Sol_140R4026Q0108.pdf

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SOLICITATION/CONTRACT/ORDER FOR COMMERCIAL PRODUCTS AND COMMERCIAL SERVICES

1. REQUISITION NUMBER PAGE 1 OF

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DATE

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INFORMATION CALL:

a. NAME b. TELEPHONE NUMBER (No collect calls)

8. OFFER DUE DATE/

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9. ISSUED BY

13b. RATING

14. METHOD OF SOLICITATION

CODE

15. DELIVER TO 16. ADMINISTERED BY CODE

18a. PAYMENT WILL BE MADE BY CODE17a. CONTRACTOR/

OFFEROR

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17b. CHECK IF REMITTANCE IS DIFFERENT AND PUT SUCH ADDRESS IN

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18b. SUBMIT INVOICES TO ADDRESS SHOWN IN BLOCK 18a UNLESS BLOCK

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SEE ADDENDUM

19.

ITEM NO.

20.

SCHEDULE OF SUPPLIES/SERVICES

21.

QUANTITY

22.

UNIT

23.

UNIT PRICE

24.

AMOUNT

(Use Reverse and/or Attach Additional Sheets as Necessary)

25. ACCOUNTING AND APPROPRIATION DATA 26. TOTAL AWARD AMOUNT (For Government Use Only)

28. CONTRACTOR IS REQUIRED TO SIGN THIS DOCUMENT AND RETURN 29. AWARD OF CONTRACT: REFERENCE

. YOUR OFFER ON SOLICITATION

(BLOCK 5), INCLUDING ANY ADDITIONS OR CHANGES WHICH ARE

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AUTHORIZED FOR LOCAL REPRODUCTION

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STANDARD FORM 1449 (REV. 11/2021)

Prescribed by GSA - FAR (48 CFR) 53.212

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8(A)

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OFFER

ADDENDA

ADDENDA

140R4026Q0108

See Schedule See Schedule

Bureau of Reclamation Upper Colorado Region Regional Office 125 South State Street, Room 8100 Salt Lake City UT 84138

10/16/2026 1300 MD

0044052550

Andrew Taylor 5303406494

R40

R40

Andrew Taylor

238210

$19

09/15/2026

0011285648

ADMINISTERED BY:

Bureau of Reclamation

Upper Colorado Region

Regional Office

125 South State Street, Room 8100

Salt Lake City UT 84138 US

Continued...

STOCK RECORD (S/R)

STANDARD FORM 1449 (REV. 11/2021) BACK

19.

ITEM NO.

20.

SCHEDULE OF SUPPLIES/SERVICES

21.

QUANTITY

22.

UNIT

23.

UNIT PRICE

24.

AMOUNT

32a. QUANTITY IN COLUMN 21 HAS BEEN

RECEIVED INSPECTED AND CONFORMS TO THE CONTRACT, EXCEPT AS NOTED:

41a. I CERTIFY THIS ACCOUNT IS CORRECT AND PROPER FOR PAYMENT

32b. SIGNATURE OF AUTHORIZED GOVERNMENT

REPRESENTATIVE

32c. DATE

41b. SIGNATURE AND TITLE OF CERTIFYING OFFICER 41c. DATE

42a. RECEIVED BY (Print)

42b. RECEIVED AT (Location)

42c. DATE RECEIVED (MM/DD/YYYY) 42d. TOTAL CONTAINERS

40. PAID BY

32d. PRINTED NAME AND TITLE OF AUTHORIZED GOVERNMENT

REPRESENTATIVE

32e. MAILING ADDRESS OF AUTHORIZED GOVERNMENT REPRESENTATIVE 32f. TELEPHONE NUMBER OF AUTHORIZED GOVERNMENT REPRESENTATIVE

32g. EMAIL OF AUTHORIZED GOVERNMENT REPRESENTATIVE

33. SHIP NUMBER 34. VOUCHER NUMBER 35. AMOUNT VERIFIED

CORRECT FOR

PARTIAL FINAL

37. CHECK NUMBER

38. S/R ACCOUNT NUMBER 39. S/R VOUCHER NUMBER

36. PAYMENT

COMPLETE PARTIAL FINAL

ACCEPTED,

DELIVER TO:

Bureau of Reclamation-UC-FCCO

Four Corners Construction Office

1235 La Plata Hwy

Farmington NM 87401 US

Delivery: 05/30/2028

Period of Performance: 11/30/2026 to

05/30/2028

00010 CLWTP FISMA Compliance in accordance with the

Statement of Objectives and Attachments.

Product/Service Code: R499

Product/Service Description: SUPPORT-

PROFESSIONAL: OTHER

00020 OPTION: DZ Booster Plant Integration for the programming and integration of the new DZ

Booster Pump Station.

(Option Line Item)

Anticipated Exercise Date 147

Product/Service Code: R499

Product/Service Description: SUPPORT-

PROFESSIONAL: OTHER

Period of Performance: 11/29/2027 to

05/30/2028

NGWSP –CLWTP FISMA Compliance

STATEMENT OF OBJECTIVES

CUTTER LATERAL – WATER TREATMENT PLANT (CLWTP) FEDERAL

INFORMATION SECURITY MANAGEMENT ACT (FISMA) COMPLIANCE

NAVAJO-GALLUP WATER SUPPLY PROJECT (NGWSP) – NEW MEXICO

1 PROGRAM OBJECTIVES

1.1. General

The first objective for the Cutter Lateral – Water Treatment Plant (CLWTP) Federal Information

Security Management Act (FISMA) Compliance is to bring the Water Treatment Plant (WTP) to current security standards.

These security standards authorize the operation of an information system or component within a specific environment, based on an acceptable level of risk. Per the FISMA, the Bureau of

Reclamation (Reclamation) is required to modify the CLWTP for current security standards. The work is to provide the required support to Reclamation while accomplishing FISMA compliance.

The second objective for the CLWTP is to update the communication link with Navajo Tribal

Utility Authority’s (NTUA’s) Escrito Mesa Data Concentrator was replaced after the completion of the Cutter Lateral Water Treatment Plant project, which has disrupted the communication link between that data concentrator and the CLWTP. This contract will reestablish that link, update the data mapping for the communication link to pull the data from the data concentrator to be display on the Human Machine Interface (HMI) graphics and be available in the control system, and modify the HMI graphics as necessary to account for changes to the list of datapoints available for the water treatment plant.

The third objective for the CLWTP is to include an option for the programming and integration of the new DZ Booster Pump Station.

The Contractor shall furnish materials, equipment, supplies, services, personnel, permits, and other resources necessary to perform the work. Close coordination with Reclamation is required to ensure minimal disruption to NGWSP operations.

1.2. Location

The CLWTP site is located on Government property. The Cutter Lateral takes water from the

San Juan River stored at the existing Cutter Reservoir (a feature constructed originally for the

Navajo Indian Irrigation Project - NIIP) using transmission pipelines and pumping plants to deliver the raw water to the CLWTP for treatment and delivery to the downstream indigenous communities on the eastern edge of the Navajo Nation and the southwest portion of the Jicarilla

Apache Nation.

1.3. Background

Reclamation has the need to provide security, accountability, physical and logical access monitoring, protected asset controls, and regulatory requirements by the FISMA. The Navajo-

Gallup Industrial Control Systems (NG ICS) will safeguard the overall NGWSP by providing monitoring and automation of water treatment and pumping conveyance through transmission pipeline to ensure the delivery of clean potable water. NG ICS cybersecurity programs should always be part of broader Industrial Control Systems (ICS) safety and reliability program. The

Supervisory Control and Data Acquisition (SCADA) systems support the production of drinking water from raw water by providing monitoring and control capabilities of mechanical and chemical balancing equipment and pumping and storage operations along the system.

