertained the general prevailing rate of wages(which rate includes employer payments for health and welfare, vacation, pension and similar purposes) applicable to the work to be done, for straight time work. The holiday wage rate listed shall be applicable to all holidays recognized in the collective bargaining agreement of the particular craft, classification, or type of workers concerned. Copies of the General Prevailing Wage Determination are on file in the office of the City Engineer and are available to the Contractor on request. The Contractor shall post the 2 CONTRACT 1920-101 wage determination at the site of work in a prominent place where the workers can easily see it. 1.5.4. City will not recognize any claim for additional compensation because the Contractor has paid any rate in excess of the prevailing wage rate obtained from the City Engineer. The possibility of wage increases is one of the elements to be considered by the Contractor in determining his or her proposal and will not in any circumstances be considered as the basis for a claim against the City. 1.5.5. Travel and Subsistence Payments. Contractor shall make travel and subsistence payments to each worker needed to execute the work in accordance with the requirements in Section 1773.8 of the Labor Code (Chapter 880, Statutes of 1968). 1.5.6. Apprentices. Attention is directed to the provisions in Sections 1777.5 (Chapter 1411, Statutes of 1968) and 1777.6 of the California Labor Code concerning the employment of apprentices by the Contractor or any subcontractor under him. Contractor and any subcontractor under him or her shall comply with the requirements of said sections in the employment of apprentices. Information relative to apprenticeship standards, wage schedules and other requirements may be obtained from the Director of Industrial Relations, ex officio the Administrator of Apprenticeship, San Francisco, California, or from the Division of Apprenticeship Standards and its branch offices. Copies of Labor Code Sections 1771 (requiring prevailing wages), 1775 (imposing penalties, including a$50 per day,per worker forfeiture, for failure to pay prevailing wages), 1776 (requiring contractor to maintain available for inspection certified payroll records), 1777.5 (requiring certain apprenticeship programs), 1813 (imposing penalties for failure to make records available for inspection) and 1815 (requiring time and 1/2 for overtime) are available at the Department of Industrial Relations website at http://www.dir.ca.gov/ 1.6 CITY Inspector. CITY may designate an architect, engineer, other design professional or other inspector ("Inspector") to supervise and/or inspect Contractor's performance of the Work. The Inspector shall have no authority to change the Work,the compensation for performing the Work or the time for completing the Work without City's prior written approval. City shall notify the Contractor in writing, if it designates an Inspector. 1.7 Site Conditions. Contractor acknowledges that it has inspected the work site and any improvements involving the Work and satisfied itself as to the conditions which can affect the Work or its cost. Contractor has not relied on any representation by CITY or its officers or employees as to the condition of the site or the houses or any condition that might affect the cost of performing this 3 CONTRACT 1920-101 Agreement. 1.8 New Products Required. All equipment, materials or fixtures furnished by Contractor under this Agreement shall be new and of the most suitable grade for the intended purpose, unless otherwise specifically provided. 1.9 Compliance with Laws. The Contractor shall give all notices and comply with all applicable laws,ordinances, codes,rules and regulations. The Contractor shall secure and pay for all permits, fees, and licenses necessary for the proper execution and completion of the work. 1.10 Protection of Site and Improvements. The Contractor shall preserve and protect the site,grounds and any involved improvements and shall not alter or damage any portion thereof,except as is absolutely necessary in order to perform the Work. The Contractor shall repair or replace, as directed by CITY, any property that it damages, loses or destroys in violation of this paragraph. Contractor shall assume full responsibility for maintaining the safety of the worksite in compliance with all applicable state and federal worker safety and protection laws and shall maintain the worksite in compliance with all such laws. 1.11 Inspection of Work. The Contractor shall ensure that the Work is available for inspection by CITY or its Inspector at all reasonable times and that no work is covered up or rendered incapable of inspection without prior notice to CITY or its Inspector and a reasonable opportunity for inspection. The presence or absence of a CITY inspector or the conduct of an inspection by CITY or its Inspector shall not relieve the Contractor from any contract requirement or compliance with Exhibit A. 1.12 Title. The Contractor warrants that it conveys full and complete title, free of all liens and encumbrances, to all materials, supplies, fixtures and equipment furnished to CITY under this Agreement and agrees to fully defend and indemnify CITY,its officers and employees,and the houses and homebuyers included in the Work, from and against any claim, lien, charge, debt, cost, expense or liability arising from a breach of said warranty. 1.13 Warranties. In addition to any other warranties in this contract,the Contractor warrants that the Work conforms to the contract requirements and is free of any defect in equipment, material or workmanship for a period of one year from the date of final acceptance of the Work by CITY. If CITY accepts any part of the Work before final acceptance of the entire Work, the warranty shall continue for the period of one year from the date of such partial acceptance. The Contractor shall remedy, at the Contractor's expense, any failure to conform, or any defect. 1.14 Extension of Time. Should any delays occur which the City may consider unavoidable, as herein defined,the Contractor shall,pursuant to his or her application,be allowed an extension of time proportional to said delay or delays,beyond the time herein set forth, in which to complete this contract. 4 CONTRACT 1920-101 Any claim by Contractor for a time extension based on unavoidable delays shall be based on written notice delivered to the City within 15 days of the occurrence of the event giving rise to the claim. Failure to file said written notice within the time specified shall constitute a waiver of said claim. Notice of the full extent of the claim and all supporting data must be delivered to the City within 45 days of the occurrence unless the City specifies in writing a longer period. All claims for a time extension must be approved by the City and incorporated into a written amendment. 1.15.Unfavorable Weather and Other Conditions. During unfavorable weather and other conditions,the Contractor shall pursue only such portions of the work as shall not be damaged thereby. No portions of the work whose satisfactory quality or efficiency will be affected by any unfavorable conditions shall be constructed while these conditions remain,unless,by special means or precautions approved by the City,the Contractor shall be able to overcome them. The Contractor shall be granted a time extension of one day for each unfavorable weather day that prevents him or her from placing concrete forms or placing and finishing concrete or asphalt concrete. Such unfavorable weather day is defined as a rain day where precipitation prevents the contractor from performing the work more than four(4)continuous hours within the authorized work period or a temperature day where the ambient temperature is below that specified for the placement of materials associated with the controlling work item for more than four(4) continuous work hours of the authorized work period. 1.16. Saturday, Sunday, Holiday and Night Work. No work shall be done between the hours of 6 p.m. and 7 a.m., nor on Saturdays, Sundays or legal holidays except such work as is necessary for the proper care and protection of work already performed,or except in cases of absolute necessity and in any case only with the permission of the City. It is understood, however, that night work may be established as a regular procedure by the Contractor if he or she first obtains the written permission of the City and that such permission may be revoked at any time by the City if the Contractor fails to maintain at night adequate force and equipment for reasonable prosecution and to justify inspection of the work. 1.17. Hours of Labor. Eight (8) hours of labor shall constitute a legal day's work and the Contractor or any subcontractor shall not require or permit more than eight hours of labor in a day from any person employed by him or her in the performance of the work under this contract,unless paying compensation for all hours worked in excess of eight (8) hours per day at not less than 1 1/2 times the basic rate of pay. The Contractor shall forfeit to the City, as a penalty, the sum of twenty- five dollars($25.00)for each workman employed in the execution of the contract by him or her or by any subcontractor, for each calendar day during which such laborer, workman, or mechanic is required or permitted to labor more than eight hours in violation of the provisions of Section 1810 to 1816,inclusive,(Article 3, Chapter 1,Part 7,Division 2)of the Labor Code of the State of California and any acts amendatory thereof. 5 CONTRACT 1920-101 2. CONTRACT PRICE CITY shall pay the Contractor for performance of this Agreement time and materials not-to- exceed of$245,461. Labor and total cost breakdown is provided for in Exhibit A. 3. PAYMENT OF CONTRACT PRICE City shall pay any invoice for completed work, and approved by the City, within thirty(30) days of its receipt by City. All payments under this contract shall be made upon the presentation of certificates in writing from the City and shall show that the work covered by the payments has been done and the payments thereof are due in accordance with this contract. 4. INDEMNIFICATION AND INSURANCE. 4.1 Indemnification. The Contractor shall do all of the work and furnish all labor, materials, tools and appliances, except as otherwise herein expressly stipulated, necessary or proper for performing and completing the work herein required in the manner and within the time herein specified. The mention of any specific duty or liability imposed upon the Contractor shall not be construed as a limitation or restriction of any general liability or duty imposed upon the Contractor by this contract, said reference to any specific duty or liability being made herein merely for the purpose of explanation. The right of general supervision by the City shall not make the Contractor an agent of the City and the liability of the Contractor for all damages to persons or to public or private property, arising from the Contractor's execution of the work, shall not be lessened because of such general supervision. Until the completion and final acceptance by the City of all the work under and implied by this contract, the work shall be under the Contractor's responsible care and charge. The Contractor shall rebuild, repair, restore and make good all injuries, damages, re-erections and repairs, occasioned or rendered necessary by causes of any nature whatsoever, excepting only acts of God and none other, to all or any portions of the work, except as otherwise stipulated. To the fullest extent permitted by law, Contractor shall indemnify and hold harmless the City and its officers, directors, agents, and employees from and against all claims, damages, losses and expenses including but not limited to attorneys' fees, costs of suit, expert witness fees and expenses and fees and costs of any necessary private investigators arising out of or resulting from the performance of the work, provided that any such claim, damage, loss or expense (1) is attributable to bodily injury, sickness,disease or death,or to injury to or destruction of tangible property,other than the work itself, including the loss of use resulting therefrom and (2) is caused in whole or in part by any act or omission of the Contractor, any subcontractor, or anyone directly or indirectly employed by any of them,or anyone for whose acts any of them may be liable,regardless of whether or not it is caused in part by a party indemnified hereunder,or by the negligence or omission of a party indemnified herein. In any and all claims against the City or any of its agents or employees by any employee of the Contractor, any subcontractor, anyone directly or indirectly employed by any of them, or anyone for 6 CONTRACT 1920-101 whose acts any of them may be liable,the indemnification obligation shall not be limited in any way by any limitation on the amount or type of damages, compensation or benefits payable by or for the Contractor or any subcontractor under workers' or workmen's compensation acts, disability benefit acts, or other employee benefit acts. The obligation to indemnify shall extend to and include acts of the indemnified party which may be negligent or omissions which may cause negligence. The City shall have the right to estimate the amount of such damage and to cause the City to pay the same and the amount so paid for such damage shall be deducted from the money due the Contractor under this contract;or the whole or so much of the money due or to become due the Contractor under this contract as may be considered necessary by the City, shall be retained by the City until such suits or claims for damages shall have been settled or otherwise disposed of and satisfactory evidence to that effect furnished to the City. 4.2 Insurance. Contractor shall procure and maintain for the duration of the contract insurance as per Exhibit B. 5. TERMINATION. This Agreement may be terminated by City: 1)for convenience 2)for breach of the agreement; City shall notify Contractor of any alleged breach of the agreement and of the action required to cure the breach. If Contractor fails to cure the breach within the time specified in the notice, the contract shall be terminated as of that time. If terminated for convenience of the City, the contract shall terminate on the date notice of termination is given to Contractor. City shall pay the Contractor only for services performed and expenses incurred as of the effective termination date, unless terminated because the Contractor has failed to satisfactorily cure a breach after notice in which event City shall be entitled off-set any damages incurred by the City as a result of the breach from any amounts due to Contractor for work performed prior to the date the contract was terminated. 6. MODIFICATION OF AGREEMENT. City may, from time to time, request changes in the Work, the time to complete the work or the compensation to be paid for the Work. Such changes must be incorporated in written amendments to this Agreement. To be effective,all such changes as referred to in this section must be agreed upon in writing by both parties to this agreement. 7. ASSIGNMENT. The Contractor shall not assign any interest in this Agreement, and shall not transfer any interest in the same(whether by assignment or novation),without the prior written consent of City. 8. APPLICATION OF LAWS. The parties hereby agree that all applicable Federal, State and local rules, regulations and guidelines not written into this Agreement shall hereby prevail during the period of this Agreement. 7 CONTRACT 1920-101 9. INDEPENDENT CONTRACTOR. It is the express intention of the parties hereto that Contractor is an independent contractor and not an employee,joint venturer, or partner of City for any purpose whatsoever. City shall have no right to, and shall not control the manner or prescribe the method of accomplishing those services contracted to and performed by Contractor under this Agreement, and the general public and all governmental agencies regulating such activity shall be so informed. Those provisions of this Agreement that reserve ultimate authority in City have been inserted solely to achieve compliance with federal and state laws,rules,regulations,and interpretations thereof. No such provisions and no other provisions of this Agreement shall be interpreted or construed as creating or establishing the relationship of employer and employee between Contractor and City. Contractor shall pay all estimated and actual federal and state income and self-employment taxes that are due the state and federal government and shall furnish and pay worker's compensation insurance, unemployment insurance and any other benefits required by law for himself and his employees, if any. Contractor agrees to indemnify and hold City and its officers, agents and employees harmless from and against any claims or demands by federal, state or local government agencies for any such taxes or benefits due but not paid by Contractor, including the legal costs associated with defending against any audit, claim, demand or law suit. Contractor warrants and represents that it is a properly licensed for the work performed under this Agreement with a substantial investment in its business and that it maintains its own offices and staff which it will use in performing under this Agreement. 10. DOCUMENTS AND OWNERSHIP OF WORK. All documents furnished to Contractor by City and all documents or reports and supportive data prepared by Contractor under this Agreement are owned and become the property of the City upon their creation and shall be given to City immediately upon demand and at the completion of Contractor's services at no additional cost to City. Deliverables are identified in the Scope of Work, Exhibit A. All documents produced by the Contractor shall be furnished to City in digital format and hardcopy. Contractor shall produce the digital format using software and media approved by City. 11. GOVERNING LAW. This Agreement shall be governed by and construed in accordance with the laws of the State of California and any legal action concerning the agreement must be filed and litigated in the proper court in Mendocino County, each party consenting to jurisdiction and venue of California state courts in Mendocino County. 12. SEVERABILITY. If any provision of the Agreement is held by a court of competent jurisdiction to be invalid, void, or unenforceable, the remaining provisions shall nevertheless continue in full force and effect without being impaired or invalidated in any way. 8 CONTRACT 1920-101 13. INTEGRATION. This Agreement, including the exhibits attached hereto, contains the entire agreement among the parties and supersedes all prior and contemporaneous oral and written agreements,understandings, and representations among the parties. No amendments to this Agreement shall be binding unless executed in writing by all of the parties. 14. WAIVER. No waiver of any of the provisions of this Agreement shall be deemed, or shall constitute a waiver of any other provision, nor shall any waiver constitute a continuing waiver. No waiver shall be binding unless executed in writing by the party making the waiver. 15. NOTICES. Whenever notice, payment or other communication is required or permitted under this Agreement, it shall be deemed to have been given when personally delivered, emailed, telefaxed or deposited in the United States mail with proper first-class postage affixed thereto and addressed as follows: CONTRACTOR CITY Systems Integrated, LP City of Ukiah 2200 North Glassell Street 300 Seminary Avenue Orange, CA 92865 Ukiah, CA 95482 Scorrales-diaz@systemsintegrated.com mhorger@cityofukiah.com Either party may change the address to which notices must be sent by providing notice of that change as provided in this paragraph. 16. PARAGRAPH HEADINGS. The paragraph headings contained herein are for convenience and reference only and are not intended to define or limit the scope of this agreement. 17. EXECUTION OF AGREEMENT. This Agreement may be executed in duplicate originals, each bearing the original signature of the parties. Alternatively, this Agreement may be executed and delivered by facsimile or other electronic transmission, and in more than one counterpart, each of which shall be deemed an original, and all of which together shall constitute one and the same instrument. When executed using either alternative,the executed agreement shall be deemed an original admissible as evidence in any administrative or judicial proceeding to prove the terms and content of this Agreement. 9 CONTRACT 1920-101 WHEREFORE,the parties have entered this Agreement on the date first written above. 0- SYSTEMS INTEGRATED,L P CITY OF UKIAH By: - By: Susan Co Tales-Diaz Sage S ngiaco o President City Manager California Contractor's License Number:8 4 4 0 8 7 10 EXHIBIT A - CONTRACT#2021-101 B. PROJECT UNDERSTANDING & PROPOSED APPROACH Systems Integrated's scope of services will include all of the specified scope identified in the RFP (SI takes no exceptions to any of the scope requirements as identified in section 3 of the RFP) and will be providing the following as part of our scope of work: ■ Replace the existing 4 SCADA PLCs with 3 Allen-Bradley PLCs, (one for each generator and one for balance of plant). ■ Rewire the 1/O to allow RTD temperature sensors to be terminated on the PLCs associated with the generator. ■ Address the redundancy that is currently provided by the AUX PLC. ■ Upgrade all the inter-PLC and computer communications to be Ethernet. ■ Provide a T1 interface which will support DNP 3.0 to allow communications to NCPA(solution supports either serial DNP 3.0 or Ethernet DNP 3.0). ■ Provide redundant SCADA server pairs and two workstations. ■ Interface into the existing UPS power for all PLC and SCADA equipment. ■ Redundant DC power supplies and power distribution. ■ Interface the new SCADA system to the SEL 2032. ■ Upgrade existing iFIX system to iFIX 6.1 or replace the iFIX with another SCADA system (SI has extensive experience with iFIX, Wonderware, InduSoft, Ignition and oNSITE). ■ Provide latest AB programming software on a laptop that will be provided as part of the project. ■ Provide a complete set of as-built documentation. ■ Perform a cybersecurity assessment with recommendations. ■ During the warranty period, if the City will allow SI remote access, SI will be able to provide 7 day X 24 hour support. UNDERSTANDING OF THE PROJECT The City's evaluation criteria for the project includes Systems Integrated's (SI) project approach based upon our understanding of the project. In order to ensure the City of Ukiah that SI understands the total scope of the project, we are including, as part of our proposal, our 80% engineering submittals including all the project's required drawings. SI has invested the time to prepare these documents to demonstrate to the City of Ukiah, 1) SI's commitment to implementing this project, and 2) display our clear understanding of the requirements of the City's project. The design that we have shown reflects the RFP's request to remove the AUX PLC and have the temperature sensors rerouted to the individual generators and to have all the valve controls operated by the SCADA PLC. In reviewing the drawings, it appears that the original design engineers may have wanted to address a redundancy with the bypass valves being controlled by the SCADA PLC and by the AUX PLC.SI agrees with Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 4 the City that removing the equipment improves the overall reliability of the system (less parts to maintain). However, if the City feels that it is important to have this layer of redundancy, SI could make a modification to the design whereby the valve control would be controlled by the two PLCs installed in the SCADA cabinet. The design would consist of two PLCs (including 1/0) that would be wired to a common 1/0 for field termination. (Note,that our drawings are marked proprietary, however the proprietary stamp will be removed should the City select Systems Integrated's proposal). REVIEW OF DRAWING PACKAGE PROVIDED SI has included a drawing package of the proposed solution to meet Ukiah's requirements. NETWORK DESIGN As shown in the network drawing, SI is proposing a 1,000 Mbps (1Gps) network using an Adtran 1544 Layer 3 switch. This switch is a 28 port Gigabit switch and will be mounted in one of the existing network cabinets (as shown on the RFP drawings E-6.1 & E-7.1). SI is proposing to mount the communications and server equipment in one enclosure. Our initial analysis indicates that either cabinet (E-6.1 or E-7.1) may work, or we could install it in a separate cabinet inside the air-conditioned control room. The limiting element of the system, is that the servers have a maximum temperature of 50 degree C. Given the small size of the system,SI can provide a redundant hardened server environment that would work on the plant floor up to 65 degree C. Systems Integrated is providing a response to the RFP, with the option of upgrading to allow the servers to be installed in a higher temperature environment. As can be seen by the drawings, SI is upgrading all the SCADA equipment to operate using Ethernet with the ability to support both fiber, copper, and 1Gps network conductivity. Also provided is a network-based Control/IP to DNP 3.0 converter. SI selected this approach as it would allow NCPA either direct access to the three PLCs or one interface to the SCADA PLC which would then coordinate and redirect the commands as required to the two generators and bypass valves, and would allow expanding the functionality at a later date without adding additional equipment. On the network diagram shown, there are three VLANs: the control system VLAN; the SCADA VLAN and the DMZ VLAN. The control system has access and allows the PLCs to access each other, the SCADA servers and the DNP 3.0 protocol converter. The SCADA VLAN is used to allow the workstations to access the SCADA system. The DMZ VLAN is used to allow NCPA access to only the DNP 3.0 protocol converter. The Adtran 1544 was selected because it provides all the Layer 3 routing functionality as well as providing hardware access control lists used to control access between each of the three VLANs. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 5 To further secure the system, an Adtran 3430 T1 router / firewall has been included as the hardware interface between the Ukiah plant and the NCPA dispatch center. This router / firewall will be used to establish a VPN IPsec point to point secure link between NCPA and the plant. If there is interest in providing remote view or control to other Ukiah facilities, SI's design will accommodate adding a second interface onto the 3430 router which would allow a firewall and controlled access interface to the outside world. Finally, if there is interest in allowing Ukiah field personnel remote access this can be accomplished by adding a remote access appliance such as a SonicWall. FIELD 1/O Systems Integrated has taken the approach of providing a solution that will standardize the wiring of all the field 1/0. In order to accomplish this, SI is proposing to use field termination boards for all the 1/0. These boards allow for a standardized wiring approach that would allow the system to be expanded, reconfigured without rewiring of the field terminations. While one approach would be to leave the existing terminal blocks in place and create a variety wiring drawing to marry the existing 1/0 to the new PLCs, Systems Integrated's approach is to provide a standardized field termination panels that would allow a better interface from the field to the PLC and provides a long term solution that would allow long term support without rewiring. .......................................................................................................................................................................................................................... DIGITAL OUTPUTS As part of SI's proposal, we are including 20-amp, 125 Volt double poll, double through relays to provide for a fail-safe operation of the plant. Using this approach, on a point-by-point basis, the outputs can be wired to be fail-safe.This is normally done in the power industry, and SI noted that it was not included in the existing design. This feature is significant as it ensures that programming mistakes within the PLC do not harm or impact the operation of the plant. In reviewing SI's digital output drawings, note that there two set of contacts for each relay. As shown in our drawings, we have taken one common from each pole of each relay and have connected to the hot or return side of the source power, to the field relay (in this case it is either 24 VDC or 125 VDC). The normal open contact of each pole is connected to one side of the relay. When the relay is energized, both poles are energized,and the relay sees either 24 VDC or 125 VDC. When the relay is not energized neither the source nor return lines are active.To clarify the importance of this design element: in a 24 VDC system it is not significant, however in the 125 VDC system it is significant. Most 125 VDC systems within a power plant are used for protection equipment and critical equipment. In order to ensure that the systems continue to operate, most plants fully isolate their 125 VDC to ensure that a single point fault does not shut the plant down. The solution SI is proposing will provide 100%of the time isolation of the 125 VDC from grounds or shorts. In addition, while reviewing SI's drawings and cut sheets, note that the SI solution provides a knife switch isolator for every digital output field wires. Again, this is typical for power plants applications and is an additional safety feature. .......................................................................................................................................................................................................................... DIGITAL INPUTS Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 6 All the digital input field termination boards are designed to support the ability to not short the 24 VDC if either field wire is shorted. .......................................................................................................................................................................................................................... ANALOG INPUTS All the analog input field termination boards are designed to fully isolate all the field wiring from the analog inputs. .......................................................................................................................................................................................................................... WIRE NUMBERING / DRAWINGS The SI drawings that have been provided as part of this proposal were laid out using the existing wire numbering scheme. As part of the proposal, SI will add new wire numbers for those field wires that are either not correctly marked or the marking has fallen off. PROGRAMMABLE LOGIC CONTROLLER (PLC) IMPLEMENTATION Systems Integrated (SI) is proposing to use Allen-Bradley CompactLogix to support the replacement PLC requirement. Systems Integrated's team of AB PLC programmers and will examine the existing implementation and re-implement the PLC code to meet current PLC standards. SI recent experience with upgrading AB PLC products was performed for the Army Corp of Engineers: in this project, PLC 5s were upgraded to ControlLogix PLCs. From a complexity prospective the AB SLC 500 series PLCs represent approximately the same level of complexity of an upgrade as would occur between the PLC 5 and ControlLogix PLCs. In both cases the existing PLCs did not support an object oriented 1/0 naming convention. As with the Corp of Engineers, SI is proposing, as part of the upgrade project, to develop an 1/0 naming convention and implement it in the new PLCs. SI will be developing the new programming using the IEC 61131-3 standards, as much as possible. CYBER SECURITY Though cyber security was not included as part of the requirements of this RFP, Systems Integrated, as part of our proposal, has included a cyber security audit as part of the implementation process. The solution that SI has proposed takes advantage of all the latest cyber security standards and will implement our solution to these standards. SI is proposing the Allen-Bradley(AB) PLC hardware as requested by the City of Ukiah, however SI advises the City that the AB PLC is one of the few PLCs that does not meet any of the currently implemented cyber security protocols. SI can provide the City with some recommendations as to other solutions that would be more cyber secure. It should be noted that the typical way to cyber secure legacy products is to physically protect them. And in that regard, the power plant generally meets those requirements, however SI would recommend door security be implemented so that the City can fully track access to the facility. From a power perspective,the cyber security requirements are very low; however, an assessment needs to be made as to the damage that could occur to the bypass valves as water delivery is the primary purpose Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 7 of this facility. SI is prepared to do an overall vulnerability analysis of the impact if the control system was compromised and provide the City with mitigation recommendations. HMI Systems Integrated is proposing a variety of HMIs to the City, and SI is certified to work with all these systems. The City's existing system is based upon iFIX. SI is currently implementing a $4.5 million project using iFIX for the Bureau of Reclamation (reference provided). SI has a team of employees that are skilled in the development and screen development associated with iFIX. SI is a Wonderware integrator.SI has implemented more than 100 Wonderware projects.The City of Idaho Falls project was implemented to interface to a Wonderware system.This reference is included. SI also represents oNSITE®. oNSITE®is a SCADA system that is typically used in larger systems (in the range of 250,000+ points), however oNSITE® is a scalable product that is price competitive with both iFIX and Wonderware.The major cost advantage of oNSITE®is the yearly maintenance fee. LICENSING FEES Wonderware and iFIX are provided using a licensing structure based upon the number of tags. The definition of "tag" is not based upon the physical point but rather the number of attributes per point. Some of the attributes that are used for determining the tag count include alarm processing,valid/invalid, scaled verses raw value, math or calculated points to name a few. On average the tag count for licensing is typically times 5 of the physical 1/0 for the project. oNSITE®is not priced based upon number of tags, it is based upon the type of CPU that is used to power the system. As part of the engineering effort, SI will provide a cost analysis based upon the number of tags in the system and upon the alarm and historical data collection requested. HISTORIAN All three HMI options are provided with a historian.The iFIX historian provides approximately 200 days of historical data; Wonderware is provided with 500 days of historical data, and oNSITE® is provided with 5 years of historical data. Additional historical collection is available with all three products. During the engineering phase of the project, SI will provide the cost impact of the cost to upgrade if the City of Ukiah would like to expand the historical data storage. COST OF OWNERSHIP Systems Integrated is offering to the City, their choice of HMI solutions, however it is important to evaluate the overall cost of long-term ownership. SI, as part of its engineering effort will perform this evaluation of the 10-year cost of ownership of each to the three products. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 8 SCHEDULE To address the project implementation, SI has also included a proposed schedule. Engineering update and submittal preparation.This phase of the project will include: • Sending a team of engineers to gather additional data regarding what is currently installed at the plant. As a result of this effort an updated set of drawing will be prepared (installation drawings)that will be presented to the City for review. • Obtain a copy of the existing PLC programs and GE iFIX programs. • Review the PLC programs and SCADA software and evaluate the time to upgrade both the PLC programs and the SCADA displays. • Evaluate if an expanded historian is required. • Cost analysis of yearly support for the various HMIs. • Request that the City review and accept the drawing package. • Interface with NCPA for the DNP 3.0 data flow.This would include defining the: DNP address (and Ethernet IP address if Ethernet over T1 is requested). DNP registers and meaning. Update rate. Implementation Schedule: • SI is prepared to perform a full plant shutdown and install and test the system, or if required,shut one unit down at a time. It is SI's understanding that a full plant shutdown is possible using the bypass valves. While it would be more efficient for a full plant shutdown to do the work (as proposed), SI is willing to implement a unit by unit shutdown to perform the work. It should be noted however, that during the unit by unit shutdown, the operating unit would be required to operate in manual, and there would be a point during this process, that the plant would not be able to be operated in any mode other than manual.SI proposes to discuss these implementation approaches during the kickoff meeting so that an updated schedule can be provided. Based upon the assumption that both units could be shut down during the upgrade(or run in manual), SI is estimates the following schedule: • 6 week engineering process starting with the kick off meeting used to review the drawing submittal provided as part of the proposal. At the end of the 6 week period all the drawings will be provided ready for approval by Ukiah. We are assuming a 2 week approval period by the City for all SI submittals. • 6 week PLC development process with two submittals.The first describing how the new PI-Cs will be programmed and the approach for Factory Acceptance Testing. The second submittal will be for the completed programs and the FAT plan. The FAT can be either executed at SI by Ukiah personnel coming to SI or completed via a webinar to demonstrate the various aspects of the FAT that will be performed at SI. • 2 week shipment and staging of the equipment after successful FAT completion. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 9 • 6-week installation period.This assumes a normal work week and includes all installation, testing and startup.This schedule could be decreased by working longer work weeks but would have a cost impact. Hardware and software integration. During this phase, the hardware and software will be assembled: • All hardware will be ordered and assembled at SI's panel shop in San Diego. • All hardware will be set up and full end to end testing of the software and hardware will be performed. • Factory Acceptance Test of the hardware and software will be provided (this can be done at our San Diego office or via Webinar). Shipment to site. • Hardware will be shipped to the site at the City of Ukiah. • SI will mobilize its field crew for installation of the equipment. Equipment upgrade. • There will be three concurrent activities going on at the plant, these activities are: i. Removing old equipment and installing new servers and workstations. ii. Installing new Ethernet network. iii. Establishing DNP 3.0 communications with NCPA. • Providing a simulator to verify point by point transmit and receive from NCPA. iv. Removal and rerouting of wiring of temperature sensors to eliminate the fourth PLC. v. Removing all the existing equipment in the existing PLC enclosures. vi. Install the new equipment into the existing enclosures. Overall,the project should be completed within 120 to 180 days after receipt of the City's Notice to Proceed. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 10 C. PROJECT TEAM Systems Integrated's engineers have years of experience developing systems that will achieve sustained benefits for our customer. We evaluate hardware, software and communications for the system taking into consideration long-term supportability; reliable and proven technology; security; expandability, and user-friendly operation.SI designs are standards based,ensuring that our customers can expand/upgrade their systems, and we always seek commercial off the shelf(COTS) products to reduce end-user costs and maintenance. Systems Integrated's control systems are designed to grow with our customer's requirements and evolve with changing technologies providing a life expectancy of at least twenty years. Systems Integrated's success in delivering control systems is due the depth of experience of our engineering and construction team. Most of the key members for this project individually have decades of experience and a minimum of 5 years of experience working on similar SCADA projects with Systems Integrated. For the City of Ukiah, SI's project team will include the following people: Larry Pomatto Janice Ruszczyk Thomas Waldowski Arde Kirka James Pham Shawn Belmore Arde Kirka Mr. Kirka has over 25 years of experience delivering SCADA systems and is an expert in number of areas needed to support the project. Mr. Kirka will primarily be responsible for the design and implementation of the PLC software and support the HMI development. Mr. Kirka was the developer of the PLC and HMI software for the Idaho Falls Old Lower Powerhouse Rehabilitation Project and the Yellowknife hydro plants. PLC: PLC and SCADA programming and configuring. He will oversee the PLC development that requires ladder logic. Mr. Kirka has more than 13 years with Systems Integrated and has been developing PLC/ PAC based systems for more than 25 years. He is proficient in programming all the IEC 61131-3 languages and is certified on Rockwell Allen-Bradley, GE, Modicon, Siemens,ABB PLCs and CODESYS. SCADA HMI: In the area of SCADA systems, Mr. Kirka is oNSITE, AB - Plant PAX, iFIX, InduSoft, and Wonderware certified. James Pham Network and Hardware Equipment: Mr. Pham will be responsible for the selection, purchase and configuration of the all the computer and network hardware for the project. Mr. Pham has his U.S. Department of Homeland Security Cybersecurity and Infrastructure Security Agency(CISA)301V Industrial Control Systems (ICS) Cybersecurity certification; and he is NERC CIP certified for development and evaluation of the software and networks. And is Adtran certified for routers and switches and SonicWall certified for firewall implementation. Shawn Belmore Panel Layout: Mr. Belmore prepares the BOM for each project and develops the panel layout for easy access to the mounted equipment. He ensures that the panels are built to the drawings and prepares the Factory Acceptance Test. He ensures that SI's panel production meet the UL508A standards. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 11 Janice Ruszczyk Screen Development: Ms. Ruszczyk will be responsible for the development of the HMI screens for the project. She has more than 25 years of GE DataViews°design and implementation experience, is the chief design engineer for the USBR RX system development and has developed HMI interfaces for almost all the SCADA systems available on the market today. Tom Waldowski Mr. Waldowski has more than 30 years of experience and has been working at Systems Integrated for more than 23 years. Mr.Waldowski will be responsible to ensure that all the software implemented meets all the cyber security requirements for network communications as well as overseeing all the screen and control strategy development. Larry Pomatto Mr. Pomatto has more than 40 years developing and implementing SCADA systems and has been awarded various patents within the electric and communications areas. For this project, Mr. Pomatto will be the project manager and will be responsible with coordinating both the engineering efforts as well as the construction efforts. Mr. Pomatto was the project manager for all the referenced projects included in this proposal. Systems Integrated is proposing a single project manager, Larry Pomatto,to be responsible for all aspects of the project. SI's approach in project management is to have a single responsible person that has both engineering and field installation experience in control of the entire project-this ensures that all aspects of the project are moving forward to achieve a successful project outcome for our customers. Subcontractors Systems Analysis & Integration, Inc. (dba Systems Integrated) will perform all the electrical field installation. Systems Integrated holds a California C-10 license (License No. 519331- expiration 10/31/2021) and is registered with the CA DIR (DIR# 1000019927). Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 12 LARRY POMATTO ' ' ' ' ' ' systems Role on Project: experience Project Manager / Senior Design V Project Engineering ManagementEngineer System Design In his role as a project manager, Mr. Pomatto brings Wired &Wireless Communication _tworks over 40 years of experience designing and managing Critical Utility Control Systems large-scale automation and control system projects (projects exceeding $20 Million). His technical Oversight_ projects ption through _ expertise, breadth and depth of experience with conction mechanical, electrical and software systems, hands- rs of Experience: on field ability coupled with a practical approach to ,00 design and production, ensure that the control system uses current leading technology and exceeds customer expectations. Complete customer Proxim Wireless Certified satisfaction, cost-effective systems, and meeting Adtran Network -d customer requirements are his top priorities. Mr. Adtran VoIP Network Certified Pomatto is responsible for ensuring that the project is Company • • always moving forward. This includes everything from project scheduling to billing to development of Professionaldrawings and specifications. As the Senior Design Engineer, Mr. Pomatto has Security Certification: significant expertise in the field of automation with more than 12 patents in everything from automating • Credential ' Identification electrical substations, to detecting capacitors on distribution lines, to controlling the traffic lights. Mr. • Department of • - - • Security Pomatto is a subject matter expert in the disciplines • Department Interior of (1) wide area network design and topology, (2) • distributed automated control systems (patent on Department Defense distributed control systems for substation • automation), (3) cybersecurity with respect to SCADA filed has _ _ _ deployments that provide high level of redundancy, over 12 patents on a variety of-� � o (4) development of long term, supportable, SCADA automation control devices and systems with a minimum of spares and labor to communication support the system, and (5) deployment of SCADA upgrades that minimize or eliminate the downtime of Education: any field systems during an upgrade. B.S., Electrical Engineering, In addition to the technical areas, Mr. Pomatto is also Stanford University, 1973 SI's chief safety officer. Systems Integrated makes Years with Firm: safety a priority both in the office and in the field and 36+ has never had any safety violations. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 13 Relevant Experience Castaic Power Plant Modernization Control System Los Angeles Department of Water and Power Castaic, CA Project Description: As the Project Manager and Senior Design Engineer for the $11 million control system upgrade of the 911 largest pumped storage system in the United States, Mr. Pomatto was responsible for implementing the project scope which included: the control system upgrade for the seven 270 Megawatt generator/ pumps; all of the balance of plant support equipment (including the 230KV switchyard, the 4160V switchyard, and the penstock protection system); and the interfaces to the dispatch control system (ECC-SCADA). And ensured that the control system was fully compliant with the NERC, NIST and FIPS cyber-security requirements for critical cyber-asset infrastructures. This prime contract required that the engineering and software engineering firm was responsible for the design, engineering, supervision, startup, documentation and training for the project. LADWP technicians were responsible for the installation of the control system within the plant under the supervision of Systems Integrated. SI's responsibilities included system engineering; network engineering; detailed electrical and mechanical design engineering; automation engineering; relay protection, and project coordination. Role and Responsibilities: Mr. Pomatto's project responsibility included the management of over $6 million dollars in subcontracts for exciters, governors and protection equipment as well as coordinating with LADWP's field construction group during the system installation. He developed the distributed control system and the associated network communications infrastructure to provide a high availability system such that the plant can continue to operate even if the redundant SCADA servers are offline. Mr. Pomatto was directly involved with the development of the interface standards that allows all the IEC61850 and DNP devices to interact in such a way as to allow for "one button starting" of the generators in the plant. Mr. Pomatto oversaw the start-up of each unit after each upgrade was completed. Mr. Pomatto was on the project from beginning of the project through the completion of the project, which occurred in 2018. Old Lower Powerhouse Rehabilitation City of Idaho Falls, Idaho Project Description: This was a $210,000 project to provide the automation of a two unit 1.73 MW/ unit power plant. The automation included control of the generators, exciters, governors, inlet gates, synchronizers, generator breakers, bus breakers and line breakers. The control allowed for run of the river closed loop control, automatic generator control via DNP 3.0 from the dispatch center, local HMI, historical data collection, alarm processing, and remote maintenance access. The hardware consisted of three Allen-Bradley CompactLogix PLCs (one for each generator and one to support the Balance of Plant), two American Governors, two Basler exciters and synchronizers, SEL relays for protection, and SEL protocol converter. The software consisted of the interface into Wonderware, and the local HMI screens for local operator control. Role and Responsibilities: Mr. Pomatto's was the project manager that oversaw the design and supported the field installation of the project. Mr. Pomatto was on the project from beginning of the project through the completion of the project, which occurred in 2017. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 14 SCADA Replacement System Bureau of Reclamation, Upper Colorado Region Page, AZ Project Description: This is a$4.5 million project to upgrade dispatch center which is used to control a total of 37 generators at eight (8) power plants over a wide area of more than 3,000 square miles. The project was developed using iFIX as the HMI and communicates with a total of 18 DNP 3.0 GE PI-Cs used to control the plants. The system consists of 1 RTU for each set of two generators and in sites with more than two generators an extra RTU was installed to support the balance of plant requirements. The 1/0 count of the system is more than 50,000 tags. The project is in progress with FAT scheduled for Q3 this year. There is a total of eight(8) iFIX servers with two (2) multi-terabyte historical servers all interconnected over a secure WAN network having more than 50 routers and switches deployed system wide. Role and Responsibilities: Mr. Pomatto's project responsibility includes the management of a project and is scheduled to be completed in five years with more than 20 people working on various aspects of the project. In addition to the project management responsibilities, Mr. Pomatto was the chief design engineer for the secure, redundant SCADA communications infrastructure. This project is scheduled for completion in 2021. Phase 2: PLC Plant Upgrade US Army Corps of Engineers Project Description: This is a $2.3 million project to upgrade all the PI-Cs associated with six power plants and two dispatch control centers. There is a total of 56 PI-Cs distributed throughout the plants. SI was responsible for designing the replacement of the existing PLC based control system originally designed, installed and made operational by SI. The design concept was to provide a solution whereby the existing field wiring could be reused, and the existing PLC enclosures would be reused. The requirement was to develop new Allen- Bradley PLC software used to interface to the existing plant equipment, governors, exciters, synchronizers and breakers. As part of the requirements, any modifications required to support communications to the dispatch center were also included. The dispatch center operation is based upon oNSITE° and was upgraded as part of the project to ensure DOD cyber compliance and NERC cyber compliance. The total system consists of more than 100,000 tags. Of the six dams in the project, four sites have been completed and the remaining three are scheduled for upgrade by the end of the year. Role and Responsibilities: Mr. Pomatto's project responsibility included the management of a project, overall coordination of the design, PLC programming and hardware fabrication. The primary effort was the implementation of the first generator upgrade which when completed has been replicated to meet all the system requirements. The primary design objective (standardized design) was met during the implementation of the first unit. This project is scheduled for completion in 2021. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 15 ARDE KIRKA Role on Project: • Wireless and Wired Network Design Senior Engineer PLC Systems Certified• _ _ Mr. Kirka has over 27 years of experience in Cisco_curity engineering design, network communications for route, control systems, project management and R & D Control - projects. Arde is an experienced electrical engineer Project Start-Up : Commissioning with an extensive background in the design and implementation of complex automation solutions Years of Experience: using a variety of PLCs and HMI/GUI applications and has the ability to develop and implement end to end 27+ solutions for automated control of process and systems. Cisco,• • _ certifications Relevant Experience • Adtran, multiple certifications Old Lower Powerhouse Rehabilitation • •xim _• City of Idaho Falls, Idaho licensed - • unlicensed radios Project Description: Implementation of a SCADA • Rockwell Plant PAX system which provides the control system for the • Rockwell -LC and Motion power house and allows operator interface for each unit control panel through the local Operator Interface SCADA System Terminals and from the local HMI workstation at the 9030, 9070, Rx3i, Rx7i plant, and interacts with the power dispatch center. • • •_rware SCADA System The project consisted of the complete rehab of the two 1.78 MW generator powerhouse including all the • InduSoft SCADA System mechanical systems, electrical systems and control Professional Affiliations: systems. SI's responsibilities included system engineering; network engineering; automation design engineering; interaction with the relay protection Security Certification: equipment, interface to the dispatch center and project coordination. Department Role and Responsibilities: Mr. Kirka was responsible for the implementation of the SCADA system and the associated PLCs. The SCADA B.S., Electrical Engineering, system provides the full automated control of the South Dakota State University plant while the fiber optic communications system Years with Firm: provides a reliable network for full remote control of the plant. The PLCs used in this project were 14 manufactured by Allen Bradley. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 16 Ortega Ground Water Treatment Plant Rehabilitation & Improvement Project Upgrade City of Santa Barbara, CA Project Description: The Ortega Groundwater Treatment Plant (OGTP)was designed to treat water from four City production wells. The original OGTP was put in service in 1976 and had a design capacity of 2.6 MGD. The plant capacity was increased in 1978 to a total of 3.9 MGD by upgrading the chemical feed system and adding one pressure filter. The OGTP was designed for iron and manganese removal, using dual media pressure-type filters. Manganese greens (constant regeneration type) and anthracite coal constitute the basic filter media. The OGTP Rehabilitation and Improvements Project included the following features: development of the fiber optic communications network and wireless communications interconnect to allow communications to the other treatment plants. Role and Responsibilities: Mr. Kirka worked closely with the City and Carollo Engineers to develop the overall system architecture for the fiber optic communications network, the new processes and specific control strategies for the new filtration and chemical feed systems. Within the plant, Arde was responsible for: ■ Configuration of the new Cisco-based plant communications network including a secure link to the Cater WTP. ■ Programed the new PLC to automate the new chemical feed systems. ■ Configured the system database, alarms and reports for the new processes. -a V" - ONE OG Ow OF � •.N.. •..,.x aTER 8P SCREE v.•.�. n..w....n u....e.. S�wry.'.. cwe.,..o-•..0 ..emW.. �� •u.n. Sample Wonderware Screen-Ortega Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 17 we o awiN t F 2 a'v x �+YRtSE erz O IOF ro seweia "Y^, "ma x TEa 8P scaEE +.••�• �•� �..-.w sy.w. Sample Wonderware Screen-Plant Overview Elsinore Valley Municipal Water District Water Distribution SCADA System Lake Elsinore, CA Project Description: This design-build project for a water SCADA system used several innovations including high-speed microwave communications, intelligent RTU's and parallel operation during the installation and system cutover. EVMWD consists of 250 water booster stations, well sites and tanks; 35 lift stations; 3 wastewater treatment plants, and 2 water treatment plants. Role and Responsibilities: Mr. Kirka designed and developed the PLCs and HMI's/GUI's to have a dynamic network interface that ensured secure site to site communications over the wireless network as well as protecting the network reliability. He performed the validation testing, system start-up and commissioning. Yellowknife Hydro Plants, Canada Subcontractor to American Governor Project Description: As a subcontractor to American Governor, SI provided the SCADA solution for the Yellowknife hydro plant system. This project consisted of four plants (Snare Rapids: 8 MW & 500 kW plant; Snare Falls: 7.4 MW plant; Snare Cascades: 4.3 MW plant, and Snare Forks: 5 MW plant) with a total MW of the system being approximately 25 MW in size, consisting of a total of 5 generators at 4 sites. Role and Responsibilities: Mr. Kirka developed the SCADA system using iFIX which included: the operations screens; alarms; full historian, and Excel reports. Included the local HMI for the Allen- Bradley ControlLogix with PanelView. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 18 Expertise: TOM WALDOWSKI Software - - •• - Role on Project: Network - • Senior Software Engineer Cyber security monitoring system • _ _ - • Mr. Waldowski has over 26 years of experience in Project Start-Up & Commissioning developing and implementing software solutions for monitoring and controlling water and power infrastructure. Mr. Waldowski currently manages and Contact Information: directs the efforts of the software group responsible for maintaining all the various Systems Integrated ' : : software products used to support automation. Relevant Experience Years of Experience: Castaic Plant Modernization 26+ Los Angeles Department of Water and Power Castaic, CA Project Description: This was an $11 million control system upgrade of the 9th largest pumped storage B.S., Electrical Engineering, 1984 system in the United States, and included: the control system upgrade for the seven 270 Megawatt Arizona - •- generator/ pumps; all of the balance of plant support equipment (including the 230KV switchyard, the Years with Firm: 4160V switchyard, and the penstock protection system); the interfaces to the dispatch control system 23+ (ECC-SCADA), and the control system had to be fully compliant with the NERC, NIST and FIPS cyber security requirements for critical cyber asset infrastructures. Role and Responsibilities: As the senior software engineer, Mr. Waldowski was responsible for the development and implementation of the automation software required to implement the upgrade to the 9tn largest pump storage system in the United States. His design, using a standards-based software, allowed for the full automated control of the pump storage system. In addition, Mr. Waldowski was responsible for ensuring that all the software that was implemented meet all the NERC CIP requirements. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 19 Missouri River Power Plant Upgrade U.S. Corp of Engineers, Omaha Division Project Description: SI was originally selected to provide a design/build solution to perform the dispatch centers and associated power plant automation project. This project consisted of automating 56 generators in six power plants across three Midwest states, upgrading the control room at each plant and providing two dispatch centers for control of this power system. Role and Responsibilities: Mr. Waldowski developed and implemented the control and monitoring system for all of the power plants, the dispatch center and all of the advanced automation control to implement Area Control Error(ACE), automatic VAR control and system wide, run of the river control. Water Distribution SCADA System Elsinore Valley Municipal Water District Lake Elsinore, CA Project Description: This design/build project for a water SCADA system used several innovations including high-speed microwave communications, intelligent RTLI's and parallel operation during installation and system cutover. EVMWD consists of 250 water booster stations, well sites and tanks; 35 lift stations; 3 wastewater treatment plants, and 2 water treatment plants. Role and Responsibilities: Mr. Waldowski designed and developed the SCADA interfaces, PLC implementation and automated control of the system. He was the chief design engineer for the overall deployment of the SCADA system. Wastewater Lift Station SCADA System City of Chula Vista Chula Vista, CA Project Description: SI was selected to design/build a SCADA system to monitor and control the City's sewage lift stations, sewer line monitoring stations and miscellaneous sites including parks, a nature center, and city pools. The system consisted of 38 lift stations located throughout the City of Chula Vista. The communications to the sites was done using wireless communications and the control of each pump stations uses Allen-Bradley PLCs. Role and Responsibilities: Mr. Waldowski developed and implemented the control and monitoring system for the wastewater system. He was the primary PLC and SCADA design implementor. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 20 JANICE RUSZCZYK Design• HMI Systems Role on Project: • Software Development Testing HMI Development ,/ System Analyst Ms. Ruszczyk has over 30 years' experience with the V Database Design HMI software and dynamic data visualization tools on UNIX/LINUX/Windows operating systems. Ms. Development Ruszczyk is a solutions-focused, customer centric; LINUX/WindowsOS team oriented Senior Software Engineer with broad- Project Management based experience and hands-on skill in the management of a software product including product D- - ° - Product Technologyfeature development, marketing and sale analysis, Manager and customer and technical support. Years of Experience: Ms. Ruszczyk works to define the product roadmap 30+ for Systems Integrated's oNSITE° DataViews° SCADA automation software client and server Technical Skills: solution and manages the software development cycle to complete product releases with quality and • Linux/Windows efficiency for customers and markets. • UNIX Ms. Ruszczyk communicates with SI's customer base to reach their goals and provide solutions for their • Visual Basic customized systems. Ms. Ruszczyk conducts the • Java research to define and develop future enhancements to maintain the state of the art oNSITE`k, DataViews° • - ' automation software solution. Ms. Ruszczyk manages the UNIX and Windows • MicrosoftVisual Studio hardware and software licensing; upgrades for 0'/2010/2012 Microsoft product release porting and maintenance and • XWindows-Motif manages the developer team through all aspects of • DataViewsm the software development cycle from definition of • requirements through specifications and coding, m testing, RTM, and maintenance. Ms. Ruszczyk creates specifications; designs and implements the data structures and coding for B. S.,Computer Science software product features; communicates with cross- Merrimack College functional teams; writes preliminary documentation to North •• - educate and train teams; manage and schedule • service packs for released products; sets up external beta test sites and manages feedback with beta sites and engineers. Relevant Experience Castaic Power Plant Modernization Control System Project Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 21 Los Angeles Department of Water & Power Castaic, CA Project Description: This was an $11 million control system upgrade of the 9th largest pumped storage system in the United States, and included: the control system upgrade for the seven 270 Megawatt generator / pumps; all of the balance of plant support equipment (including the 230KV switchyard, the 4160V switchyard, and the penstock protection system); the interfaces to the dispatch control system (ECC-SCADA), and the control system had to be fully compliant with the NERC, NIST and FIPS cyber security requirements for critical cyber asset infrastructures. Role and Responsibilities: Ms. Ruszczyk was the lead for the HMI development for the project. She worked with the Castaic management and operators to develop the various screens depicting the 1/0 used for the plant equipment. She managed the implementation of the screens, the validation of the screens with the plant equipment, and the HMI. SCADA Control System Upgrade Metropolitan Water District of Southern California Los Angeles, CA Project Description: The Metropolitan Water District of Southern California (MWD) is one of the largest water wholesale agencies in the United States. MWD upgraded their control system hardware which included the replacement of over 300 special purpose RTU's used to control MWD infrastructure: the six water treatment plants; the aqueduct which pumps water from Parker Dam to the treatment plants located throughout the LA Basin; all the pressure reducing stations system wide; hydro power plants, and turnouts. MWD selected Systems Integrated under a design/build contract to provide the solution because of our experience delivering large-scale, complex water SCADA systems; our ability to provide a standards-based solution, and our demonstrated capability to provide long-term support. The scope of the project was to upgrade the six treatment plants and the central monitoring center. This stage of the project included approximately 2,000 HMI screens and 6 redundant server pairs. During follow on phases, additional servers were installed to support MWD's aqueduct control system. Role and Responsibilities: Ms. Ruszczyk was responsible for the team that performed the upgrade of Systems Integrated's ONSITE° DataViewse, which included the design, development and implementation of the HMI software for the MWD SCADA system. SCADA Replacement System Bureau of Reclamation, Upper Colorado Region Page, AZ Project Description: This is a $4.5 million project to upgrade the dispatch center which is used to control a total of 37 generators at eight power plants over a wide area of more than 3,000 square miles. The project consists of the development of the replacement system wide control system using FIX as the HMI and communicates with a total of 18 DNP 3.0 GE PLCs used to control the plants. Role and Responsibilities: Ms. Ruszczyk was responsible for the development team using IFIX. The team is currently completing the implementation of the first plant and with the rollout of the project scheduled to be completed before the end of 2021. Ms. Ruszczyk's team is responsible for the coordination, implementation, testing and rollout of the entire SCADA system. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 22 JAMES PHAM Expertise: Role on Project: V System Analyst Network & Hardware Integration v' LINUX/Winclows Operating Systems Mr. Pham is a software engineer with extensive V Server Virtualization and Cloud server / workstation specification experience and is Computing the primary architect of SI's VM implementation. In v' Software Development and Testing addition, Mr. Pham has experience in software Database Design, RDBMS application development, system engineering, server development configuration and management including NERC Critical Infrastructure virtualization, cloud computing and relational Protection database management. Mr. Pham is an expert in US DOD Security Technical NERC Critical Infrastructure Protection (CIP) Implementation G '" standards; Department of Homeland Security Department of • - - • Security— Cybersecurity & Infrastructure protection, and US Industrial • •l Systems Cyber DOD Security Technical Implementation Guide Security Training (STIG) for cyber-security protection. Years of Relevant Experience 7 years Castaic Plant Modernization Project Technical Skills: Los Angeles Department of Water & Power Python Castaic, CA • Project Description: This was an $11 million control • Java system upgrade of the 9th largest pumped storage system in the United States, and included: the control system upgrade for the seven 270 Megawatt generator/ pumps; all of the balance of plant support • equipment (including the 230KV switchyard, the Assembly4160V switchyard, and the penstock protection • Digital Logicsystem); the interfaces to the dispatch control system • .. - - (ECC-SCADA), and the control system had to be fully compliant with the NERC, NIST and FIPS cyber • Windows OS security requirements for critical cyber asset infrastructures. • Linux Role and Responsibilities: As the primary server and HMI hardware design engineer, he was Education: responsible for the development and implementation Bachelor of enceof the NERC CIP standards for cyber-security Computer Engineering protection, specification of all of the servers, University of California, Irvine workstations and installing all of the software on all of the equipment. As part of this effort, Mr. Pham was 2013 responsible for collecting the asset data for each CIP device; determined if the device was complaint and if not, developed both the Technical Feasibility Exception (TFE) request and the associated Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 23 mitigation plan for the device. Mr. Pham also developed the automated monitoring programs required under section 7 of the CIP, as well as developed the various reporting procedures required by the CIP. Mr. Pham was responsible for the configuration and administration of the SCADA system servers and developing and installation of the VM of the servers. Server Upgrade & Cyber Security US Army Corps of Engineers, Omaha District Project Description: Systems Integrated was awarded the SCADA automation project to design the control system that provided the ability to, from a central location, dispatch / control the six power plants along the Missouri River. The design of the system was to provide the ability at each plant to fully control the plant locally, as well as control of the plant using the dispatch center. SI provided its ONSITE°DataViews°system with redundant servers located at each of the plants and at the dispatch center. SI was responsible for providing all PLCs, servers, workstations, as well as enclosures to support the hardware provided. Role and Responsibilities: As lead software engineer, he was responsible for the development and implementation of the US DOD STIG standards for cyber security protection. Mr. Pham was responsible for the configuration and administration of the SCADA system server upgrade project involving upgrading six hydro plants on the Missouri River and was responsible for installing the VM on the servers. SCADA Hardware Upgrade Seattle Public Utilities (SPU), Water Quality and Supply Division Seattle, WA Project Description: Systems Integrated (SI) provided a turnkey water distribution SCADA system for control and monitoring of the potable water distribution system throughout the greater Seattle metropolitan region. SPU services 2.7 million customers utilizing water from the Cedar River Watershed and the Tolt River Watershed. The initial project was completed in 2007, and in 2016 SPU engaged SI to upgrade and provide all the SCADA equipment and to replace the obsolete hardware. Role and Responsibilities: Mr. Pham was responsible for the upgrade of each of the server pairs at each plant and at the dispatch center (total of 14 servers) to new redundant server pairs using VMware and Red Hat Linux operating system. Mr. Pham was responsible for the configuration and administration of all the SCADA system servers. Elsinore Valley Municipal Water District (EVMWD) Water Distribution SCADA System Lake Elsinore, CA Project Description: This design-build project for a water SCADA system used several innovations including high-speed microwave communications, intelligent RTU's and parallel operation during installation and system cutover. EVMWD consists of 250 water booster stations, well sites and tanks; 35 lift stations; 3 wastewater treatment plants, and 2 water treatment plants. Role and Responsibilities: Mr. Pham was responsible for the upgrade all the Windows-based server pairs to a new redundant server pairs using VMware and Red Hat Linux operating system. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 24 SHAWN BELMORE Role on Project: Electrical Engineer — Panel Design Mr. Belmore is an electrical engineer with six years of experience in creating automated system designs Cyber Security Certified and developing the drawing packages for these by DHS systems. Mr. Belmore has experience developing Auto CAD drawings designs using off the shelf automation equipment UL 04. Certification (such as PLCs, VFD's, DC drives) and developing implementation drawings that support both the long term maintenance of the system as well as wiring diagrams that can be used by electricians to install Years of Experience: the systems. 6 yrs. Relevant Experience Phase 2: PLC Plant Upgrade US Army Corps of Engineers Education:Bachelors . Project Description: This is a $2.3 million project to Engineering upgrade all the PLCs associated with six plants and University of Massachusetts, Lowell, two dispatch centers. There is a total of 56 PLCs MA distributed throughout the plants. SI was responsible 2011 for designing the replacement of the existing PLC based control system originally designed, installed and made operational by Sl. Role and Responsibilities: Mr. Belmore was responsible for ensuring that all the design drawings and associated documentation were complete so the PLC panels could be manufactured and would be correctly installed in the field. For this project there are over 400 drawings that were produced to support the installation. SCADA Control System Upgrade Metropolitan Water District of Southern California Los Angeles, CA Project Description: The Metropolitan Water District of Southern California (MWD) upgraded their control system hardware which included the replacement of over 300 special purpose RTU's used to control MWD infrastructure: the six water treatment plants; the aqueduct which pumps water from Parker Dam to the treatment plants located throughout the LA Basin; all Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 25 the pressure reducing stations system wide; hydro power plants, and turnouts. Recently, MWD continually adds Remote Terminal Units (RTUs), due to expansion. Role and Responsibilities: Mr. Belmore is the primary electrical engineer assigned to the design of the automated control panels, producing all the manufacturing and wiring drawings associated with the development of the RTUs. During 2019, Mr. Belmore was responsible for the design, overseeing the manufacturing and testing of more than 24 RTUs to support MWD's upgrade process. Stacker Upgrade Fry Steel Santa Fe Springs, CA Systems Integrated was engaged to upgrade Fry Steel's two-aisle automated stacker system used to pull the material from their multiple three-story storage racks. The stacker's were last upgraded in the late 1980's by Systems Integrated and had been operating better than 99.9% of the time over the life of the system. However, due to parts obsolescence, the system needs to be upgraded. SI designed the current upgrade within the existing enclosure, including: the DC drives; controller/stacker control logic processor; absolute encoder, wireless Ethernet communications and secure control consoles for the operation of the stackers. SI performed the installation of the equipment and upgrade the existing software program to run on Windows 10 for the operator interface stations. In order to minimize any wiring problems, SI validated the existing wiring was operating properly and reused the existing wiring from the connectors on the bottom of the existing enclosure to the new equipment. SI prepared the drawing documentation and training of the upgraded system. Role and Responsibilities: Mr. Belmore was the primary design engineer that developed the wiring diagrams for the implementation of the automated control systems that control the stackers. He provided support during the installation and commissioning process of the project. SCADA Replacement System Bureau of Reclamation, Upper Colorado Region Page, AZ Project Description: This is a$4.5 million project to upgrade dispatch center which is used to control a total of 37 generators at eight power plants over a wide area of more than 3,000 square miles. The project was developed using iFIX as the HMI and communicates with a total of 18 DNP 3.0 GE PLCs used to control the plants. The system consists of 1 RTU for each set of two generators and in sites with more than two generators, an extra RTU was installed to support the balance of plant requirements. The 1/0 count of the system is more than 50,000 tags. The project is in progress with FAT scheduled for Q3 this year. There is a total of eight iFIX servers with two multi-terabyte redundant historical servers all interconnected over a secure WAN network having more than 50 routers and switches deployed system wide. Role and Responsibilities: Mr. Belmore is responsible for preparing the engineering drawings for the installation of all the equipment that is to be used as part of the USBR automation project. His Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 26 primary roles are electrical engineering and developing the CAD drawings to support the hardware installation. Rofin-Baasel Devens, MA Project Description: Rofin-Baasel is a manufacturing company the provides lasers for a variety of different applications. The company used automated control system for the generation of the lasers. Role and Responsibilities: Mr. Belmore was one of the design engineers that was responsible for designing electrical power distribution, control, and automated motion systems for industrial laser marking machines using CAD (AutoCAD Electrical). He oversaw the design, manufacturing, integration, and field support of systems, acting as the primary technical liaison between the sales department and the customer implemented standardization to machine building process, streamlining BOM creation and improving the quality of design documentation and efficiency in build cycle,reducing engineering and manufacturing process times. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 27 D. EXPERIENCE & REFERENCES PROJECT REFERENCE NO. 1 OLD LOWER POWERHOUSE REHABILITATION Owner Name: City of Idaho Falls, Idaho Prime Contractor: Hydro Consulting & Maintenance Services, Inc. Contact Person: Rod Graybeal, Northwest Regional Manager Contact Information: Address: 11836 N. Reed Rd. Hayden, Idaho 83835 Phone: 208/660-5767 E-mail: rraybeal@hydro911.com Systems Integrated was a subcontractor to the Prime Contractor, Hydro Consulting & Maintenance Services, Inc.,for the Old Lower Powerhouse Rehabilitation for the City of Idaho Falls, Idaho. Systems Integrated designed, furnished, installed and commissioned the plant Supervisory Control and Data Acquisition (SCADA) system for the rehabilitation of the Old Lower Hydroelectric Powerplant, Idaho Falls Power. The system consists of a PC-based computer connected - through a plant Ethernet network to - ... programmable logic controller-based Unit and Plant control cabinets. The SCADA system provides the control system for the powerhouse and allows � J } operator interface for each unit control _ panel through the local operator interface terminals and from the local HMI workstation at the plant. The SCADA system provides the following monitoring and control functionality: ■ Unit start, auto synchronize, unit stop. Monitored data points include: ■ Unit breaker open/close. o Head pond water level. ■ kW raise/lower, voltage raise/lower, o Tailrace water level. gate limit raise/lower and flow control. o Trashrack differential water level. ■ Alarm annunciation. o Powerhouse air temperature. ■ Automatic plant control on/off. o Unit and plant MW, MVAR PF and line voltage. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 28 HUMAN MACHINE INTERFACE(HMI)AND OPERATOR INTERFACE TERMINAL(OIT)SYSTEM Systems Integrated designed and implemented the plant Human Machine Interface (HMI) system using the IFP defined Wonderware InTouch 2014 R2 software package. SI developed the HMI and Unit OIT screens that provide the plant operators with graphical, menu-driven screens for all the plant controls. The InTouch HMI software was provided with the graphics editor package; alarm management and historical data storage and provided 250 spare tags. The Unit Control System Operator Interface System interfaces directly with the PLC. PLC CONTROL SYSTEM The PLC control system consists of two Unit control panels and one plant control panel. Each control panel was constructed in a free-standing Hoffman NEMA enclosure.The PLC system was based on Allen-Bradley CompactLogix programmable logic controllers. Each control panel was equipped with redundant 24 VDC power supplies and were connected to 120 VAC station service power and 125 VDC battery power. The Unit Control panels were equipped with a 12" Operator Interface Terminal (OIT) that allow local operator control independent of the HMI system operator workstation. TECHNICAL SERVICES Systems Integrated provided engineering services to design, manufacture, installation, start-up and commissioning of the power plant control system including the following tasks: ■ SCADA Control System Design ■ Plant SCADA Network Design ■ HMI and OIT System configuration and screen design ■ PLC Application Programming ■ CAD drawings for SI furnished control panels ■ Coordination support with American Governor to ensure the plant start-up sequences work correctly. ■ Site engineering and Start-up support ■ Interfaces with the Idaho Falls existing electrical dispatch center using a protocol converter. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 29 PROJECT REFERENCE NO. 2 US ARMY CORPS OF ENGINEERS MISSOURI RIVER POWER PLANT CONTROL UPGRADE Company Name: US Army Corps of Engineers, Omaha District(COE) Contact Person: Kenneth K. Stratton,Jr—Section Chief Contact Information: Address: 106 So. 15th., Omaha, NE 68102-1618 Phone: 402/995-2502 E-mail: Ken.K.Stratton@usace.army.mil Dates of Service: 2003 - March 2019* (*Maintenance support of the SCADA system has been ongoing to current) The US Army Corps of Engineers (the Corp) built six dams and two dispatch centers to control the flow of the Missouri river. ,- Construction of the dams started in 1933 and ~ `!" was completed in 1964. When completed there were a total of 36 generators located at six power plants that produced a total of COE-Gavins Point 1,832MW of power. The dams are normally unmanned,and control of the sites is performed from two dispatch centers known as the REHAC and Backup REHAC. Both dispatch centers have the ability to control all the sites. The Corp instituted a number of protocols for the operation of the plants including the ability to transfer control of a plant to either of the dispatch centers or from either dispatch center to the plant. These protocols were instituted to allow a local operator to control the plant when there was maintenance work being done while allowing the dispatcher the ability to assume control of the plant when it is unmanned. As a result of revision 5 of the CIP, the Corp was required to either change the control protocol or have the plants and the associated control center rated as a CIP high (over 1,400 MW control is a condition for a high rating). The Corp chose to redefine the control protocol such that % of the power plants are controlled by one dispatch center and the other dispatch center controls the other plants.With this change in the protocol, the Corp was able to have the Missouri River control system rated as a CIP medium. Currently the Corp has six power plants along the Missouri river: Power House #of Generators Capacity Year On-line Fort Peck 5 185 MW 1940 Garrison 5 583 MW 1955 Oahe 7 118 MW 1962 Big Bend 8 494 MW 1964 Fort Randall 8 320 MW 1953 Gavins Point 3 132 MW 1955 Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 30 Systems Integrated received our first contract with the US Army Corp of Engineers to upgrade the hydroelectric power plants on the Missouri river and two dispatch centers in 1999. The project included replacement of all the PI-Cs, replacement of all the automated control equipment, and provide the dispatch control systems. All the SI contracts with the Corp had the same scope of work: provide the design and engineering and support the startup and commissioning of the system, and the Corps provided the installation support. SI has been under continuous contract with the Corp from 1999 until the present. SI provided oNSITE®to the Corp using redundant ONSITE servers at each power plant and two additional redundant servers at each of the two dispatch centers.All the workstations, communications equipment, and PI-Cs for all the plants were provided by SI. For each plant there was a PLC provided for each unit and additional PI-Cs are used to support the balance of plant equipment and the switchyard. For each plant, SI provided an ONSITE system that could operate in megawatt mode, spinning reserve mode (speed control), forebay or afterbay control mode, or run of the river mode. Additionally, the oNSITE system was set up to automatically start and stop units at each plant to fulfill the requirements of the specific mode of operation. For example, if the � Corps qfFngineers Missouri River Power Plant CoJ&System plant was in forebay control and the forebay became PoiTit Randall low, the output of the units for the site would All automatically be adjusted downward, and if the change impacted the efficiency of one or more of the units, a unit would be taken off line and the other units adjusted to meet the control AUDIO AUDIO -1. AUDI. AUDIO requirements with the most efficient use of water. In the run of the river mode of operation, oNSITE continuously calculates the arrival of the water from one site to the next downstream site and starts ONSITE COE-General Overview adjusting the output of the units in the downstream site to ensure that the required forebay and afterbay levels were maintained. In addition, knowing the flow out of the upstream site, and the time for the water to • arrive at the downstream site, oNSITE is able to determine the amount of water being injected between the two dam sites. —' Using this information, new 1 ♦ 1 A 1 1 A 1 1 "run of the river" calculations r V r V V V V 7 V V r V are performed, and se adjustments are made at the six dam sites. oNSITE Screen-COE Control of the six sites are accomplished using oNSITE which passes control between the two dispatch centers and the individual plants.When the plants are unmanned,control is transferred to one of the two dispatch centers. When there is work being performed at one of the plants, an operator would be Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 31 dispatched to the plant and the plant control transferred from the dispatch center to the local ONSITE at the plant. ONSITE supports the POINT GENERATOR concept of control group that ONE-LINE allows this transfer of control to occur. During the various versions of CIP, SI was contracted to ■ ■ ■ upgrade the oNSITE system to ensure that it remained fully compliant (the Corp required 227 that SI address only the CIP as it ■ ■ ` applied to oNSITE). ■114 ■121 0126 ■124 During 2015, SI completed the first of the current T3- W- phase ■ ' upgrade project - upgrade all Menu the oNSITE servers. This scope of work included: the design, oNSITE-COE-One Line implementation, support of the installation and startup of the redundant servers at the six dam sites and the two dispatch control centers. Phase II of the project was the upgrade of the 56 PLCs in the six power plants and upgrade the communication system, which began in Q4 2018. One of the requirements of the PLC upgrade, was to perform the work without requiring any new wiring. To meet the upgrade requirement, SI took the old drawings and develop specialized Field Termination Interfaces (FTI)that would allow the existing wiring to be laid down directly without the need of rewiring from the existing marshalling cabinet to the new PLC enclosure. Further, in order to eliminate the requirement of removing the old PLC enclosure, new back panels were designed to allow the existing wiring to be removed from the existing PLC enclosure, laid onto the floor,then the old PLC back panel was removed and the new back panel was installed. As a complication, the new AB ControlLogix PLC did not have either the same form factor or the same 1/0 configuration.To resolve this issue,Systems Integrated's final implementation plan provided a solution which allowed the Corp to perform a wire by wire removal and re-install in the existing PLC enclosure.This was accomplished by replacing the existing backplane and terminating all the existing field wiring onto new FTI that accommodated the digital input and relay output requirements that were pre-existing. In particular,the existing wiring from the field was brought in using cables;each group of inputs in the cable had one return wire for the inputs and forth e outputs one source. Systems Integrated's FTI allowed the commons for each input to be automatically assigned to each input from the field. The main challenge with this project was the upgrade from the PLC-5 to ControlLogix PLCs. While AB represents that they have tools that will translate from the PLC-5 to ControlLogix,their compatibility was less than 60%. This appears to be an inherent design mistake as both the PLC-5 and the ControlLogix are stated to be IEC 61131 compliant. As part of the project, SI was to convert the existing PLC-5 ladder logic Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 32 (which SI has originally written) and convert it to the new Controll-ogix ladder logic. During the testing and commissioning phase of the project SI had an engineer on- site for the start-up of the first unit and provided remote commissioning support for the remainder of the units. SI was the designer, implementer, start up and documentation provider.This contract continues with the !. expected completion by the end of 2020. ------------- COE with SI Digital Output Field Termination Panel &Power Distribution Panel Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 33 PROJECT REFERENCE NO. 3 Los ANGELES DEPARTMENT OF WATER & POWER (LADWP) CASTAIC POWER PLANT MODERNIZATION Organization Name: Los Angeles Department of Water& Power(LADWP) Contact Person: Christopher Stutts—Maintenance Supervisor Contact Information: Address: 37700 Templin Hwy. Castaic, CA 91384 Phone: 661/294-3221 E-mail: Christopher.Stutts@LADWP.com Castaic is a pump-storage facility with a total of seven generating units located in multiple buildings, fed from a common water source (California Aqueduct). The source water for the power plant is = at a head pressure of over 500 pounds and the generators range from 56 MW(one unit)to 270 MW (six units).The plant was built in the early 1960's and is the ninth largest pump storage facility in the county and the largest pump storage facility in the western US. Castaic pump storage facility is owned and operated LADWP-Castaic Pump Storage Plant by the Los Angeles Department of Water & Power (LADWP)and provides approximately 1/3 of the total power for the City of Los Angeles.The Castaic facility is a manned plant which was originally operated with bench board controls. All the main units are capable of black start and the plant, because of its 1,200 MW rating and its black start capability, is rated by CIP section 2 as a medium risk facility. In 2010, LADWP awarded Systems Integrated the prime contract to upgrade/modernize Castaic's six main units.SI's contract was awarded as one contract that was subdivided into multiple tasks,with one task for the upgrade of each of the six main units and the remaining task to upgrade the balance of plant equipment.SI's contract was to design and provide all the automation hardware and software to LADWP, and LADWP would provide all the labor for installation of the automated control system under SI's technical supervision. While the original contract was scheduled for three years, due to various unscheduled plant events that prevented access to the units for extended periods as well as LADWP being unable to provide the level of installation personnel to complete the project on schedule, the schedule was extended to allow LADWP the time to complete the required installation. The Castaic project had the requirements to, provide a control system that will allow full remote / automated control of all of the power plants/units from a centralized location; provide a solution that is completely NERC CIP compliant, and can be monitored and controlled from a central dispatch center (LADWP calls their dispatch center the Energy Control Center—ECC). Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 34 For the Castaic project, SI installed ONSITE° to support the centralized monitoring and control functionality, and for each unit installed, redundant SITEViEw° nodes to perform the unit control functionality. The Castaic project also required SI to fully control the operation of all the units, auxiliaries, breakers, synchronizers, exciters and governors. SI's project scope included providing six exciters, six governors,six Partial Discharge Analyzers(PDA), 28 SEL-735 revenue meters,twenty eight 230KV breaker relays, twenty 4160 breaker relays used to _-- 7- UWMIM MUM—Mt provide redundant power sources to each t� unit as well as redundant source for the auxiliaries for each unit, and twenty 4160 station service I. I breaker relays used to support the plant substation. All the relays, Figure 1-230KV Plant One Line Screen synchronizers, exciters, and governors communicated via Ethernet using either IEC61850, DNP 3.0 over TCP/IP, DNP 3.0, Modbus or AB ControlNet. The entire system was designed with multiple redundant communication subsystems consisting of both wireless and fiber optic network components, redundant switches, routers and servers.Communications to LADWP's ECC was via DNP 3.0. Each unit has approximately 1,200 physical 1/0 points and an additional 3,000 points provided by the various devices. Figure 1 is an ONSITE screen of the one line of the Castaic power plant. One of the unique elements of the Castaic project is the communications infrastructure. By using IEC61850, SI was able to implement complex switching functionality within the relays. The screen below(Figure 2)shows the 4160 relays used to support the auxiliary equipment and the exciter for each unit. Using the IEC61850 communications infrastructure, SI was able to provide the ability to perform safe "make before break" POWERCENTER functionality at all levels in the plant. For example,there are two 4160 breakers used to f power the exciter (upper left corner of the screen). The 0 0 0 breakers communicate with each other and allow the operator to Figure 2-480V Power Center execute "make before break" operations Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 35 even though one source is from the station and the other source is from the unit itself. The breakers interact with each other to determine if a "make before break" is safe,and if it is,then the close command is issued to the first breaker and within 100 ms of the first breaker closing,the second breaker is opened. In addition to the ability to perform complex controls using the relays, oNSITE° is also able to accept the large volume of data available from the relay. For the Castaic project, each 230KV breaker provides 166 data points (a total of 3,652 data point from the twenty-two 230KV breakers) and each 4160 breaker provides 45 points (a total of 2,070 data points from the forty-six 4160 breakers). All the breaker data as well as all the other data is captured, kept in the historian and made available for trends or reports. For Castaic,the database has been sized to allow 20 years of data to be available online. DNP 3.0 is used as the primary interface between Castaic and the ECC. SI provided two SITEViEw° nodes operating as a redundant protocol converter to allow both the primary AGC control system (total of six servers all talking DNP 3.0 TCP/IP) and a backup AGC (BAGC) to communicate to Castaic to provide 4 second power demand updates.The SITEViEw° nodes located at the Castaic plant act as DNP 3.0 RTUs and respond to 4 second poll requests from the AGC system and the BAGC system. As implemented,the AGC has the ability to remotely control all of the 230KV breakers in the substation, operate the six main units and unit 7, monitor all of the various elements associated with the plant(water flow, unit efficiency, etc.) and collect metering data from the SEL-735's interfaced through the oNSITE°SITEViEw° nodes. DNP 3.0 and IEC61850 are used for the SEL-735 communications. For this project, SI deployed two SEL meters for each of the 6 main units; three meters for unit 7, and 4 additional meters to monitor the substation. The SEL meters are used for two functions: first the analog outputs from the meters are fed into the PLC and governor to provide real time (1 cycle update rate) information and the second as a revenue meter. For the governor this is the primary control input used for MW control. SI found, during its deployment,that the SEL-735 was more accurate and more stable for measuring MW and MVAR values from the generator. Originally LADWP used Watt / VAR transducers as the primary MW input for the governor. Subsequently, LADWP deployed ION meters and used the outputs from those meters to control the governor. While the ION meters were more stable than the watt / hour transducers, there were problems with ION meters providing linearity at both ends of the range. It was found that the SEL-735 meters analog output was more stable than the ION meter and fully linear over the entire MW and MVAR range. DNP 3.0 is used to allow SITEViEw° communications to the SEL-735 relays, while IEC61850 is used to support inter-meter communications. Inter-meter communications are used to allow the gross and net power to be calculated for each generator. Two SEL meters are installed on each generator: one on the primary transformer to the generator,and the other on the aux transformer used to power the auxiliaries. The SEL meters automatically (using goose messages) calculates the gross and net power for each unit which is then passed to the SITEViEw° node where it is transferred to the ECC. Other features associated with the Castaic project include the ability to have multiple communications failures without adversely impacting the operation of the plant.The Castaic power plant has a total of 30 redundant SITEViEw° nodes distributed to allow each unit to operate independent of any other unit as well as providing the ability of all 7 units to continue operation if there is a master station failure (in the 6 years of operation, Castaic has not had any hardware failures on either the servers or the SITEViEw° nodes). Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 36 In addition to the automation requirements, SI was also responsible for the full implementation of both CIP version 3 and subsequently upgraded to version 5. To meet the CIP requirements,Systems Integrated: • Developed the inventory of all the control system cyber assets. • Determined which assets complied with the CIP and which assets required a Technical Feasibility Exception (TFE). • Prepared the Technical Feasibility Exception (TFE) request for submittal by LADWP. • Developed the mitigation program to allow the non-conformance equipment to be used in the system. • Develop the plan to allow the plant to be CIP section 6 (Physical Security Perimeter) compliant without locking down the entire power plant.To appreciate the magnitude of the PSP problem, the Castaic power plant has over 300 Ethernet based IEDs and PLCs spread throughout the plant and remotely located at multiple remote sites.The CIP requires that all routable protocol devices be contained within a six-wall secured environment. SI implemented a solution whereby the PSP was continuously connected, via a secure network of conduits and enclosures, with no opening in any enclosure more than a 4 inch square. The design consisted of enclosures that were cyber secure for each routable Ethernet device and all the Ethernet devices were interconnected using armored fiber optic cable. • Developed a series of ESPs (one for each remote location and for the main plant) and interconnected the ESPs with assumed non-secure communications infrastructure that had firewalls and routers which created a Virtual Private Network(VPN) interconnecting the sites. • Developed the monitoring devices to continuously monitor all the routers / firewalls and performed intrusion detection locally as well as centrally. SI control system supports a direct interface to the PI database manager. (The PI database is a specially designed database that is used to store historical data and retrieval).This PI interface was first developed for Metropolitan Water District of Southern California (MWD),then deployed at Castaic to support LADWP requirements. The implementation of PI within oNSITE° provides a fully integrated solution thus eliminating the need to configure the PI system separately. ONSITE° automatically creates a PI tag each time an oNSITE°tag is created and the data is automatically pushed from oNSITE°to PI. This integrated oNSITE°/PI interface allows all the historical data to be provide to the PI database without the additional overhead use by PI to interrogate the PLCs directly. To date the project has been a success, there has never been an outage or loss of usage of any unit at Castaic related to the automated control of the plant or equipment in the plant. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 37 PROJECT REFERENCE NO. 4 Department of Interior, Bureau of Reclamation, Upper Colorado Region Organization Name: Bureau of Reclamation (BOR), Upper Colorado Region Contact Person: Darby McNutt Contact Information: Address: 805 Bureau Street Page,AZ 86040-1477 Phone: (928) 645-0438 E-mail: dmucnutt@usbr.gov Systems Integrated was selected by the Bureau of Reclamation, Upper Colorado Region to perform the SCADA Upgrade of its existing Colorado River Storage Project(CRSP). The objective of the CRSP project is to create a centralized SCADA system to control the water flow from 8 dam { facilities feeding the Colorado River. Glen t . Canyon Dam is the discharge facility feeding the Colorado River flowing south from Lake Powell to Hoover Dam. The primary purpose of the project is to provide water to all the stakeholders based upon laws and treaties between the US Government and the various stakeholders. While all the sites 1. associated with the project also provide hydroelectric power, all the control Glen Canyon Dam at night system requirements are associated with managing the flow of water to all the stakeholders. This project controls the flow of water using power plants. Because the CRSP system has a water supply requirement as its primary requirement and power generation (this is used to cover the cost of moving the water) as a secondary requirement, the CRSP system is complex as it is required to manage the flow of the water down the Colorado River by controlling the flow from the seven feeder dams that feed Lake Powell (Glen Canyon Dam). Glen Canyon Dam is the key water storage unit of the CRSP, one of the most complex and extensive river resource developments in the world. Without it, development of the Upper Colorado River Basin states' portion of the Colorado River would not have been possible. Glen Canyon Dam is the second highest concrete-arch dam in the United States, second only to Hoover Dam which stands at 726 feet.The 26.2 million acre-feet of water storage capacity in Lake Powell, created by Glen Canyon Dam,serves as a 'bank account'of water that is drawn on in times of drought.This stored water has made it possible to successfully weather extended dry periods by sustaining the needs of cities, industries, and agriculture throughout the West. Hydroelectric power produced by the dam's eight generators helps meet the electrical needs of the West's rapidly growing population. Glen Canyon Dam Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 38 Colorado River Storage Project has a total capacity of 1,320 megawatts,while the other 7 dam Mainstem Units sites account for an additional 850 megawatts. j 'rr CRSP SCADA UPGRADE PROJECT OVERVIEW INv + A Systems Integrated was awarded a contract with the W(omin.4 ""` Department of Interior, Bureau of Reclamation, Upper Colorado Region's Colorado River Storage Project (CRSP) to (1) _ _ _ evaluate the changes required to provide a control system for utah`" , Coloraao each of the eight power plants that could be both controlled from and maintained from a centralized facility (the actual o requirement was to provide a system which had a primary cop, centralized control facility as well as secondary control facility); e " M. (2) provide the ability allow all of the stakeholders access to \��w. N. historical data without impacting cyber security of a power Y "� 34al Er u.i�.n Gkescaf control system; (3) allow all of the control activity to be U= _ accomplished from a centralized location concurrently allowing q the ability to transfer control to a specific site while Ana I &�' maintenance is occurring, (4) to ensure full cyber compliance l�cw i4lexi o �7 for the SCADA system and its associated communications network. Once this effort was completed, Systems Integrated provided a recommendation to the USBR regarding the SCADA Upgrade approach that would meet all the various USBR design requirements. This design effort was completed late last year, and SI is now implementing the proposed solution. The solution meets all the objectives identified. The USBR has specific goals and objectives of the replacement system: in particular, the USBR required that the chosen solution provided a SCADA system "that would introduce standardization with the Lower Colorado Dams Control Systems and Services(LCDCSS),and the Central Valley Automated Control System (CVACS),SCADA systems." Once the evaluation was completed, the CRSP SCADA Upgrade implementation w divided into several phases: Phase 1: Full prototype of the entire system at SI's facilities in San Diego, CA to confirm that all the requirements have been achieved. Phase 2: Deployment, Training, and Maintenance of the upgraded system to all 8 hydroelectric power plants. Phase 3-5: Following the completion of Phases 1 &2, USBR has the ability to execute three optional support/maintenance phases of the project. Highlights of the CRSP SCADA Upgrade include: ■ A primary control center located at Glen Canyon Dam located in Page,AZ ■ A secondary control center located at Montrose, CO. ■ A view only node at Salt Lake City, UT. ■ A total of 7 remote power plants and the Glen Canyon power plant communicate to the Glen Canyon and Montrose facilities. ■ A reliable communications infrastructure that provides for both reliable and secure communications with all the plants (including a satellite-based backup communications infrastructure with an overall, system wide recovery from any communications failure within 50 milliseconds). ■ The USBR selected iFIX as its HMI support the visualization requirements of the project. There are more than 450 screens in the project. At present most of the screens for the first site are Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 39 completed,fully integrated into RX are awaiting deployment. The remainder of the screens are completed but require integration into the database and should be ready for deployment before the end of the year. 7A9:43 AM 113//2020 Switchyard 345KV Bus Switchyard 230KV Bus 11- SWVD Station Service Ii K1A K3A I KSA K7A T489 T 1257 S657 T7857 INSSell 01189 *289 389689 789 889152 []252 352652 7s2 8S2157 zsz 0 6S7 757 8S7 0.00 MW 0.00 MW 0.99 MW 0.00 MW 0.00 MW 0.00 Mw 0.00 Mw 0.00 Mw Generating Available Available Available Available Available Generating Available Accusonic Total Release 0.00 Total Plant Load MW 0.99 Station Air Pressure 0.00 PSI Total Plant Load MVAR 0.49 �Atifk \Y.VIk FYANI U`:it MMTBI UNIT FN:.i C RiU 3TAI- �� EVENTS TAGS M(xx IINOEx Illti! CONEROI aAfw3E OETAa xvnl MBC INDEx SERVKE BOR RX Glen Canyon Generator Overview Screen CRSP MASTER INDEX 0.00 MW 0.00 MW 0.00 MW @@@@ @@ 0.00 CFS 0.00 CFS 0.00 CFS @@@@ @,^Cco SL WR AC RT SS AV UD SL WR AC RT SS AV SL WR AC RT SS AV SL WR AC RT AV GC1GC2 GC3GC4 GC5GC6 GC7GC8 MP1 MP2 BM1BM2 CR1 ????MW @@@@ @@ 0.00 MW 10.00 MW ????CFS @@@@ @@@ 0.00 CFS 0.00 CFS SL WR AC RT SS AV SL WR AC RT AV SL WR AC RT AV SL WR AC RT AV FG1 FG2 FG3 FL1 UM1 LMl . •• • r Energy Managment Index 0 Glen Canyon System Overview WAPA Data Link Index Water Management Index I Blue Mesa System Index Link 1: LINK1 Water Overview Video Trending Link2: LINK2 ■ Curecanti Disturbance Data Link 3: LINK3 Flaming Gorge Summary Index RTU Communications tllk �;.v: ilnel al �:ln• ,.�R •�Ilr .I:::I '.';f\ iVlil�x BOR iFIX System Wide Overview of all Plants Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 40 Figure 1-1 is an interconnect diagram that shows the connections between Glen Canyon Dam in Page, AZ;the alternate control center in Montrose, CO; Salt Lake City, UT, and the seven remote dam locations. Glen Canyon network interconnect MUM �ziubps �� ®Flaming Gorge aaolina saRw® _n hn�ee NO.= tt pry ` tt p I L on.ir2 .! xgshps a.unhPs Molina PAm SMbps� wnrcnim 1 � crysml srvthpi slue rvlesa a IinF �, Set olf a � it Mbys� Figure 1-1. Glen Canyon Dam Interconnect Diagram Systems Integrated (SI) indicated in our design that the slow speed communications interfaces would not be acceptable and recommended that it would require a minimum of one T1 bandwidth between each of the remote sites and Glen Canyon for the system to work correctly. Based upon this recommendation the communications networks, associated with all but 4 of the sites, were upgraded to fiber based 100 Mbps communications networks. During the engineering analysis process of the project, SI identified several problems or difficulties that needed to be resolved.Table 1-1 notes the problems that SI encountered and our recommended solutions. Problem or Difficulty Solution ■ Incomplete as-built documentation. 0 A detailed job survey by SI engineers to document existing field conditions including civil, electrical, mechanical, and environmental conditions. ■ Undocumented hardware, software and 0 A detailed inventory by SI IT, network network elements in the existing system. and application engineers to document these components for purposes of replacement or upgrading. ■ Unexpected environmental conditions A thorough site survey to determine site preventing the implementation of limitations for the application of radio communication technology. frequencies under consideration of use for the project. Table 1-1 CRSP Upgrade Problems Encountered and Solutions Provided Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 41 E. COST PROPOSAL Systems Integrated (SI) is pleased to provide the City with the following cost proposal. SI's cost proposal includes a detailed bill of material,various labor costs with a total not to exceed cost of$245,461.00. There are two cost tables: The first table is the labor component and the total summary of all cost. The second table provides a detailed bill of material and associated costs. As SI has included a complete design (we believe that it is at 80%) there is a fixed cost for this design. SI will be ready at the kickoff meeting to review the drawings and begin ordering parts and implementing the solution. Overall, we have provided a 4 to 6 month schedule but we believe that this can be reduced if we can move forward quickly with the approval of the drawing package. Systems Integrated's current itemized hourly rate fee schedule is also included in this section of our proposal. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 42 LABOR AND TOTAL COST BREAKDOWN Hrs. Labor Cost/Per Total Cost Engineering Labor 40 Project Manager $225.00 $9,000 24 Sr. Software Engineer $220.00 $5,280 24 Electrical Engineer $180.00 $4,320 160 Software Engineer $175.00 $28,000 160 Field Engineer $145.00 $23,200 40 Designer/Draftsperson $110.00 $4,400 Fixed Price Electrical Engineering 80% package $18,500 Subtotal Engineering and Software Development Labor $92,700 Travel and Per Diem 20 Hotel $175.00 $3,500 20 Meals $85.00 $1,700 20 Rental Car $65.00 $1,300 Subtotal Estimated Travel $6,500 Manufacturing Labor 120 Shop Labor $88.00 $10,560 8 Health, Safety, Security, Environment, Quality Control $115.00 $920 Subtotal Manufacturing Cost $11,480 Subtotal SI LP labor $110,680 Total Electrical Installation Labor 200 Electrical Installation Labor(prevailing wage), Subcontract $135.00 $27,000 Total Project Labor $137,680 Total Material &ODC Cost $107,781 GRAND TOTAL Estimated Project Cost $245,461 Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 43 MATERIAL AND OTHER DIRECT COSTS Hardware/Software Part# Manuf. Description Qty Price Extended Price PLC 1769-L36ER Allen-Bradley CPU 3 $4,867.00 $14,601.00 1769-PB4 Allen-Bradley PLC Power Supply 6 $358.00 $2,148.00 1769-IQ32 Allen-Bradley 32-Digital Input Module Sinking 9 $330.00 $2,970.00 1769-OB32 Allen-Bradley 32-Digital Output Module 3 $409.00 $1,227.00 1769-IF8 Allen-Bradley 8-Analog Input Module 7 $609.00 $4,263.00 1769-IR6 Allen-Bradley 6-RTD Input Module 4 $1,025.00 $4,100.00 1769-ARM Allen-Bradley Address Reserve Module 6 $112.00 $672.00 1769-ECR Allen-Bradley End Cap 3 $27.00 $81.00 Systems 280-01-018-00 Integrated 8 Channel Digital Output 10 $780.00 $7,800.00 Systems 280-01-018-00 Integrated 32 Channel Digital Input 9 $252.00 $2,268.00 Systems 319-01-004-03 Integrated 8 Channel Analog Input Wiring Module 7 $270.00 $1,890.00 Systems 280-01-012-04 Integrated 32 Channel Digital Input PLC Interface 9 $114.00 $1,026.00 Systems 280-01-013-01 Integrated 32 Point Digital Output PLC Interface 3 $114.00 $342.00 Systems 319-01-008-00 Integrated 8 Channel Analog Input PLC Interface 7 $114.00 $798.00 ribbon interconnect cable 1 lot $500.00 POWER DISTRIBUTION NDR-240-24 MeanWell 240W 24VDC Power Supply 6 $62.00 $372.00 Systems 319-01-006-03 Integrated Power Distribution Board 3 $420.00 $1,260.00 GMB631PC20L Carlo Gavazzi 1P 20A 277V Circuit Breaker 6 $11.00 $66.00 Various Breakers E-T-A Various 60 $11.00 $660.00 GMB632PB3 Carlo Gavazzi 2P 3A 125VDC Circuit Breaker 3 $64.00 $192.00 1122880000 Weidmuller 24V 6A SPDT Slim Relay 6 $21.00 $126.00 ENCLOSURE CUSTOM SI Panel 3 $300.00 $900.00 PGS4K Hoffman Grounding Bar 3 $191.00 $573.00 Terminal Blocks Weidmuller Various Terminal Blocks 300 $1.00 $300.00 Various Type G Panduit Various Sized Type G Wire Duct 100 $2.00 $200.00 Din Rail Phoenix DIN Rail(cost per foot 100 $2.00 $200.00 Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 44 Hardware/Software(cont.) Part# Manuf. Description Qty Price Extended Price NETWORK WORKSTATIONS&SERVERS Dell PowerEdge R340 Server: 1x Xeon 2274G 4.OGHz,4C/8T,48GB DDR4 2666MHz,H330 Controller, RAID 1,2x 4TB Drives,VMware ESXi 6.7 U3,iDRAC9 Basic,IDSDM,2x 16GB,MicroSD, Redundant 350W PSU, ReadyRails with Cable Management Arm, Basic Next Business Day R340 Server Dell Support, 1 Year 2 $3,052.80 $6,105.60 Dell Precision 3431 Workstation:Xeon E-2224 3.4GHz,4C,8GB DDR4 2666MHz,256GB Drive, 3431 Windows 10 Professional for Workstation,AMD Workstation Dell Radeo Pro WX2100,2GB,DP,2mDP 2 $1,128.00 $2,256.00 E2320HS Dell Dell E2420HS 24" Monitor 4 $204.00 $816.00 Dell Latitude 14"5401 Laptop:Core i5-9400H 2.5GHz,4C,8GB DDR4 RAM,500GB Storage,14" 1080p Non-Touch,1 Year Hardware Warranty with 5401 Laptop Dell Onsite 1 $1,642.80 $1,642.80 TM1000 Time Machines TM1000 GPS network clock 1 $358.80 $358.80 1544 Adtran 1544 Layer 3,26 port Gigabit switch 1 $600.00 $600.00 Adtran 3430 Router/firewall with T1 and 2 3430 Adtran Ethernet interfaces 1 $240.00 $240.00 A-DNP3R Aparian DNP3 router 1 $1,020.00 $1,020.00 TZ600 SonicWALL TZ600 remote access secure interface 1 $1,440.00 $1,440.00 42U rack Startech 42U Server Rack 1 $433.20 $433.20 HIS-UM23-CATD Hope Hope Industrial 23"Universal Mount Monitor 1 $1,296.00 $1,296.00 E NCL-TCO2-BLK- L2 Hope Hope Industrial Enclosure 1 $798.00 $798.00 YB23-BLK-N4 Hope Hope Industrial Pedestal Mount 1 $402.00 $402.00 KB-TRAY-BLK- Hope Industrial Keyboard Tray w/Mouse 06R Hope Extension 1 $126.00 $126.00 POC-500 Neousys Neousys POC-500 Industrial PC 1 $1,320.00 $1,320.00 HMI&PLC SOFTWARE 1 $15,000.00 $15,000.00 Cables And Mounting Hardware 1 lot $10,000.00 $10,000.00 Subtotal Hardware& Software $93,389.40 Tax $7,004.21 Shipping $7,387.10 Total Hardware&Software $107,780.71 SYSTEMS INTEGRATED'S FEE SCHEDULE The following is Systems Integrated's current itemized hourly rate fee schedule. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 45 Uff SYSTEMS INTEGRATED PROFESSIONAL AND SUPPORT SERVICES 2020 I. PROFESSIONAL SERVICES Classification Hourly Rate Sr. Project Manager 250.00 Project Manager 225.00 Sr. Software Engineer 220.00 Electrical Engineer 180.00 Software Engineer 175.00 Sr. Systems Engineer 190.00 Systems Engineer 150.00 Applications Engineer 135.00 Field Engineer 145.00 Field Electrician 135.00 Field Technician 125.00 Designer/Draftsperson 110.00 Administrative Support 105.00 Project Cost Controller 120.00 Scheduler 95.00 Health, Safety, Security, Environment, Quality Mgr. 235.00 Health, Safety, Security, Environment, Quality 115.00 Shop Labor 88.00 System Engineer 2 170.00 Solution Expert 220.00 II. FIELD SERVICES Field Services supplied to customers not covered by an established Contract Service Agreement or services as requested by a customer for a specific day, time or reason, outside the scheduled service provided under a Contract Service Agreement. Description Service and Travel Time Portal to Portal (See Note). a. Std. work hours 8:00 a.m. to 5:00 p.m. Standard Rate per I and III b. Saturday and hours other than 8:00 a.m. to 5:00 p.m. 1.5 times Standard Rate c. Sundays and Legal Holidays Double Standard Rate Note: The base location for travel time will be Systems Integrated's nearest service office. Minimum service charge will equal 4 hours at appropriate service rate. Systems Integrated • 2200 North Glassell Street Orange, CA 92865 • Tel: 714/998-0900 • Fax: 714/998-6059 SYSTEMS INTEGRATE❑ III. SHOP FABRICATION SERVICES Shop fabrication services are available at a shop rate of$80.00 per hour. Materials will be invoiced at cost plus 25%. Normal shop expenses are included within the above rates; however, additional expenses such as freight, travel, etc., will be billed at cost. Shop/field calibration, acceptance testing, start-up, etc., are considered field services and will be charged at the appropriate field service rates. IV. SYSTEMS INTEGRATED'S PERSONNEL RATES Normal labor charges will be at the hourly rates shown in the above tables for each labor classification. Time in excess of 8 hours per day or 40 hours per week is termed overtime. When client authorized, overtime rates are 1.5 times normal rates. Rates are in USD. Rates are not valid for prevailing wage work. Quoted rates are subject to reasonable adjustment after December 31, 2020. V. SUBCONTRACTED WORK When it is necessary to supplement our staff with consultants or outside subcontractors, these services are billed at our cost plus 15%. VI. EXPENSES—Mendocino County, CA These reimbursable costs include, but are not limited to: ■ Travel (air fare, auto rental, public transportation and subsistence) o Rental Car-$65/day o Hotel Room - $200/day o Meals- $76/day ■ Use of company vehicles ($90/day) and employee cars ($0.65/mile) ■ Equipment rental or purchase-TBD ■ Long distance and cellular telephone, fax, postage, courier and reproduction work-TBD ■ Applicable sales taxes and freight charges-TBD Additional expenses are charged at cost plus 15%. VII. MATERIALS Material is charged at list price plus 15%. Applicable sales, excise taxes, fees and freight charges are added as applicable. VIII. DOCUMENTATION All agreed upon documentation including manuals, drawings and reproductions, will be furnished to the client during or at the close of the job. We reserve the right to retain either originals or reproductions of all of our work for our files. Systems Integrated • 2200 North Glassell Street Orange, CA 92865 • Tel: 714/998-0900 • Fax: 714/998-6059 ID 8 Task Mode Task Name IDuration IStart IFinish Predecessors Au '20 Se '20 Oct'20 Nov'20 Dec'20 Jan'21 Feb'21 Mar'21 Apr'21 1 W" City of Ukiah HYDRO PLANT SCADA/PLC UPGRADE 143 days Wed 9/9/20 Fri 3/26/21 2 di E4 Notice to Proceed 0 days Wed 9/9/20 Wed 9/9/20 9/9 3 Project Kickoff Meeting 1 day Wed 9/9/20 Wed 9/9/20 2 4 Review Proposal Drawing Package during Kickoff Me 1 day Wed 9/9/20 Wed 9/9/20 2 5 Engineering Update and Submittal Preparation 40 days Thu 9/10/20 Wed 11/4/20 6 E4 Site Assessment and Data Gathering 2 days Thu 9/10/20 Fri 9/11/20 3 7 E' Evaluate Existing Network 5 days Mon 9/14/20 Fri 9/18/20 6 8 W" Obtain Existing PLC Programs,GE iFIX 4.0 SW 1 day Mon 9/14/20 Mon 9/14/20 6 and Displays 9 E4 Review existing GE iFIX Programs 2 days Mon 9/14/20 Tue 9/15/20 6 10 E4 Review existing SCADA Displays 2 days Wed 9/16/20 Thu 9/17/20 9 11 M4 Review Existing PLC Software 2 days Tue 9/15/20 Wed 9/16/20 8 12 W" Perform Cybersecurity Assessment 2 days Mon 9/21/20 Tue 9/22/20 7,9,10,11 13 E" Submittals 35 days Thu 9/17/20 Wed 11/4/20 14 E" Prepare Submittal for New PLCs 5 days Thu 9/17/20 Wed 9/23/20 11 Programming and FAT Approach 15 M4 City Evaluates Submittal for PLC and FAT App 10 days Thu 9/24/20 Wed 10/7/20 14 16 E" City Approves Submittal Package 0 days Wed 10/7/20 Wed 10/7/20 15 10/7 17 E' Prepare Submittal for New PLCs Programs 10 days Thu 10/8/20 Wed 10/21/20 16 IF and Completed FAT Plan 18 W" City Evaluates Submittal for PLC and 10 days Thu 10/22/20 Wed 11/4/20 17 Completed FAT Plan 71=1 19 E4 City Approves Submittal Package 0 days Wed 11/4/20 Wed 11/4/20 18 20 W" Prepare Updated Installation and Drawing Pa 20 days Wed 9/23/20 Tue 10/20/20 9,10,11,12 21 E4 Submit Package to City of Ukiah for Review 10 days Wed 10/21/20 Tue 11/3/20 20 22 E4 City Approves Drawing Package Submittal Pa 0 days Tue 11/3/20 Tue 11/3/20 21 11/3 23 E4 System Implementation 30 days Thu 10/8/20 Wed 11/18/20 r IT 24 W" Procure System HW 30 days Thu 10/8/20 Wed 11/18/20 15 25 E" Procure System Software 20 days Thu 10/8/20 Wed 11/4/20 15 26 E4 HW and Software in-house at SI 0 days Wed 11/18/20 Wed 11/18/20 24,25 11/18 27 E' Hardware and Software Integration 37 days Thu 11/19/20 Fri 1/8/21 28 W" Set Up Hardware at SI 1 wk Thu 11/19/20 Wed 11/25/20 26 29 E" Install Software at SI 3 days Thu 11/26/20 Mon 11/30/20 28 30 E4 Port HMI Displays 2 wks Tue 12/1/20 Mon 12/14/20 29 31 04 Port and Set Up SCADA Database 1 wk Tue 12/1/20 Mon 12/7/20 29 32 Perform Initial End-to-End Testing at SI 1 wk Tue 12/15/20 Mon 12/21/20 30,31 33 Office Closure 10 days Mon 12/21/20 Fri 1/1/21 34 Perform Final End-to-End Testing at SI 1 wk Mon 1/4/21 Fri 1/8/21 32,33 35 E" End-to-End Integration Testing Complete 0 days Fri 1/8/21 Fri 1/8/21 34 1/8 36 Factory Acceptance Test(FAT) 5 days Mon 1/11/21 Fri 1/15/21 Task Project Summary U r Manual Task Start-only E Deadline b Project: City of Ukiah HYDRO P Split ............. Inactive Task Duration-only Finish-only 71 Progress Date: Wed 8/19/20 Milestone O Inactive Milestone Manual Summary Rollup External Tasks Manual Progress Summary I Inactive Summary 0 0 Manual Summary I External Milestone O Page 1 ID GO Task Mode Task Name Duration Start Finish Predecessors Aug'20 Se '20 Oct'20 No,'20 Dec'20 Jan'21 Feb'21 Mar'21 Apr'21 37 I " Conduct FAT at SI(Witnessed by City of Ukiah) 5 days Mon 1/11/21 Fri 1/15/21 35,19 38 FAT Results Approved 0 days Fri 1/15/21 Fri 1/15/21 117 1/15 39 System Installation Preparation 15 days Fri 1/15/21 Fri 2/5/21 40 Proceed to Installation 0 days Fri 1/15/21 Fri 1/15/21 38 1/15 41 Prepare Equipment for Shipment 1 wk Mon 1/18/21 Fri 1/22/21 40 42 E4 Ship Equipment to City of Ukiah 2 wks Mon 1/25/21 Fri 2/5/21 41 43 E' Shipment Arrives City of Ukiah/Ready for Install<0 days Fri 2/5/21 Fri 2/5/21 42 2/5 44 W4 Equipment upgrade(Concurrent Activities) 20 days Mon 2/8/21 Fri 3/5/21 45 W4 Remove Old Equipment 1 wk Mon 2/8/21 Fri 2/12/21 43 46 E" Install New Ethernet Network 1 wk Mon 2/15/21 Fri 2/19/21 45 47 E4 Establish DNP3.0 Communications 2 days Mon 2/22/21 Tue 2/23/21 46 48 W" Remove/Reroute Wiring of Temp Sensors to 2 wks Mon 2/8/21 Fri 2/19/21 43 Eliminate 4th PLC 49 E4 Remove Existing Equipment in Existing PLC Encic 1 wk Mon 2/22/21 Fri 2/26/21 48 50 E4 Install the New Equipment into the Existing Ench 1 wk Mon 3/1/21 Fri 3/5/21 49 51 W4 Remove Existing Equipment from Existing 1 wk Mon 2/8/21 Fri 2/12/21 43 SCADA Enclosures 52 E4 Install Field Termination Boards for Dis/Dos and 2 wks Mon 2/15/21 Fri 2/26/21 51 Analog Inputs 53 W4 System Installation Complete 0 days Fri 3/5/21 Fri 3/5/21 52,46,50,45 3/5 54 W4 System Acceptance 15 days Mon 3/8/21 Fri 3/26/21 55 E" Conduct SAT 1 wk Mon 3/8/21 Fri 3/12/21 53 56 E" SAT Complete 0 days Fri 3/12/21 Fri 3/12/21 55 57 W" Conduct System Training 2 wks Mon 3/8/21 Fri 3/19/21 55SS 58 E4 Compile As-Built Documentation Package 1 wk Mon 3/8/21 Fri 3/12/21 53 59 E4 Submit As-Built Documentation Package 10 days Mon 3/15/21 Fri 3/26/21 58 60 E4 As-Built Documentation Package Approved 0 days Fri 3/26/21 Fri 3/26/21 59 3/26 61 W4 Turn Over System to City of Ukiah 0 days Fri 3/26/21 Fri 3/26/21 60,56 3/26 62 E4 Begin Warranty Period 0 days Fri 3/26/21 Fri 3/26/21 61 <> 3/26 Task Project Summary r Manual Task Start-only E Deadline b Project: City of Ukiah HYDRO P Split ............. Inactive Task Duration-only Finish-only 71 Progress Date: Wed 8/19/20 Milestone O Inactive Milestone Manual Summary Rollup External Tasks Manual Progress Summary I Inactive Summary 0 0 Manual Summary I External Milestone O Page 2 F. PROPOSED PR• The attached is Systems Integrated's proposed schedule for the project. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 48 G. EXCEPTIONS Systems Integrated takes no exceptions with respect to the City of Ukiah's scope of services; insurance requirements or the draft agreement for the Hydro Plant SCADA/PLC Upgrade. Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 51 H. ATTACHMENTS 1. RFP ADDENDUMS 1-3 2. SI DESIGN DRAWINGS POWER PLANT SCADA PLC POWER PLANT UNIT 1 CONTROL POWER PLANT UNIT 2 CONTROL POWER PLANT PLC DIAGRAM 3. NETWORK & COMPUTER EQUIPMENT SCADA/ PLC UPGRADE NETWORK DESIGN POWER PLANT SERVER & COMMUNICATIONS RACK 4. SCADA SYSTEM HARDWARE DATASHEETS SCADA SYSTEM PLC DATASHEETS SCADA SYSTEM POWER DATASHEETS SCADA SYSTEM ENCLOSURE DATASHEETS 5. SCADA SYSTEM SOFTWARE ONSITE iFIX WONDERWARE 6. COMPANY INFORMATION-SYSTEMS INTEGRATED Systems Integrated, LP: Proposal for Hydro Plant SCADA/PLC Upgrade 52 1 . RFP Addendums 1 -3 ACKNOWLEDGMENT I hereby acknowledge that I have received this Addendum No. 1 and have reviewed and considered it before submitting my proposal. Signed: Date: 4-16-2020 Company Name: Systems Integrated Page 5 of 5 54 Q3: Quals was issued as professional agreement and now addenda changes that to a construction contract which is a complete reversal.What is the driver for this change? A3: This was changed due to being late to realize that both professional services and construction activities would be involved, and trying to cover the additional requirements for the construction part. Q4: Is the Prime on the project required to carry a C-10 license or can this be a Professional engineering Assessment and Design firm that plans to carry C-10 licensed contractors to perform the physical installation? A4: Please see response to Q1. QS: Is engineering and programming work being considered contractor work by the Owner? AS: This work is included in the scope being requested of the one contract. Q6: This contract in the Addenda is not for professional services which engineering and programming would fall under. There was no mention of Contractor requirements in the RFQ or RFP? We need to understand the reasoning for this and add our Construction partner if necessary. A6: The RFQ that you are referring to was for our Water Treatment Plant,and is for a totally separate project. Please see response to Q3. III. The following are additional clarifications and revisions: 1. For further clarity,the draft agreement has been revised (please see Attachment 1) and replaces all prior sample agreements previously provided. All other terms and conditions remain in full force and effect. Mary V. Horger Financial Services ager ACKNOWLEDGMENT I hereby acknowledge that I have received this Addendum No. 2 and have reviewed and considered it before submitting my proposal. Signed: - Date: 4-16-2020 Company Name: Systems Integrated Page 2 of 2 55 PURCHASING DEPARTMENT (11 West Clay Street,Ukiah CA 95482 City Of Ukiah 707 463-6233 mhorger@cityofukiah.com REQUEST FOR PROPOSAL—HYDRO PLANT SCADA/PLC UPGRADE Addendum No.3 April 6,2020 The following is Addendum No. 3 to Request for Proposal—Hydro Plant SCADA/PLC Upgrade This Addendum is hereby made part of the Contract Documents to the same extent as though it were originally included therein. I. In consideration of the current COVID-19 event,the proposal schedule has been extended and chanced as follows: Deadline for Responses: 5:00 p.m., Tuesday,May 5,2020 City Evaluation of Proposals: By May 14, 2020 Phone Interviews (if necessary): By May 25, 2020 City approval requested: May 28, 2020(or sooner) For contract award (tentative): June 3, 2020(or sooner) 11. Also, in consideration of the current COVID-19 event, providing a hard copy proposal along with an electronic copy is no longer mandatory. Additionally, the requirement of a USB flash drive to provide the proposal is no longer mandatory. Emaiiing the proposal will be acceptable,along with providing a link to the documents for download,as long as the email is received by the established deadline. It is highly recommended to request a delivery receipt with the email to confirm that it has been received. All other terms and conditions remain in full force and effect. Mary V. Horger Financial Services Ma g r ACKNOWLEDGMEN I hereby acknowledge that I have received this Addendum No. 3 and have reviewed and considered it before submitting my proposal. Signed: Date: 4-16-2020 Company Name: Systems Integrated Page 1 of 1 56 2. SI DESIGN DRAWINGS ***OMITTED - PROPRIETARY &CONFIDENTIAL*** 57 3. NETWORK & COMPUTER EQUIPMENT i N etVanIa 1544 Layer 3 G igabit Ethernet Sw itch N e t V a n is 1 5 4 4 1, a m a n a g e d,2 8-p o r t, S e c u r i t y Layer 3,G i g a b It E t h e r n e t s w lie h d e s i g n e d a s R e s t a s s u red,w i t h NetVanta 1 5 4 4 your network Pro d u ct Fe a to re s an access layer or network backbone aw itch is protected.This product offers a variety of 2 8-port m u l t i-l a y e r G i g a b i t Ethernet for S m a 11 to M e d i u m -s i z e d E n is r p r f s e s IS M E s). d a t a s e c u r try f e a to re s I,c 1,d I,g D o S p r o t e c He o n a g g r e g a t i o n s w itch With the combination o f the a d v a n c e d m u l t i- M A C-b a s e d p o r t se c u r i t y,m u l t i l e v e l user p a s a- 2 4-G igabit Ethernet ports and four ]eye, s w itching f a b r i,,high-b a n d w id t h c a p a- w o r d s,Secure Shell (S S H) s ad Secure S o c k e t S F P optical ports b Hill.s,a n d e n h a n c e d Q u a l i t y o f S e r v i c e (Q o S) L a y e r (S S L) I,r e n c r y p t e d u s e r l o g I,,a n d A c c e s s f e a t,re s the NetVanta 1 5 4 4 is Ideal in G igabit- A u t h e n tic a t i o n a n d A u t h o r i z a t i o n (AAA) f o r F a u r enhanced 2.5 G It p z to-the-d e s k to p d e p I o y m a n t s,a n d c o n v e r g e d a u then tic a i t o n with RADIUS a ad T A C A C S+. S F P p o r t s v o I,e a n d d a t a n e t w o r k s. W i t h f e a to re s s u c h a s 8 0 2.1 x a n d p o r t as c u r try, N a u-b I o c it in g, u p to 6 8 G b p s H a r d w a re a d m in i s t r a to r s can assure that only authorized switching capacity T h e N e t V a n t a 1 5 4 4 r a c k m a u n t s w i t c h p v id ro es users are a 11 o w e d access [o [h e n e[w a r k. L i n e rate Layer l and 2 8 G i g a b it Ether,at ports,consist!,g of 24 fixed A O S a 1,o is a t u r e s des k t o p a u d i t i n g u s in g L a y e r 3 s w i t c h in g 1 0/1 0 0/1 0 0 0 B a s e-T E t h e to e t p o r 1, a n d to u r D x C P I. c o n in n c t i o n with M i c to so it N e t w o r k S t a t i c routes, RIP V 1/V 2, 2.5 G b p s S m a 11 F o r m -f a c to r P 1,g g a b 1, (S F P) A c c e s s P to t e c t i o n (N A P) p r o t o c o l t o m o niter the 0 S P F a n d B G P p o r is 1,c a t e d o n t h e b a c k.To g e the r t h e to u r S F P h e a l t h o f c lie ra t c o m p u ter,.The two p r o t o c o l s 0 V R R P p o r t s c a n p r o v i d e u p to 2 0 G b p a o f It a n d w id t h work together to e n s u re that system s connected 8 0 2.1 Q V L A N e, P r iv a t e V L A N s It e twee, in t,re o n n e c t,d N e t V a n is 1 5 4 4 a w i t c h e a. to t h e n e t w o r k a re u s i n g a p p to p r i a t e c o r p o r a t e a u d V L A N a s s ig n an e n t u is 802.1 x "Half-rack" to size,yo u ca n scale to 48 G igab it policies,su ch r i ft raw a 11 s e tt in g s, a n tiv it us E t h e to e t p a r t s and eight SFP optical ports using settings and orb e r c lie n t h e a l t h in f o r m a t i o n. 0Aduanced QaS with support two NetVanta 1544 switches side-by-side in a to r 8 0 2.1 p a u d D f f S e r v P o r I S c h e d u l e r p r i o Iitiz a tiara w ith four single 19-inch rack space. e N e t V a n t a 1 5 4 4 allows p o r t s to b e n a b 1,d o q u e u e s per e g r e s s p o r t M u III-to y e r S w I t c h 1,g disabled based on t i m e o f d a y.T h is a b i l i t y to A u to m a t e actions with Port T h e N e t V a n is 1 5 4 4 an p p o r is a d v a n c e d s c h e d u Is a v a it.It Is p o r t s a 11.w s I.r a d d e d s e c u r try S c h e d u Is r a n d T C L s c r i p tin g m u l t i-l a y e r (L aye r 2 a n d L a y e r 31 s w i t c h I,g. a n d c a n p r.v id e Is s s p o w e r c o n s u an p t i o n d u r i n g V a I P re a d y with LLD P/L L D P-M E D It supports static routes,RIP V 1/V 2,O S P F, o if It o u r s s a v i n g on utility cost. a n d v o i c e V L A N S Border G a t e w a y Protocol(B G P) and Virtual fSCSI OpI'm ized R o u t e r R e dun d a n c y P to to c o l(V R R P) a 11.w 1.g 0 B a s in e s s-c Is s s s e c u r i t y w i t h A 11 A D T R A N N e t V a n to G i g a b it E t h e r,e t s w i t c h e s it to e a s i l y s c a Is from s m all businesses to R A D I U S,TA C A C S+,8 0 2.1 x and a re o p t i m i z e d for i S C S I Storage A re a N e t w o r k s enterprise-sized networks. p a r t s e c u r i t y r n s c a n(S A N s) d e p 1.y m a n t s.N e[w a r k adm i s[r a t o r 0 0 p t i m i z e d f e r i S C S I storage area S I,n d a r d s P r o to to 1, take a d v a n t,g e o f f e a t u re s s u c h a s I u m b o f r a m e u e t. a r k s IS A N s) s 0 I u t i o n s B a se d o n t h e A D T R A N® O p e r a tin g System s u p p o r t (u p to 13 K) s e p a r a t i o n o f IS C S I n e t w a r k 0 W i-F i® access c o n t r o lie r (A O S) t h is d e v i c e s u p p o r Is L in k L a y e r D is c o v e r y its f fi c u till.I.g V L A N s,a n d 8 0 2.3 x fi o w c o n t r o I for c e n t r a l i z e d m a n a 9 e m a n t P to to c o 1 (L L D P) w h i c h a u to-d i s c o v e r s n e i g h- t, s e am l e s s l y integrate AD TRAN s w itches w i t h o f N e t V a n t a W ire Is s s b o tin g E t h ern e t d e vice s, sin, p 1 i f y i n g I,t e g r a t i o n IS C S I S A N s d e v i c e s. A c c e s s P o in t s (W A P s l in to m u l t i-v e n d o r e n v i r o n m a n is. Adm in istra tion 0 C a b Is a a d S F P d is g u o s tic s V o I P R e a d y A O S u ff.r. b o t h a C o m m a n d L I.e In t e r f a c e p to v id e s e a s y to u s e ire u It l s- N e t V a n t a 1 5 4 4 has been designed specifically (C L I) that m i m i s s the widely d e p l o y e d,in d u s try s h o o tin g to o Is f o r c o p p e r a n d to r V,I P.T h e a b i l i t y to a u to on a tic a l l y c o n fi g u r e n i s d e facto s is n d a r d and a n t u it iv v e W e b-b a e d fib e r c a b Is I P phones using LLD P-M E D,and the ability to G raph e icalUs rIn is dace (GUI) with step-by-step Fa m ilia r C L I a n d W e b G U I se p state voice t r a f fi c o n to v o ice VLAN s,helps c a n it g u to ti o n w i z and s.F o r an to m a t i n g s e t u p • Next business day e a s e the d e p l o y m a n t o f V o I P. a n d c o n fi g.r a Ito n,N e t V a n is 1 5 4 4 so p p o r t s a d v a n c e re p Is c e m a n t Q u a l i t y o f S e r v i c e A u to-C o n fi g w h i c h p r o v i d e s the ability t, • Limited life tim e w aria my N e t V a n t a switches also so p p o r t Q o S t o p r to r i t i z e a u to to a tic a l l y o b t a in the switch c o n fi g u r a t i o n m ission critical traffic like Vo IP and control via D H CP. n e t w o r k c o n g e s it...N e t V a n is 1 5 4 4 o f f e r s A O S a Is o o Ire r s n s t.a r k to re n s i c s t o aid I. 8 0 2.1 p a n d D HIS e r v C la s s o f S e r v i c e (C o S). It a Is o troubleshooting network p r o b l e m shy allo w i n g s u p p o r t s f r a m e is g is I.g,a s w e 11 a s e n to r c e to a n t n e t w a r k a d m I.t s its to r s to e a s i l y 1.c a t e d e v i c e s o f is g g e d i t a In c r e c e iv e d fro on o u s is d s o u r c e s. o n the n e t w a r k b y M A C o r I P a d d re s s. 0 as ig egtass 9u eu esio(r ei post, are available for signing traffic p r rides a rag W e i g h t e d R o n d R o b 1 n (W R R) a n d S it I,t P r I,r try y S c h e d u 1 It,g. 129 N e 0 a n t a 3 4 3 0 M o d u la r Access Router The N e t V a n t a® 3 4 3 0 is a m o d u l a r a c c e s s V o I P Ready router that uses R a p i d R o u is t e c h n o In g y to In c o m b i n a t i o n with the Q o S in a to to s, a P r o d u e t F e a t u r e s d e l i v e r th e h i g h-p a c k e t th to u g h p u t r e q u i r e d s p e c i a l i z e d SIP ALG allow s SIP traffic to ■ M o d u Is r a c c e s s to u is r in r IF t e 1,p It o n y,c o r p o r a t e c o n n e c t I,try,a n d t r a v e r s e N A T-e n a b le d fi r e w a i l s. For e n t e r p r i s e s u p p o r t i n g u p to t w o T 1 s In I,r n e t a c c e s s.T It is p e r in ran a n t e-e n h a n c e d n e t w a r k s, th is in to r o p e to b i 1 i t y allows I P PBXs, p la tin rm d alive rs w ire-speed th rou gh I,ut, even p h o n es, an d o th er SIP-b ased d avices to set ■ FvClpidfpWute" to c h n o In g y for greater perform a n c e w i t h a d v a n c e d s e r,I,e s e n a b 1,d His k e Q u a l i t y o f u p, t e a r d o w , and pass voice and c a 11 c o n t r o l S e r v i c e (Q o S), N A T, fi re w a 11, a n d V P N m e s s a g e s seam l e s s l y through the in t e g r a l ■ V o i c e Q u a l i t y M a a ire tin g N A T-e n a b le d fi re w a 11. (V O M ) a a d M e a n O p in to n M o d u Is r H a r d w a re S c a Is (M 0 S I p re d i c tin n T h e N e t V a n t a 3 4 3 0 is a m o d u l a r, III -high, T h e N e t V a n to 3 4 3 0 a Is o d e p 1.y s V Q M to r a c k et o u n t a b l e m oral chassis th at offers two capture M O S,jitter, delay, and pa c k e t In s s ■ Inherent U R L f i l t e r i n g 1 0/1 0 0 B a s e-T E th e to e t in to r is c e s In r W A N statistics n e c e s s a r y to t r o u b Is s h o o t V o I P c a Ile ■ S th a n d a r d s-b a s e d to u tin g/ a ess LAN s e g m n[aio n D M Z o r eve o v e r t h e W A N T h is pow e r f u 1, ye t g r a p h i c a 11 y c e [ n s w i t c h in g p to to c o Is b to a d b a n d backup.The s in g le s l o t houses I.to i t i v e, d i a g n o s tic to o l allow s for q u i c k ■ F e a to re-r i c h A D T R A N any o f t h I n t e rfa c e is o Is t i o n o f n e t w o r k issues to e n s u re e N e t V a n t a Series N e t w o r k O p e r a tin g S y s is m (A 0 S I M o d u Is s IN I M s) a n d D is l B a c k u p In t e r is c e superior call quality. ■ I P v G r e a d y M o d u Is a (D I M s). F o r d let backup, a, anal o g S e c u r i t y m o dam D I M o r a, IS D N B RI D I M is avail- The AO S p t o v i d e s a pow e r f u 1, high p e r f o r- ■ C a m p a c IF Is s h® s In t f o r auto-D to v is in n in g able, p r e v e n tin g d o w n t i m e b y d is l i n g a to u n d a an a n c e s t a t e in l in s p e c t i o n firew all that can to Ile d c i r c u i t t o any P P P-c o m p lie n t d e v i c e. id e n t i f y and pro t e c t against com m on D e n i a l ■ S is is in I in s p e c t i o n fire w a 11 o f S e r v i c e (D o S) a tracks like T C P s y n flooding, for network seen r i t y S t a n d a r d s P to to c o Is IF s p o o fi n g, IC M P r e d ire c t, p I,g o f d e a th, a n d C a m p l e m e n tin g the versatile h a r d w a t e ■ O p tin n a l IPSec V i r t u a l Private I P re a s s e m b l y problem s. N e t w ork (V P N ) to r s e c u re the AOS allows for t h e support of stands r d s- c o r p o re is c o n n e c t i v i t y a c r o s s based s w itching,Virtu al LAN (V L A N ) t a g g in g, In addition, the AO S is capable of providing th a In is to e t e to tic a n d d e is u It to u t e s, a n d d a m a n d a, inherent U R L-fi l t e r i n g package without to u tin g.T h I, e n a b 1,s I,s t, a c c u r a t, n e t w o r k th e u s e o f a n e x t e r n a l s e r v e r. U R L-fi I t e r I,g is ■ Onboard hardw a re e n c r y p t i o n a c c e Is re to r c o n v e r g e n c e u s I,g in d u s try-s to n d a r d to u tin g a n o th e r le v e l o f s e c u r i t y th a t a How system p r o to c o Is so c h as B G P, O S P F, a n d R I P. I n a d m t n t s t r a t o r a t o r e s t r i c t I n t e r n e t a c c e s s b y ■ Recognizable Command Line addition, the AOS term m a t e s M P L S, F r a m a perm fi t t i n g o r denying specific U R L®.T h is In to rfa a IC L I I and intuitive W e b-b a s e d G r.p h i c a l U s e r R e Is y, M u l t i l i n k F to m e R e]a y, P P P, M u l t i l i n k U R L fi lie tin g Is a to r e a Is o I,c In d e s th e a b i l i t y In t e rfa c e (G U 1) P P P, C a r r i e r E t h e r n e t a n d HDLC Wide Area to p r o d u c e to p w e b s ire re ports of the m car N e t w o r k (W A N ) p to to c o Is. M u l t i h o at in g is ire q u e n t l y re q u e s to d w e b sites, allow in g ■ N e t w ork Address Ire n s Is tie n (N A T)-a o m p a t i b Is S e s s in a a Is o a v a Ile b le to p r o v i d e r e d u n d an t or b a c k u p s y s t e m a d m in is t r a t o r s t o m o d i f y th e U R L W AN links to multiple le ISPs aton tee filter lists. I n!tie t i o n Pro[o c o l I S I P I p g u i n g a A p p l i c a t i o n L a y e r G a is w a y w id e-a to a con n e e tie a. T h e N e t V a n to 3 4 3 0 offers enhance d (A L G I fa r V o i c e o v e r I P (V o I P H i e r a r c h a l Q o S p e r in r m a n c e IF S a c V P N th to g h p u t ■ W i.F ® A c c e s s C a o ire lie r in r c a p a b i l i t i e s to a 11 o w in r in s t n e t w o r k Q o S is also supported for delay-sensitive traffic c e n ire l i z e d m a n a g e m a n t o f c o n v e r g e n c e o f v o i c e a n d data t r a f fi c like VoIP or video.To prioritize no issio n-critical N e t V a n is W it e Is s s A c c e s s th r o u g h a n e n c r y p to d n e t w o r k. B y Points (W A P s l traffic and control network c o n g e s t i o n, th e so p porting I P S e c, th e N e t V a n to 3 4 3 0 is N e t V a n t a 3 4 3 0 uses Low Latency Q u e u in g, ■ In d u s try-l e a d in g f i v e-y e a r in l l y c o m p a t i b 1, with o the, I P S e c Weighted Fair Queuing (W F Q ), C Is s s-b a s e d North Am e r i c a a w a r r a n t y V P N -e q u i p p e d N e t V a n is p to d u c t s. W F Q , a n d D H I S a r v m a r k in g to e s to b l i s h th e priority o f I P packets routed over the WAN A d to in is it a tie n T h e A O S u f f e r s both a C L I that m i m its the w id e l y d e p l o y e d in d u s t r y d e f a c to s t a n d a r d on and a n in t u i t iv e W e b-based G U I w i t h s t e P - S m art Solutions for aAD�Connected W o r l d b y-step configuration wizards. 130 O r -- TM 1000A T1AfEAj NES GPS Network T,me.Server = $0ria1 GPS ;Y ICU GPS Network Time Server / TM1000A ® Synchronized Time O How It Works With a TM1000A GPS Time Server on the local The TimeMachines GPS Network Time Server network,synchronized time is assured no matter represents a major step forward in technology. the state of your Internet connection. Time It supplies accurate time for computers and accuracy is greatly improved, when compared time keeping devices on the network. A to Internet based time sources, because delay Network Time Protocol (NTP), with a Stratum 1 is reduced to that of the local LAN segment. time source is available on a local network with When paired with our PoE and WiFi based no need for an internet connection. It uses an clocks, building and campus wide synchronized active GPS antenna to maintain the current time time systems can be created. Other systems as broadcast by United States GPS satellites. that benefit from local time sources are voice and video logging systems, VoIP PBX phone systems, and any isolated network with time requirements. Connect both the included power Go to a computer on a network, Set parameters to match network, supply and GPS antenna to base point a browser to the device at and the system will send out time unit, then connect base unit to a its default ip address to enter the packets to any device on the system local network. software setup within the web that asks for an update from it. page. 131 GPS Network Time Server F01#04 �hif TM1000A TIME M # NES APPLICATIONS and MARKETS: TimeMachines GPS based time servers are suited to any application where coordination of events at multiple locations is required. Without coordinated network time, searching for problems across multiple system logs becomes much more difficult. Education, industrial facilities, military installations, public safety command rooms, government, broadcasting, and hospitals are all candidates for synchronized time systems. TIME SERVER FEATURES and SPECIFICATIONS: q - Receive time information from GPS satellites anywhere on the surface of the earth. - RFC1119/1305/5905 NTP Protocol to serve time (Network Time Protocol). - RFC1769/2030/4330 SNTP Protocol (Simple Network Time Protocol). - Server Time Level: Stratum 1. - Server Time Precision: Better than 5mS + network jitter. -All networked computing platforms support time synchronization either natively or with add on drivers including:Windows, Macintosh, and Linux. Many other devices can access the device as well including VoIP phones and digital clocks. - 1OM/100M auto sensing network interface. - Unit is capable of serving 350+ synchronizations per second.That provides support for over 300,000+ devices updating every 15 minutes on the network. - Supports IPv4 and IPv6. - Compliant with FCC Part 15B and CE marked for radiated emissions and is a lead free product. - Power Requirements: +5V DC at less than 4W continuous. - Environmental: Commercial temperature range, 0-70C, 95% humidity non-condensing.Altitude -304m to 18,000m. - Networking: Static or DHCP IPv4 addressing. Standard browser interface for setup. - Serial port supports both RS-232C levels and TTL (+3.3V) outputting standard NMEA information strings, as well as the 1 PPS signal at TTL levels.TTL signals can be turned off via software control. - Indications: Power, GPS Signal Lock, and 1 PPS indications. - Rear Connections: Power, Cat5 Ethernet, Serial, and GPS antenna via SMA connection. - Supports +3.3V and 5V active GPS antennas with internal jumper setting. - Mechanical Dimensions: 5" x 4.2" x 1.3". GPS SPECIFICATIONS: ANTENNA SPECIFICATIONS: (00) A - Based on MediaTek MT3339 Chipset. - Active patch antenna with magnetic base. - 22 channel low power receiver module. - Size: 1.57" x 1.89" x 0.51",43 grams. - Sensitivity: -165dBm. - Amplifier: LNA +20dB, Noise: 1.5dB,VSWR: 2.0, Voltage: 2.7-6.OV. - GPS Time Precision: +/- 1 Ons RMS jitter. - Cable: RG174, 5m length, SMA male. -Antenna Connection: 1575.42MHz (L1 Band). - Environmental: -40 to +85C. - TTFF (Time To First Fix). - Waterproof to IPx6. - Cold start @-125dBm typically 33 seconds. - Re-acquisition (<10s obstruction) typically 1 second. * Warranty coverage is one year from date of shipment. TimeMachines liability under this warranty is limited to repairing or replacing the defective equipment,at TimeMachines discretion.TimeMachines will not cover any claim if it is found that the product has been subjected to abuse,used in a manner for which it is not designed or acts of nature beyond TimeMachines control such as,but not limited to,lightning strikes,power surges,misuse,neglect,or if unauthorized repairs have been made or attempted by anyone other than authorized personnel by TimeMachines.The standard warranty can be extended for an additional year with the purchase of the optional Service Agreement.In no event will TimeMachines be liable for any indirect,special,incidental,or consequential damages from the sale or use of this product.This disclaimer applies both during and after the term of the warranty.TimeMachines disclaims liability for any implied warranty,including implied warranties of merchantability. *Specifications subject to change without notice.Check www.timemachinescorp.com for downloads/updates. 132 TimeMachines Inc. 1 11 South •: - 11 • 68510 402.486.0511 •,• • • • • MADE the USA DNP3 ROUTER 1. PREFACE 1.1. ABOUT THIS DOCUMENT This document contains the technical data for the DNP3 Router. The DNP3 Router provides intelligent data routing between EtherNet/IP and DNP3 (serial, Ethernet UDP, or Ethernet TCP). The DNP3 Router allows the user to integrate DNP3 devices over a secure link into a Rockwell Logix platform (e.g. ControlLogix or CompactLogix) with minimal effort. 1.2. FEATURES The DNP3 Router is able to transfer data from various DNP3 devices to a maximum of three Logix controllers. The module operates in one of three modes, simplifying the configuration for all applications. Mode Description Message Initiator Reactive Tag The DNP3 Router will convert DNP3 messages to Logix controller tag Remote Device reads or tag writes. Scheduled Tag The DN133 Router transfers data between a DNP3 device and a DNP3 Router number of Logix tags, using a preconfigured scheduled. No Logix or remote device configuration is required. Unscheduled The DNP3 Router transfers messages received from a Logix Message Logix(Msg) Instruction. Table 1— Modes of Operation The DNP3 Router is configured using the Aparian Slate application. This program can be downloaded from www.aparian.com free of charge. Slate offers various configuration methods, including a controller tag browser. Hereafter the DNP3 Router will be referred to as the module. The module can operate in both a Logix "owned" and standalone mode. With a Logix connection the input and output assemblies will provide additional diagnostics information which will be available in the Logix controller environment. The DNP3 Router allows the user to integrate DNP3 devices into a Logix system with minimal effort. No copying or mapping of data in the Logix controller is required as the DNP3 Router writes directly into Logix tags. Document No. D109-011 Page 2 of 17 Revision 1.11 133 Preface The DNP3 Router also provides DNP3 Secure Authentication 5 which enables the user to connect DNP3 devices to a Logix platform securely. The module also provides a range of statistics and traffic analyser to help fault find any problems. The DNP3 Router supports DNP3 on three ports which can be configured from the Slate environment; Serial, Ethernet TCP, or Ethernet UDP. Previously complicated data mapping is made easy by precompiled UDTs which converts the various DNP3 data formats into sensible data in the Logix environment. The DNP3 Router also supports repeater functionality in Outstation mode allowing the user to have infield configurable repeaters in radio network applications. The module uses isolated RS232 for DNP3 serial communication providing better noise immunity. The RS232 port also uses a terminal block for convenient installation. A built-in webserver provides detailed diagnostics of system configuration and operation, including the display of DNP3 operation and communication statistics, without the need for any additional software. 1.3. ARCHITECTURE The figure below provides an example of the typical network setup in reactive mode. ----------------- 0 DNP3 Router CompactLogix DNP3-Ethernet EtherNetliP (Secure Authentication) I Outstation DNP3-Ethernet (Secure Authentication) — = SCADA-DNP3 Master DNP3 Router CornpactLogix Control Room DNP3-Ethernet i EtherNeVlP (Secure Authentication) i Outstation Figure 1 - Example of a typical network setup in reactive mode By converting and redirecting serial DNP3 messages from legacy devices to EtherNet/IP, the module provides an interface for data exchange to Allen-Bradley ControlLogix and Document No. D109-011 Page 3 of 17 Revision 1.11 134 Preface CompactLogix platforms. This enables user to replace legacy devices and systems with minimal effort and downtime. The DNP3 Router allows a Logix platform to seamlessly integrate into a DNP3 network with Reactive Tag Mode. The module will route DNP3 message directly to Logix tags with no need for additional ladder logic. i.« �i ControlLogix Etherhfet/f P DNP3 DNP3 Router Router DNP3 DNP3 (RS232) (RS232) C M Electrical Protection Units Intelligent Relays Figure 2 - Example of a typical network setup in scheduled/unscheduled mode Systems that rely on a central ControlLogix communicating to a number of remote DNP3 devices, (e.g. Electrical Protection Units or Intelligent Relays), may find the DNP3 Router useful when operating in Scheduled Tag Mode as shown in the image above. The module will exchange data between the DNP3 device and Logix platform at a configured interval without any need for additional coding or mapping. Document No. D109-011 Page 4 of 17 Revision 1.11 135 Preface ControlLogix CompactLogix EtherNetllP DNP3 Router DNP3 -Ethernet(Secure Aulhentication) RTU 00•_ Electrcal Protection Units DNP3 RTU DNP3 RTU Figure 3— Example of a typical network setup when using secure authentication The DNP3 Router also provides the latest DNP3 Secure Authentication 5 standard which allows for secure authentication across the DNP3 network (Serial or Ethernet). The need for network security is essential to utility installations and operations to prevent unwanted attacks from outsiders. The DNP3 Router allows the user to configure the type and level of security needed with minimal effort. The DNP3 Router also allows the user to implement repeaters into a radio network architecture when the DNP3 Master cannot see all the outstations (see below). The DNP3 Router in Outstation mode can be configured to repeater certain messages as well as route messages to other DNP3 Routers over Ethernet. Document No. D109-011 Page 5 of 17 Revision 1.11 136 Preface J�}[�/} dR, •iyi TT L ,l •1 I Y Master -- 1 �] # O Figure 4— Example of using the DNP3 Router as a repeater Document No. D109-011 Page 6 of 17 Revision 1.11 137 Ethernet/IP Network 2. ETHERNET/IP NETWORK Specification Rating Connector RJ45 Conductors CAT5 STP/UTP ARP connections Max 20 TCP connections Max 20 CIP connections Max 10 Communication rate 10/100Mbps Duplex mode Full/Half Auto-MDIX support Yes Table 1 - Ethernet specification 3. SERIAL PORT Specification Rating RS232 Connector 4-way terminal RS232 Conductor 24—18 AWG RS232 Isolation voltage 2.5 kV BAUD 1200, 2400,4800, 9600, 19200, 38400, 57600, 115200 Parity None, Even, Odd Data bits 8 Stop bits 1 Table 2—Serial port specification 4. DNP3 NETWORK Specification Rating Reactive Tag mode Max 30 mapping items Document No. D109-011 Page 7 of 17 Revision 1.11 138 DNP3 Network Scheduled Tag mode Max 30 mapping items Application Functions Read Supported Write Select/Operate Direct-Operate Direct-Operate-No-Response Confirm (only in Reactive Mode) Immediate Freeze(only in Reactive Mode) Immediate Freeze No Response(only in Reactive Mode) Immediate Freeze and Clear(only in Reactive Mode) Immediate Freeze and Clear No Response(only in Reactive Mode) Cold Restart(only in Reactive Mode) Enable/Disable Unsolicited Messages(only in Reactive Mode) Delay Measure(only in Reactive Mode) Record Current Time(only in Reactive Mode) Unsolicited Response(only in Reactive Mode) Authentication Request Authentication Response Maximum DNP3 objects per 30 request Maximum DNP3 request 1000 bytes size per mapped item in Reactive Tag Mode Maximum DNP3 request 230 bytes size per mapped item in Scheduled Tag Mode Maximum Logix Controller 3 support Unsolicited Response Yes support Maximum event buffer per 100,000 DNP3 group Number of Commands per 1 Request Event Read Interval 10ms Table 3— DNP3 specification Document No. D109-011 Page 8 of 17 Revision 1.11 139 DNP3 Security 5. DNP3 SECURITY Specification Rating Key Change Method Pre-shared Supported MAC Algorithms Supported HMAC SHA-1 encryption (4 octets—serial)—for legacy support HMAC SHA-1 encryption (8 octets—serial) HMAC SHA-1 encryption (10 octets—networked) HMAC SHA-256 encryption (8 octets—serial) HMAC SHA-256 encryption (16 octets—networked) AES-GMAC(12 octets) Key Wrap Algorithms AES-128 Key Wrap Supported AES-256 Key Wrap Aggressive Mode Supported Yes Table 4— DNP3 Security 6, ELECTRICAL SPECIFICATIONS Specification Rating Power requirements Input: 10—28V DC, (70mA @ 24VDC) Power consumption 1.7 W Connector 3-way terminal Conductors 24—18 AWG Enclosure rating IP20, NEMA/UL Open Type Temperature -20—70°C Earth connection Yes,terminal based Emissions IEC61000-6-4 ESD Immunity EN 61000-4-2 Radiated RF Immunity IEC 61000-4-3 EFT/B Immunity EFT: IEC 61000-4-4 Surge Immunity Surge:IEC 61000-4-5 Conducted RF Immunity IEC 61000-4-6 Table 5 - Electrical specification Document No. D109-011 Page 9 of 17 Revision 1.11 140 i PRECISION TOWER • perform ance i afford ab ility • r rn f a c t • 113 S P A C E -S AV IN G D E SIG N INTELLIGENT PERFORM ANCE T h e s m a 11 t,r m f,c t o r 1, Id e a I f,r D e 11 P r e c 1,In O p t I m 1,e r s o f t w a r e c o in e s o n e v e r y P r e c 1,1,n s p a c e-c o n s t r a In e tl w o r k s p a c e s t h a t n e e tl w o r k s t a t 1,n s a n tl w III t u n e you r w o r k s t,t 1,n t. p r.v d e t h e b e s t w o r k s t a t In -c l a s s p e r f o r m a n c e a n d r e 11 a b lilt y. per f o r m a n c e f o r t h e a p p 11 c a t 1,n s you use m o s t O 1,t1,n aI W IF Cd p ab1htes and a range of ac c e s s lb 1e O p t i o n e I D e 11 P I.c I.i o n O p t in z e r P r e m I,m I, t h e o n 1, A I-b a s e d p o-t s k e e p y o u c o n n e c t.tl t o eve r y t h In g y o u nee d. p e r f o r m a n c e c p t i In z e r s c f t w a I. In the in d u s try t. a u t c in a tic a l l y a d j u s t y o u r w o-k s t,t i o n s e t t i n g s n o t o n l y f o r t h e a p p l i c a t o n s y o u u s e,b u t h o w y o u u s e t h e m - t r u l y c u s t c in I,I,g y o u r s y s t e m s p e r f o r m a n c e f o r y o u. (� O 1-�Y_,1 L A T E S T T E C H N O L O G Y M IS S IO N C R IT IC A L R E L IA B IL IT Y P o w e r t h r o u g h In t e n s Iv e t a s k s e a s I 1 y w 11 h 9 G e n e r a t I.n In t.I® C o r e In d e p e n d e n t S o f t w a r e V e n d o r (IS V) c e r t i fi e d t, ens u r e t h e a n tl X e o n® p to c e s s o r s a n tl f.s ter m e m o r y s p e e tl s o f h i g h-p e r f o r m a n c e a p p 11 c a t 1,n s y o u r e l y o n e v e r y d a y r u n s in o o t h 1 y. u p t. 2 6 6 6 M H z 6 4 G B R u n a p p 11 c a t 1,n, a t top s p e e d s with next A 1,o w It h Xeon processors y o u can g e t E r r o r C o r r e c t In g C o d e g e n.