Operations of the Cutter Lateral and initial water deliveries to Navajo communities began in

October 2020. Reclamation operated and maintained the Reclamation owned sections of the

Cutter Lateral (Reaches 22a, 22b, and the CLWTP) initially until the Operations, Maintenance and Repair (OM&R) responsibility was transferred to NTUA in June of 2022.

1.4. Scope

The scope of services includes, but is not limited to, the following:

1.4.1. The work requires specific knowledge and a deep understanding of the current National

Institute of Standards and Technology (NIST) controls and framework. This capability will ensure that the system has an acceptable security posture and adheres to the required security measures. Contractors must have the ability to address security control deficiencies, achieve compliance, and be proficient in documenting how the system operates with its security measures in a comprehensive System Security Plan (SSP). It also requires experience working with the system while interacting with critical water treatment and delivery operations in a water treatment plant environment to ensure that plant processes are not adversely affected or interrupted.

1.4.2. The Contractor will support the FISMA compliance process by generating, or locating, documentation and making any system updates necessary for the identified Plan of

Action and Milestones (POA&M) list of tasks (Attachment A: 2024 Cutter Lateral

POAM). This would involve providing a work breakdown structure of Contractor tasks with the expected schedule and costs.

1.4.3. The Contractor shall provide project management and logistics for the project. This includes meetings and ongoing coordination with Reclamation staff and decision-makers as needed to move the project forward efficiently. Project management will include coordination of task completion, deliverable reviews, legal reviews, and communication between Reclamation and stakeholders. This should include a kick-off meeting with

Reclamation project team and monthly progress meetings or phone calls with the

Reclamation’s Contracting Officers Representative (COR) and others as needed.

1.4.4. Activities needed to attain FISMA compliance are as described in the attached POA&M list of tasks (Attachment A: 2024 Cutter Lateral POAM) for the NG ICS Cutter Water

Treatment Plant SCADA System. A POA&M is a corrective action plan for tracking and planning the resolution of information security and privacy weaknesses. This list is a document that will be updated periodically for compliance standards.

1.4.5. The Contractor shall provide a Performance Work Statement (PWS) and Contract Data

Requirements List (CDRL) in response to this SOO describing the methodology, techniques, and procedures for each of the items listed herein and in the POA&M list of tasks (Attachment A: 2024 Cutter Lateral POAM). The Contractor shall provide a project timeline for completion of the key tasks.

1.4.6. The Contractor shall provide a communication plan for the project team members and stakeholders.

1.4.7. The Contractor shall provide an update to the Network diagram based on feedback from

Reclamations Risk Management Services Division (RMSD).

1.4.8. The Contractor shall provide monthly progress reports and invoices.

1.4.9. The Contractor shall respond within 24 hours after Government notification of operational issue, with a plan to address issue.

1.4.10. The Contractor shall provide CLWTP Data Mapping from Escrito as follows:

1.4.10.1. Provide software services to map downstream facility data from the NTUA

Escrito Data Concentrator to the CLWTP.

1.4.10.2. Use the ED-USBR_ESCRITO TAG DATABASE excel file to develop the

Programmable Logic Controllers (PLC) and Human Machine Interface

(HMI) graphic that will be displayed on the CLWTP HMI screens (See

Attachment B Tab A in the ED-USBR_ESCRITO TAG DATABASE excel file for example). The PLC software modifications will be done in the

CLWTP PLC-302 Data Concentrator. The HMI software modifications will be done on the HMI servers located at the CLWTP facility. The data mapped from Escrito will provide status of equipment, tank levels, and alarms associated with facilities.

1.4.11. For the Option, the Contractor shall provide CLWTP programing and integration of the

DZ Booster Station. This requires updating the existing displays to include a second tank at the Regulating Tank 3 site, adding displays for the DZ Booster Pum Station Site, transmitting data from the Tank to the Pump Station and onsite support during the startup and commissioning of the Pump Station.

2 CONTRACT OBJECTIVES

2.1 Performance

The COR will document acceptable and unacceptable contract performance. If the Contractor's performance is found unsatisfactory, the COR will report the information to the Contracting

Officer (CO) and no work will progress on the unacceptable work until an acceptable resolution is found. The CO may require the Contractor to explain, in writing, the cause of the poor performance, any corrective actions the Contractor has already taken to obtain an acceptable level of performance, and any future corrective actions the Contractor will utilize to prevent unacceptable performance.

The Contractor shall be responsible for temporary protection, removal, and reinstallation at the same location of facilities affected by its work. Repair, at Contractor's expense, damage to existing installations due to Contractor's operations or Contractor's failure to provide proper protection. Remove protective installations after purpose has been served.

2.2 Period of Performance

The Period of Performance (PoP) for the base will be for one year and six months after award.

The option shall be executed at the agency’s discretion within the base year of the contract if required by the agency.

2.3 Performance Criteria:

As described in the POA&M list of tasks (Attachment A: 2024 Cutter Lateral POAM). The contractor shall submit a list of Key Personnel prior to the start of the tasks.

2.4 Performance Standards / Methods of QA Surveillance

The Government’s submittal response letter will indicate whether submittal is approved, not approved, acceptable, not acceptable, or acknowledged receipt. Submittals returned by the

Government as either not approved or not acceptable shall be revised and resubmitted by the

Contractor.

Task No.

Task Description Performance Indicator Performance Standard

Minimum Acceptable Quality Level (AQL)

CLWTP FISMA

Compliance

• Updates and appropriate measures to 2024 Cutter Lateral POAM list

• SSP and CDRL Submittal

• Development of Standard Operating Procedures

Periodic Document Review

All Discrepancies Resolved.

2 CLWTP Data Mapping from Escrito

• 100% complete Document Review

All Discrepancies Resolved

Submittal of a QC Plan • 100% complete Document Review

All Discrepancies Resolved

4 Submittal of a Communication Plan

• 100% complete Document Review

All Discrepancies Resolved

5 Submittal of Network Diagrams

• 100% complete Document Review

All Discrepancies Resolved

6 Option: DZ Booster Plant Integration

• 100% complete Periodic Review

All Discrepancies Resolved

2.5 Design Constraints

As described in the POA&M list of tasks (Attachment A: 2024 Cutter Lateral POAM).

2.6 Additional Site Considerations

During work under this contract, other work may be performed in the vicinity of the work by

Government or other contractors.

The Contractor shall cooperate and coordinate with Government and other contractors on access to, use of work areas and contractor use areas. The Contractor shall not interfere with work of other contractors or Government in vicinity of work.

2.7 Submittal

Narrative describing work required in the attached POA&M list of tasks (Attachment A: 2024

Cutter Lateral POAM) known as Unique Identifier POAM ID. The Contractor shall address any comments received or revisions needed from Reclamation on a modified list within the 2024

Cutter Lateral POAM listing as an excel file to be provided within fourteen (14) calendar days from receipt.

2.8 Quality Control

Perform the work in accordance with the attached POA&M list of tasks (Attachment A: 2024

Cutter Lateral POAM). The Contractor shall establish and maintain a complete Quality Control

Plan (QCP) to ensure that the requirements are provided as specified. The QCP shall describe the methods for identifying and preventing problems before the level of performance becomes unacceptable. One copy of the Contractor’s QCP shall be provided to the Contracting Officer

(CO) at the time their proposal is submitted. An updated copy of the QCP must be provided to the CO as changes occur.

3 MANAGEMENT OBJECTIVES

3.1 Schedule

The Contractor will be limited to site access Monday through Friday between 8 am to 5 pm (not including holidays). If access is needed beyond this schedule, contact the CO and COR for further guidance.

3.2 Site Access

The Contractor shall protect work, existing facilities and Government's operations from unauthorized entry, theft, and vandalism. The Contractor shall provide a valid driver’s license for each employee requiring site access and provide a list of all vehicles including a description and license plate number for all vehicles requiring site access. The Contractor shall coordinate site access requirements with the COR.

3.3 Risks

The Contractor shall provide the equipment, materials, and labor necessary to satisfy applicable safety regulations and to ensure the safety of the job site at all times.

4 SUBMITTALS

Submittals from the Contractor are required during the term of the contract to ensure quality and safe work. Required submittals are as listed in the attached POA&M list of tasks (Attachment A:

2024 Cutter Lateral POAM) known as Unique Identifier POAM ID.

Submittals shall be prepared in English and labeled with the contract number, contract title, and

RSN, and shall use US customary measurement units.

Submittal transmittal letters shall include the following: contract number and title, RSN for each attached submittal, responsible code, number of sets for each RSN, and identification of each as an initial submittal or a resubmittal.

Submitted certifications by a registered professional engineer shall be signed by registered professional engineer.

Electronic submittals shall be in portable document format (.pdf and in .dwg), shall be processed with optical character recognition, and shall comply with Section 508 of the Rehabilitation Act

(29 U.S.C. § 794d).

END OF STATEMENT OF OBJECTIVES

NGWSP –CLWTP FISMA Compliance Solicitation No. 140R4026X0000

Attachment A

2024 Cutter Lateral POAM

NGWSP –CLWTP FISMA Compliance Solicitation No. 140R4026X0000

Attachment B

ED-USBR_ESCRITO TAG DATABASE

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

START OF COUNSELOR I/P Address

Counselor Green Tank Level Counselor Tanks - Raw Water Tank Integer %MW420 1 Counselor Brown Tank Level Counselor Tanks - Distribution Tank Integer %MW421 1 Counstelor Cl2 Bottle 1 Weight Counselor Tanks - Chlorine Injection Integer %MW422 1 Counstelor Cl2 Bottle 2 Weight Counselor Tanks - Chlorine Injection Integer %MW423 1 Counselor Flow Meter Counselor Tanks Site Flow Meter Real %MW424 1 Counselor Flow Totalizer Counselor Tanks Site Flow Meter Real %MW426 1

DI Integer Word %MW428 Counselor Tank Intrusion Alarm Counselor Tanks - Chlorine Injection Bit 0 %MW428.0 1 1 Counselor Tank Cl2 Leak Warning Counselor Tanks - Chlorine Injection Bit 1 %MW428.1 1 1 Counselor Tank Cl2 Leak Alarm Counselor Tanks - Chlorine Injection Bit 2 %MW428.2 1 1 Counselor Tank Cl2 Detector Fault Counselor Tanks - Chlorine Injection Bit 3 %MW428.3 1 1 Counselor Tank Cl2 High Vacuum Alarm Counselor Tanks - Chlorine Injection Bit 4 %MW428.4 1 1 Counselor Tank Cl2 Low Vacuum Alarm Counselor Tanks - Chlorine Injection Bit 5 %MW428.5 1 1 Counselor Tank Cl2 System Alarm Counselor Tanks - Chlorine Injection Bit 6 %MW428.6 1 1 Counselor Tank Cl2 Booster Pump Running Counselor Tanks - Chlorine Injection Bit 7 %MW428.7 1 Counselor Tank Cl2 Valve Open Counselor Tanks - Chlorine Injection Bit 8 %MW428.8 1 Counselor Spare Bit 9 (Not Used at Cutter) %MW428.9 Counselor Tank Smoke Alarm Counselor Tanks - Chlorine Injection Building Bit 10 %MW428.10 1 1 Counselor Spare Bit 11 (Not Used at Cutter) %MW428.11 Counselor Tank Brown Tank Tranmitter Fault Counselor Tanks - Raw Water Tank Bit 12 %MW428.12 1 1 Counselor Tank Green Tank Tranmitter Fault Counselor Tanks - Distribution Tank Bit 13 %MW428.13 1 1 Counselor Spare Bit 14 (Not Used at Cutter) %MW428.14 Counselor Spare Bit 15 (Not Used at Cutter) %MW428.15

Counselor total 9 words - 5 Integer - 2 real

START OF PINTADO I/P Address DI Integer Word %MW442

Pintado Smoke Alarm Pintado Pump Station Bit 0 %MW442.0 1 1 Pintado Spare Bit 1 (Not Used at Cutter) %MW442.1 Pintado Spare Bit 2 (Not Used at Cutter) %MW442.2 Pintado Spare Bit 3 (Not Used at Cutter) %MW442.3 Pintado Spare Bit 4 (Not Used at Cutter) %MW442.4 Pintado Spare Bit 5 (Not Used at Cutter) %MW442.5 Pintado Spare Bit 6 (Not Used at Cutter) %MW442.6 Pintado Spare Bit 7 (Not Used at Cutter) %MW442.7 Pintado Spare Bit 8 (Not Used at Cutter) %MW442.8 Pintado Spare Bit 9 (Not Used at Cutter) %MW442.9 Pintado Spare Bit 10 (Not Used at Cutter) %MW442.10 Pintado Spare Bit 11 (Not Used at Cutter) %MW442.11 Pintado Spare Bit 12 (Not Used at Cutter) %MW442.12 Pintado Spare Bit 13 (Not Used at Cutter) %MW442.13 Pintado Spare Bit 14 (Not Used at Cutter) %MW442.14 Pintado Spare Bit 15 (Not Used at Cutter) %MW442.15

DI Integer Word %MW444 Pintado P1 Auto Pintado Pump Station Bit 0 %MW444.0 1 Pintado Spare Bit 1 (Not Used at Cutter) %MW444.1 Pintado P1 Running Pintado Pump Station Bit 2 %MW444.2 1 Pintado Spare Bit 3 (Not Used at Cutter) %MW444.3 Pintado P1 Fault Pintado Pump Station Bit 4 %MW444.4 1 1 Pintado P1 Alarm Pintado Pump Station Bit 5 %MW444.5 1

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

Pintado P1 Start Fail Pintado Pump Station Bit 6 %MW444.6 1 1 Pintado Spare Bit 7 (Not Used at Cutter) %MW444.7 Pintado P1 High Suction Pressure Pintado Pump Station Bit 8 %MW444.8 1 1 Pintado Spare Bit 9 (Not Used at Cutter) %MW444.9 Pintado Spare Bit 10 (Not Used at Cutter) %MW444.10 Pintado Spare Bit 11 (Not Used at Cutter) %MW444.11 Pintado Spare Bit 12 (Not Used at Cutter) %MW444.12 Pintado Spare Bit 13 (Not Used at Cutter) %MW444.13 Pintado Spare Bit 14 (Not Used at Cutter) %MW444.14 Pintado Spare Bit 15 (Not Used at Cutter) %MW444.15

DI Integer Word %MW446 Pintado P2 Auto Pintado Pump Station Bit 0 %MW446.0 1 Pintado Spare Bit 1 (Not Used at Cutter) %MW446.1 Pintado P2 Running Pintado Pump Station Bit 2 %MW446.2 1 Pintado Spare Bit 3 (Not Used at Cutter) %MW446.3 Pintado P2 Fault Pintado Pump Station Bit 4 %MW446.4 1 1 Pintado P2 Alarm Pintado Pump Station Bit 5 %MW446.5 1 Pintado P2 Start Fail Pintado Pump Station Bit 6 %MW446.6 1 1 Pintado Spare Bit 7 (Not Used at Cutter) %MW446.7 Pintado P2 High Suction Pressure Pintado Pump Station Bit 8 %MW446.8 1 1 Pintado Spare Bit 9 (Not Used at Cutter) %MW446.9 Pintado Spare Bit 10 (Not Used at Cutter) %MW446.10 Pintado Spare Bit 11 (Not Used at Cutter) %MW446.11 Pintado Spare Bit 12 (Not Used at Cutter) %MW446.12 Pintado Spare Bit 13 (Not Used at Cutter) %MW446.13 Pintado Spare Bit 14 (Not Used at Cutter) %MW446.14 Pintado Spare Bit 15 (Not Used at Cutter) %MW446.15