—Ion AMD R.tl e o n P r. o r N V ID IA O u a d r. (E C C) m e m o r y w h 1,h Id e n t It e s a n d c o r r e c t s s I n g 1, b It m e m o r y p r o f,s s 1,n a I g r a p h 1,s w It h u p t, 5 5 W o f g r a p h 1,s s u p p o-t e r to r s. O u r e x c 1,s v e R e 11 a b 1, M e m o r y P r o s o f t w a r e w o r k s o n top o f S c a 1.b 1 e s t o r.g e w It h S A T A o r P C I e N V M e S S D o p t 1.n s E C C m e m o r y t, Id e n t i f y a n d m a p o u t b a tl m e m o-y s e c t ors a n d w ill u p t. 6 T B d e IN e r p l e n t y o f r.o m for eve r y pro J e C t. a 1,It y o u w h e n the m e m o-y 1, a t a c r 1 t 1 c a I I.v e Ian d n e e d s r e p I.c e d - p r o v Id In g 1,y e r s o f p r o t e c t ion a g a In s t m e m o r y r e 1,t e d e r r o r s 141 PRECISIONFeatures & Technical Specifications 3431 TOWER Feature Precision 3431 Tower Storage Options° Encrypting Opal 2.0 Technical Speci❑cations 2.5",2 TB,5400,SATA,HDD Processor 91"generation Intel®Core T"i9,i7,6,i3,and Pentium; 2.5",256 GB/512 GB/1 TB,SATA 20,SSD Options' Intel®Xeon®E Processors; 2.5",512 GB/1 TB,SATA,SSD SED Intel®Pentium®Gold G5420,2 Core,4M B Cache,3.8 3.5",500 GB/1 TB/2 TB/4 TB/8TB,7200,SATA,HDD Ghz w/UHD Graphics 630 3.5",4 TB,5400,SATA,HDD Intel®Core TM i3-9100,4 Core,6MB Cache,3.6Ghz, M.2 2280,256 GB/512 GB/1 TB/2 TB PCIe 40,SSD 4.2 Ghz Turbo w/UHD Graphics 630 M.2 2280,512 GB/1 TB PCIe 50,SSD Intel®Core TM i5-9500,6 Core,9MB Cache,3.OGhz, 4.4 Ghz Turbo w/UHD Graphics 630 M.2 2280,512 PCIe 40,SSD SED(Opal 2.0) Intel®CoreTmi5-9600,6 Core,9MB Cache,3.1Ghz, Storage Controller Integrated:Intel Rapid storage Controller 12.0 4.6 Ghz Turbo w/UHD Graphics 630 supporting SATA 6Gb/sand host based RAID 0/1 Intel®Core TM i7-8700 (6 Core,12MB Cache, 3.20GHz,4.6Ghz Turbo w/ HD Graphics 630) Communications Integrated:Intel Ethernet Connection I219-LM Intel®Core TM i7-9700,8 Core,12MB Cache,3.OGhz, 10/100/1000 4.8 Ghz Turbo w/UHD Graphics 630 Optional:Intel 10/100/1000 PCIe Gigabit Networking Intel®Core TM i9-9900,8 Core,16MB Cache,3.1Ghz, card 4.9 Ghz Turbo w/UHD Graphics 630 Aquantie AQtionTmAQN-108 5/2.5 GbE NIC Adapter Intel®Xeon®E-2224,4 Core,8MB Cache,3AGhz, Optional:Wireless/ Bluetooth w/ vPro support 4.6Ghz Turbo Audio Controller Integrated Realtek ALC3234 High De-hition Audio Intel®Xeon®E Processor E-2174G(4 Core HT,8M B Codec(2 Channel) Cache,3.8Ghz,4.7GHz Turbo) Intel®Xeon®E-2236,6 Core,8MB Cache,3AGhz, Speakers Internal Speaker;Optional Dell 2.0 stereo speaker 4.8Ghz Turbo systems available and Dell sound bar for select at- Intel®Xeon®E-2246G,6 Core,8MB Cache,3.6Ghz, panel displays 4.8Ghz Turbo w/UHD Graphics 630 Add-in cards Thunderbolt 3 PCIe Card Intel®Xeon®E-2224G,4 Core,8MB Cache,3.5Ghz, Support for up to(1)additional PCIe SSD on 4.7Ghz Turbo w/UHD Graphics 630 Dell Precision Ultra-Speed drive(x8)with Operating System Windows®10 Professional(64 bit) active cooling Optionsz Windows®10 Pro for Workstations(64 bit)w/ Intel Serial Port PCIe Card Xeon processors Parallel Port PCIe Card Windows®10 Home(64 bit) Smart Card Reader(CAC/PIV) Red Hat®Enterprise Linux®7.5(coming soon) Remote Access Host Card,Tera2 Red Hat 8.0(coming soon) USB Type-C 3.1 Gen 2 PCIe Card Ubuntu Linux 16.04 1/O Ports Front Ubunt u Linux 18.04 2-USB 2.0 Type A NeoKylin 6.0 SP3(China only) 1-USB 3.1 Type A(5Gb) Chipset Intel"'C246 Chipset 1-USB 3.1 Type C(10Gb),data only 1—Universal Audio Jack Memory Options' 4 Dimm Slots;Up to 64GB 2666Mhz Non-ECC& 1—Internal SD Card reader(Optional)Internal ECC DDR4 Memory 3—SATA 6Gb/s Graphics Options' One PCI Express®x16 Gen 3 Graphics card Rear up to 55W 2-USB 2.0 Type A(with Smart Power) Entry 3D cards: 4-USB 3.1 Type A(5Gb) AMD Radeon Pro WX 4100 2-PS2 AMD Radeon Pro WX 3100 2-Display Port AMD Radeon Pro WX 3200(coming soon) 1-Optional Port(VGA,HMDI 2.0,DP++1.2,Type AMD Radeon Pro WX 2100 C w/DP-Alt mode) NVIDIA Quadro P1000 1-RJ45 Network Connector NVIDIA Quadro P620 1-Serial NVIDIA Quadro P400 1-Audio Line out Professional 2D cards: 2-SMA Intel HD Graphics 630 Chassis HxWxD:11.42"x 3.65"x 11.5"(29cm x 9.26cm x Storage Options' Support for up to(1)M.2 PCIe SSD on motherboard 29.2cm),Min weight:11.28Ib(5.117kg) slot and Up to(1)3.5"SATA or Bays:(1)internal 3.5"bay-supports(1)3.5"or(2) (2)2.5'SATA.Support for 2.5 drives;(1)external slimline optical bay Intel Ready Mode technology Slots:(1)half height PCIex16 Gen3;(1)half height Support for up to(1)additional PCIe SSD on PCIe x4 Gen 3;(1)M.2(22x8Omm) Dell Precision Ultra-Speed drive(x8)with Power Supply: 260W 92%eE cient PSU(80PLUS active cooling Platinum Certi ed)Energy Star Compliant; 2.5",500 GB/1 TB,7200,SATA,HDD 20OW 85%ell cient PSU(80PLUS Bronze 2.5,500 GB,7200,SATA,HDD FIPS Self Certi:]Bd)Energy Star Compliant 20OW 85%ellcient PSU(80PLUS Gold CertiEed) Energy Star Compliant 142 • • rade you i schedules gral I� 4 A M P L IF Y AWARDED THE ENERGY STAR® Y o U R W O R K MOST EFFICIENT MARK IN 20201 Enhance your daily workflow w it h a z 4• F H D m o n Ito r w it h Delivering cutting edge energy-efficiency that height ad;astability and Integrated speakers. represents the best in energy savings and environmental protection.' DELL0 DISPLAY MANAGER TRU STIED RELIABILITY Superior productivity and manageability featuring quick As the w o r l d's #1 m o n i t o r cam p any., w a take pride in access k e y s, preset layouts. m u l t i-m o n i t o r c o n f i g u r a t i o n our unyielding commitment to quality and the utmost a n d rem o t e m a n a g e m ant for IT m a n a g e r s. satisfaction of our customers. 143 Features & Technical Specifications Monitor Dell24 Monitor-E2420HS What's in the box? Diagonal Viewing Size 60.47 cm(23.8 inches) Components Horizontal 527.04 mm(20.75 inches) I •Monitor with stand Vertical 296.46 mm(11.67 inches) Maximum Preset Resolution 1920 x 1080 at 60 Hz Cables •Power cable Aspect Ratio 16:9 • 1 x HDM I Cable Pixel Pitch 0.275 mm x 0.275 mm • 1 x VGA Cable(EMEA and Japan only) Pixel Per Inch(PPI) 92 • 1 x VESA screw cover Brightness 250 cd/m2(typical) Documentation Color Support Color gamut(typical):83%(CIE1976)72%(CIE1931) •Quick Setup Guide Color depth:16.7 Million •Safety and Regulatory Information Contrast Ratio 1000:1(typical) Viewing Angle 178°/178' Response Time 8 ms typical(Normal)5 ms typical(Fast)(gray to gray) Panel Type IPS(In-Plane Switching) Display Screen Coating Anti-Glare Backlight Technology LED ComfortView with Flicker-free screen Yes Dell Display Manager Compatibility Yes Remote Asset Management Yes,via Dell Command I Monitor GSA/TAA Yes Optional Soundbar Dell Stereo Soundbar-AC511M Connectivity Connectors 1 x VGA 1XHDMI1.4 HDCP Support HDMI HDCP 1.2 Design Features Adjustability Height adjustabile(100 mm)and Tilt(-5° to 2T) Security Security lock slot(cable lock sold separately) Flat Panel Mount Interface VESA(100 mm) Power AC input voltage/frequency/current 100 VAC to 240 VAC/ 50 Hz or 60 Hz±3 Hz/ 0.8 A(typical) Power Consumption(Operational) 17W(Typ).25W(Max).14.36W(ENERGY STAR°) Power Consumption Stand by/Sleep Less than 0.3W Dimensions(with stand) Height(Fully extended&Compressed- 489.10 mm(19.26 inches)&389.10 mm(15.32 inches) Standard) Width 550.60 mm(21.68 inches) Depth 187.0 mm(7.36 inches) Weight Weight (panel only-for VESA mount/ 3.30 kg(7.28 Ibs) no cables) Weight (monitor and cables with stand) 4.91 kg(10.82 Ibs) Weight(with packaging) 6.64 kg(14.64 Ibs) Standard Service Plan 3-Years Advanced Exchange Service'and Limited Hardware Warranty, Optional Service Plan Dell ProSupport6 Environmental Compliance Awarded the ENERGY STAR®Most Efficient Mark in 2020,EPEAr registered where applicable',TCO Certified Display 144 LatitudeDell 5401 Setup and specif icat ionsguide 145 Regulatory Model:P98G E L Regulatory Type:P98GO03 I Identifier GU ID-26CC9B57-795 F-4689-8649-667D70D1F3BD Status Released Technical specif icat ions Ident ifier GU ID-9735 FCAB-1A62-42BB-A7CD-04A062AEF546 Status Released Chipset Table 2. Chipset Description Values Chipset CM246 Processor 9th Generation Intel Core i5/U DRAM bus width Dual64 bit Flash EPROM 24/32 M B(32 M B for Vpro SKU) PCIe bus PCIe 3.0 Identifier GUID-BFA52F40-8AD1-4DFO-8DOF-942766BC2118 Status Released Processors Table 3. Processors Description Values Processors 9th Generation Intel Core 9th Generation Intel Core 9th Generation Intel Core i5-9300H i5-9400H i7-9850H Wattage 35 W 35 W 35 W Core count 4 4 6 Thread count 8 8 12 Speed 4.1 GHz 4.3 GHz 4.6 GHz Cache 8M 8M 12M Integrated graphics Intel UHD Graphics 630 Intel UHD Graphics 630 Intel UHD Graphics 630 Technical specifications 13 146 Identifier GUID-F07064B8-2EB4-49EG88A8-43B102E42417 Status Released Memory Table 4. Memory specifications Description Values Slots Two-SODIMM slots Type Dual-channel DDR4 Speed 2666 MHz Maximum memory 32 GB Minimum memory 4 GB Memory size per slot 16 GB Configurations supported 8 GB DDR4(2 x 4 GB) • 8 GB DDR4(1 x 8 GB) • 16 GB DDR4(2 x 8 GB) • 16 GB DDR4(1 x 16 GB) • 32 GB DDR4(2 x 16 GB) Identifier GUID-29AB3B25-B4D9-4B9A-B1BF-821E8A6A7B8F Status Released Ports and connectors Table 5. External ports and connectors Description Values External: Network One RJ-45, 10/100/1000 USB Two USB 3.1 Gen 1 port • One USB 3.1 Gen 1 with PowerShare • One USB 3.1 Gen 2(Type-C)with Thunderbolt Audio One Universal Jack(headset +mic phone in+line in support) port Video One HDMI 2.0 port Media card reader One SD-card slot (Optional),One microSD-card slot Docking port Supported Power adapter port One Security Wedge-shaped lock slot Table 6. Internal ports and connectors Description Values Internal: 14 Technical specifications 147 Description Values M•2 One M.2 2280/2230 slot for solid-state drive Q NOTE:To learn more about the features of different types of M.2 cards, see the knowledge base article SLN301626. Identifier GU ID-OADBC39B-BF43-40EB-BFCO-6F7114D249D1 Status Released Storage Your computer supports one of the following configurations: • 2.5-inch 5400rpm hard-disk drive • 2.5 inch 7200rpm Hard-drive drive • M.2 2230 solid-state drive • M.2 2280 solid-state drive Table 7. Storage specifications Storage type Interface type Capacity 2.5-inch 5400rpm hard-disk drive SATA up to 6 Gbps Up to 1 TB 2.5 inch 7200rpm Hard-drive drive SATA up to 6 Gbps Up to 1 TB M.2 2230 solid-state drive PCIe NVMe PCIe Gen3x2 NVMe,up to 16 Gbps Up to 512 GB M.2 2280 solid-state drive PCIe NVMe PCIe Gen3x4 NVMe,up to 32 Gbps Up to 1 TB M.2 2280 solid-state drive Class 20 SATA Class 20 Up to 512 GB Identifier GUID-7DF32F47-45CF-4A08-AD99-B01EEC4F3CE6 Status Released Dimensions and weight Table 8. Dimensions and weight Description Values Height: Front 20.4 mm(0.8 in.) Rear 22.85 mm(0.9 in.) Width 323.05 mm(12.72 in.) Depth 216 mm(8.5 in.) Weight 1.53 kg(3.37lb) Q INOTE:The weight of your computer depends on the configuration ordered and the manufacturing variability. Ident ifier GUID-2959A596-4E1F-4C1B-9E6C-857583B2F398 Status Released Operating system • Windows 10 Home(64-bit) Technical specifications 15 148 D"LEMC ,0 SPEC SHEET POWEREDGE R340 Accelerate Business Growth . — The Dell EMC PowerEdge R340 is a single-socket 1 U rack server designed for productivity and data intensive applications for remote office/branch offices. Boost your business productivity The Dell EMC PowerEdge R340 boosts business productivity, provides the flexibility to scale, and automates daily tasks. It is the ideal solution that allows you to focus on what matters:Accelerate your business growth. The R340 offers features to support your demanding and growing business needs. • Accelerate your business with improved performance due to 100% more cores with Intel°Xeon® E-2200 processors, 11% increase in memory speed, and 20% more PCIe lanes.' • Harness data growth with up to 8 x internal 2.5"or 4 x 3.5" hot-plug hard drives. • Manage operational costs with Multi-Vector cooling which automatically calculates and delivers the proper airflow needed for optimal cooling. Simplify your IT infrastructure The Dell OpenManage portfolio offers innovations that simplifies management tasks, making IT operations efficient and cost-effective throughout the server lifecycle. • The embedded iDRAC9 with Lifecycle Controller, server deployment, configuration and updates are fast and worry-free. • Access your servers anywhere, anytime from your mobile device with OpenManage Mobile (requires OpenManage Enterprise). • Resolve issues with up to 72% less IT effort using automated proactive and predictive technology from ProSupport Plus and SupportAssist.2 Keep your data safe Every PowerEdge server is made with a cyber-resilient architecture, building security into the server's entire life cycle. Dell EMC is laser-focused on security (from design to end-of-life)to ensure trust and deliver worry-free, secure servers. • Keep your data safe with software RAID. • Maintain data safety with cryptographically-signed firmware packages PowerEdge and Secure Boot. - Improved performance due to • Protect your server from malicious malware with iDRAC9 Enterprise r, more cores Server Lockdown mode. - Scale with 17% more • Wipe all data from storage media quickly and securely with System Erase storage capacity P . - malware with iDRAC9 • 1 Based on Dell EMC Internal analysis comparing R340 vs the previous generation.September 2019. Server Lockdown ••- 2 Based on June 2018 Principled Technologies Report commissioned by Dell EMC,"Save time and IT effort resolving server hardware issues with PmSupport Plus and SupporlAssist",compared to Basic Warranty without SupportAssist. R340 Spec Sheet ©2019 Dell Inc. or its subsidiaries. 149 PowerEdge IrITITM.FIR . ON Processor 1 processor from the following:Intel®Xeon®E-2200 product family,Intel Pentium®,Intel Core i30,Intel Celeron® Memory 4 x DDR4 DIMM slots,Supports UDIMM,up to 2666MT/s,64GB Max.Supports registered ECC Storage controllers Internal controllers:PERC H730P,H330,HBA330(non-RAID) Software RAID:PERC S140 External HBAs:12Gbps SAS HBA(non-RAID) Internal boot Boot Optimized Storage Subsystem(BOSS):2 x M.2 240GB(RAID 1 or No RAID)or 1 x M.2 240GB(No RAID only) Internal Dual SD Module3:2x microSD(16GB,32GB or 64GB)or 1x microSD(16GB,32GB or 64GB) Drive bays Up to 8 x 2.5 hot-plug SATA,SAS(optional)or SSD Up to 4 x 3.5 hot-plug SATA,SAS(optional)or SSD Power supplies Single or dual 350W(Platinum)or 550W(Platinum)hot-plug redundant power supplies Dimensions Form factor:Rack(1U) Chassis width:434.00mm(17.08 in) Chassis depth:595.63mm(23.45 in)(3.5"HHD config) Chassis depth:544.836mm(21.45 in)(2.5"HHD config) Note:These dimensions do not include:bezel,redundant PSU Chassis weight:13.6 kg(29.98 lb.) Embedded management iDRAC9 with Lifecycle Controller iDRAC Direct ORAC RESTful API with Redfish Bezel Optional security bezel OpenManage TM Software OpenManage Enterprise OpenManage Power Manager OpenManage Mobile Integrations and Integrations: Connections: connections Microsoft'System Center Nagios Core&Nagios XI VMware®vCenterTM Micro Focus Operations Manager i(OMi) BMC Truesight(available from BMC) IBM Tivoli Netcool/OMNlbus Red Hat Ansible Tools iDRAC Service Module Dell EMC Server Update Utility OpenManage Server Administrator Dell EMC Update Catalogs Dell EMC Repository Manager Dell EMC RACADM CLI Dell EMC System Update IPMI Tool Security TPM 1.2/2.0 optional Secure Boot Cryptographically signed firmware System Lockdown(requires OpenManage Enterprise) Silicon Root of Trust System Erase I/O&Ports Networking Options: 2 x PCIe Gen 3.0 slots: 2 x 1 GbE LOM Network Interface Controller(NIC)ports One x8 slot low-profile,half-length with x4 slot width Front ports: One x16 slot low-profile/full-height,half-length 1x USB 2.0,1 x IDRAC micro USB 2.0 management port with x8 bandwith Rear ports:2 x USB 3.0,VGA,serial connector Supported operating Citrix®XenServer® SUSE®Linux Enterprise Server systems Microsoft®Windows Server®with Hyper-V(2016 and 2019) VMware®ESXi Red Hat®Enterprise Linux For specifications and interoperability details, Ubuntu®Server LTS see Dell.com/OSsupport. OEM-ready version From bezel to BIOS to packaging,your servers can look and feel as if they were designed and built by you. available For more information,visit Dell.com/OEM. Recommended support ProSupport Plus for critical systems or ProSupport for comprehensive hardware and software support for your PowerEdge solution. Consulting and deployment offerings are also available.Contact your Dell EMC representative today for more information. Availability and terms of Dell EMC Services vary by region.For more information,visit Dell.com/ServiceDescriptions. Dell Financial Services Deliver results with easy financing.Explore financial options that move at the speed of business. 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Offers not available for personal,family or household use.Dell and the DELL logo are trademarks of Dell Inc.(may be a newer version) Copyright o December • Dell Inc.or its subsidiaries.All Rights Reserved. �a1 `�� ♦ ♦ R�S ❑ 1511 High-Speed HM - • 1024 x 768 Pixel High-Resolution TFT � • Ethernet A • 2 Serial Ports • Aluminum Enclosure CPU 32-bit RISC Cortex-A8,1 GHz Memory(RAM) 256 MB Memory(Flash) 256 MB RTC Built-in Serial 1 x DE9P COM 1:RS-232 1 x DE9S COM 1:RS-485 2 or 4 wire,COM3:RS-485 2 wire Ethernet 1 x 10/100 Base-T CANbus N/A USB Host 1 x USB 2.0 • •. USB Client 1 x USB 2.0 Audio N/A Video N/A Wi-Fi N/A HDMI N/A SD Card Slot SD/SDHC Display Type 15"TFT LCD Size(W x H) 12.04 x 9.06 inches[306 x 230 mm] Resolution(pixels) 1024 x 768 Luminance(cd/m2) 400 Contrast Ratio 700:1 Max.Colors 16.2 M Backlight Lifetime(hours) 50,000+ Touch Screen Type 4-wire resistive touch Active Area Accuracy Length(X)±20/g width(Y)±2% Input Voltage 24±20%VDC Electrical Input Current 1000 mA @24 VDC Power Isolation Built-in Isolation Resistance Exceed 50 MO at 500 VDC Enclosure Aluminum,charcoal grey PCB Coating Yes 6' Mechanical Dimensions(W x H x D) 14.41 x 11.54 x 2.24 inches[366 x 293 x 57 mm] Weight 6.06 lbs.[2.75 kg] Mounting Panel or VESA 75 x 75 mm mounting Operating Temperature 32°— 122°F(0'— 50°C) Storage Temperature -4°— 140°F(-20°—60°C) Relative Humidity 10%—90%(non-condensing) ,�nvironmental Vibration Endurance 10 to 25 Hz(X,Y,Z direction,2 G,30 minutes) Ratings IP65 compliant front panel,NEMA4X indoor use only Certifications cULus,CE,RoHS EZwarePlus(v4.00.01 or later) Maple Systems,Inc. 808 134th St SW,Suite 120,Everett,WA 98204 1 425.745.3229 1 maplesystems.com I DS-HM15150XL Rev 02 151 Gartner peerinsights customers'choice 1 �1 S O �I I C W A L L 2018 ir SonicWall TZ series Integrated threat prevention and platform for The SonicW all TZ series enables small to Branch locations are able to exchange mid-size organizations and distributed information securely with the central enterprises realize the benefits of an office using virtual private networking integrated security solution that checks (VPN).Creating virtual LANs (VLANs) all the boxes.Combining high-speed enables segmentation of the network threat prevention and software-defined into separate corporate and customer wide area networking (SD-WAN) groups with rules that determine the technology with an extensive range of level of communication with devices on networking and wireless features plus other VLANs.SD-WAN offers a secure simplified deployment and centralized alternative to costly MPLS circuits management,the TZ series provides a while delivering consistent application Benefits: unified security solution at a low total performance and availability.Deploying cost of ownership. TZ firewalls to remote locations is easy Flexible,integrated security solution using Zero-Touch Deployment which Secure SD-WAN Flexible, integrated security solution enables provisioning of the firewall Powerful SonicOS operating system The foundation of the TZ series is remotely through the cloud. High-speed 802.11ac wireless SonicOS,SonicWall's feature-rich Power over Ethernet(PoE/PoE+) operating system.SonicOS includes a Superior threat prevention and powerful set of capabilities that provides performance Network segmentation with VLANs organizations with the flexibility to Our vision for securing networks in Superior threat prevention tune these Unified Threat Management today's continually-evolving cyber and performance (UTM)firewalls to their specific network threat landscape is automated,real- Patent-pending real-time deep requirements.For example,creating a time threat detection and prevention. memory inspection technology secure high-speed wireless network is Through a combination of cloud-based Patented reassembly-free deep simplified through a built-in wireless and on-box technologies we deliver packet inspection technology controller and support for the IEEE protection to our firewalls that's been On-box and cloud-based threat 802.11 ac standard or by adding our validated by independent third-party prevention SonicW ave 802.11 ac Wave 2 access testing for its extremely high security TLS/SSL decryption and inspection points.To reduce the cost and complexity effectiveness. Unknown threats are sent Industry-validated security of connecting high-speed wireless to SonicW all's cloud-based Capture effectiveness access points and other Power over Advanced Threat Protection (ATP) multi- Dedicated Capture Labs threat research team Ethernet(PoE)-enabled devices such engine sandbox for analysis. Enhancing as IP cameras, phones and printers, Capture ATP is our patent-pending Endpoint security with Capture Client the TZ300P and TZ600P provide Real-Time Deep Memory Inspection Easy deployment,setup and PoE/PoE+power. (RTDMITM)technology.The RTDMI ongoing management engine detects and blocks malware Zero-Touch Deployment Distributed retail businesses and and zero-day threats by inspecting campus environments can take Cloud-based and on-premises p directly in memory. RTDMI technology centralized management advantage of the many tools in is precise, minimizes false positives,and Scalable line of firewalls SonicOS to gain even greater benefits. identifies and mitigates sophisticated • Low total cost of ownership 152 attacks where the malware's weaponry is protection by performing full decryption Security Center which offers the ultimate exposed for less than 100 nanoseconds. and inspection of TLS/SSL and SSH in visibility,agility and capacity to In combination,our patented single-pass encrypted connections regardless of centrally govern the entire SonicWall Reassembly-Free Deep Packet Inspection port or protocol.The firewall searches for security ecosystem from a single pane (RFDPI) engine examines every byte of protocol non-compliance,threats,zero- of glass. every packet,inspecting both inbound days,intrusions,and even defined criteria and outbound traffic directly on the by looking deep inside every packet. A key component of the Capture Security firewall. By leveraging Capture ATP with The deep packet inspection engine Center is Zero-Touch Deployment.This RTDMI technology in the SonicWall detects and prevents hidden attacks cloud-based feature simplifies and Capture Cloud Platform in addition to that leverage cryptography. It also speeds the deployment and provisioning on-box capabilities including intrusion blocks encrypted malware downloads, of SonicWall firewalls at remote and prevention,anti-malware and web/ ceases the spread of infections and branch office locations.The process URL filtering,TZ series firewalls stop thwarts command and control (C&C) requires minimal user intervention,and malware,ransomware and other threats communications and data exfiltration. is fully automated to operationalize at the gateway. For mobile devices used Inclusion and exclusion rules allow total firewalls at scale in just a few steps. outside the firewall perimeter,SonicWall control to customize which traffic is This significantly reduces the time, Capture Client provides an added layer of subjected to decryption and inspection cost and complexity associated with protection by applying advanced threat based on specific organizational installation and configuration,while protection techniques such as machine compliance and/or legal requirements. security and connectivity occurs learning and system rollback.Capture instantly and automatically.Together,the Client also leverages the deep inspection Easy deployment, setup and simplified deployment and setup along of encrypted TLS traffic(DPI-SSL) on ongoing management with the ease of management enable TZ series firewalls by installing and SonicWall makes it easy to configure organizations to lower their total cost managing trusted TLS certificates. and manage TZ series firewalls and of ownership and realize a high return SonicW ave 802.11 ac Wave 2 access on investment. The continued growth in the use of points no matter where you deploy them. encryption to secure web sessions Centralized management,reporting, means it is imperative firewalls are able licensing and analytics are handled to scan encrypted traffic for threats. through our cloud-based Capture TZ series firewalls provide complete *802.11 ac currently not available on SOHO/SOHO 250 models;SOHO/SOHO 250 models support 802.11 a/b/g/n Integrated Security and Power for 0 SonicWave 432i Your PoE-enabled Devices access point Provide power to your PoE-enabled devices without the cost and complexity of a Power over Ethernet switch or ""z�__' I* in Printer injector.TZ300P and TZ600P firewalls Bi-directional integrate IEEE 802.3at technology to scanning power PoE and PoE+devices such as SonicWall TZ600P IP Phone wireless access points,cameras, IP phones and more.The firewall scans all traffic coming from and going to each O Camera device using deep packet inspection technology and then removes harmful threats such as malware and intrusions, even over encrypted connections. 802.3at PoE+ Devices 2 S O N I CW4�4L L® 153 StarTech.com H af rl-to-fi nd made easy" Spec Sheet 42U Adjustable Depth Open Frame 4 Post Server Rack Cabinet - Flat Pack w/ Casters, Levelers and Cable Management Hooks StarTech ID: 4POSTRACK42 The 4POSTRACK42 42U Server Rack lets you store your servers, network and telecommunications equipment in a sturdy, adjustable depth open-frame rack. Designed with ease of use in mind, this 42U rack offers easy-to-read markings for both rack units (U) and depth, with a wide range of mounting depth adjustments (22 - 40in) that make it easy to adapt the rack to fit your equipment. This durable 4-post rack supports a static loading capacity of up to 1320lbs (600kg), and offers compliance with several industry rack standards (EIA/ECA-310, IEC 60297, DIN 41494) for a universal design that's compatible with most rack equipment. For a complete rack solution that saves you time and hassle, the rack includes optional accessories such as casters, leveling feet and cable management hooks. The base is also pre-drilled for securing the rack to the floor if needed, providing you with many options to customize the rack to fit your environment. Backed by a StarTech.com 2-year warranty and free lifetime technical support. Applications • Durable storage for rackmount servers, KVM switches, and networking equipment • Suitable for rackmount equipment where security at the rack level is not required • Audio/Video editing room, radio or television studio broadcast rackmount equipment www.startech.com 1 800 265 1844 154 StarTech.com Hard-to-find made easy° �# Features • 42U Open frame design • Adjustable mounting depth from 22 - 40in • Supports a static loading capacity of 1320lbs (600kg) • Easy-to-read rack Unit (U) and depth adjustment markings • Casters, leveling feet and cable management hooks included • Pre-drilled holes to secure the rack directly to the floor • Easy to assemble • Flat-packed for easy shipping www.startech.com 1 800 265 1844 155 StarTech.com Hafd-to-find made easy" Technical Specifications Warranty 2 Years Casters Included Fan(s) No Frame Type Open Frame Front Door Type Open Industry Standards DIN 41494 Industry Standards EIA/ECA-310-E Industry Standards IEC 60297-3-100 Key Lock No Rack Type 4-Post U Height 42U Weight Capacity 1326 lb [600 kg] Color Black Enclosure Type Steel External Depth 26.1 in [661.8 mm] External Height 77.6 in [1971 mm] External Width 23.6 in [600 mm] Height with Casters 80.5 in [2044 mm] Internal Height 73.7 in [1871.5 mm] Internal Width 18.3 in [465 mm] Maximum Mounting Depth 40 in [1016 mm] Minimum Mounting Depth 22 in [558.8 mm] Product Weight 85.1 lb [38.5 kg] Flat Pack Yes Shipping (Package) Weight 90.6 lb [41 kg] Included in Package 2 - Left Vertical Rail Included in Package 2 - Right Vertical Rail Included in Package 2 - Base Bracket Included in Package 8 - Corner Section Included in Package 4 - Center Section Included in Package 2 - Top Bracket Included in Package 48 - M8 Bolt Included in Package 48 - M8 Washer www.startech.com 1 800 265 1844 156 4. SCADA SYSTEM HARDWARE DA TASHEETS SCADA SYSTEM PLC DA TASHEETS Catalogue No: 1 769-I F8 COMPACTLOGIX 8AI CURRENT/VOLTAGE MODULE Automation Systems>Modular Programmable Controllers>Compact PLC Systems>Allen-Bradley Bulletin 1769 CompactLogix'"I>CompactLogix"I 1/0 Modules>CompactLogixT"Analogue 1/0 Modules CompactLogix 8 Channel Analog Current/Voltage Input Module - 0 Current, voltage, thermocouple and RTD modules available �« 0 Over-range and under-range detection • Selectable response to a input sensor fault • Optional ability to direct output device operation during an abnormal condition — — 0 Individually configurable channels - - - I Representative Photo Only (actual product may vary based on configuration selections) SPECIFICATIONS Product Series CompactLogix(Bul. 1768/1769) Component Type PLC&1/0 Analogue Input Module Number of Analogue Inputs 8 qty Analogue Input Type(s) Current/Voltage:Single-Ended/Differential Analogue Input Range(s) 0...20mA 4...20mA -10... 10V DC 0... 10V DC 0...5V DC 1 ...5V DC Analogue Resolution,Input 16 bit(signed) Operating Temperature,Max 60 °C max Operating Temperature,Min 0 °C min Storage Temperature,Max 85 °C max Storage Temperature,Min -40 °C min Relative Humidity,Max 95 %RH Humidity type Non-condensing REFERENCES IECEx Certificate - Supplier Declaration of Conformity: Installation Guide: - User Manual: - Manufacturer Datasheet: - Manufacturer Catalogue &Product Selection: AUen-Bradley NHP Electrical Engineering Products 17691F8 Datasheet J 1300 NHP NHP I nhp.com.au 1 0800 NHP NHP nhp-nz.com 9 August 2018,Page 1031 o 159 M I Catalogue No: 1769-IQ32 COMPACTLOGIX 32DI 10-30V DC MODULE Automation Systems>Modular Programmable Controllers>Compact PLC Systems>Allen-Bradley Bulletin 1769 CompactLogix'"I>CompactLogix"I 1/0 Modules>CompactLogiXTm Digital 1/0 Modules CompactLogix 32 Point 24V DC Input Module r AC and DC modules available • 1/0 density from 8 to 32 points per module Solid state and relay contact output modules available High speed input modules Input filtering is standard 3 Optical isolation available j Representative Photo Only (actual product may vary based on configuration selections) SPECIFICATIONS Product Series CompactLogix(Bul. 1768/1769) Component Type PLC&1/0 Digital Input Module Number of Digital Inputs 32 qty Digital Input Type 24V DC Sinking/Sourcing type Type,Digital Input 24V DC Snk/Src type Digital Input Range 10...26.4V DC Operating Temperature,Max 60 °C max Operating Temperature,Min 0 °C min Storage Temperature,Max 85 °C max Storage Temperature,Min -40 °C min Relative Humidity,Max 95 %RH Humidity type Non-condensing REFERENCES IECEx Certificate - Supplier Declaration of Conformity: Installation Guide: - User Manual: - Manufacturer Datasheet: - Manufacturer Catalogue &Product Selection: QAU J en-Bradle NHP Electrical Engineering Products 17691Q32 Datasheet 1300 NHP NHP I nhp.com.au 1 0800 NHP NHP nhp-nz.com 9 August 2018,Page 1035 o 160 Catalogue No: 1 769-I R6 COMPACTLOGIX 6AI RTD MODULE Automation Systems>Modular Programmable Controllers>Compact PLC Systems>Allen-Bradley Bulletin 1769 CompactLogix'"I>CompactLogix"I 1/0 Modules>CompactLogiXTm Analogue 1/0 Modules CompactLogix 6 Channel RTD/Resistance Input Module - 4 Current, voltage, thermocouple and RTD modules available �« 4 Over-range and under-range detection • Selectable response to a input sensor fault • Optional ability to direct output device operation during an abnormal condition — — 4 Individually configurable channels - - - I Representative Photo Only (actual product may vary based on configuration selections) SPECIFICATIONS Product Series CompactLogix(Bul. 1768/1769) Component Type PLC&1/0 Analogue Input Module Number of Analogue Inputs 6 qty Analogue Input Type(s) RTD/Resistance Analogue Input Range(s) 0... 1500 0...5000 0... 1 k.Q 0...3k.Q 100.0 Pt 385 10052 Pt 392 2000 Pt 385 2000 Pt 392 5000 Pt 385 5000 Pt 392 1 kQ Pt 385 1 kQ Pt 392 1200 Ni618 1200 Ni672 1 OQ NiFe 519 Analogue Resolution,Input Configuration Dependent Operating Temperature,Max 60 °C max Operating Temperature,Min 0 °C min Storage Temperature,Max 85 °C max Storage Temperature,Min -40 °C min Relative Humidity,Max 95 %RH Humidity type Non-condensing Q AUen-Bradley NHP Electrical Engineering Products 17691R6 Datasheet w J 1300 NHP NHP I nhp.com.au 1 0800 NHP NHP nhp-nz.com 9 August 2018,Page 1039 o 161 Catalogue No: 1769-OB32 COMPACTLOGIX 32DO 20.4-26.4V DC MODULE Automation Systems>Modular Programmable Controllers>Compact PLC Systems>Allen-Bradley Bulletin 1769 CompactLogix'"I>CompactLogix"I 1/0 Modules>CompactLogixT"Digital 1/0 Modules CompactLogix 32 Point 24V DC Output Module 0 AC and DC modules available • 1/0 density from 8 to 32 points per module • Solid state and relay contact output modules available • High speed input modules • Input filtering is standard g0 Optical isolation available Representative Photo Only (actual product may vary based on configuration selections) SPECIFICATIONS Product Series CompactLogix(Bul. 1768/1769) Component Type PLC&1/0 Digital Output Module Number of Digital Outputs 32 qty Digital Output Type 24V DC Sourcing(NPN) type Type,Digital Output 24V DC Source type Digital Output Range 20.4...26.4V DC Rated Current per Digital Output,Max 0.5 A max,per DO Rated Current per Module,Max 4 A max,per module Operating Temperature,Max 60 °C max Operating Temperature,Min 0 °C min Storage Temperature,Max 85 °C max Storage Temperature,Min -40 °C min Relative Humidity,Max 95 %RH Humidity type Non-condensing REFERENCES IECEx Certificate - Supplier Declaration of Conformity: Installation Guide: - User Manual: - Manufacturer Datasheet: - Manufacturer Catalogue &Product Selection: AUen-Bradley NHP Electrical Engineering Products 17690B32 Datasheet J 1300 NHP NHP I nhp.com.au 1 0800 NHP NHP nhp-nz.com 9 August 2018,Page 1052 o 162 Catalogue No: 1 769-PB4 COMPACTLOGIX 4A POWER SUPPLY 24V DC Automation Systems>Modular Programmable Controllers>Compact PLC Systems>Allen-Bradley Bulletin 1769 CompactLogixT">CompactLogixT"Power Supplies CompactLogix Power Supply 24V DC Input, 4A @ 5V DC Output • AC or DC power options for CompactLogiXTM controllers and distributed Compact 1/0 architecture f 1 Representative Photo Only (actual product may vary based on configuration selections) SPECIFICATIONS Product Series CompactLogix(Bul. 1768/1769) Component Type PLC&1/0 Power Supply Operating Temperature,Max 60 °C max Operating Temperature,Min 0 °C min Storage Temperature,Max 85 °C max Storage Temperature,Min -40 °C min Relative Humidity,Max 95 %RH Humidity type Non-condensing REFERENCES IECEx Certificate - Supplier Declaration of Conformity: Installation Guide: - User Manual: - Manufacturer Datasheet: - Manufacturer Catalogue &Product Selection: Alien-BradleyNHP Electrical Engineering Products 1769PB4 Datasheet 1300 NHP NHP I nhp.com.au 1 0800 NHP NHP nhp-nz.com 9 August 2018,Page 1068 o 163 0 0 Catalogue No: 1769-ARM COMPACTLOGIX ADDRESS RESERVE MODULE 1 SLOT Automation Systems>Modular Programmable Controllers>Compact PLC Systems>Allen-Bradley Bulletin 1769 CompactLogix1m>CompactLogixT"Specialty Modules 071 CompactLogix Address Reserve Module, 1 slot • High functionality in an economical platform l' 0 DIN rail or panel mount for flexible installation options • L1 and L2 controllers offer embedded 1/0 to lower costs, save panel space and simplify configuration • Integrated Motion and Safety control (selected models) saves time and money on third-party hardware and integration Analogue, digital and specialty 1/0 modules cover a wide range of applications • Advanced system integration via EtherNet/IPTM to plant-wide networks t r - r Representative Photo Only (actual product may vary based on configuration selections) SPECIFICATIONS Product Series CompactLogix(Bul. 1768/1769) Component Type PLC&1/0 Specialty Module Function of Module Reserve module slots Memory,On Board 384 kB memory Operating Temperature,Max 60 °C max Operating Temperature,Min 0 °C min Storage Temperature,Max 85 °C max Storage Temperature,Min -40 °C min Relative Humidity,Max 95 %RH Humidity type Non-condensing REFERENCES IECEx Certificate - Supplier Declaration of Conformity: Installation Guide: User Manual: Manufacturer Datasheet: Manufacturer Catalogue &Product Selection: AUen-Bradley NHP Electrical Engineering Products 1769ARM Datasheet J 1300 NHP NHP I nhp.com.au 1 0800 NHP NHP nhp-nz.com 9 August 2018,Page 1014 o 164 Catalogue No: 1 769-ECR COMPACTLOGIX END CAP TERMINATOR RIGHT pact PLC Systems>Rllen-Bradley Bulletin 1769 _ CompactLogixT">CompactLogiXW Accessories>End Caps CompactLogix End Cap/Bus Terminator, Right Hand Side o High functionality in an economical platform • DIN rail or panel mount for flexible installation options • L1 and L2 controllers offer embedded 1/0 to lower costs, save panel space and simplify configuration • Integrated Motion and Safety control (selected models) saves time and money on third-party hardware and integration medley ' I Analogue, digital and specialty 1/0 modules cover a wide range of applications o4` _C.,� /�'• • Advanced system integration via EtherNet/IPT"" to plant-wide 0°`� A p}Nvx '~q L rGR }tNll�tp networks �7g9'��glNiti tll �"• VW` �• aaibooe�' AA Representative Photo Only (actual product may vary based on configuration selections) SPECIFICATIONS Product Series CompactLogix(Bul. 1768/1769) Component Type PLC&1/0 End Cap REFERENCES IECEx Certificate - Supplier Declaration of Conformity: Installation Guide: User Manual: Manufacturer Datasheet: Manufacturer Catalogue &Product Selection: IM Allen-Bradle NHP Electrical Engineering Products 1769ECR Datasheet � J 1300 NHP NHP I nhp.com.au 1 0800 NHP NHP I nhp-nz.com 9 August 2018,Page 1023 o 165 CompactLogix Controllers Specifications 1769 Modular CompactLogix Controllers In a 1769-L3x controller system,the 1769 I/O modules can be placed to the left and the right of the power supply.As many as eight modules can be placed on each side of the power supply. Table 31-Features-1769 Modular CompactLogix Controllers Characteristic 1769131 1769132C 1769132E 1769135CR 1769435E Available user memory 512 KB 750 KB 750 KB 1.5 MB 1.5 MB CompactFlash card 1784-CF128 1784-CF128 1784-CF128 1784-CF128 1784-CF128 Communication ports 2 RS-232 ports(isolated 1 ControlNet port 1 EtherNet/IP port 1 Control Net port 1 EtherNet/IP port DF1 or ASCII;nonisolated 1 RS-232 serial port(DF1 1 RS-232 serial port(DF1 1 RS-232 serial port(DF1 1 RS-232 serial port(DF1 DF1 only) or ASCII) orASCII) or ASCII) or ASCII) Module expansion capacity 161769 modules 161769 modules 161769 modules 301769 modules 301769 modules Power supply distance rating 4modules 4modules 4modules 4modules 4modules The CompactLogix controller has a power supply distance rating of four modules.The controller must be the leftmost module in the first bank of the system.The maximum configuration for the first bank of a CompactLogix controller is the controller and three 1/0 modules to the left of the power supply and eight I/O modules to the right of the power supply. BankO L3x 1 2 3 P/S 4 5 6 7 8 9 10 11 HIM= IME _ _- Bank 1 12 13 14 15 16 17 18 19 P/S 20 21 22 23 24 25 26 27 Bank 2 28 P/S 29 30 Rockwell Automation Publication 1769-TDOOSH-EN-P-July 2013 45 166 CompactLogix Controllers Specifications 1769-L3x Local 1/0 Performance You can configure an individual RPI for each local 1769 Compact 1/0 module.The RPI defines the frequency at which the controller sends and receives all 1/0 data on the backplane. Type of Module Guideline Digital and analog(any mix) 1...4 modules can be scanned in 1 ms 5...30 modules can be scanned in 2 ms Some input modules have a fixed 8 ms filter,so selecting a faster RPI has no effect Specialty Full-sized 1769-SDN modules add 2 ms per module 1769-HS(modules add 1 ms per module Full-sized 1769-ASCII modules add 1 ms per module You can always select an RPI that is slower than listed above.These considerations show how fast modules can be scanned—not how fast an application can use the data.The RPI is asynchronous to the program scan.Other factors,such as program execution duration,affect 1/0 throughput. Table 32-Technical Specifications-1769 Modular CompactLogix Controllers Attribute 1769-1.31 1769-1.32C 1769-L32E 1769135CR 1769135E User memory 512 KB 750 KB 750 KB 1.5 MB 1.5 MB Optional flash memory 1784-CF128 Number of 1/0 modules,max 16 16 16 30 30 Number of 1/0 banks,max 3 Number of expansion 1/0 modules,max 161769 modules 301769 modules Replacement battery 1769-BA Current draw @ 5V D( 330 mA 650 mA 660 mA 680 mA 660 mA Current draw @ 24V DC 40 mA 40 mA 90 mA 40 mA 90 mA Power dissipation 2.61 W 4.21 W 5.5 W 4.36 W 5.5 W Isolation voltage 30V(continuous),basic 30V(continuous),basic 30V(continuous),basic 30V(continuous),basic 30V(continuous),basic insulation type insulation type insulation type insulation type insulation type Type tested at 71 OV DC for Type tested at 71 OV DC for Type tested at 710V D( Type tested at 71 OV DC for Type tested at 71 OV DC 60 s;RS232 channel 0 to 60 s;RS232 to system, for 60 s;RS232 to 60 s;RS232 to system, for 60 s;RS232 to system ControlNet to system,RS232 system,Ethernet to Control Net to system,RS232 system,Ethernet to No isolation between RS232 to ControlNet,ControlNet to ControlNet,ControlNe system,RS232 to t system,RS232 to channel 1 and system channel A to ControlNet Ethernet channel A to ControlNet Ethernet channel B channel B Communication ports CHO-RS-232 RS232 RS232 RS232 RS232 DF1,DH-485,ASCII Fully isolated Fully isolated Fully isolated Fully isolated Fully isolated 38.4 Kbps max 38.4 Kbps max 38.4 Kbps max 38.4 Kbps max 38.4 Kbps max ControlNet port Ethernet/IP port ControlNet port EtherNet/IP port CHI-RS-232 10/100 BASE-T 10/100 BASE-T DF1,DH-485 Nonisolated 38.4 Kbps max Serial cables 1756-CP3 or 1747-CP3,right angle connectorto controller,straightto serial port,3 m Weight,approx 0.30 kg(0.661b) 0.32 kg(0.70 lb) 0.30 kg(0.66 lb) 0.32 kg(0.70lb) 0.30 kg(0.66lb) Slot width 1 Module location DIN rail or panel mount 46 Rockwell Automation Publication 1769-TDOOSH-EN-P-July 2013 167 CompactLogix Controllers Specifications Table 32-Technical Specifications-1769 Modular CompactLogix Controllers Attribute 1769-11.31 1769132C 1769432E 1769-L35CR 1769-L35E Panel-mounting screw torque 1.1...1.8 N.m(10...16lb.in)-use M4 or#8 screws Power supply distance rating 4 modules Power supply 1769-PA2,1769-PB2,1769-PA4,1769-PB4 Wire category(l) 2-on communication ports North American temperature code T5 T4A IEC temperature code NA NA T4 NA T4 Enclosure type rating None(open-style) (1) Use this conductor category information for planning conductor routing.Seethe Industrial Automation Wiring and Grounding Guidelines,publication 1770-4.1. Table 33-Certifications-1769 Modular CompactLogix Controllers Certification(t) 1769131 1769-L32C,1769-L35CR 1769132E,1769435E c-UL-us UL Listed Industrial Control Equipment,certified for US and Canada.See UL File E65584. UL Listed for Class I,Division 2 Group A,B,C,D Hazardous Locations,certified for U.S.and Canada.See UL File El94810. CE European Union 2004/108/EC EMC Directive,compliant with: European Union 2004/108/EC EMC Directive,compliant with: EN 61326-1;Meas./Control/Lab.,Industrial Requirements EN 61000-6-2;Industrial Immunity EN 61000-6-2;Industrial Immunity EN 61000-6-4;Industrial Emissions EN 61000-6-4,Industrial Emissions EN 61131-2;Programmable Controllers(Clause 8,Zone A&B) C-Tick Australian Radiocommunications Act,compliant with: AS/NZS CISPR 11;Industrial Emissions EX — European Union 94/9/EC ATEX Directive,compliant with: EN 60079-15;Potentially Explosive Atmospheres, Protection'n' EN 60079-0;General Requirements(Zone 2) 113G ExnAIICT4X Cl — ControlNet International conformance tested to — ControlNet specifications EtherNet/IP — — ODVA conformance tested to EtherNet/IP specifications. KC Korean Registration of Broadcasting and Communications Equipment,compliant with: Article 58-2 of Radio Waves Act,Clause 3 (1) When marked.See the Product Certification link at http://www.ab.com for Declarations of Conformity,Certificates,and other certification details. Real-time Clock Accuracy The following table lists the real-time clock accuracy specifications for the 1769 Modular CompactLogix controllers. Ambient Temperature Accuracy 0°C(32'F) 54...