Pintado Spare Integer (Not Used at Cutter) %MW447 Pintado Spare Integer (Not Used at Cutter) %MW448 Pintado Spare Integer (Not Used at Cutter) %MW449

DI Integer Word %MW450 Pintado Control Power Available Pintado Pump Station Bit 0 %MW450.0 1 Pintado Auto Operation Pintado Pump Station Bit 1 %MW450.1 1 Pintado Local Control Pintado Pump Station Bit 2 %MW450.2 1 Pintado Remote Control Pintado Pump Station Bit 3 %MW450.3 1 Pintado Control Disabled Pintado Pump Station Bit 4 %MW450.4 1 Pintado Spare Bit 5 (Not Used at Cutter) %MW450.5 Pintado Spare Bit 6 (Not Used at Cutter) %MW450.6 Pintado Spare Bit 7 (Not Used at Cutter) %MW450.7 Pintado Spare Bit 8 (Not Used at Cutter) %MW450.8 Pintado Spare Bit 9 (Not Used at Cutter) %MW450.9 Pintado Constant Speed Mode Pintado Pump Station Bit 10 %MW450.10 1 Pintado Constant Pressure Mode Pintado Pump Station Bit 11 %MW450.11 1 Pintado Spare Bit 12 (Not Used at Cutter) %MW450.12 Pintado Spare Bit 13 (Not Used at Cutter) %MW450.13 Pintado Spare Bit 14 (Not Used at Cutter) %MW450.14 Pintado Spare Bit 15 (Not Used at Cutter) %MW450.15

Pintado Spare Integer (Not Used at Cutter) %MW452 Pintado Spare Integer (Not Used at Cutter) %MW453

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

Pintado Spare Integer (Not Used at Cutter) %MW454

DI Integer Word %MW454 Pintado Spare Bit 0 (Not Used at Cutter) %MW454.0 Intrusion alarm switches input 1=doors closed Bit 1 (Not Used at Cutter) %MW454.1 Pintado Intrusion Alarm Pintado Pump Station Bit 2 %MW454.2 1 1 Pintado Spare Bit 3 (Not Used at Cutter) %MW454.3 Pintado Flow Transmitter Fault Pintado Pump Station Bit 4 %MW454.4 1 1 Pintado Discharge Pressure Transmitter Fault Pintado Pump Station Bit 5 %MW454.5 1 1 Pintado Suction Pressure Transmitter Fault Pintado Pump Station Bit 6 %MW454.6 1 1 Pintado High Discharge Pressure Pintado Pump Station Bit 7 %MW454.7 1 1 Pintado Low Discharge Pressure Pintado Pump Station Bit 8 %MW454.8 1 1 Pintado Low Suction Pressure Pintado Pump Station Bit 9 %MW454.9 1 1 Pintado SCADA Fault Pintado Pump Station Bit 10 %MW454.10 1 1 Pintado Receiving Tank High Level Pintado Pump Station Bit 11 %MW454.11 1 1 Pintado Receiving Tank Low Level Pintado Pump Station Bit 12 %MW454.12 1 1 Pintado Supply Tank Low Level Pintado Pump Station Bit 13 %MW454.13 1 1 Pintado Spare Bit 14 (Not Used at Cutter) %MW454.14 Pintado Spare Bit 15 (Not Used at Cutter) %MW454.15

Pintado Spare Integer (Not Used at Cutter) %MW455 Pintado Spare Integer (Not Used at Cutter) %MW456 Pintado Spare Integer (Not Used at Cutter) %MW457 Pintado Spare Integer (Not Used at Cutter) %MW458 Pintado Spare Integer (Not Used at Cutter) %MW459 Pintado Discharge Pressure Pintado Pump Station Real ??? (%MW460 & 461) %MW460 1 Pintado Suction Pressure Pintado Pump Station Real ??? (%MW462 & 463) %MW462 1 Pintado Flow Pintado Pump Station Real ??? (%MW464 & 465) %MW464 1 Pintado Total Flow Pintado Pump Station Real ??? (%MW466 & 467) %MW466 1 Pintado Receiving tank lead pump stop level set-point Real ??? (%MW468 & 469) (Not Used at Cutter) %MW468 Pintado Receiving tank lag pump stop level set-point Real ??? (%MW470 & 471) (Not Used at Cutter) %MW470 Pintado Receiving tank lead pump start level set-point Real ??? (%MW472 & 473) (Not Used at Cutter) %MW472 Pintado Receiving tank lag pump start level set-point Real ??? (%MW474 & 475) (Not Used at Cutter) %MW474 Pintado Receiving tank high level alarm set-point Real ??? (%MW476 & 477) (Not Used at Cutter) %MW476 Pintado Receiving tank low level alarm set-point Real ??? (%MW478 & 479) (Not Used at Cutter) %MW478 Pintado Supply tank low level alarm set-point Real ??? (%MW480 & 481) (Not Used at Cutter) %MW480 Pintado Discharge pressure set-point (0-300PSI) Real ??? (%MW482 & 483) (Not Used at Cutter) %MW482 Pintado Discharge pressure high alarm set-point (0-300PSI) Real ??? (%MW484 & 485) (Not Used at Cutter) %MW484 Pintado Discharge pressure low alarm set-point (0-300PSI) Real ??? (%MW486 & 487) (Not Used at Cutter) %MW486 Suction pressure low alarm set-point (0-300PSI) Real ??? (%MW488 & 489) (Not Used at Cutter) %MW488 Pintado VFD speed reference (0-10000=0.00-100.00%) Real ??? (%MW490 & 491) (Not Used at Cutter) %MW490 Pintado Spare Real ??? (%MW492 & 493) (Not Used at Cutter) %MW492 Pintado P1 Frequency Pintado Pump Station Real ??? (%MW494 & 495) %MW494 1 Pintado P1 Current Pintado Pump Station Real ??? (%MW496 & 497) %MW496 1 Pintado P1 VFD1_IN.UOP_3208 Motor voltage 1V Real ??? (%MW498 & 499) (Not Used at Cutter) %MW498 Pintado P1 VFD1_IN.IPR_3218 Input power 1kW Real ??? (%MW500 & 501) (Not Used at Cutter) %MW500 Pintado P1 VFD1_IN.THD_3209 Drive thermal state 1% Real ??? (%MW502 & 503) (Not Used at Cutter) %MW502 Pintado P1 VFD1_IN.IL1R_5202 Logic input states Real ??? (%MW504 & 505) (Not Used at Cutter) %MW504 Pintado P1 VFD1_IN.PET_3236 Run time (resetable) 1hr Real ??? (%MW506 & 507) (Not Used at Cutter) %MW506 P1_NumStrsCTU_CV Number of starts Real ??? (%MW508 & 509) (Not Used at Cutter) %MW508 Pintado P1 VFD Fault Code Pintado Pump Station Real ??? (%MW510 & 511) %MW510 1 Pintado Spare Real ??? (%MW512 & 513) (Not Used at Cutter) %MW512 Pintado P2 Frequency Pintado Pump Station Real ??? (%MW514 & 515) %MW514 1

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

Pintado P2 Current Pintado Pump Station Real ??? (%MW516 & 517) %MW516 1 Pintado P2 VFD2_IN.UOP_3208 Motor voltage 1V Real ??? (%MW518 & 519) (Not Used at Cutter) %MW518 Pintado P2 VFD2_IN.IPR_3218 Input power 1kW Real ??? (%MW520 & 521) (Not Used at Cutter) %MW520 Pintado P2 VFD2_IN.THD_3209 Drive thermal state 1% Real ??? (%MW522 & 523) (Not Used at Cutter) %MW522 Pintado P2 VFD2_IN.IL1R_5202 Logic input states Real ??? (%MW524 & 525) (Not Used at Cutter) %MW524 Pintado P2 VFD2_IN.PET_3236 Run time (resetable) 1hr Real ??? (%MW526 & 527) (Not Used at Cutter) %MW526 P2_NumStrsCTU_CV Number of starts Real ??? (%MW528 & 529) (Not Used at Cutter) %MW528 Pintado P2 VFD Fault Code Kin Na Diz Pump Station Real ??? (%MW530 & 531) %MW530 1 Pintado Spare Integer (Not Used at Cutter) %MW532 Pintado Spare Integer (Not Used at Cutter) %MW533 Pintado Spare Integer (Not Used at Cutter) %MW534 Pintado Spare Integer (Not Used at Cutter) %MW535 Pintado Spare Integer (Not Used at Cutter) %MW536 Pintado Spare Integer (Not Used at Cutter) %MW537 Pintado Spare Integer (Not Used at Cutter) %MW538 Pintado Spare Integer (Not Used at Cutter) %MW539 Pintado Spare Integer (Not Used at Cutter) %MW540 Pintado Spare Integer (Not Used at Cutter) %MW541 Pintado Spare Integer (Not Used at Cutter) %MW542 Pintado Spare Integer (Not Used at Cutter) %MW543 Pintado Spare Integer (Not Used at Cutter) %MW544 Pintado Spare Integer (Not Used at Cutter) %MW545 Pintado Spare Integer (Not Used at Cutter) %MW546 Pintado Spare Integer (Not Used at Cutter) %MW547 Pintado Spare Integer (Not Used at Cutter) %MW548 Pintado Spare Integer (Not Used at Cutter) %MW549 Pintado Spare Integer (Not Used at Cutter) %MW550

Pintado total 179 words - 35 Integer - 36 Real

START OF PINTADO PATTERSON I/P Address DI Integer Word %MW3000

Pintado Patterson Heart Beat Bit 0 (Not Used at Cutter) %MW3000.0 Pintado Patterson (1=SCADA requesting remote control) Bit 1 (Not Used at Cutter) %MW3000.1 Pintado Patterson (1=Enable; 0=Disable remote control of station) Bit 2 (Not Used at Cutter) %MW3000.2 Pintado Patterson (1=place station in Constant pressure mode) Bit 3 (Not Used at Cutter) %MW3000.3 Pintado Patterson (1=place station in Constant speed mode) Bit 4 (Not Used at Cutter) %MW3000.4 Pintado Patterson (1=SCADA set point registers one shot move Bit 5 (Not Used at Cutter) %MW3000.5 (1=Flow 1k GALs register is reset to zero) Bit 6 (Not Used at Cutter) %MW3000.6 Pintado Patterson Receiving Tank Transmitter Fault Pintado Pump Station Bit 7 %MW3000.7 1 1 Pintado Patterson Supply Tank Transmitter Fault Pintado Pump Station Bit 8 %MW3000.8 1 1 Pintado Patterson Spare Bit 9 (Not Used at Cutter) %MW3000.9 Pintado Patterson Spare Bit 10 (Not Used at Cutter) %MW3000.10 Pintado Patterson Spare Bit 11 (Not Used at Cutter) %MW3000.11 Pintado Patterson Spare Bit 12 (Not Used at Cutter) %MW3000.12 Pintado Patterson Spare Bit 13 (Not Used at Cutter) %MW3000.13 Pintado Patterson Spare Bit 14 (Not Used at Cutter) %MW3000.14 Pintado Patterson Spare Bit 15 (Not Used at Cutter) %MW3000.15

Pintado Patterson total 1 word - 1 Integer

START OF WHITEHORSE I/P Address Whitehorse Well Level Integer (Not Used at Cutter) %MW555 Whitehorse Well Flow Rate Integer (Not Used at Cutter) %MW556 Whitehorse Well Soft Start Current Integer (Not Used at Cutter) %MW557

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

Whitehorse Well Flow Total Integer (Not Used at Cutter) %MW558 Whitehorse Tank Level Whitehorse Lake Tanks - Distribution Tank Integer %MW559 1 Whitehorse Tank Battery Level Integer (Not Used at Cutter) %MW560 Whitehorse Spare Integer (Not Used at Cutter) %MW561 Whitehorse Spare Integer (Not Used at Cutter) %MW562 Whitehorse Spare Integer (Not Used at Cutter) %MW563

DI Integer Word (Not Used at Cutter) %MW564 Whitehorse Tank RTU Intrusion Bit 0 (Not Used at Cutter) %MW564.0 Whitehorse Tank Battery Intrusion Bit 1 (Not Used at Cutter) %MW564.1 Whitehorse Intr_Alm_DI0 Bit 2 (Not Used at Cutter) %MW564.2 Whitehorse StartER_In_Auto_DI1 Bit 3 (Not Used at Cutter) %MW564.3 Whitehorse SS_Thrm_Ovld_DI2 Bit 4 (Not Used at Cutter) %MW564.4 Whitehorse SS_Ovrcrnt_DI3 Bit 5 (Not Used at Cutter) %MW564.5 Whitehorse SS_FAUlT_DI4 Bit 6 (Not Used at Cutter) %MW564.6 Whitehorse Well SS Running Bit 7 (Not Used at Cutter) %MW564.7 Whitehorse Hi_Pres_Dsch_DI6 Bit 8 (Not Used at Cutter) %MW564.8 Whitehorse Phs_Loss_DI7 Bit 9 (Not Used at Cutter) %MW564.9 Whitehorse Flw_Tot_Pls_DI8 Bit 10 (Not Used at Cutter) %MW564.10 Whitehorse Well_Lvl_Probe Bit 11 (Not Used at Cutter) %MW564.11 Whitehorse Spare Bit 12 (Not Used at Cutter) %MW564.12 Whitehorse Spare Bit 13 (Not Used at Cutter) %MW564.13 Whitehorse Spare Bit 14 (Not Used at Cutter) %MW564.14 Whitehorse Spare Bit 15 (Not Used at Cutter) %MW564.15

Whitehorse Spare Integer (Not Used at Cutter) %MW565

DI Integer Word (Not Used at Cutter) %MW566 Whitehorse Intrusion Alarm Bit 0 (Not Used at Cutter) %MW566.0 Whitehorse Soft Starter in Auto Bit 1 (Not Used at Cutter) %MW566.1 Whitehorse Soft Starter Thermo overload Bit 2 (Not Used at Cutter) %MW566.2 Whitehorse Soft Starter Overcurrent Bit 3 (Not Used at Cutter) %MW566.3 Whitehorse Soft Starter Fault Bit 4 (Not Used at Cutter) %MW566.4 Whitehorse Well Running Bit 5 (Not Used at Cutter) %MW566.5 Whitehorse High Pressure Discharge Alarm Bit 6 (Not Used at Cutter) %MW566.6 Whitehorse Phase Loss Bit 7 (Not Used at Cutter) %MW566.7 Whitehorse Spare Bit 8 (Not Used at Cutter) %MW566.8 Whitehorse Low Well Level Bit 9 (Not Used at Cutter) %MW566.9 Whitehorse Spare Bit 10 (Not Used at Cutter) %MW566.10 Whitehorse Spare Bit 11 (Not Used at Cutter) %MW566.11 Whitehorse Spare Bit 12 (Not Used at Cutter) %MW566.12 Whitehorse Spare Bit 13 (Not Used at Cutter) %MW566.13 Whitehorse Spare Bit 14 (Not Used at Cutter) %MW566.14 Whitehorse Spare Bit 15 (Not Used at Cutter) %MW566.15