-56 s/mo 25°C(77°F) 9...-124 s/mo 40°C(104'F) -84...-234 s/mo 55°C(131°F) -228...-394 s/mo 60°C(140'F) -287...-459 s/mo Rockwell Automation Publication 1769-TDOOSH-EN-P-July 2013 47 168 CompactLogix Controllers Specifications 1769-L3xMinimum Spacing Requirements 50 mm (2 in.) ® g g a :: Allen-31a0ley 0 0 11 50 mm 50 mm (2 in.) a (2 in.) a 50 mm (2 in.) 1 769-L3x CompactLogix Dimensions 67.5 mm 87 mm _ (2.66 in.) � (3.42 in.) � CZ= 131.7 mm =CF (5.18 in.) O 0 °000 i O -O 71 48 Rockwell Automation Publication 1769-TD005H-EN-P-July 2013 169 8 Channel Relay Output Module 8 CHANNEL RELAY OUTPUT MODULE The model 390-01-002-01 relay output module is designed to support the operation of up to 16 devices using 8 output channels. This board supports redundant operation, being able to be connected to 2 PLC output modules allowing your control system to have a robust control strategy. Additionally, each board can be daisy chained up to 32 channels in length to save on manufacturing cost as well as reducing total cable length. The 390-01-002-01 is designed to allow field wiring to be terminated on any 1769-OB series up to 32 output channels. 91.-31 U5D01-1 Specification ♦ 1 f 1 1 1 Wire Termination Designed to support up to two(2)output devices per channel Wire gauge range from 22-14 Each channel has two(2)NOINC and is fully isolated from the other channels Power Rated for 125 VDCI3A Relays are field replaceable Channels are fully isolated LED power indicator used to reflect status of the relay output Channels per Module 8, 10 outputs total • Maximum Voltage 125VOC Temperature Range -20°C to 70°C • Mounting Din rail, mounting brackets included Connection Type, Plug Connector 50 pin flat-ribbon cable plug connector, 100 mil spacing between pins Environmental Temperature -20°C to 70°C RH 5%to 95% 8 Channel Analog Input Module 8 CHANNEL ANALOG INPUT MODULE The model 390-01-004-03 analoginput module is designed to support either field powered or PLC p 9 pp powered analog inputs. Each of the eight analog input channels is provided with disconnects to fully isolate the field wiring to the analog input module. The disconnect switches allow for insertion of the series current measurement device (such as a current meter) into the circuit, direct emulation of the field device by inserting a 4-20 ma stimulator, or direct measurement of the field signal, completely isolating the AB analog channel. The 390-01-004-003 is designed to allow field wiring to be terminated onto an AB 1769-IQ32 Module and can provide either field powered or PLC powered inputs. For the PLC powered inputs, each channel is provided with a source power fuse. 24 volt PLC power source is provided to the board by a 4 screw connector to allow multiple analog input boards to be powered from a common 24 volt power supply. 'Specification Model Sl 90 00 00 Wire Termination Designed to support one twisted pair,shielded cable per channel Wire gauge range from 22-14 Each channel has three disconnect switches which allows full isolation from the • shield ground and analog inputs from analog input module • Same field wiring for both field powered and PLC powered analog loops Power Nominal 24 volt Fused per channel to 50 ma • Field replaceable fuses • Per channel switch used to specify the source of analog input current power LED power indicator used to reflect status of the PLC field power status Channels per Module S Maximum Voltage 36 volts ' Temperature Range -20°C to 70°C 32 Channel Digital Term ination M odule 5 ti 32 CHANNEL DIGITAL TERMINATION MODULE The model 280-01-018-00 digital input termination board is designed to support dry contact field wiring providing ground true interconnect to the AB 1769 Series digital input module. Model 280-01-018-00 provides all of the necessary wetting voltages to the field device. The field terminations are designed to support wires ranging from 22 to 12 gauge in diameter. a J�.< < [ lam. • �:�.t,���C.C`��C'�C,��[,C:i:' ;C�'U� aJ��C7C7��<�C]C7�C�J��J�C7 �J.� � Specification . • : 1 1 1 11 Each Channel Provides Wetting voltage and common return Channels per Module 32 Input Channel Voltage Board provided 24 volts nominal, maximum of 36 volts Ambient Temperature -20°C to 70°C Mounting Din rail, mounting brackets included Connection Type, Plug Connector 50 pin flat-ribbon cable plug connector, 100 mil spacing between pins Temperature Range -20°C to 70°C Field Wire Size Range 22 to 12 gauge stranded wire SCADA SYSTEM POWER DA TASHEETS N 515 N WELL 240W Single Output Industrial DIN RAIL NDR - 2 4 0 series 0 ' 0 C B C E ■ Features ■ Applications Universal AC input/ Full range Industrial control system • Built-in active PFC function • Semi-conductor fabrication equipment • Protections: Short circuit/Overload/Over voltage Factory automation /Over temperature Electro-mechanical • Cooling by free air convection • Can be installed on DIN rail TS-35/7.5 or 15 • UL 508 (industrial control equipment) approved • EN61000-6-2(EN50082-2) industrial immunity level • 100%full load burn-in test • 3 years warranty ■ Description NDR-240 is one economical slim 240W Din rail power supply series, adapt to be installed on TS-35/7.5 or TS-35/15 mounting rails. The body is designed 63mm in width, which allows space saving inside the cabinets. The entire series adopts the full range AC input from 90VAC to 264VAC and conforms to EN61000-3-2, the norm the European Union regulates for harmonic current. NDR-240 is designed with metal housing that enhances the unit's power dissipation. With working efficiency up to 90%, the entire series can operate at the ambient temperature between -20°C and 70°C under air convection. It is equipped with constant current mode for over-load protection, fitting various inductive or capacitive applications. The complete protection functions and relevant certificates for industrial control apparatus (UL508, TUV EN60950-1, and etc.) make NDR-240 a very competitive power supply solution for industrial applications. ■ Model Encoding NDR- 240- 24 Output voltage Output wattage Series name File Nat NDR-240-SPEC 2015-05-04 174 Redundant Power Distribution Module 0 REDUNDANT POWER DISTRIBUTION MODULE �`�` FEATURES ��— • Solid State Dual Diode per Output ■ Individual Orcuit Breakers ■ Orcuit Breakers are Removable & Replaceable SI 319-01-006 ■ Input Orcuit Breakers Rated for 20 amps ■ Each Breaker can Operate as a Disconnect ■ Breakers Range '/4 amp to 20 amp TECHNICAL INFORMATION DESCRIPTION Specification Maximum DC Volts 48 volts Maximum Current Input 20 amps per Input (40 amps both Power supplies) Maximum Current per Output Channel Terminal blocks rated for 20 amps, individual Circuit Breaker to 20 amps Voltage Across Dual Diode Max. 0.25 volts Terminal Ratings Torqueing Min/Max .5 Nm/ .6 Nm Clamping Screw M 3 Touch Safe Protection (Safe from Finger Touch) DIN VIDE 0470 Wire Connection Size (Min/Max)Output Terminals AWG 26/AWG 12 • Wire Connection Size (Min/Max) Input Terminials AWG 20/AWG 8 Rated Current—Output Channels 20 amps • Rated Currents— Input Channels 20 amps • Physical Data Operating Temperature -20 +70 degrees C Source Power Up to 20 amps per power supply Output Circuits 16 individually protected output channels. Input Terminal Block (pairs) 2 pairs of terminal blocks, one per input power source Output Terminal Blocks (pairs) 16 pairs of terminal blocks, one per output channel Isolation Terminal Block to Ground 1,500 volt isolation to ground Max. Rating per Output Circuit Breaker 20 AMP Max. Rating per Output Circuit Breaker Max. Rating Input Circuit Breaker 20 AMP Max. Rating Input Circuit Breaker M in is to re C irc u it B re a k e rs Ty p a G M B 6 3 CARLO GAVAZZI • Protection of circuits against short circuit and ' overload conditions • UL489 branch circuit protection • 1, 2, 3 pole arrangements • 22 amperage sizes up to 63Amps • Icn of 10kA • Bimetallic element for small overloads t, • Magnetic element for short circuit protection ire • 240VAC and 480 Y/277VAC versions • Lug or screw terminals • Line of accessories Prod u c t D e s c r ip do n O r d e r in g K e y G M B 6 3 H 1 P C 2 0 R C o m p e tit lv e lin e o f U L 4 8 9 p ro to c tic n is re q u ire d G M R M in is to re C ire o it m i n i a t u r e circuit breakers for circuit breakers are available V o I1 a g e 240 VAC and 480V/277VAC in 1 , 2 and 3 pole configure- Num bar of Po Is a p p He a tic o w h e r e s u p p l e- tic n s, w 1 t h a on p e r a g a r a tin g T rip p in g C h a r a c t e r i s tic s no en to ry or branch circuit up to 63A . O v e r l o a d Range Term a n a l Typ e S e le c t i o n G u id a (a a f a r to page 2 for i s t o f ,a l l d port n u m bar:) Number of Tripping Overload Terminal MCB Voltage Poles Characteristics Range Type GMB63 Family Blank-240V 1 P -1 pole B -B curve 0.5A,1A,1.6A,2A Blank-lug H -480Y/277V 2P -2 pole C -C curve 3A,4A,5A,6A,8A (standard) 3P-3 pole D -D curve 10A,13A,15A,16A, R-ring 20A,25A,30A,32A, 35A,40A,50A,60A, 63A Part n u m b e r s in hold font indicate stock item 176 Specifications are subject to change without notice — Feb 27, 2018 1 0 [5-U-/A\' X1 180 - Thermal Circuit Breaker & Terminal Block Kit Description X1180 kit includes an 1180 miniaturized,single pole,push button reset- table,thermal circuit breaker, approved to cRUus(UL 1077)and CSA (C22.2 No.235),standard amperages 0.1A to 10A,with blade terminals fit into the 10plus terminal block.The 10plus terminal block, 6mm wide, is available with screw or spring type terminals and a LED circuit breaker status indication option, approved to cRUus (UL1059, UL786E) and CSA(C22.2 No.235). TypicalApplications Protection of loads in power distribution systems in control cabinets and process control. Ordering • • :1 Type No. X1180 Single pole thermal circuit breaker,plug-in mounting Version 01 with switching function,without label X1180-01-XXXX... Terminal Block ST201 Terminal block,screw terminal ST202 Terminal block,LED 24 VDC,screw terminal XT201 Terminal block,push-in terminal XT202 Terminal block,LED 24 VDC,push-in terminal Current Ratings 0.1...10A X1180 - 01 - ST201 - 1A 'Kit includes one circuit breaker&one terminal block with spacer. Ordering • • 1 ' Block TUPM§ Part Number Description 10plus-ST-201 Black terminal block screw terminal 10plus-ST-202 Black terminal block LED 24VDC screw terminal 10plus-ST-203 Black terminal block LED 12VDC screw terminal 10plus-XT-201 Black terminal block push terminal 10plus-XT-202 Black terminal block LED 24VDC push terminal 10plus-XT-203 Black terminal block LED 12VDC push terminal Ordering • • :1 Circuit Breaker Type No. 1180 1180 Single pole thermal circuit breaker,plug-in mounting Version 01 with switching function,without label Technical Data Current rating range 0.1...10A Voltage rating AC 250 V; DC 65 V 1180 - 01 - 1A ordering example (UL,UL Canada;AC 250 V; DC 72 V) • Current Rating 0.1... 10A Typical Life 6,000 operations at 1 x IN(low Inductance) 3,000 operations at 1 x IN(inductive) Authority Voltage Rating Current Range 500 operations at 2 x IN(inductive) VDE AC 250 V;DC 65 V 0.1...10A Ambient temperature -20...+60°C(T 60) -4...+140'F UL AC 250 V;DC 72 V 0.1...10A Interrupting capacity AC 250 V 2,000 A CSA AC 250 V;DC 72 V 0.1...10A (UL 1077) DC 72 V 2,000 A 177 0 [5-U-/A\' X1 180 - Thermal Circuit Breaker & Terminal Block Kit Typical time/current characteristic @+23*C/+73.4'F Dimensions 10000 01-5 A 24.4 .961 --------- 6-10 A __._..._ 1000 y Z LL C O F N O p U V06 W N m 100 v r c 2,go °O M pp M 043 z .6q M �o 10 N M N M V N W n ro 5.2 ?0.6 1 205 3.1 .024 14.5 571 .122 16.6 3.6 654 .142 8. 0.1 12.717 1 2 4 6 8 10 20 40 19 8 0 times rated current 780 slot for fitting labels The time/current characteristic curve depends on the ambient temperature N N (see accessory 1) prevailing.In order to eliminate nuisance tripping,please multiply the circuit a0L" breaker current ratings by the derating factor shown below.See also section 1 Technical information. Ambient temperature°F 4 +14 +32 +73A +104 122 +140 °C -20 -10 0 +23 +40 +50 +60 Dimensions 10plus Derating factor 0.76 0.84 0.92 1 1.08 1.16 1.24 57,80 Note: When several devices are mounted together,each device should only carry 80%of its rating or it must be derated accordingly. EMo�o ava G E R M A N Y O CC o �1 3� 2� 4 X 222 232 11-Busbar,24Amp,12 pole,cuttable 1)Y30737401 ;,,,, °' z,,, Label for circuit breaker 1180,surface for marking 4.5 x 5 mm (Packaging quantity 120 pcs) -._------_.---._--------------_ 2)10Plus-ST-201 Terminal block for DIN rail mouting,with screw terminals up to 4 mm2 conductor, width 8.2 mm.Approvals:UL File 335289-cRUus(UL1059,UL786E)and CSA s Y (C22.2 No.235).Dimensions 57.8 x 39 x 6 mm I 3)10plus-ST-202 Terminal block for DIN rail mouting,with LED DC 24 V(lighted after tripping),with screw terminals;current rating LED 2 mA.Approvals:UL File 335289-cRUus (UL1059,UL786E)and CSA(C22.2 No.235).Dimensions 57.8 x 39 x 6mm 4)Y 307 375 11 Label for terminal block,surface for marking 6 x 12 mm Dimensions (Packaging quantity 20 pcs) W x L 3 x 105,1 mm 5)X 222 232 11 Pitch 9.1 mm Busbar 24 amp,12 poles,cuttable 178 SCADA SYSTEM ENCLOSURE DA TASHEETS AWGUIT' ELECTRICAL SOLUTIONS A. System SA® C E Panduct0 Type G Wide Slot Wiring Duct Overview •Wide slot/finger design provides greater sidewall rigidity and can •Conforms with NFPA 79-2007 section 13.3.1 requirement be used with a wide range of wire bundle sizes for flame retardant material 61. • Material:Lead-free PVC • Provided with mounting holes Cable Ties • UL recognized continuous use temperature: 122°F(50°C) • Base and cover length is 6 feet • UL 94 flammability rating of V-0 62. Cable Accessories Std. Base Cover Base Duct Size(W x H)* Slot Width Cover Part Pkg. Ctn. Ctn. B3. Part Number In. mm In. mm Number Qty. Qty. Qty. Stainless G.5X.5LG6 0.69 x 0.60 17.5 x 15.2 0.38 9.7 C.51LG6 6 t 120 1 120 Steel Ties G.5X1 LG6 0.69 x 1.06 17.5 x 26.9 0.31 7.9 = C.51LG6 6 120 120 G.5X21LG6 0.69 x 2.03 17.5 x 51.6 0.31 7.9 C.51LG6 6 120 120 `* G.75X.75LG6 0.93 x 0.82 23.6 x 20.8 0.31 7.9 C.751LG6 6 120 120 r G.75X1 LG6 0.93 x 1.06 23.6 x 26.9 0.31 7.9 C.75LG6 6 120 120 uct G.75X1.5LG6 0.93 x 1.57 23.6 x 39.9 0.31 7.9 C.751LG6 6 120 120 Cz G.75X2LG6 0.93 x 2.03 23.6 x 51.7 0.31 7.9 C.751LG6 6 120 120 Surface yy G1X1 LG6 1.26 x 1.12 32.0 x 28.4 0.31 7.9 C1 LG6 6 120 120 Raceway T G1X1.5LG6 1.26 x 1.62 32.0 x 41.1 0.31 7.9 C1 LG6 6 120 120 T G1X2LG6 1.26 x 2.12 32.0 x 53.8 0.31 7.9 C1 LG6 6 120 120 C3• G1X3LG6 1.26 x 3.12 32.0 x 79.2 0.31 7.9 C1LG6 6 120 120 Abrasion H Protection G1X41LG6 1.26 x 4.10 32.0 x 104.1 0.31 7.9 C1 LG6 6 60 120 G1.5X1LG6 1.75 x 1.12 44.5 x 28.4 0.31 7.9 C1.51LG6 6 120 120 C4 G1.5X1.5LG6 1.75 x 1.62 44.5 x 41.1 0.31 7.9 C1.51LG6 6 120 120 Cable G1.5X21LG6 1.75 x 2.12 44.5 x 53.8 0.31 7.9 C1.51LG6 6 120 120 anagement G1.5X3LG6 1.75 x 3.12 44.5 x 79.2 0.31 7.9 C1.5LG6 6 120 120 F G1.5X4LG6 1.75 x 4.10 44.5 x 104.1 0.31 7.9 C1.5LG6 6 60 120 D1. G2X1LG6 2.25 x 1.12 57.2 x 28.4 0.31 7.9 C2LG6 6 120 120 Terminals G2X1.5LG6 2.25 x 1.62 57.2 x 41.1 0.31 7.9 C2LG6 6 120 120 G2X2LG6 2.25 x 2.12 57.2 x 53.8 0.31 7.9 C2LG6 6 120 120 Dz E G2X3LG6 2.25 x 3.12 57.2 x 79.2 0.31 7.9 C2LG6 6 60 120 Power e FG2X4LG6 2.25 x 4.10 57.2 x 104.1 0.31 7.9 C2LG6 6 60 120 Connectors For.5"duct height: 0.37"[9.4] 0.80"[20.3] 0.75"to 2"duct height: 0.31"[7.91 0.80" 20.3 G2X5LG6 2.25 x 5.10 57.2 x 129.5 0.38 9.7 C2LG6 6 60 120 3"to 4"duct height: 0.31"[7.9] 1.00"[25.4] 5"duct height: 0.38"[9.4] 1.33"[33.8] G2.5X31LG6 2.75 x 3.12 69.9 x 79.2 0.31 7.9 C2.51LG6 6 120 120 D3. G3X11LG6 3.25 x 1.12 82.6 x 28.4 0.31 7.9 C3LG6 6 120 120 Grounding Connectors G3X21LG6 3.25 x 2.12 82.6 x 53.8 0.31 7.9 C3LG6 6 120 120 G3X31LG6 3.25 x 3.12 82.6 x 79.2 0.31 1 7.9 C3LG6 6 60 1 120 E1. G3X41LG6 3.25 x 4.10 82.6 x 104.1 0.31 7.9 C3LG6 6 60 120 Labeling G3X51LG6 3.25 x 5.10 82.6 x 129.5 0.38 9.7 C3LG6 6 60 120 Systems G4X1.51LG6 4.25 x 1.62 108.0 x 41.1 0.31 7.9 C4LG6 6 120 120 G4X21LG6 4.25 x 2.12 108.0 x 53.8 0.31 7.9 C4LG6 6 60 120 E2. To order cover with protective film G4X31LG6 4.25 x 3.12 108.0 x 79.2 0.31 7.9 C4LG6 6 60 120 Labels add"-F"to part number.6"cover G4X41LG6 4.25 x 4.10 108.0 x 104.1 0.31 7.9 C4LG6 6 60 120 not available with film. G4X51LG6 4.25 x 5.10 108.0 x 129.5 0.38 9.7 C4LG6 6 60 120 E3. G6X41LG6 6.25 x 4.15 158.8 x 105.4 0.31 7.9 C6LG6 6 60 120 Pre-Printed &Write-On Part number shown for LG(Light Gray).For other color availability see color selection guide,page C1.48. Markers Base and cover sold separately. *"H"dimension includes duct and cover. E4. Permanent Identification E5. Lockout/ Tagout &Safety Solutions F. Index For technical assistance in the U.S.,call 866-405-6654(outside the U.S.,see inside back cover for directory) 180 SAK-Series TERMINAL BLOCKS W Ser i es The advantages of all SAK modular terminals: 40 • Separation of electrical and mechanical functions: —steel clamping yoke for the mechanical function R —copper busbar for the electrical function a • Maintenance-free and vibration-proof screw connection h • Low voltage drop and gas-tight contact point • High contact forces, not reliant on the cross-section • Three different clip-on foot designs available • Various insulation materials 5 n • Large selection of special terminals with diverse •� �� connection systems • Large range of accessories available PA 6.6 material Cross-sections Temperature ranges from 0.5 mmz and materials Cross-sections r ti to 95 mmz 100°C—PA 6.6 from 0.5 mmz r 130°C—KrG to 35 mmz i Combination foot I Special foot Special foot TS 32 and TS 35 rail in one for TS 35 for TS 32 Product range Clamp type Rated cross-section Flat blade Push-on Spring Solder 2.5 mm2 4 mm' 6 mm' 10 mm2 16 mm2 35 mm' connection connection connection connection Modular feed-through terminals PA6.6/TS32 KRG/TS 32 PA6.6/TS35 KRG/TS 35 PA 6.6/comb.foot PA6.6/TS15 Modular 2-tier terminals Modular PE terminals PA6.6/TS32 PA6.6/TS35 PA6.6/TS15 Modular fuse terminals PA6.6/TS32 PA6.6/TS35 KrG/TS 32 KrG/TS 35 PA6.6/TS15 PA 6.6/comb.foot Modular 2-tier fuse terminals PA6.6/TS32 PA6.6/TS35 PA 6.6/comb.foot Modular disconnect terminals TS 35 PA6.6/TS15 Modular 2-tier disconnect terminals Modular ceramic terminals Weidmuller V 181 https://www.phoenixcontact.com/us/products/1207644 P14CEN1 119CONTACIr DIN rail perforated - NS 15 PERF 250MM - 1207644 Please be informed that the data shown in this PDF Document is generated from our Online Catalog.Please find the complete data in the user's documentation.Our General Terms of Use for Downloads are valid (http://phoenixcontact.com/download) DIN rail perforated,Standard profile,width: 15 mm,height:5.5 mm,acc.to EN 60715,material:Steel,galvanized, passivated with a thick layer,length:250 mm,color:silver Key Commercial Data Packing unit 1 pc Minimum order quantity 20 pc GTIN 4 11111111111111111111111111111 GTIN 4046356366021 Weight per Piece(excluding packing) 20.000 g Custom tariff number 72166190 Country of origin Germany Technical data Dimensions Height 5.5 mm Length 250 mm Width 15 mm Hole width 12.20 mm Hole height 4.20 mm Drill hole spacing 20.00 mm General Material Steel Coating galvanized,passivated with a thick layer Color silver 05/01/2020 Page 1 /3 182 https://www.phoenixcontact.com/us/products/1207644 P14CEN1 119CONTACIr DIN rail perforated - NS 15 PERF 250MM - 1207644 Technical data Standards and Regulations Test standard acc.to EN 60715 Connection in acc.with standard IEC/EN Environmental Product Compliance China RoHS Environmentally friendly use period:unlimited=EFUP-e No hazardous substances above threshold values Drawings Dimensional drawing �i NI • t 05/01/2020 Page 2/3 183 https://www.phoenixcontact.com/us/products/1207644 P14CEN1 119CONTACIr DIN rail perforated - NS 15 PERF 250MM - 1207644 Classifications eCl@ss eCl@ss 4.0 23150300 eCl@ss 4.1 23150300 eCl@ss 5.0 27141100 eCl@ss 5.1 27141100 eCl@ss 6.0 27141100 eCl@ss 7.0 27141143 eCl@ss 8.0 27141143 eCl@ss 9.0 27400602 ETIM ETIM 2.0 ECO01285 ETIM 3.0 ECO01285 ETIM 4.0 EC000212 ETIM 5.0 ECO01285 ETIM 6.0 ECO01285 ETIM 7.0 ECO01285 UNSPSC UNSPSC 6.01 30212109 UNSPSC 7.0901 39121708 UNSPSC 11 39121708 UNSPSC 12.01 39121708 UNSPSC 13.2 39121708 UNSPSC 18.0 39121708 UNSPSC 19.0 39121708 UNSPSC 20.0 39121708 UNSPSC 21.0 39121708 Phoenix Contact 2020©-all rights reserved http://www.phoenixcontact.com 05/01/2020 Page 3/3 184 5. SCADA SYSTEM SOFTWARE SYSTEMS INTEGRATED Innovative •and Enduring Systems Based on Standards 12 3 4 5 6 789 f,. DA TA . . . WHEN AND WHERE YOU NEED IT ONSITr DATAVIEWS° EDITION SCADA Systems Integrated I 2200 North Glassell Street I Orange,CA 92865-2702 1 USA I systemsintegrated.com 186 INTEGRATED0 SYSTEmq'**-,, ONSITr DATAVIEWS EDITION SCADA Innovative Based on Published Standards ORDERING IS EASY.CALL TODAY! Systems Integrated:800/966-1174 ONSITE® DATAVIEWS° Edition SCADA software monitors, controls, and manages operations for Critical Infrastructure Systems == cal • Facility/Building Management Systems ■ Hydroelectric Power Plants I ■ Water Treatment and Distribution Systems ■ Wastewater Collection and s Treatment Systems ""`"•" 114 ■ Electric Power Substation and Distribution Automation Systems Custom development has never been so easy. When you need high quality data acquisition and control solutions, ONSITE is the answer. ONSITE is a highly scalable system built on a dis- tributed system architecture using LINUX servers and Windows-based clients. ONSITE is fully configurable, expandable and upgradeable. ONSITEmerges existing technologies with the newest innovations, and continues to support expandability for years to come. Based on cutting edge technology, ONSITE is easy to use and combines the process functionality of a Distributed Process Control System (DCS), the archival functions of commercial databases, and the data presenta- tion capabilities of dedicated graphics packages. Designed specifically for the utility industry, ONSITE is a powerful solution for your data acqui- sition and equipment control requirements. innovative and Enduring Systems Based on Published Standards Systems Integrated 2200 North GlasseL[Street I Orange, :. - - ■ EDITION SCADA System Design Features The ONSITE system provides the following,standard system design features. Open Systems...ONSITE runs on LINUX servers Modularity...ONSITEis an interactive, modular and Windows clients and is designed using C/C++ suite of programs that allow you to easily grow and programming language.You can easily integrate expand your system. Each ONSITEsoftware module any conforming system to access ONSITE data...you performs one specific task within the system.This decide when,where,and how. strategy optimizes overall efficiency for your organi- zation. Hardware Independent...Your system may include PCs,workstations,and minicomputers.Our knowl- Networking...ONSITE includes a powerful network edgeable engineers have extensive experience with manager that handles all system communications. all hardware types. Modules link directly to the network manager to send and receive messages. Systems Integrated can evaluate your existing systems,your new requirements,then recommend This networking system makes it possible for soft- the best possible hardware solution. Ultimately, ware modules to reside on the same computer or you choose your own hardware—and the hardware miles apart and connected by WAN.As you expand vendors—that best meet your needs. your system,ONSITE functionality is not impacted. Scalability... Design an optimum system today and The same network manager seamlessly integrates expand it tomorrow.ONSITE operates on a wide your custom applications into the ONSITE system— range of hardware configurations—without special without the high cost of outside consultants or programming. lengthy programming projects. You can monitor a small unit process or a large decentralized system;and add additional function- ality or entire sites without impacting day-to-day operations.You define your parameters and ONSITE supports it. ONSITE®— The Total, Flexible SCADA Solution innovative and Enduring Systems Based on Published Standards Systems Integrated 2200 North GlasseLl Street I Orange, :. — — ■ EDITION SCADA SCADA FEATURES The ONSITE developers know the utilities industry from an insider's viewpoint. As a result, we know your requirements and continuously enhance built-in capabilities.ONSITE ■ Provides a complete system solution integrating Maintains data security. In addition to the stan- proprietary and third-party software. dard operating system security, ■ Supports the latest hardware and software solu- ONSITE includes multiple configurable security tions,thus avoiding obsolescence. levels that range from Read Only to Unrestricted access,and that can be set for individual ONSITE ■ Provides monitoring capabilities for all intel- modules. ligent system equipment including computer nodes, routers,switches, RTUs,and PLCs...any- ' Provides numerous ways to collect and save his- thingwith an IP address. toric data.You define the parameters including on exception or schedule or by deadband values. ■ Supports bumpless transfer to backup comput- ers to protect core functions against the failure ' Supports nearly instantaneous access to data of any single computer. from local or remote sites, in a format that is most comfortable for the end users and that is ■ Implements redundant network communications, fully configurable. regardless of the medium—Ethernet,fiber optics, microwave,and so forth. ONSITE automatically detects failures and switches to alternate chan- nels when necessary to ensure ongoing system functionality. 77 goal Nam X X \7 >C X• r Innovative • • Enduring Systems Based on •• Standards �I o INTEGRATED EDITION SCADA Advanced HMI Design with DATAVIEWS Visualization Software You do not need to schedule exhaustive training cycles to learn to use ONSITE functions. Menus,tool- bars,onscreen buttons,and logical options create an intuitive environment for all configuration,moni- toring, and control functions. ONSITE is easy to use, and is designed so that even the most complex functions are easy to define. Window functionality is similar to those available in any office environment. Users can move,size, stack, minimize, maximize,and close any number of ONSITE applications on any number of monitors and workstations.ONSITE automatically scales graphics to fit in the windows,and graphics always display proportionally. Software Overview Security ONSITE uses only mature and reliable products with Your data is always secure with ONSITE.Three a solid industry-wide reputation. discrete security levels control user access,with pri- mary control residing in ONSITE. Different levels of ■ LINUX'" and Windows operating systems. security are available for each ONSITE module, rang- ■ Oracle—S complete RDBMS system. Provides all ing from Read Only to Unrestricted.System admin- SQLT functions,4GL interfaces for configuration, istrators can define access for each application and and the GUI Reports Builder. each user if desired, or set access for user groups. ■ ONSITE provides core SCADA controls, data acqui- The User Group functions allow you to quickly add sition, historical archiving,and graphic interfaces and remove functionality for an entire group of to all collected data. staff—for example,technician and operator User ■ DATAVIEWS provides the graphic functionality Groups may have completely different access rights. ' necessary to design custom Human-Machine With this flexibility,your organization can define Interface(HMI)screens. the exact configuration that best suits your require- ■ RTU and PLC configuration and maintenance ments. Like all ONSITE functions,access definition is software for all RTUs and PLCs. a simple point-and-click process. ■ ACSL.Advanced Continuous Simulation Language. ■ OS-API.Application Programming Interface library for custom application development from Windows, LINUXT1, and Oracle'" ONSITE provides a complete system solution that is user-friendly, easy to customize, and designed specifically for utility industries. iiL ML innovative and Enduring Systems Based on Published Standards Systems Integrated 2200 North Glassell Street I Orange, :. • 190 — — ■ EDITION SCADA • Menus and Toolbars == ONSITE applications include menus and toolbars that support standard Windows functionality and ONSITE r'x rx specifics. Simply point and click to perform configu- ration tasks,operate the system,and access realtime ;z and historic data. r" nc rr x 0 rr[ 0 n[ Graphics tH - rr[ ONSITE contains two high-resolution graphic tools— the Process Graphics program and the Graphics Editor. ■ The Process Graphics program runs all graphic Data Acquisition screens,allowing users to monitor and control ONSITE uses 1/0 scanning software modules—or driv- equipment and change operating values. ers—to acquire physical data.The drivers collect data ■ The Graphics Editor provides maximum flexibil- from local or remote devices, convert raw data into ity for creating custom graphic displays.Screen the appropriate engineering units,and then place the designers can import AutoCAD drawings, pictures converted data into the database using IEEE standard in standard file formats, or use available tools floating point format.The data collection interval is to create simple or complex screens.The Editor fully configurable for each individual 1/0 point in the includes a customizable palette that contains database. predesigned equipment objects including items Drivers can connect to most major PLC's includ- such as pumps, pipelines,common network ing Allen-Bradley,Modicon,GE and Siemens. equipment,and so forth. To support the many possible external devices, multiple, concurrent drivers can be defined and The Graphics Editor includes dynamic behaviors activated at anytime. ONSITE supports over that appear during runtime operations. Dynamic 15 common drivers as an integral part of the behaviors include text substitutions,color,size, software.This allows your organization optimum and symbol changes;flashing;conditional color, flexibility for system expansion and upgrades, and realtime graph abilities. without having to purchase specific modules or pay for expensive software development. ■ The Graphics Editor supports point-and-click Like most ONSITE functionality, configuring drivers is techniques to link database points to dynamic a matter of point-and-click selection. Users can cre- objects.Any point and any attribute in the data- ate the appropriate software module and connect base can be connected to any object.This allows the equipment as soon as wiring or other communi- you to rapidly build custom screens for equip- cation links are established. ment monitoring, including system computers and networking equipment. ONSITEsupports all major 1/0 communication drivers including Modbus, Ethernet IP, DNP 3.0 and IEC 61850. lie Innovative and Enduring Systems Based on Published Standards Systems Integrated 00 North GLasseLl Street I Orange, :. 191 - - ■ EDITION SCADA Alarms ONSITE'S Archiving ONSITE supports alarms for each database point, ONSITE's archiving modules save data in flat files or providing superior control for your operation. Your the Oracle database.You can collect values from any organization can also create custom alarms if nec- connected point including critical communications essary. Alarms may log to file, print, appear in the information, 1/0 values,and status data. Alarms windows, in Process Graphics screens, and Your organization decides the type of data you want may generate voice messages or audible tones that are specific to the customer and can be set and dis- to see, how you want to see it,and when you want to abled as necessary. Alarm presentation is fully con- collect it. The flexible parameters allow you to meet figurable, based on user access levels. internal data requirements and those of outside,reg- ulatory agencies. Operators must acknowledge all alarms,and alarmed points must return to normal conditions before the The Event Logger system removes them from the alarm interfaces. Alarms are considered active if an alarm is not both ONSITE's Event Logger records all changes to any ON- acknowledged and cleared.The system may escalate SITE database, any alarm conditions, and any other any alarm if it continues to be unacknowledged or user-defined events. Event data may be viewed on- uncleared for a pre-defined period of time. screen or can be printed. Logging is a distributed function,and may run on any Reports system node.You may assign logging to one node or Freely define reports using the ONSITE Excels Add- any combination of available nodes. in,Microsoft Accesss,Crystal Reportss,Oracle Report Generators,or any standard office application that is The Database able to access an ODBC database.You may reference ONSITE allows you to view and modify ONSITE func- live or archived data, logged events, or enter static tion blocks when necessary—assuming your access text;change row and column size;and otherwise ma- level is high enough. The function block may reside nipulate the format. anywhere within the control database, and may be ONSITE can calculate items based on the minimum, accessed at any time. maximum, average values—or compute the sum of The Function Block Editor—one of ONSITE's configu- any report column or row. This ensures data in for- ration tools—allows you to access the control data- mats that best suit your needs. Reports may print base text file for any system node. You may modify on schedule or be manually requested at any time, parameters while the control database is active with- viewed onscreen or in print format, or saved to disk out impacting operations.The system saves modified and other storage mediums. data at the originating node but is not activated until In addition to reporting functionality, a number of you restart the control database. ONSITE applications can be set to act as reporting You can also preconfigure points and activate them tools. These tools include historical and realtime later. This functionality allows you to design com- trends and tabular displays, all of which are fully plete additions to your system and implement them configurable to meet your requirements. when you are ready. r Innovative . • Enduring Systems Based on . -. Standards Systems Integrated 2200 North G[asseL1 Street I Orange, :. 192 - - SYSTE Rs�__ ONSITr DATAVIEWS' INTEGRATED • ADA • Configuration more inputs and compute the desired output in con- junction with predefined variables. Signal connec- ONSITE's modular construction allows you virtually tions can be made from the output of one block to unlimited flexibility for system configuration. Simply the input of another. identify new computers and field equipment using the intuitive tools in ONSITE. Expansion has never An input accepts only one signal source but block been so easy. outputs may connect to any number of inputs. Block parameters can serve as input for other blocks, con- Underlying system functions are transparent to end nect to graphic screens, and be sent to field control users who point and click their way through clearly devices. identified system options. The ONSITE Bulk Loader makes the task of loading Control Functions the database even easier and requires a minimum of effort.Simply load data into a flat file or spreadsheet Control function blocks link to other function blocks format then upload the information into the ONSITE to create simple or complex processes. system. ■ PID Controller Designers can include any system data in graphic ■ Integral Controller screens, according to organizational standards. ■ Digital Gap Controller(DGAP) Graphic objects may link to computers, network equipment,and field equipment in addition to 1/0 data. Mathematical Functions Absolute Square Root /O Types Add Exponent The ONSITE analog input (AIN) blocks include High Subtract Average and Low range entries, data acquisition parameters Multiply Logarithm for raw data filtering and linearization,historical data collection, and alarm details.Available linearizations Divide Natural Logarithm include Linear,Square Root,Modified Root,and Poly- Power nomial. Filter methods include Moving Average, Rate Limit, Low Pass,and Median. Logic Functions ONSITE's digital input (DIN) blocks support runtime NOT XOR and Start/Stop timers, history, and alarms. Digital block algorithms include Sequence of Events (SOE), AND OR Discrete Output (DOUT), Remote Pulse Count Input Timer Relational (RPCI),and Raise/Lower Control Output(RLOUT). All 1/0 points include predefined alarms specific to Trigonometric Functions the point type. You can enable any combination of alarms for a point, and can custom create alarms as Sine Cosine well.This allows you total control over how your staff Aresine Arccosine is notified of critical situations. Tangent Arctangent Calculation/Control Database Calculation Functions ONSITE includes computation and control algorithm function blocks that enhance the basic 1/0 function- ality of the ONSITE software system. Each algorithm Demultiplexer Lead-Lag computes a specific function and places the results Signal Selector Characterizer in its output parameter.All algorithms accept one or Innovative . • Enduring Systems Based on . -. Standards Systems Integrated 2200 North G[asseLl Street I Orange, :. 