Whitehorse Spare Integer (Not Used at Cutter) %MW568 Whitehorse Spare Integer (Not Used at Cutter) %MW569 Whitehorse Spare Integer (Not Used at Cutter) %MW570 Whitehorse Spare Integer (Not Used at Cutter) %MW571 Whitehorse Spare Integer (Not Used at Cutter) %MW572

Whitehorse total 17 words - 17 Integers

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

START OF KIN na DIZ I/P Address

DI Integer Word %MW610 Kin na Diz P1 Auto Kin na Diz Pump Station Bit 0 %MW610.0 1 Kin na Diz P1 Start Bit 1 (Not Used at Cutter) %MW610.1 Kin na Diz P1 Running Kin na Diz Pump Station Bit 2 %MW610.2 1 Kin na Diz P1 Not Ready Bit 3 (Not Used at Cutter) %MW610.3 Kin na Diz P1 Fault Kin na Diz Pump Station Bit 4 %MW610.4 1 1 Kin na Diz P1 Alarm Kin na Diz Pump Station Bit 5 %MW610.5 1 Kin na Diz P1 Start Fail Kin na Diz Pump Station Bit 6 %MW610.6 1 1 Kin na Diz P1 Motor Over-temperature Fault Bit 7 (Not Used at Cutter) %MW610.7 Kin na Diz P1 High Suction Pressure Kin na Diz Pump Station Bit 8 %MW610.8 1 1 Kin na Diz P1 kW Limit Bit 9 (Not Used at Cutter) %MW610.9 Kin na Diz Spare Bit 10 (Not Used at Cutter) %MW610.10 Kin na Diz Spare Bit 11 (Not Used at Cutter) %MW610.11 Kin na Diz Spare Bit 12 (Not Used at Cutter) %MW610.12 Kin na Diz Spare Bit 13 (Not Used at Cutter) %MW610.13 Kin na Diz Spare Bit 14 (Not Used at Cutter) %MW610.14 Kin na Diz Spare Bit 15 (Not Used at Cutter) %MW610.15

DI Integer Word %MW611 Kin na Diz P2 Auto Kin na Diz Pump Station Bit 0 %MW611.0 1 Kin na Diz P2 Start Bit 1 (Not Used at Cutter) %MW611.1 Kin na Diz P2 Running Kin na Diz Pump Station Bit 2 %MW611.2 1 Kin na Diz P2 Not Ready Bit 3 (Not Used at Cutter) %MW611.3 Kin na Diz P2 Fault Kin na Diz Pump Station Bit 4 %MW611.4 1 1 Kin na Diz P2 Alarm Kin na Diz Pump Station Bit 5 %MW611.5 1 Kin na Diz P2 Start Fail Kin na Diz Pump Station Bit 6 %MW611.6 1 1 Kin na Diz P2 Motor Over-temperature Fault Bit 7 (Not Used at Cutter) %MW611.7 Kin na Diz P2 High Suction Pressure Kin na Diz Pump Station Bit 8 %MW611.8 1 1 Kin na Diz P2 kW Limit Bit 9 (Not Used at Cutter) %MW611.9 Kin na Diz Spare Bit 10 (Not Used at Cutter) %MW611.10 Kin na Diz Spare Bit 11 (Not Used at Cutter) %MW611.11 Kin na Diz Spare Bit 12 (Not Used at Cutter) %MW611.12 Kin na Diz Spare Bit 13 (Not Used at Cutter) %MW611.13 Kin na Diz Spare Bit 14 (Not Used at Cutter) %MW611.14 Kin na Diz Spare Bit 15 (Not Used at Cutter) %MW611.15

DI Integer Word %MW612 Kin na Diz P3 Auto Kin na Diz Pump Station Bit 0 %MW612.0 1 Kin na Diz P3 Start Bit 1 (Not Used at Cutter) %MW612.1 Kin na Diz P3 Running Kin na Diz Pump Station Bit 2 %MW612.2 1 Kin na Diz P3 Not Ready Bit 3 (Not Used at Cutter) %MW612.3 Kin na Diz P3 Fault Kin na Diz Pump Station Bit 4 %MW612.4 1 1 Kin na Diz P3 Alarm Kin na Diz Pump Station Bit 5 %MW612.5 1 Kin na Diz P3 Start Fail Kin na Diz Pump Station Bit 6 %MW612.6 1 1 Kin na Diz P3 Motor Over-temperature Fault Bit 7 (Not Used at Cutter) %MW612.7 Kin na Diz P3 High Suction Pressure Kin na Diz Pump Station Bit 8 %MW612.8 1 1 Kin na Diz P3 kW Limit Bit 9 (Not Used at Cutter) %MW612.9 Kin na Diz Spare Bit 10 (Not Used at Cutter) %MW612.10 Kin na Diz Spare Bit 11 (Not Used at Cutter) %MW612.11 Kin na Diz Spare Bit 12 (Not Used at Cutter) %MW612.12 Kin na Diz Spare Bit 13 (Not Used at Cutter) %MW612.13 Kin na Diz Spare Bit 14 (Not Used at Cutter) %MW612.14

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

Kin na Diz Spare Bit 15 (Not Used at Cutter) %MW612.15

DI Integer Word %MW613 Kin na Diz Control Power Available Kin na Diz Pump Station Bit 0 %MW613.0 1 Kin na Diz Auto Operation Kin na Diz Pump Station Bit 1 %MW613.1 1 Kin na Diz Local Control Kin na Diz Pump Station Bit 2 %MW613.2 1 Kin na Diz Remote Control Kin na Diz Pump Station Bit 3 %MW613.3 1 Kin na Diz Control Disabled Kin na Diz Pump Station Bit 4 %MW613.4 1 Kin na Diz SCADA Enable Feedback Bit 5 (Not Used at Cutter) %MW613.5 Kin na Diz Alt Auto Bit 6 (Not Used at Cutter) %MW613.6 Kin na Diz Alt SEQ 12_3 Bit 7 (Not Used at Cutter) %MW613.7 Kin na Diz Alt SEQ 23_1 Bit 8 (Not Used at Cutter) %MW613.8 Kin na Diz Alt SEQ 31_2 Bit 9 (Not Used at Cutter) %MW613.9 Kin na Diz Constant Speed Mode Kin na Diz Pump Station Bit 10 %MW613.10 1 Kin na Diz Constant Pressure Mode Kin na Diz Pump Station Bit 11 %MW613.11 1 Kin na Diz Lead Call Bit 12 (Not Used at Cutter) %MW613.12 Kin na Diz Lag Call Bit 13 (Not Used at Cutter) %MW613.13 Kin na Diz IA1 Switch status Bit 14 (Not Used at Cutter) %MW613.14 Kin na Diz IA2 Switch status Bit 15 (Not Used at Cutter) %MW613.15