193 - - ■ EDITION SCADA Block Modes All algorithms have two operational modes—Auto- matic (AUTO) and Manual (MAN). In AUTO mode, the algorithm continuously calculates output based on ,rxy1, 2f the input values. The SCAN time parameter defines the frequency of the calculation. In MAN mode, ON- SITE updates the algorithm's inputs every SCAN time, without performing output computations. a X Data Types Floating point signal types are implemented using standard IEEE format.The dynamic range of a floating I point is approximately±1.7 X 1038 to 1 X 10-38 and can yield seven decimal digits of precision. i Logical variables are bi-valued quantities represent- ing True/False, On/Off, Open/Shut, and so forth.Val- ues of zero identify statements as False, and non- zero values identify statements as True. _�m l 2 7 9 f6 8 Data...when and where you need it • ORDERING IS EASY.CALL TODAY! '—` Systems Integrated:800/966-1174 r Innovative • • Enduring Systems Based on •• Standards IntegratedSystems 2200 North G[asseLl Street I Orange, 92865-2702 USA I systemsintegrated.com194 SYSTEMS INTEGRATED Innovative •and Enduring Systems Based on Standards Fl: 4t- A>A Systems Integrated Corporate Headquarters 2200 N Glassell Street Orange,CA 92865-2702 USA T.(714)998-0900 F.(714)998-6059 E.sales@systemsintegrated.com systemsi ntegrated.com 195 FANUC j � , d i • • W r..J IRK Make faster,better business decisions by collecting and sharing critical production data across your enterprise. iFIX Overview comprehensive monitoring,control and distribution of As the level of competition increases in your market, their plant-wide data.With industry applications including so does the need to continually reduce operating costs pharmaceuticals,biotech,consumer packaged goods, and improve production processes wherever possible. food and beverage,oil and gas,utilities and more,RX is Success depends greatly on your ability to access, the complete HMI or SCADA solution for any manufactur- understand and utilize the volumes of crucial automa- ing environment. tion information being generated throughout your With the power of leading technologies and patented operation every day. techniques,iFIX is the ultimate tool for making faster,more Many of the largest and most successful manufacturers effective business and production decisions that can give around the world rely on GE Fanuc's iFIX for the your company a significant competitive advantage. Intellutiori imagination at work 0 196 iFIX:Technical Benefits Powerful Distributed,Client/Server Architecture Application Integration • iFIX servers collect,process and distribute •Leverage the best container for third party applica- real-time data tions available,enabling solutions tailored to your •Choice of clients,including iClient'and iClientTS'', exact needs for Terminal Server and iWebServer' •Drop in ActiveX controls bring them to life •Real-time client/server architecture allows without programming unparalleled scalability •Ensure the reliability of your application with our Faster System Development and Deployment patent-pending Secure Containment'technology • Build your system intuitively in the Intellution •Combine your plant floor systems with WorkSpace—an easy-to-use,integrated develop- MES and ERP systems ment environment •Design a secure system around iFIX security, •Develop and deploy applications quickly using electronic signature and record functionality powerful Wizards Extensive Functionality •Integrate third-party functionality with GE Fanuc's •Windows NT/2000/XP based unique Plug and Solve®technology •SQUODBC API for easy integration to • Develop and improve your application online, relational databases without shutting down operations or rebooting .Process visualization(HMI) • Key Macro Editor provides powerful and diverse .Supervisory control(SCADA) capabilities at the touch of a button •Animation Experts drive internal and third party •Individual user-based and node-based security, ActiveX controls without VBA programming configured and synchronized with Windows NT/2000/XP •Tag Group Editor saves development time •Real-time historical trending •Event Scheduler automates tasks running in the . Data collection and data management foreground or background •Integrated report generation •Alarming and alarm management hitell �Ori ® • Distributed,high performance networking r •Graphical development Wizards Pr 1—E J Rep" •Online configuration Tank 91 Tank#2 Tank#3 Burk c[P •ActiveX controls for database connectivity c r 0Isi Temp I—A pei rein' I i 1�) Tfmp !—I(G.q I iriI i�! 11.1 ,� • 93.5 µ • u.3 g• 23.3 ,Z.o .ODBC support as.o asn es.o •Time and event scheduling ern ern °s!° •Historical collection and display Flow iF,1 F'ra N F'aw 0,1 Reclaim •Visual Basic for Applications(VBA) Level roan tlulk xl a! Reactor 3�,E` ' ��r�P •OLE for Process Control(OPC) II�"7• � F11 F1�FI F5 F5 F F) F F client and server support :� Ff 'i i F'a FV Ff I] i:a• mm Sir /' 19nn I N temp a 2 a 5 6 7 8 9 a - _ � •mm , -� i •Object-oriented graphics o ren q I w I e I r t y u i o p [ ) 7 1 8 1 9 A s it i g h j 1 1,1 i 4 5 8 -7 •The Intellution Workspace development 9m, r x c v B n m t I sR! l 1 2 3 T. environment = � Praducd°n Ak AA fin! 0 Alk P,iO A r.a In m�La„ _, •Support for Microsoft SQL 2000 server database _I LOL10 36 RNFAt MACRN@ ANIMATION MSMO i • Plug and Solve extensible architecture �3 r 1%dPl•.pl. vke.ar.am T.a�eta rnrd me A[xxmbq iFIX is the leading choice of manufacturing engineers,operators and system integrators because it delivers the best of both worlds:unmatched ease of use and unlimited flexibility. 197 iFIX: Business Benefits Rapid RO1 E-Signature/E-Record Capability iFIX delivers a rapid return on your investment iFIX is now equipped with Electronic Signature and because it enables you to: Electronic Record functionality.This offers a variety •Develop and deploy powerful automation of tremendous benefits for the end-user: solutions faster and easier •Increased data integrity •Reduce your up-front engineering costs •Greater operator accountability •Achieve faster time-to-market with new products •Higher efficiency •Increase productivity and product quality •Ideal functionality to help meet FDA 21 CFR •Protect your investments in legacy hardware Part 11 requirements and software systems •Creates the foundation of a paperless •Reduce your system maintenance and records system expansion costs Part of an Integrated Enterprise •Learn the system faster by leveraging With iFIX,you have the power to: standard technologies •Integrate real-time data from the plant floor with A Safe Investment for the Future your business systems iFIX is an intelligent investment that is equally compat- •Exchange real-time information with users and ible with a wide range of established and emerging applications throughout the enterprise technologies.Because it is designed on open,industry- .Seamlessly integrate best-in-class software standard Microsoft technologies including COM/DCOM, applications with the highest reliability ActiveX,VBA,Windows NT/2000/XP and OPC,iFIX is the most versatile solution that can protect your • Make faster,more effective,more hardware and software investments,both now and intelligent decisions in the future. Intelligent Production Management Intelligent Production Management(IPM): Plant intelligence and More itFcss Sysrcrrr GE Fanuc Automation has combined two of the industry's most powerful and versatile product families to create an even more robust set of solutions.We have effectively bridged the gap between all key areas of the production management lifecycle to offer unparalleled levels of connectivity,analysis and control over your operation. Jntetfigrnr We call this digitized lifecycle Intelligent Production RL.yam: Management,and it defines what each of our solutions L40"I Management can bring to your production process. k ' Intelligent Production Management—support for Plata fntafligence every level of your operation: Woiarpwc ";.L,-vL"' • Control Hardware—Providing the physical assets M+s&AWAr'AppW'*&-s that run your operation(CNC,PLC,PAC,DCS,etc.) Pyre'."a^ww NowOue u rnwu+• •Process Execution&Supervisory Control— Connecting control hardware and managing the process(HMI/SCADA,soft control,batch, Process Execution&Supervisory Control process control) •Plant Intelligence—Providing an intelligent window into your product production(Web-based plant analysis,MES,SPC,historian) r�s •Asset Management—Proactively maintaining the operation(remote monitoring&diagnostics,EAM) mom—) •Services—Supporting your technology Intelligent Production Management integrates all key areas of the production management investment and helping you get the most from lifecycle,giving you greater connectivity,analysis and control over your operation. our domain expertise. 198 iFIX: Comprehensive A Highly Extensible Architecture iClientTS Monitoring and Control Distributed Network Architecture iClientTS is a thin-client and web solution that makes iFIX's fully distributed,client/server architecture use of Microsoft Terminal Server technology and provides maximum flexibility when designing a system. provides the full capabilities of a standard iClient. GE Fanuc's iFIX is a robust HMI/SCADA solution, From any iClientTS station,users have complete Deployment possibilities range from a single computer providing process visualization,data acquisition and running RX in a stand-alone HMI application to a access to all networked iFIX SCADA Servers—making supervisory control of your plant floor operations.iFIX large,networked system with many distributed full use of iClient technology,ActiveX controls and gives you the power and security to precisely monitor servers and clients. VBA and third party content. and control every aspect of your manufacturing iWebServer process,as well as your equipment and resources, HMI/SCADA Servers iWebServer is another RX thin client solution for distrib- resulting in faster response to production issues,less The iFIX server connects to physical 1/0 points and uting information to many users.With iWebServer,RX waste,improved quality,faster time-to-market with maintains the Process Database.A variety of tag types graphics are converted into HTML pages and published new products,and increased profitability. are available,including analog and digital inputs and to a web server.Then,from a web browser,pages are uous and statistical control functions,SQL commands, Part of our Process Execution and Supervisory outputs,calculations,alarms,totalizers,timers,conds, animated with real-time data from SCADA Servers. Control Solutions and more.RX applications include real-time graphics, iFIX Architecture Advantage RX is a key component of GE Fanuc's Process trending,reporting,batch,MES,and many others. The RX distributed,client/server architecture incorpo- Execution and Supervisory Control products—a full iClient rates any combination of distributed servers(SCADA suite of solutions that provide accurate,open iClient is the standard GE Fanuc client.It serves as Servers)and distributed clients(iClient,iClientTS, and secure data acquisition and control of plant a traditional PC-based client in that it is installed on and/or iWebServer).To users,RX appears as a single, floor processes. the hard disk and accesses data from a local or remote high-performance integrated system. RX is an extremely well-suited application for process computer.All applications can be run on iClient, environments,with functionality to excel in water/ including real-time graphics,trending,alarming and wastewater,oil and gas,and regulated industries, reporting.Plus,users can perform development online particularly those under the FDA's 21 CFR Part 11 rule. from each client,including building graphics and adding tags to local or distributed servers. iFIX Features Ease and Flexibility With its extensive library of intuitive graphical tools, RX enables users to be"up and running"quickly and easily,building a powerful window into their manu- facturing operations. Whether you're implementing a single,stand-alone iFIX System Architecture Human Machine Interface(HMI),or a highly complex, multi-node,multi-site Supervisory Control and Data Thin Clients iWebServer'Clients Acquisition(SCADA)system,iFIX offers the function- ality you need to quickly develop an application of any type and size.And because it's designed with an extremely flexible architecture,iFIX gives you the power to meet your current application needs,whiles ❑ easily expanding your system as your business r requirements grow. . iClient' iClientTS"" iWebServer iFIX"SCADA iFIX SCADA FIX®SCADA FIX SCADA iFIX allows tremendous network configuration flexibility,using a combination of SCADA Servers, or even existing FIX nodes and clients. 199 Building Your HMI/SCADA Application System Architecture Comparison System Tree The main navigational tool for locating files in iFIX is Ordinary HMI iFIX's Distributed, the System Tree.This hierarchical view of an application Simple Networking vs, Client/Server Architecture enables users to easily manipulate iFIX documents and objects,and quickly launch iFIX and third-party Zero-- Zero applications.And because of its completely customiz- able design,applications,folders and files can be easily added or removed. zero Tags Development Toolbox zero — The iFIX Development Toolbox contains a complete ` set of state-of-the-art,customizable drawing tools, Experts and animation objects.You can position the most commonly used tools and buttons anywhere on - tags your picture and resize them as desired,for fast and easy screen development. Drawing Tools and Objects For additional flexibility and customization in your screen development,the Toolbox also features an extensive array of drawing tools.From a full range Unlike ordinary HMI/SCADA software packages designed with simple networking,iFIX's distributed,client/server of geometric shapes to features such as buttons, architecture allows you to expand your stem b simplyaddingthe new server to the network.Adding or changing datalinks,charts,alarm summaries and more,the y p y y y g g g drawing tools let you quickly and easily create graphics, database tags is easy:you simply make the change at its source,and the data is updated across the system.All data animation and control that precisely suit your needs. from every node is available to all users across the network.Adding servers and clients to the network is straightfor- ward and predictable,requiring no changes to other nodes in the system. Wizards and Experts Built-in Wizards and Experts perform both simple and complex tasks,eliminating the need for programming. An extensive set of Toolbox Experts automatically generates powerful VBA(Visual Basic for Applications) Intellution WorkSpace scripts so developers can build applications quickly and efficiently. Objects/Graphic Dynamos File Edit W°rk5pace object View Ineart F°,mar Wind° Help Graphic Dynamos are reusable,animated objects or a Mi ®a I fg AD o f , of g OR 0 a a a,, U g M A 14, groups of objects that enable you to create graphics — quickly and easily.Graphic Dynamo sets provide a ©❑FIXRe,ip,, ©p Gl&A, Q A ]b lff n®R M 0 c a L A D Y,00 number of re-defined objects such as tanks and ❑Help&I^F°rmatl°^ 0�p 0y(,y p �y P 1 rJ Historical Assignment W i aF Inniil°°lip d_a»dl 7� 1�C7 pumpswhich can be dropped into the WorkSpace 1C0D,IHer= %o IF 'X 6©;B a.r:ef,n n n q«30 up S EP , PP p Mlssipn epntrpl to save development time. E J Piet^fey NaOH +Pi i , Alarm Bar iHA Alarms Grouping Objects o iFixl_chem Click on pumps for Control iFixl Chem Click a,, crop-eeel Grouping objects is a convenient way to organize and iFixl Chem 5uWM Pumpi iFixl ChemBalchRep° Flow Rete ��� reuse them to accelerate picture development.Users 'IFixl ChemCIPRep°rt 0 Destination + IFxI Di,,Li 1 DATA can easily duplicate and manipulate groups of objects 'IFul_Di,,S,Menu OFFLINE IFI%1 H2O BW to expedite RX application building. ; 2 CMP-eee2 n Pump Object Drill Down ,HnI_H2O_HADH CFi=Pi` 2 t°re enk Hnw Rffie n Alphabetic Categorized In an iFIX picture,users can modify the properties of cFu=t°m, DAT 0 Destination % H2O NAOH 0 L31 objects within a group without separating them,and Alrrav=onr°p arse °perry. Author R°bert without losing scripts or animations applied to the B kg,o dc°Inr 130270I9 Pump3 e°I°.sec S,t-Dehdt cach,Enabled True Flow Rate Name group—all without programming. n emme^t= 0 `°'°` nI `°'°`"ame W" «n c°ntexno zmg DATA , Bescrlpti°n Drag and Drop 4 I ^ BisPlaylayer a Color Legend Bel�mernHeignt 82,e101.2s IineDOff llneOFailedfNew Alarm With simple drag and drop ease,graphics can be BpcomentWldth 02.W0]E125 Y GridEnabled False moved and copied into the WorkSpace,between dlnterval programs,or among two or more programs. mrzeeelpr NewC°Iersel ese Heip �I ,I— The Intellution WorkSpace is a powerful container that provides an easy-to-use development environment.It features a Windows Explorer-style System Tree for easy project navigation and management,as well as a toolbox that contains all drawing tools,wizards and experts. 200 ActiveX Support Historical Data Advanced Alarming The Intellution WorkSpace is a powerful,secure con- iFIX provides an automatic,comprehensive and iFIX alarming enables users to create systems tainer for all ActiveX controls,which can be dropped long-term means of sampling,storing,and displaying that report potential problems before they occur. into the WorkSpace for easy integration. In addition, process data.Historical trending enables users to Distributed alarm management provides unlimited ActiveX documents such as Word and Excel files analyze process trends and post-process data,as user-named alarm areas,exception-based alarming, can be dropped into the WorkSpace with automatic well as to archive process variables to meet govern- alarm priorities and filtering,alarm counters,and display of their own menus and toolbars. ment regulations. remote management of alarms through dial in/out VisiconX The trending capability also allows for monitoring management service. iFIX can also send non-critical VisiconX is a unique and powerful set of ActiveX changes in product properties and analyzing equipment operator messages that do not require a response. controls for accessing and displaying data from performance to save time and money. Picture Caching relational databases.With simple point-and-click Picture caching can be enabled to maximize application ease and zero programming,users have immediate Chart Object performance.Cache size is completely configurable, access to SOL Server,Oracle,Sybase,Informix or DB2. The s Chart Object lets you configure any number and pictures can be preloaded upon startup.Flexibility VisiconX controls embed easily into the WorkSpace, of historical and real-time pens the same chart, is provided to enable/disable caching on a picture-by- significantly reducing development time. and supports multiple time-range assignments for each pen.The Chart Object also includes complete picture basis.Picture performance is also maximized pending refresh technology that is only through patent nt Object-to-Object Connections iFIX object color and style properties for each pen, available in Since VBA technology is embedded into the iFIX archi- multiple X and Y axis configuration,and configuration tecture,applications can be developed without the need and property adjustment in the Runtime environment. for custom code.For example,you can drop a meter Reporting ActiveX control into the WorkSpace,connect it to a tag The iCore®architecture and Plug and Solve capabilities with zero programming,and it is instantly animated. of iFIX provide multiple reporting options.For example, Tag Groups data can be exported using SOL and ODBC connections Tag groups save valuable development time by re-using into relational databases for extensive reporting. portions of an application.For example,when opening Crystal Reports runtime DLLs are included. or replacing a picture,the tag group file is read,and the symbols in the picture are reconnected with the corre- sponding substitutions defined in the tag group file. Event Scheduler iFIX Real-Time Display The Event Scheduler acts as a transaction processor, allowing a user to perform tasks at specified times or intervals or after an event.Users can generate a report at the end of a shift or replace a display when Intf�llUt101T MFANUC a database point exceeds a specified value.For convenience and efficiency,events can be run in the previous Next Chemical Feed Backwash Filter Trending Alarms Reports foreground or background. 'ration Axis rrtie Key Macros '°°°°° s0000 15 Min Key Macros are user-defined key combinations that 30 Min execute commands during run mode.Key Macros can 0000 ,Hr be associated with iFIX pictures,or with shapes in Eocko - - 6Hrs an iFIX picture,or can be system wide.As an added 500°° (3R0023:44.05 PM 12 Hrs benefit,the Key Macro Editor offers an expert to '°°° 8321 300 00 f320023:44'.05 PM create and manipulate VBA scripts. ��"0 pnzenlal 100.00 .. .. Online Configuration alh Patented technology enables iFIX to be customized online s 00PM 42 02 5 002 -02 5(3 02 5 02 1� 0r2M 56rz0.00 02 1-02 5 Axis Td, to maximize efficiency.Processes do not need to be E�ITH.32 ISNODE I H20_N o_a AVL03501aETRRTTT�ATA AIR WASH AC A H191CIFGALLONS s0032 3 Zoem stopped to make changes to the database,pictures, r- - ob- 111I oft- Reset Zoom or other parts of the HMI application.And changes can be initiated without having to shut down and Add Pen Start Date rime Delete Per change Colors Multiple Times Scroll Grid On restart your system. Lad Data From MS Access I Scroll Lett To Right Multiple Values IFIX1 H2O NAOH2 GAL Add Pen Ack Priority I Time In Time Lest Tegname S1a1os Value Description HIGH 14'15'19090 14'.15'.19.090 IFIX1_H20_CMP0902 STAT CFN FAIL PCS CMP0902 STATUS FEEDBACK HIGH 14.15.18.1401647.18.0901FIX1_H20_LITST0902 LO 17.8 SODIUM HYDROXIDE TANK 2 LEVEL HIGH 14 15'1314014'.15'.19.0901FIX1 H20 BW2 DLS0307F COS CLOSE BACKWASH FILTER 2 LS307 FAIL meal nI,r s a FImr:nraa m"w� w ,r' sort:Hm m,oas®ndcg The iFIX chart object allows the ability to display real-time process data,historical and archived data,and lab data from a file or database.Users can customize properties,from colors to scroll directions,in either config- ure or run-time environments. 201 Power and Connectivity Secure Containment Capture Electronic Signatures Since iFIX is an open,scalable system built on industry- Our patent pending Secure Containment technology standard technology,it is more easily developed, ensures that any improperly functioning third party Electronic integrated,and expanded than systems designed on application will be isolated,allowing systemsSignature proprietary technology. to continue running without interruption.This helps Tag: FIX32.SAMPLE.IFIX1_PHARM_HSM1_TEM prevent data loss and costly plant floor shutdowns, HSM1 Temperature Setpoint Global Technology and avoids interruptions to your process control. iFIX's global technology allows changes to be made Building Custom Objects with VBA Action: Change value in one node and propagated throughout an application, iFIX custom objects enable display tailoring through From: 29 significantly reducing development time.Globals can VBA.When an object initiates an edit event,it can be To: 24 be used with color threshold tables,variables,custom customized using VBA scripts.Specifically,custom VBA subroutines,and more. Performed By property pages can be modified,animations applied in Plug and Solve Technology real time,or animation code hidden into an empty User Name: twilliams GE Fanuc's Plug and Solve technology,a unique user form.In addition,user forms can be placed into a implementation of Microsoft's COM strategy,provides global page so that every time the object is opened, Password: ......... easy connectivity with third-party,COM-based the format for a particular property page is shared applications.This allows applications to be enhanced among several users. Predefined Comments: through best-in-class third-parry applications. Security v iCore Framework iFIX synchronizes its security with standard Windows Comment: iFIX is built on iCore,a framework that combines security.iFIX security completely controls access to Secondary temperature set. innovative GE Fanuc technologies with industry- iFIX programs,operator displays,schedules,and standard Microsoft DNA-enabled technologies, recipes.Access to critical program functions can also be including embedded VBA,OPC,ODBC/SQL,Backup restricted(for example,reloading the process database, aK and Restore,and Secure Containment. or write access to the process database). OPC(OLE for Process Control) Redundancy Cancel Help iFIX can act as an OPC Server to any standard OPC iFIX addresses seamless system uptime through a Client.Conversely,iFIX can act as an OPC Client to any variety of system features.Using a combination of standard OPC Server.OPC in the iFIX WorkSpace backup SCADA servers,LAN and driver redundancy, Signing dialog boxes provide a description of the allows graphic animation directly from any OPC Server and alarm management,iFIX enables the development action the operator is taking.The signer has the ODBC/SQL of extremely high reliability applications. option to enter a comment from a pre-defined list or iFIX fully leverages the ODBC Application Programming enter their own comments.Actions can also be Interface(API),adding the capability to collect and configured to capture a verification signature.Signing write real-time secure electronic records to one or iFIX: A Robust HMI/SCADA Solution dialogs can be tied to secure electronic records that more relational databases.Data can easily be moved will report who,what,when and why those actions between a relational database and the iFIX process The ability to monitor and control plant-wide processes were taken. database.Additionally,iFIX provides a unified auto- from a single location,while at the same time matic install for Microsoft's SOL Server 2000 to collecting and sharing real-time business information reduce application development time. throughout the enterprise,has become a significant competitive advantage in today's manufacturing Backup and Restore and production environment.In searching for a way The backup and restore Wizard feature in iFIX allows to maximize quality,increase productivity and users to pack up and go,helping them to manage reduce operating costs,the manufacturing world has their files.Once files have been selected for backup, turned to the heart of its operation—the plant floor. the Wizard saves them to a compressed archive file Companies around the globe who have done so in a defaulted or user-specified directory for use on successfully have turned to iFIX from GE Fanuc. any iFIX-ready machine. Whether it's used as a stand-alone HMI/SCADA application or leveraged with GE Fanuc's iHistorian' Plant Intelligence solution,iFIX can help you turn data into information,and information into dramatically improved performance. 202 iFIX System Requirements iFIX Capabilities IBM Pentium II 266MHz personal or industrial •Monitor and control plant processes,equipment • Benefit from a fully secure automation system that computer that runs Windows NT/2000/XP and resources delivers 100%D data integrity (Recommended Pentium 4,1GHz) •Collect and share real-time and historical data with • "Designed for 21 CFR Part 11"'functionality for users on all levels of your business recording operator actions and building secure RAM Memory size:96 MB RAM .Respond faster to process conditions and electronic records as defined by the FDA'S market demands 21 CFR Part 11 Regulation 120 MB hard disk •Maximize plant effectiveness,increase productivity, CD-ROM drive reduce cost and waste SVGA or higher color monitor with 24-bit graphics card The GE Fanuc Family of Software Solutions Includes: Pointing device Asset Management Plant Intelligence EAM M. istorian. Parallel or USB port Remote Monitoring&Diagnostics MfoAgentn Process Execution&Supervisory Control Proficy for Manufacturing. Tracker Trac Network adapter(s):NETBIOS-compatible or CIMPLICITY HMI Tucker TCP/IP-compatible network interface adapter. DataViews. FIX Control Hardware No network adapter is required for stand- 1/0 Drivers CNC&Machine Tools alone applications. Batch. Communications&Networking �ClientTS_ Embedded Computers klx Industrial Computers Intelligence Solutions Motion Control 0orklnstruction_ PLC,Controllers&1/0 Manager OpenProcess_ GE Fanuc Automation Information Centers Additional Resources USA and the Americas: 1-800-GE FANUC For more information,please visit the GE Fanuc or(434)978-5100 web site at: Europe,Middle East and Africa: (352)727979-1 www.gefanuc.com Asia Pacific: 86-21-322-4555 Designed for L FANUC �" M� :�r��g WebS- E¢slgo¢d for rsicrasofc® RS E R V I C E 211CFRPortil IntellutJon® windows®NT Te hr dogy —d—2000 end XP&Pp,"l 203 ©2003 GE Fanuc Automation,Inc.All rights reserved.Microsoft is a registered trademark of Microsoft Corporation.All other brands or names are property of their respective holders.11.03 GFA-562 iFIX 6.0 from GE Digital " Improve operational productivity by driving decision support with High Performance visualization High Performance HMI/SCADA 1 Increase situational awareness with modern screens and advanced alarm management increases efficiency and reduces costs iFIX 6.0 provides new support for the ISA 18.2 alarm shelving standard, part Production Facility With just a glance,operators should be able to recognize which information increasing efficiency by allowing operators to avoid responding to Casting Part Prod urtlon Heat Exchanger aae requires their attention and what action needs to be taken.They need to know unnecessary alarms. Operators can shelve alarms directly at run-time and quickly what problems have arisen and how they can be addressed efficiently. create up to 20 shelving policies with different shelving times for different You can enable smart operators with new fourth-generation HMI/SCADA. areas of your plant.Alarms automatically unshelve when the shelve , duration time expires for true plant safety. The new iFIX 6.0 from GE Digital leverages the latest technologies that help p y deliverfaster time to insight and greater efficiency for your operations while �1 Find information easily with a context-rich speeding time-to-insight for system integrators. 1 � 2 '�""°`'' ° ""`""°`°"""°-`°'`°' "�° "�°'°'•u" HMI based on the model structure :.• iFIX 6.0 offers several core enhancements to decrease deployment time, � - while increasing operational efficiency in a highly secure-by-design This context-rich HMI changes as the user moves through the system. method to improve equipment uptime and reduce cost and risk. These Navigation is derived from the model structure built bythe engineer.The enhancements include alarm shelving, an OPC UA server, support for long context follows the asset definition and is defined only once for a class of tag names and descriptions, and more. assets.This prescribed experience provides the operator with the most Designed to the High Performance HMI guidelines, iFIX 6.0 improves relevant information—in context—and minimizes the effort to find it. operator decision making and speeds response. Outcomes Reduce time to solution with 0 � Reduce risk with secure-by-design • man Speed with modern screens and ISA 18.2 alarm el High Performance HMI out of the box 0 a technology management • Reduce troubleshooting time with higher situational awareness, To help engineers create the right user experience, iFIX 6.0 contains pre- usin High Performance HMI layouts and context-driven navigation iFIX leverages open and secure standards such as OPC UA,digital g g y g defined objects and templates designed using High Performance HMI based on a model structure certificates, and Web tokens,which means you can deploy with concepts. Effective layouts are also available out of the box. Designing your • Enable action anywhere,anytime with native responsive web design confidence.Take advantage of GE Digital's iFIX Secure Deployment v v p g HMI has never been so easy, speeding solution and maintenance. • Speed up deployment through long tag names and descriptions that iFIX 6.0 also allows assembly of graphic content using external HTML5 Guide for best practice recommendations. capture any hierarchyfrom your PLC editors as well as automatic picture publishing for Web HMI. • Minimize maintenance time and costs with zero deployment clients 04it Achieve visualization where you need "iFIX is the easiest wa to hook to a variet o thin s... • Provide real-time data feeds to your supply chain through secure-by- y y f gdesign OPC UA communications with native responsive web design We haven't found anything that iFIX couldn't overcome." • Enable superior design flexibility for consumption of third-party The HTML5 user interface produced using iFIX 6.0 offers native Web out John Franklin, Logic Systems Administrator, HTML5 content of the box and supports responsive design concepts.The displays support Arizona Electric Power Cooperative multi-touch and can scale to adapt to various form factors. 204 iFIX 6.0 from GE Digital 0Improve operational productivity by driving decision support with High Performance visualization Hardware requirements Software requirements Features A 2.0 GHz Intel Core2 Duo Processor or better Qualified HTML5 browsers • New in Version 6.0: ISA 18.2 alarm shelving, HTML5 object library for a more efficient HMI and computer. For better performance,GE Digital � recommends a minimum 3 GHz computer with 4 One of the following operating systems: OPC LIA server for secure-by-design client HTML5 content generation from the workspace connections, long tag names and descriptions, GB memory or better is needed. Be aware that the - Microsoft Windows 10 domain caching, support for the latest Microsoft Base API to consume external HTML5 content computer must be at least dual core;a single core is not supported (with or without hyper-threading►. - Microsoft Windows 8.1 (32-bit or 64-bit) OS,and more Standard layouts and cards on topics such as trends,alarms, KPIs,and more A minimum of 2 GB RAM. For better performance, - Microsoft Windows 7 Embedded Standard,Service • Time lapse playback Pack 1,for iFIX 6.0 Embedded licenses only. iFIX • Multi-touch alarm and trend viewer please consider using more. • High performance Dynamos and otherfeatures Embedded licenses will not run on Windows 10 at ourfin erti s for Efficient HMI A minimum of 10 GB of free hard drive space for iFIX IoT or other operating systems. Y g p Local, remote over LAN,WAN,or Internet pictures,databases,alarm files,and other data files. • Available options for high availability,alarm connections, including VPN - Microsoft Windows 7 (32-bit or 64-bit) notification,and CFR 21 Part 11 support(eSig) Encrypted communication from your Web client - Microsoft Windows Server 2016 • Native Web HMI using SSL/digital certificate, IT security friendly, and cloud ready - Microsoft Windows Server 2012 R2 • Structured asset model mapped to the SCADA Network interface software for TCP/IP network database communication and certain 1/0 drivers. • An 1/0 driver for SCADA servers.GE Digital supplies 1/0 drivers for many programmable controllers Hardware and software requirements are representative and may vary by customer deployment. Please consult the product documentation for more details. HEAT EXCHANGER �CE.cignypr COOL SLOE INLET HOT SIDE INLET - Today,s SCADA is not just monitoring and visualization y - - with alarms rolling in. iFIX 6.0 can optimize your 'i ILNV LfI�y1V•p' 1 '1:SCrhCy C�a�i � ■ • ■ operations for active decision support—enabling your GOl7LSlUEOUTLET HOT SCE ou ' team to achieve critical business outcomes. TEMP Flpw 'Vd07FJIF 1fYF'[W{Ti. 185 434 S7 acr• Opq K TmIVr 6k[� nxkwe Eiifu2C1¢2:3&SSPM ME�TE+YPA4GER:2]:.h�'... -fGara^�Mli7+ I �j.Wrin MP`' Each window of the layout provides a different, interchangeable perspective, ' or view,on the displayed asset to deliver a personalized experience. 205 iFIX 6.0 from GE Digital " Improve operational productivity by driving decision support with High Performance visualization Services Related products Continue your IIoT journey In the world of Industrial Internet of Things (IloT),organizations are able to GE Digital's HMI and SCADA suite helps you precisely monitor, control, Transforming your business requires innovative foundational solutions optimize productivity, reduce costs,and achieve Operational Excellence. and visualize every aspect of your operations, enabling operators to that lay the groundwork for optimized performance. While this is an exciting time for opportunity and growth, it can also bring on make the best decisions faster. new challenges,questions,and uncertainty. No matterwhere you are on your IloTjourney,GE Digital has the right services offering foryou. - Historian Plant Applications Advisory Services We can help you plan and start your IloT journey in a way Optimize asset and plant performance Maximize overall equipment that aligns to your specific business outcomes. through time-series industrial data �,ti_ '` effectiveness (oee), improve �7 - collection and aggregation. f = production scheduling, and ensure Managed Services We can help you maintain your critical machines from product quality by leveraging real- one of our remote locations around the world using model-based predictive- lip time production data analytic technology. Implementation Services Our experienced global Automation partners can Batch Execution g' Cyber Security f or OT With Batch Execution,gain the Take the right actions to increase implement a collaborative,multi-generational program that marries your � �'���. g _ �' g existing investments to the right enhancements and technology. security,flexibility, and ease of use resilience, help ensure safety, and " -- - - you need to reduce costs, increase maintain availability across your Education Services We specialize in education services to ensure that - * o � quality, and boost profitability. operational technology (OT). you're leveraging our solutions to the fullest extent with ourtraining and — certificate programs. Acceleration Plans Let us help by ensuring that your business continues to Workflow 4 Predix 4 operate at its highest efficiency,all while mitigating risks to Guide operators with dynamic, Innovate and transform your your investments. interactive electronic work p R E D I n business with the cloud-based Ctber Security Services Our solutions provide industrial-grade security for a instructions and eSOPs for operating system for the wide range of OT network and application topologies. more consistent operations Industrial Internet, purpose-built and optimized processes. for industry. About GE Contact GE(NYSE:GE)is the world's Digital Industrial Company,transforming industry with software-defined machines and solutions that are connected,responsive gedigital@ge.com and predictive.GE is organized around a global exchange of knowledge,the"GE Store,"through which each business shares and accesses the same technology, www.ge.com/digital markets,structure and intellect.Each invention further fuels innovation and application across our industrial sectors.With people,services,technology and scale, GE delivers better outcomes for customers by speaking the language of industry. @2018 General Electric.All rights reserved.