DI Integer Word %MW614 Kin na Diz Smoke Alarm Kin Na Diz Pump Station Bit 0 %MW614.0 1 1 Kin na Diz Intrusion Alarm Kin Na Diz Pump Station Bit 1 %MW614.1 1 1 Kin na Diz Intrusion Alarm Disabled Kin Na Diz Pump Station Bit 2 %MW614.2 1 Kin na Diz Flow Transmitter Fault Kin Na Diz Pump Station Bit 3 %MW614.3 1 1 Kin na Diz Discharge Pressure Transmitter Fault Kin Na Diz Pump Station Bit 4 %MW614.4 1 1 Kin na Diz Suction Pressure Transmitter Fault Kin Na Diz Pump Station Bit 5 %MW614.5 1 1 Kin na Diz High Discharge Pressure Kin Na Diz Pump Station Bit 6 %MW614.6 1 1 Kin na Diz Low Discharge Pressure Kin Na Diz Pump Station Bit 7 %MW614.7 1 1 Kin na Diz Low Suction Pressure Kin Na Diz Pump Station Bit 8 %MW614.8 1 1 Kin na Diz SCADA Fault Kin Na Diz Pump Station Bit 9 %MW614.9 1 1 Kin na Diz Receiving Tank High Level Kin Na Diz Pump Station Bit 10 %MW614.10 1 1 Kin na Diz Receiving Tank Low Level Kin Na Diz Pump Station Bit 11 %MW614.11 1 1 Kin na Diz Supply Tank Low Level Kin Na Diz Pump Station Bit 12 %MW614.12 1 1 Kin na Diz Spare Bit 13 (Not Used at Cutter) %MW614.13 Kin na Diz Spare Bit 14 (Not Used at Cutter) %MW614.14 Kin na Diz Spare Bit 15 (Not Used at Cutter) %MW614.15

Kin na Diz Spare Integer (Not Used at Cutter) %MW615 Kin na Diz Discharge Pressure Kin Na Diz Pump Station Integer %MW616 1 Kin na Diz Suction Pressure Kin Na Diz Pump Station Integer %MW617 1 Kin na Diz Flow Kin Na Diz Pump Station Integer %MW618 1 Kin na Diz Total Flow Kin Na Diz Pump Station Integer %MW619 1 Kin na Diz Receiving Tank Pumps Off Level Integer (Not Used at Cutter) %MW620 Kin na Diz Receiving Tank Lag Pump Off Level Integer (Not Used at Cutter) %MW621 Kin na Diz Receiving Tank Lead Pump Call Level Integer (Not Used at Cutter) %MW622 Kin na Diz Receiving Tank Lag Pump Call Level Integer (Not Used at Cutter) %MW623 Kin na Diz Receiving Tank High Fault Level Integer (Not Used at Cutter) %MW624 Kin na Diz Receiving Tank Low Alarm Level Integer (Not Used at Cutter) %MW625 Kin na Diz Suction Tank Low Fault Level Integer (Not Used at Cutter) %MW626 Kin na Diz Discharge Pressure Set-Point Integer (Not Used at Cutter) %MW627 Kin na Diz High Discharge Pressure Fault Set-Point Integer (Not Used at Cutter) %MW628 Kin na Diz Low Discharge Pressure Alarm Set-Point Integer (Not Used at Cutter) %MW629

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

Kin na Diz Low Suction Pressure Alarm Set-Point Integer (Not Used at Cutter) %MW630 Kin na Diz VFD Speed Reference Integer (Not Used at Cutter) %MW631 Kin na Diz Spare Integer (Not Used at Cutter) %MW632 Kin na Diz Spare Integer (Not Used at Cutter) %MW633 Kin na Diz Spare Integer (Not Used at Cutter) %MW634 Kin na Diz P1 Frequency Kin Na Diz Pump Station Integer %MW635 1 Kin na Diz P1 Current Kin Na Diz Pump Station Integer %MW636 1 Kin na Diz VFD1 Motor Voltage Integer (Not Used at Cutter) %MW637 Kin na Diz VFD1 Input Power Integer (Not Used at Cutter) %MW638 Kin na Diz VFD1 Thermal State Integer (Not Used at Cutter) %MW639 Kin na Diz VFD1 Logical Input Map Integer (Not Used at Cutter) %MW640 Kin na Diz VFD1 Run Time Hours Integer (Not Used at Cutter) %MW641 Kin na Diz VFD1 Number of Starts Integer (Not Used at Cutter) %MW642 Kin na Diz P1 VFD Fault Code Kin Na Diz Pump Station Integer %MW643 1 Kin na Diz Spare Integer (Not Used at Cutter) %MW644 Kin na Diz P2 Frequency Kin Na Diz Pump Station Integer %MW645 1 Kin na Diz P2 Current Integer %MW646 1 Kin na Diz VFD2 Motor Voltage Kin Na Diz Pump Station Integer (Not Used at Cutter) %MW647 Kin na Diz VFD2 Input Power Integer (Not Used at Cutter) %MW648 Kin na Diz VFD2 Thermal State Integer (Not Used at Cutter) %MW649 Kin na Diz VFD2 Logical Input Map Integer (Not Used at Cutter) %MW650 Kin na Diz VFD2 Run Time Hours Integer (Not Used at Cutter) %MW651 Kin na Diz VFD2 Number of Starts Integer (Not Used at Cutter) %MW652 Kin na Diz P2 VFD Fault Code Kin Na Diz Pump Station Integer %MW653 1 Kin na Diz Spare Integer (Not Used at Cutter) %MW654 Kin na Diz P3 Frequency Kin Na Diz Pump Station Integer %MW655 1 Kin na Diz P3 Current Kin Na Diz Pump Station Integer %MW656 1 Kin na Diz VFD3 Motor Voltage Integer (Not Used at Cutter) %MW657 Kin na Diz VFD3 Input Power Integer (Not Used at Cutter) %MW658 Kin na Diz VFD3 Thermal State Integer (Not Used at Cutter) %MW659 Kin na Diz VFD3 Logical Input Map Integer (Not Used at Cutter) %MW660 Kin na Diz VFD3 Run Time Hours Integer (Not Used at Cutter) %MW661 Kin na Diz VFD3 Number of Starts Integer (Not Used at Cutter) %MW662 Kin na Diz P3 VFD Fault Code Kin Na Diz Pump Station Integer %MW663 1 Kin na Diz Spare Integer (Not Used at Cutter) %MW664 Kin na Diz Spare Integer (Not Used at Cutter) %MW665 Kin na Diz Spare Integer (Not Used at Cutter) %MW666 Kin na Diz Spare Integer (Not Used at Cutter) %MW667

DI Integer Word %MW668 Kin na Diz Surge Building Intrusion Alarm Kin Na Diz Pump Station Bit 0 %MW668.0 1 1 Kin na Diz Spare Bit 1 (Not Used at Cutter) %MW668.1 Kin na Diz Surge Building Smoke Alarm Kin Na Diz Pump Station Bit 2 %MW668.2 1 1 Kin na Diz Spare Bit 3 (Not Used at Cutter) %MW668.3 Kin na Diz Spare Bit 4 (Not Used at Cutter) %MW668.4 Kin na Diz Spare Bit 5 (Not Used at Cutter) %MW668.5 Kin na Diz Spare Bit 6 (Not Used at Cutter) %MW668.6 Kin na Diz Spare Bit 7 (Not Used at Cutter) %MW668.7 Kin na Diz Spare Bit 8 (Not Used at Cutter) %MW668.8 Kin na Diz Spare Bit 9 (Not Used at Cutter) %MW668.9 Kin na Diz Spare Bit 10 (Not Used at Cutter) %MW668.10 Kin na Diz Spare Bit 11 (Not Used at Cutter) %MW668.11 Kin na Diz Spare Bit 12 (Not Used at Cutter) %MW668.12

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

Kin na Diz Spare Bit 13 (Not Used at Cutter) %MW668.13 Kin na Diz Spare Bit 14 (Not Used at Cutter) %MW668.14 Kin na Diz Spare Bit 15 (Not Used at Cutter) %MW668.15