*Trademark of General Electric.All other brands or names are property of their respective holders.Specifications are subject to change without notice.10 2018 206 A C_ ��Fil(�ll . i�}lkl�l JAI sr \. SYSTEM PLATFORM POWERED BY WONDERWARE Real-time Operations Control Platform for Supervisory, HMI, SCADA and IIoT System Platform is the world's only responsive, scalable platform for Supervisory, SCADA, HMI and IIoT applications that integrates the process with the Enterprise. System Platform provides a collaborative, standards-based foundation that unifies people, processes and assets across all facilities for continuous operational improvement and real-time decision support. aveva.com 207 PRODUCT DATASHEET SYSTEM PLATFORM At Summary Business Value • Provides a complete industrial automation • Experience as much as 80% reduction in solution that includes support for hybrid, engineering effort and time to create applications on-premise and cloud-enabled applications. due to ease of use, elimination of scripting and • Acts as an 'Industrial Operating System' that out of box content. provides common application services, including • Drive standardisation across all your plants and configuration, deployment, communication, sites with the lowest cost of ownership. security, connectivity and collaboration. • Identify and resolve abnormal situations S times • Interfaces with virtually any field device and before any availability is impacted. manufacturing plant information system thanks . Increase your operator effectiveness by 40% or to an open and scalable architecture. more reducing task completion time. • Enables users to build, test, deploy, • Start small and scale seamlessly with maintain and scale industrial applications plug-in modules for maximum reuse of your by sharing a standards-based application engineering investment. development environment. • Empowers users with responsive cross-device visualisation, intelligent alarming, flexible analysis and powerful reporting tools. 1 � 1 208 PRODUCT DATASHEET SYSTEM PLATFORM At What's New? System Platform is even more versatile and party developers to build WPF and web applications powerful with the first ever responsive, Operations for InTouch OMI client and a means to convert Management Interface (OMI). InTouch OMI existing .NET controls to WPF. Out-of-box context- visualisation engine provides rich responsive, driven 'plug n play' apps improve productivity and modern user experiences across all platforms efficiency through information-enabled operations. without requiring scripting or programming! Easy to use, responsive design features make, making The new built-in Document Viewing App and Video multi-monitor configurations possible in less than 5 Player App enable linking to external content such as documents, videos, images, web links for minutes. We've also improved and simplified system scalability. You can now run up to 10 times more enhanced informational context to assets and client sessions on a terminal server with the entire UI navigation items. application project running on single node. The new Mapping App improvements enable: The latest platform offers an even more open and • Dynamic asset tracking of moving equipment/ collaborative environment than ever before. For personnel capability ease of use and integration, System Platform now . Maps from Google Maps, Bing, OpenStreet offers 3rd party software partners an Apps SDK and ESRI development environment to build native 'plug and play' contextualised apps. Apps SDK enables 3rd • Layering of HTMLS based ArchestrA Graphics O , PRODUCT DATASHEET SYSTEM PLATFORM At Key Features of System Platform Easy to Build. Responsive HMI Development Has Come to Applications Automatically Build Industrial Software. Themselves Dynamically! System Platformoffers includes InTouch OMI, With all the new features in InTouch OMI and the world's first 'responsive HMI framework,' System Platform, you can build rich, powerful a revolutionary new way to build re-usable applications without the need for scripting. By using HMI content. new model-driven smart navigation capabilities, • Helps you easily create the optimal user multi-monitor configurations and screen profiles, experience across multiple form factor you can use your project's specific plant model and display devices. content to automatically link graphics to objects. • Helps you to easily create. functional, best practice • Automatic, model-driven navigation eliminates interfaces and graphics that look and work great the need for you to build the navigation hierarchy on all your devices from big screen monitors to by hand. smart-phone displays. • Generate Supervisory structures and tags that • Configure once, deploy anywhere. Reusable and automatically mirror your PLC control logic. standardised HMI content translates to the lowest • Link and map HMI/SCADA tags to physical development and maintenance costs. device 10 automatically the namespace of your PLCs and other controllers. - I 31 i,�IG�fll I i .f 1, O PRODUCT DATASHEET SYSTEM PLATFORM At Engineers Can Be Wizards. any PLC, PAC and DCS without the cost or New Object and Symbol Wizards revolutionise complexity of a DCS. how you design, build and manage industrial • A pre-built starter covers complete project needs applications. based on ISA standards, so engineers have a • Object wizards create versatile templates that working model that follows best practices for auto adapt based on a device's configuration during the deployment setup. commissioning stage. This drastically reduces the • Automation library lets engineers get to work number of templates required to accommodate immediately and quickly assemble applications different configurations for the same device. with proven strategies, rich functionality and • Symbol Wizards help to standardise how you known performance. configure and orient symbols while minimising Build Together with Agile application assembly and maintenance effort. Cloud-based Development. Symbol Wizards enable engineers to choose custom configuration options like graphical System Platform with InTouch OMI continues to be elements. scripts or custom properties, and the most sophisticated and collaborative application automatically assemble them into a single development environment in the industry. composite symbol. The entire application design and testing environment can reside in the cloud, to enable Access the Most Comprehensive teams of engineers to work on applications across Out-of--The-Box Content. proof-of-concept, development and FAT testing With an incredible range of included content, you can stages before deploying to the production system. save time, reduce development costs, and reduce to The new visualisation configuration supports time to value compared to custom configurations. concurrent development by enabling multiple • Reduce the time to value by decreasing the developers to work concurrently and remotely on engineering development time with a complete the same application at the same time - without automation library that provides 80% of your any lock-out issues. typical application. New device simulator. HMI live preview and • Select content that's most relevant to you from WYSIWYG editors offer the ability to build, test and a pre-built Automation Library that includes: a optimise any monitor configuration or HMI content process device object library, faceplates, trends to perform on every display screen, regardless of and symbols. All library content is hardware resolution-the first time, every time! You can even vendor agnostic and operates seamlessly with test multi-monitor configurations without physical any vendor. This enables DCS functionality for access to the monitors themselves. wrl"T s�1111r111•- JJ 1Juol,oiol�p� f Y _ - My PRODUCT DATASHEET SYSTEM PLATFORM Easy to Use. Empower Operators with Situational Awareness. Graphical Tools for Techs! Equip your Operators with actionable information that New visual build functionalities improve accessibility helps them quickly identify and resolve abnormal for non-engineering users (P&ID tchs, maintenance situations before they can result in process delays. tchs. HMI developers) by reducing the technical • Operators can quickly navigate HMI displays with knowledge required for routine tasks like adding modern UI/UX design. This increases usability devices, replacing devices and editing their across devices and provides multi-touch and respective HMI screens. gesture controls such as panning & zooming, Defining process control objects clutter & declutter of graphical layers and a larger independently compared to how they're view of the process. presented during implementation, it paves • Uncover new insights and operator training the way for task-oriented workflows that are opportunities by giving context to historical activity optimised for differing skill sets. and access to operational process playback views. The new graphical workflow auto-deploys object The new historical playback ability works on any instances when creating new HMI displays. graphic and on any monitor screen-no scripts or The new graphical toolbox enables rapid graphics no configuration necessary. Just hit play. assembly and editing using a searchable pick list, • Making decisions based on geography is basic to streamline the HMI build process. to human thinking. The new mapping app enables operators to become more productive, Intelligent Alarming Supports more aware, and more responsive of remote Operator Productivity. geographically distributed assets. Now it's easier for operators to focus on the most • Make it easier for all users with smarter UI relevant process information on their screen at navigation and display options that use your plant all times. System Platform reduces operator model or pre-defined criteria to bring rich context distractions and fatigue by identifying and allowing to your assets, alarms and time durations. you to filter out nuisance and 'bad actor' alarms • Shifting between process-centric views and IT based on severity. processes used to require multiple applications. Increase operator productivity with advanced Now, with contextualised apps built on a unified alarm management capabilities like state-based integrated platform, you can access non- alarming, alarm suppression, alarm shelving, traditional information sources (e.g. work orders) alarm grouping and aggregation (active and without shifting application contexts. historical) alarms. • Statistical summary process data (e.g. maximum, Operator alarm awareness has increased minimum, average, etc.) is automatically calculated due to capability of having active alarm in real-time without any coding. aggregation from the user interface • Increased system performance enables you to navigation tree. process 1 year of historical data in less than a second, giving you immediate access to client performance trends. A 212 PRODUCT DATASHEET SYSTEM PLATFORM At Easy to Own. The Best of All Worlds: Hybrid, Cloud, These 'plug and play' apps enable the On-Premise& IIoT convergence of IT and OT by connecting and Supporting a mix of on-premise or cloud-based integrating real-time operational data with applications offers the most pragmatic and flexible business systems. Furthermore. integrating IT shift to real-time control and actionable insights. and OT infrastructures makes it easier to maintain assets across the project lifecycle. • Identify any discrepancy and root cause using advanced Historian capabilities such as Eliminate System Downtime. automated anomaly detection. System Platform greatly mitigates the risk of • Access efficient reporting and analysis tools such application downtime. as intuitive prebuilt charts and dashboarding or . Make incremental system changes in response to dash-boarding capabilities designed especially for staged object deployments within 1 scan cycle. In non-technical business users. other words, make continuous object updates on • Empower Operations to control and monitor the fly. industrial and production sites anywhere, on any . Enable continuous proactive monitoring of your internet-connected device using responsive and system's health, performance and availability. mobile-optimised HMI displays. • Equip IT personnel to be proactive responders by • Improve decision support with cloud-based implementing automatic trigger alerts in response Historian that transforms information from across to upset conditions. the enterprise into a single source of actionable information for operational, engineering and • Manage system patches from a central location corporate business users. by downloading and pushing updates directly to networked machines. Reduce the Administrative Burden on IT. Ease Administrative Tasks with System Platform makes application delivery much Streamlined Licensing. easier and reduces IT administration burden due to a zero client installation approach. This greatly System Platform enables you to efficiently simplifies the lifecycle maintenance and updating monitor and administer software licenses to of client applications (with newer revisions) across enforce compliance for all users. With centralised, multiple PC machines. web-based licensing activation, you can automatically discover and verify installed Efficiently Integrate Your Process with software at each plant facility, create detailed Your Enterprise. inventory reports of licenses, and establish System Platform gives 3rd party software partners compliance reports with ease. Basic license server an Apps SDK development environment to build monitoring capability through Sentinel is included native contextualised apps. with no additional licensing or cost. • A collection of these apps can transform your applications from standalone products to reusable, shared enterprise services. e 213 RUN PRODUCT DATASHEET HISTORY: SYSTEM PLATFORM r 1 I Technology Compatibility Support OS Compatibility • SQL Server 2014 Standard (x64, x86), Enterprise • Windows 10 Enterprise (x64, x86). Professional (x64, x86), Express-SSMSE (x64, x86) (x64, x86) • SQL Server 2014 Standard (x64, x86), Enterprise • Windows 8.1 Enterprise (x64, x86), Professional (x64, x86), Express-SSMSE (x64, x86) SP1 (x64, x86) • SQL Server 2016 Standard, Enterprise, Express • Windows Server 2012 Data Center, Embedded Virtualisation Compatibility • Windows Server 2012 R2 Data Center, ■ Microsoft Hyper-V: based on the version of Embedded, Standard Windows • Windows Server 2016 Data Center, Standard . VMware 6.0 virtualisation with High Availability Database Compatibility and Disaster Recovery (HA/DR) • SQL Server 2012 Standard Sp2 (x64, x86), • VMWare vSphere 6.0 Enterprise (x64, x86), Express-SSMSE • VMware 5.0 Update 1 virtualisation with High • SQL Server 2012 Standard SP2 (x64, x86), Availability and Disaster Recovery (HA/DR) Enterprise (x64, x86). Express-SSMSE (x64, x86) SP1 and SP2 AVEVA Worldwide Offices www.aveva.com/offices AVEVA believes the information in this publication is correct as of its publication date.As part of continued product development,such information is subject to change without prior notice and is related to the current software release.AVEVA is not responsible for any inadvertent errors. All product names mentioned are the trademarks of their respective holders. ®2019 AVEVA Group plc and its subsidiaries.All rights reserved. ©@avevagroup 0 linkedin.com/company/aveva - • 6. Company Information - Systems Integrated 215 COMPANY INFORMATION Systems Integrated's primary California offices: Corporate Office Engineering Office 2200 North Glassell Street 8080 Dagget Street Orange, CA 92865 San Diego, CA 92111 Tel: 714/998-0900 x 4562 Tel: 858/277-0700 x 4562 Fax: 714/998-6059 Fax: 858/277-1490 Systems Integrated (SI) has been designing and implementing solutions for the automated control of infrastructure - water, power and transportation - for more than 40 years. We have always designed our control systems to be distributed, which required us to design the associated communication networks to be capable of transporting high volumes of data, reliably and securely. Systems Integrated uses a variety of SCADA control system As the demands of communication networks continue to expand (i.e. more bandwidth; higher speeds and video), Systems Integrated's expertise of designing and successfully deploying large scale communication networks using wireless technology has become a premier aspect of our engineering services. Our ability to link together various technologies (i.e. fiber, copper, wireless radio, satellite, cellular, etc.)within a communication network, benefits clients that have amassed various technologies over years of operation, since we know how to leverage legacy equipment with new communications equipment. The communications networks that Systems Integrated designs are cyber secure designed to comply with various standards: North American Electric Reliability Corporation (NERC) CIP current standards; NIST 800-82 R2, and FIPS 140- 2, etc. In the course of our work, Systems Integrated has provided more wireless communications networks for high speed control of traffic infrastructure than any other designer/supplier within the United States. SI has successfully delivered systems using a variety of contract structures: Task Order approach through a Master Agreement; Consultant/Specification model; Design/Build projects or Time&Material projects ranging in size from $50,000 to over $18 M. In order to perform the network construction aspects of the work, Systems Integrated is a licensed general and electrical contractor in multiple states including California. SI has worked on private and public works contracts, subject to prevailing wage regulations, and is registered in the CA Department of Industrial Relations (Registration # 1000050406). Systems Integrated also has the ability to provide electrical and mechanical stamped drawings. Based in California, SI undertakes projects throughout North America and in selected international markets. SI has offices located throughout North America to support our operations and products. The company's headquarters are in Orange County, CA, centrally located in Southern California, at 2200 N. Glassell Street, Orange, 92865 which is a 7,000 sq. ft. facility. In addition 216 to corporate functions, this office is the primary design engineering location for SI's wireless and wired communications networks. Our 8080 Dagget Street, San Diego, 92111 office is SI's ' primary system integration facility. Most integration �ta_ hardware and software engineering is performed here, as well as CAD, documentation and training services. The office consists of two buildings representing 18,000 ft2 of space with 10,000 ft2 dedicated to UL 508 certified control panel fabrication and SCADA system manufacturing. ' SI's standard software development and support office is in, Northampton, Massachusetts and is responsible for ONSITE°, SITEVIEW°, and DataViews°. This office handles all the design and updates for the standard software and provides worldwide software support to SI's 3,000+ customer base. Systems Integrated has been certified as a Small Business Enterprise (SBE) by the State of California: Certification No. 1003582 and a Minority, Woman owned business by CalTrans: Certification No. 20573. SI is also federally certified as a WOSB by the Small Business Administration. Due to the nature of our work with power utilities, Systems Integrated's employees have had to pass NERC background checks for clearance to access critical infrastructure. Systems Integrated also performs DOD work, which requires security clearance, and necessitates that all SI employees complete annual security training. The NIST Special Publication 800-82-R2 outlines the issues associated with industrial control systems security and SI engineers have taken various security training courses provided through the National Cybersecurity and Communications Integration Center(NCCIC) as well as various security training programs provided by DOD; Dept. of Homeland Security and Dept. of Interior. Systems Integrated has been financially stable and profitable throughout its 40+ years of operation. SI has a record of never failing to complete a contract on time and within budget. Systems Integrated has never had any safety violations during our 40+ years of operation. SI maintains a $2 million dollar lines of working capital credit, with Bank of the West and $1 million with Bristol Capital. SI also maintains a$20 million dollar surety line of credit with Atlantic Specialty Insurance Company, of the One Beacon Insurance Group for project bonds. WIRELESS HIGH SPEED INFRASTRUCTURE Systems Integrated's engineering team has decades of experience in planning, designing, and implementing communications infrastructure systems. We have the benefit of a reputation of being a leader in developing innovative solutions to meet the complex and ever-changing needs of our clients. Our expertise covers a wide range of areas from solar power communications systems, to high security, high speed communications. We are experienced with all facets of modern high speed IP type wireless communications using both licensed and unlicensed frequencies. In the transportation industry, Systems Integrated is a major supplier of wireless communications infrastructure for high speed bus prioritization, traffic control systems, and wireless video 217 backhaul. We have successfully integrated fiber optic and wireless networks to provide Wide Area High Speed Networks (WAN) that are both scalable and maintainable. SI has designed and implemented over 100 wireless systems, with the largest project deployed in the County of Los Angeles, CA. This system covers over 4,000 square miles and 88 cities, and provides 20 Mbps communications from anywhere to anywhere and multiple point-to-point licensed backhauls of 700 Mbps. The County's system is used as a private G4 communications system to transmit traffic flow information; controller status information; video data and system diagnostic data. This system has won several awards in the transportation arena including Innovative Use of Technology (Intelligent Transportation Society, 2014), and Best Return on Investment Award for a Public Works Project (County of Los Angeles, 2011). LA County's network has been continually expanded as more intersections are added to the system. SI is experienced in the design of communication systems and have been certified with various radio manufacturers' products: Motorola, Cambium, Ceragon, Radwin, MDS, Proxim, Synetcom, ProSoft, Strix, Siklu, FreeWave, Teledesign, KeyWest, Wave Mobile, and Metricom. Systems Integrated collaborated with Wave Mobile Solutions to develop a DSRC (Dedicated Short Range Communications) radio, which is used for highly secure, high-speed wireless communication between vehicles and City infrastructure and is a component of the future connected vehicles technologies. The DSRC radios will communicate with vehicles internal controls and advise the state of the oncoming road (traffic; pedestrians, etc.) and provide preemption and priority rights to City vehicles. Systems Integrated also developed a Network Management Software (NMS) package specifically for network systems. This software product was designed to provide both the current state of the various wireless links, as well as providing historical information regarding the overall reliability of the network (both wired and wireless). It supports both point-to-point and point-to- multipoint configurations, as well as, supporting data collection from Cisco and other vendor's Ethernet switches. This product provides a graphical presentation of the location of the sites; the link status; throughput speed; Received Signal Strength Indication (RSSI); Signal to Noise Ratio (SNR); which frequency band is currently carrying the information (if the radio is set up to auto switch); number of bytes transmitted; number of bytes received; number of retries, and number of message failures. SI has produced plans and specifications for many wired and wireless high-speed IP based communication systems and can provide additional support to our customers with remote network monitoring, system monitoring and 7 x 24 emergency support (both hardware and software). SI's Orange County and San Diego offices maintain an inventory of spare parts for SI designed radio systems for easy access to our customers. SCADA SYSTEMS Systems Integrated provides a wide variety of technology services, systems and automation products to utility, government, engineering firms, distributors and commercial customers. SI designs and develops turnkey control systems based on the latest, proven technology relevant to our customer base. Our typical automation system utilizes Windows or Linux based servers and workstations, with network and communications spanning copper, fiber and wireless products connecting to most major video, PLC, RTU and IED manufacturer's devices in remote or plant- based installations. 218 Understanding a problem, with its inherent factors and desired result, is SI's starting point on each project. SI works closely with the customer's team to gain a detailed knowledge of their operational environment, as well as to understand their desired objective for the new SCADA system. SI performs site visits; studies the current system with the operators and engineers; performs simulation testing and any other necessary activity to affect the successful outcome of the system. Designing a solution that works requires creativity and experience. SI engineers have years of experience developing systems that will achieve sustained benefits for our customer.We evaluate hardware, software and communications for the system taking into consideration long-term supportability; reliable and proven technology; security; expandability, and user-friendly operation. SI designs are standards based, ensuring that our customers can expand/upgrade their systems, and we always seek commercial off the shelf(COTS) products to reduce end-user costs and maintenance. Systems Integrated's control systems are designed to grow with our customer's requirements and evolve with changing technologies providing a life expectancy of at least twenty years. Most of our projects require us to transition the active control system to the new system and ensure that there is no or minimal down time. Systems Integrated understands this requirement and have developed thoughtful approaches for bridging the old and new SCADA systems to accomplish this requirement and reduce the risk of impacting production. Systems Integrated's engineers also have the rare combination of hands-on ability and field installation competence. It is from this practical experience, that we have developed some unique tools to reduce connection errors during the field installation work that simplifies and quickens deployment. Careful planning of the field installation reduces errors and time, which allows SI to construct the system in an exponential manner. Systems Integrated's ONSITE utilizes SCADA software that is structured to simplify screen development and 1/0 tagging so that screens can be rapidly and accurately produced, and users can create an unlimited number of layers available beneath the surface providing immediate access to all levels of their operation. Systems Integrated is certified for a variety of SCADA software, including: FIX, InduSoft, ONSITE, Wonderware and Ignition. Our panel shop adheres to quality industry standards and is UL508A certified, mounts all the equipment in a manner that allows easy access for maintenance, and designs specialized cabinets, such as for cyber security. SI strives to deliver a system that can be operated by the skill levels of our customer's staff; expand as needed to include dozens of facilities when fully deployed and can be upgraded over the normal lifespan of the system when new software versions and hardware models become available and are relevant to the continued operation of the system. Systems Integrated has decades of experience designing and implementing SCADA and Distributed Control Systems and fully understands the critical nature of industrial operations. Systems Integrated has developed methodologies that reduces potential risk and protects our customer's operations, which affords us, our customers and our insurance partners, the confidence to shoulder the contractual responsibilities associated with projects in this industry. ENGINEERING SERVICES Systems Integrated's engineering services provides Professional Engineers to support the design and deployment of SCADA and communications systems. On staff are electrical, mechanical, civil 219 and controls systems Professional Engineers, RF engineers, and electronic design engineers. The primary function of the engineering services is to create specifications and drawings required for construction and provide construction management to support customers with project management and act as an owner's representation. STANDARD PRODUCTS Systems Integrated has more than a dozen hardware patents and millions of lines of copyrighted software. Our hardware products are integrated into various projects such as the control of power plants, control of water treatment plants, and control of subways and highways. SI's standard software products are used worldwide to support everything from the control of space launches at Cape Canaveral, to control of nuclear power plants, and command and control interfaces supporting several military applications. SI's standard software is also used to control the manufacturing processes of jet engines to Toyotas. SOFTWARE PRODUCTS Systems Integrated ONSITE°SCADA software is a fully integrated suite of products that delivers the most powerful system for hydroelectric and pump storage water systems, to water and wastewater control today. ONSITE is a fully distributed SCADA solution designed to be scalable from a single ONSITE workstation node, to a fully distributed system with hundreds of nodes and hundreds of thousands 1/0 points with the visualization at all levels being the same. From the control room to remote field locations, ONSITE provides users with a fully distributed control system and the associated visualization using the same software everywhere, even when the communication network fails. All users — whether in the control room to remote field locations (including mobile users) - have access to the same displays. ONSITE web server delivers a fully functional ONSITE client for mobile users including laptop computers, tablets and smartphones. This approach eliminates the need to maintain multiple visualization products (such as local standalone HMIs communicating with a PLC, to the control room operator screens). ONSITE packs all the visualization requirements for system wide control into a single open architecture product, making it unique in the industry. To support ONSITE°, SI's DataViews° is used as the HMI. SI's DataViews creates powerful graphical displays for visualizing critical information used to control and monitor real-time processes. The high performance, scalability and platform independence of the DataViews development toolkit for the visualization of data are the key reasons for its use as the front-end for control systems. DataViews is used by customers worldwide and is the only graphical presentation software that works on Linux, UNIX, and Windows; operates on more than 30 operating systems and is used in applications as complex as air traffic control to nuclear power plants. DataViews provides some unique, significant features, such as, the ability of developed screens to automatically scale independent of the monitor ratio and/or monitor resolution. And DataViews allow screens to be built using a primary drawing and sub-drawings -there is no limit to the depth of sub-drawings. However, only ONSITE allows the tag substitution at both the screen and sub- drawing level and allows the sub-drawing to create the final tag name. These features substantially simplify the initial screen development and future modifications as changes are made to the system. 220 DV-Centro° is a software package that is used to control manufacturing processes. It is used to provide a methodology of automatically developing HMI screens used within the manufacturing environment. HARDWARE PRODUCTS STANDARD HARDWARE PRODUCTS Systems Integrated manufacturers a Programmable Automation Controller (PAC) that expands the capabilities of hardware by merging features of more traditional PLC, DCS, and RTU systems, plus adding some capabilities from PCs. Unlike other manufacturers, SI's SITEVIEW° PAC is provided complete. Out of the box, all the software and hardware is provided to support all of the configuration and programming requirements. There is no additional software that must be purchased to develop ladder logic programs, develop HMI screens, create or look at the local database, or to connect the SITEVIEW PAC to a network. Each SITEVIEW PAC is provided with complete functionality including the ability to connect directly to the PAC with a keyboard, mouse and monitor. While it is completely self-contained, it can also be remotely managed and programmed. It is designed with built-in redundancy at all levels from the 1/0 to the SITEVIEW processor. The SI PAC is one of the only fully integrated systems that supports all of the IEC 61131-3 standards; that is fully integrated to allow the tag name to be generated at the SCADA system or the PAC, and has the ability to be scalable from a few hundred points to hundreds of thousands of points. CUSTOM HARDWARE PRODUCTS Systems Integrated always seeks off-the-shelf equipment, but given our customers unique situations, there are times that we need to design special hardware and/or software as an interface to link existing legacy equipment to the new equipment. Such work involves designing and manufacturing circuit boards, configuring and packaging entire systems to meet certain customer requirements, configuring off-the-shelf software and developing software (usually written in C/C++ or Assembly code) to create a complete solution. Systems Integrated has amassed a large repository of unique hardware products- PoE Board; Field Termination Interface Board, and Field Data Collection Processor, which is a small sample of our catalog. This work is always performed using industry standards to ensure its integration into the system and SI warrants all its manufactured items with a part replacement for any failed piece for the life of the SI system. 221 Cit k ah ATTACHMENT 1 - INSURANCE REQUIREMENTS FOR CONTRACTORS Contractor shall procure and maintain for the duration of the contract insurance against claims for injuries to persons or damages to property which may arise from or in connection with the performance of the work hereunder by the Contractor, his agents, representatives, employees or subcontractors. I. Minimum Scope of Insurance Coverage shall be at least as broad as: A. Insurance Services Office Commercial General Liability coverage (Form No. CG 20 10 10 01 and Commercial General Liability— Completed Operations Form No. CG 20 37 10 01). B. Insurance Services Office form number CA 0001 (Ed. 1/87) covering Automobile Liability, code 1 (any auto). C. Worker's Compensation insurance as required by the State of California and Employer's Liability Insurance. II. Minimum Limits of Insurance Contractor shall maintain limits no less than: A. General Liability: $2,000,000 per occurrence for bodily injury, personal injury and property damage including operations, products and completed operations. If Commercial General Liability Insurance or other form with a general aggregate limit is used, either the general aggregate limit shall apply separately to this project/location or the general aggregate limit shall be twice the required occurrence limit. Insurance must be written on an occurrence basis. B. Automobile Liability: $2,000,000 per accident for bodily injury and property damage. Insurance must be written on an occurrence basis. C. Worker's Compensation Employer's Liability: $1,000,000 per accident for bodily injury or disease. III. Deductibles and Self-Insured Retentions Any deductibles or self-insured retentions must be declared to and approved by the City. The City may require the insurer to reduce or eliminate such deductibles or self-insured retentions with respect to the City, its officers, officials, employees and volunteers; or the Contractor to provide a financial guarantee satisfactory to the City guaranteeing payment of losses and related investigations, claim administration and defense expenses; or to approve the deductible without a guarantee. IV. REQUIRED Insurance Provisions Proof of general liability and automobile liability policies are to contain, or be endorsed to contain, the following provisions: A. The City, its officers, officials, employees, and volunteers are to be covered as ADDITIONAL INSURED with respect to liability arising out of automobiles owned, leased, hired or borrowed by or on behalf of the contractor; and with respect to liability arising out of work or operations performed by or on behalf of the Contractor including materials, parts or equipment, furnished in connection with such work or operations. General liability coverage can be provided in the form of an endorsement to the Contractor's insurance, or as a separate owner's policy. B. The workers' compensation policy is to be endorsed with a waiver of subrogation. The insurance company, in its endorsement, agrees to waive all rights of subrogation against the City, its officers, officials, employees and volunteers for losses paid under the terms of this policy which arises from the work performed by the named insured for the City. NOTE: You cannot be added as an additional insured on a workers' compensation policy. C. For any claims related to this project, the Contractor's insurance coverage shall be primary insurance with respect to the City, its officers, officials, employees, and volunteers. Any insurance or self-insurance maintained by the City, its officers, officials, employees, or volunteers shall be in excess of the Contractor's insurance and shall not contribute with it. Rev: 11/20/08 Page 1 of 2 D. Each insurance policy required by this clause shall be endorsed to state that coverage shall not be canceled by either party, except after thirty (30) days' prior written notice by certified mail, return receipt requested, has been given to the City. E. Note: (This protects the Contractor) -Coverage shall not extend to any indemnity coverage for the active negligence of the additional insured in any case where an agreement to indemnify the additional insured would be invalid under Subdivision (b) of Section 2782 of Civil Code. V. RATING -Acceptability of Insurers Insurance is to be placed with admitted California insurers with a current A.M. Best's rating of no less than A- for financial strength, AA for long-term credit rating and AMB-1 for short-term credit rating. VI. Verification of Coverage Contractor shall furnish the City with original certificates and amendatory endorsements affecting coverage required by this clause. The endorsements should be on forms provided by the City. If endorsements are on forms other than the City's forms, those endorsements or policies must provide coverage that is equivalent to or better than the forms requested by the City. All certificates and endorsements are to be received and approved by the City before work commences. The City reserves the right to require complete, certified copies of all required insurance policies, including endorsements affecting the coverage required by these specifications at any time. VI I. Subcontractors Contractor shall include all subcontractors as insured under its policies or shall furnish separate certificates and endorsements for each subcontractor. All coverage for subcontractors shall be subject to all of the requirements stated herein. If you have questions regarding our insurance requirements contact: Risk Manager (707) 463-6287 FAX (707) 463-6204 Rev: 11/20/08 Page 2 of 2