Kin na Diz Supply Tank Level Kin Na Diz Pump Station Integer %MW669 1 Kin na Diz Surge Tank Level Kin Na Diz Pump Station Integer %MW670 1 Kin na Diz Spare Integer (Not Used at Cutter) %MW671 Kin na Diz Spare Integer (Not Used at Cutter) %MW672

DI Integer Word %MW673 Kin na Diz Control Room Intrusion Alarm Kin Na Diz Tanks - Chlorine Injection Bit 0 %MW673.0 1 1 Kin na Diz Chlorine Room Intrusion Alarm Kin Na Diz Tanks - Chlorine Injection Bit 1 %MW673.1 1 1 Kin na Diz Smoke Alarm Kin Na Diz Tanks - Chlorine Injection Bit 2 %MW673.2 1 1 Kin na Diz Cl2 Leak Warning Kin Na Diz Tanks - Chlorine Injection Bit 3 %MW673.3 1 1 Kin na Diz Cl2 Leak Alarm Kin Na Diz Tanks - Chlorine Injection Bit 4 %MW673.4 1 1 Kin na Diz Cl2 Detector Fault Kin Na Diz Tanks - Chlorine Injection Bit 5 %MW673.5 1 1 Kin na Diz Cl2 High Vacuum Alarm Kin Na Diz Tanks - Chlorine Injection Bit 6 %MW673.6 1 1 Kin na Diz Cl2 Low Vacuum Alarm Kin Na Diz Tanks - Chlorine Injection Bit 7 %MW673.7 1 1 Kin na Diz Spare Bit 8 (Not Used at Cutter) %MW673.8 Kin na Diz Spare Bit 9 (Not Used at Cutter) %MW673.9 Kin na Diz Spare Bit 10 (Not Used at Cutter) %MW673.10 Kin na Diz Spare Bit 11 (Not Used at Cutter) %MW673.11 Kin na Diz Spare Bit 12 (Not Used at Cutter) %MW673.12 Kin na Diz Spare Bit 13 (Not Used at Cutter) %MW673.13 Kin na Diz Spare Bit 14 (Not Used at Cutter) %MW673.14 Kin na Diz Spare Bit 15 (Not Used at Cutter) %MW673.15

DI Integer Word %MW674 Kin na Diz Cl2 System Alarm Kin Na Diz Tanks - Chlorine Injection Bit 0 %MW674.0 1 1 Kin na Diz Cl2 Booster Pump Running Kin Na Diz Tanks - Chlorine Injection Bit 1 %MW674.1 1 Kin na Diz Flow Valve Open Kin Na Diz Tanks - Chlorine Injection Bit 2 %MW674.2 1 Kin na Diz L22 Valve Closed Kin Na Diz Tanks - Chlorine Injection Bit 3 %MW674.3 1 Kin na Diz Spare Bit 4 (Not Used at Cutter) %MW674.4 Kin na Diz Spare Bit 5 (Not Used at Cutter) %MW674.5 Kin na Diz Spare Bit 6 (Not Used at Cutter) %MW674.6 Kin na Diz Spare Bit 7 (Not Used at Cutter) %MW674.7 Kin na Diz Spare Bit 8 (Not Used at Cutter) %MW674.8 Kin na Diz Spare Bit 9 (Not Used at Cutter) %MW674.9 Kin na Diz Spare Bit 10 (Not Used at Cutter) %MW674.10 Kin na Diz Spare Bit 11 (Not Used at Cutter) %MW674.11 Kin na Diz Spare Bit 12 (Not Used at Cutter) %MW674.12 Kin na Diz Spare Bit 13 (Not Used at Cutter) %MW674.13 Kin na Diz Spare Bit 14 (Not Used at Cutter) %MW674.14 Kin na Diz Spare Bit 15 (Not Used at Cutter) %MW674.15

Kin na Diz Phoenix Contact Pulse Module for Flow Total Kin Na Diz Tanks Integer (Not Used at Cutter) %MW675 Kin na Diz Distribution Tank Level Kin Na Diz Tanks - Distribution Tank KIN na DIZ READ WORD 66 %MW676 1 Kin na Diz Flow Meter Kin Na Diz Tanks KIN na DIZ READ WORD 67 %MW677 1 Kin na Diz Cl2 Bottle 1 Weight Kin Na Diz Tanks - Chlorine Injection KIN na DIZ READ WORD 68 %MW678 1 Kin na Diz Cl2 Bottle 2 Weight Kin Na Diz Tanks - Chlorine Injection KIN na DIZ READ WORD 69 %MW679 1 Kin na Diz Spare Integer (Not Used at Cutter) %MW680 Kin na Diz Spare Integer (Not Used at Cutter) %MW681 PLC MonthDay Integer (Not Used at Cutter) %MW682

DESCRIPTION Identification on Diagram Word Type Address

DISPLAYED

ON HMI AT

CUTTER ALARM INPUT

PLC HourMinute Integer (Not Used at Cutter) %MW683 PLC Milliseconds Integer (Not Used at Cutter) %MW684

Kin na Diz total 75 words - 75 Integers

START OF KIN na DIZ Patterson I/P Address DI Integer Word %MW3100

Kin na Diz SCADA healt bit Bit 0 (Not Used at Cutter) %MW3100.0 Kin na Diz SCADA remote control request Bit 1 (Not Used at Cutter) %MW3100.1 Kin na Diz SCADA enable request Bit 2 (Not Used at Cutter) %MW3100.2 Kin na Diz SCADA contstant P mode request Bit 3 (Not Used at Cutter) %MW3100.3 Kin na Diz SCADA contstant n mode request Bit 4 (Not Used at Cutter) %MW3100.4 Kin na Diz SCADA set point write Bit 5 (Not Used at Cutter) %MW3100.5 Kin na Diz SCADA 1k GALs flow reset Bit 6 (Not Used at Cutter) %MW3100.6 Kin na Diz SCADA receiving tank level transmitter fault Bit 7 (Not Used at Cutter) %MW3100.7 Kin na Diz Reciving Tank Transmitter Fault Kin Na Diz Pump Station Bit 8 %MW3100.8 1 1 Kin na Diz Supply Tank Transmitter Fault Kin Na Diz Pump Station Bit 9 %MW3100.9 1 1 Kin na Diz SCADA Building Smoke Alarm Kin Na Diz Pump Station Bit 10 %MW3100.10 1 1 Kin na Diz Spare Bit 11 (Not Used at Cutter) %MW3100.11 Kin na Diz Spare Bit 12 (Not Used at Cutter) %MW3100.12 Kin na Diz Spare Bit 13 (Not Used at Cutter) %MW3100.13 Kin na Diz Spare Bit 14 (Not Used at Cutter) %MW3100.14 Kin na Diz Spare Bit 15 (Not Used at Cutter) %MW3100.15

Kin na Diz Spare Integer (Not Used at Cutter) %MW3101 Kin na Diz Spare Integer (Not Used at Cutter) %MW3102 Kin na Diz Spare Integer (Not Used at Cutter) %MW3103 Kin na Diz SCADA Discharge pressue set-point 0-300 psi Integer (Not Used at Cutter) %MW3104 Kin na Diz Spare Integer (Not Used at Cutter) %MW3105 Kin na Diz SCADA Constant n VFD speed ref. set-point 70-100% Integer (Not Used at Cutter) %MW3106 Kin na Diz Spare Integer (Not Used at Cutter) %MW3107 Kin na Diz SCADA Receiving Tank Pumps Off Level Set-point Integer (Not Used at Cutter) %MW3108 Kin na Diz Spare Integer (Not Used at Cutter) %MW3109 Kin na Diz SCADA Receiving Tank Lag Pump Off Level Set-point Integer (Not Used at Cutter) %MW3110 Kin na Diz Spare Integer (Not Used at Cutter) %MW3111 Kin na Diz…