25_12_10_-_Programmable_Logic_Controller_Amend_0004_0004.pdf

Folsom Warehouse – Bridge Crane Replacement Amendment No. 0004 American River Division Solicitation No. 140R2026R0017 Folsom Unit - Central Valley Project, California Specifications No. 20-C0942

Programmable Logic Controller

Revised 25 12 10 - 1

SECTION 25 12 10

PROGRAMMABLE LOGIC CONTROLLER

PART 1 GENERAL

1.01 MEASUREMENT AND PAYMENT

A. Cost:

1. Include cost of the following in the lump sum price offered in the Price Schedule for Furnish, Install, Test and Deliver New Crane Automation Control System:

a. Programmable Logic Controllers.

b. Human Machine Interface and Graphic Displays.

c. AC Power Supply.

2. Include cost of spare parts in price offered in the Price Schedule for Spare Parts for Automation Control System.

1.02 DEFINITIONS AND ACRONYMS

A. A: Amps

B. AI: Analog Input

C. AO: Analog Output

D. DI: Digital Input

E. DO: Digital Output

F. FAT: Factory Acceptance Testing

G. GB: Giga Byte

H. HMI: Human Machine Interface

I. I/O: Input/Output

J. IP: Internet Protocol

K. LA Power: Local Actuator Power

L. mA: Milliamps

M. MOD Power: Modular Power

Revised 25 12 10 - 2

N. ms: Milliseconds

O. MB: Mega Byte

P. PLC: Programmable Logic Controller

Q. SA Power: Sensor/Actuator Power

R. SAT: Site Acceptance Testing

S. SCADA: Supervisory Control and Data Acquisition

T. SPD: Surge Protection Device

U. VAC: Voltage Alternating Current

V. VDC: Voltage Direct Current

W. W: Watts

X. Automation Control: Application of technology to monitor and control processes.

Y. Communications: A network of communication equipment and associated protocols

Z. Control system diagram: conceptual diagram of the functional interrelationship of subsystems, usually in block form.

AA. CPU: Central Processing Unit.

BB. Dielectric test: tests made to determine ability of insulating materials and spacings to withstand specified overvoltages for a specified time without flashover or puncture.

CC. DRAM: Dynamic Random-Access Memory.

DD. Drift: as applied to devices such as pressure switches, temperature switches etc., a change in operating characteristics over a specified number of operations or time and specified environmental conditions.

1.03 REFERENCE STANDARDS

A. American Society of Mechanical Engineers (ASME)

1. ASME B30.2-2022 Overhead and Gantry Cranes (Top Running

Bridge, Single or Multiple Girder, Top Running Trolley Hoist)

B. Code of Federal Regulations (CFR)

1. 29 CFR 1910 – 2022 Occupational Safety and Health Standards

Revised 25 12 10 - 3

2. 47 CFR Part 15 – 2023 Radio Frequency Devices

C. Facilities Instructions, Standards and Techniques (FIST)

1. FIST 4-1b – 2022 Maintenance Scheduling for Electrical

Equipment

D. Institute of Electrical and Electronics Engineers (IEEE)

1. IEEE 754-2019 Floating-Point Arithmetic

2. IEEE 802.3 – 2018 Standard for Ethernet

3. IEEE 802C – 2017 Local and Metropolitan Area Networks:

Overview and Architecture – Amendment 2:

Local Medium Access Control (MAC) Address Usage

4. IEEE 1010 – 2006 Guide for Control of Hydroelectric Power Plants

5. IEEE 1046-1996 Distribution Digital Control and Monitoring for Power Plants.

6. IEEE 1249 – 2013 Guide for Computer-Based Control for Hydroelectric Power Plant Automation

7. IEEE 1379 – 2000(R2006) Data Communications Between Remote Terminal Units and Intelligent Electronic Devices in a Substation

8. IEEE 1613 – 2009 Standard for Environmental and Testing Requirements for Communications Networking Devices in Electric Power Substations.

9. IEEE 3003.2-2014 IEEE Recommended Practice for Equipment Grounding and Bonding in Industrial and Commercial Power Systems

10. IEEE C37.90.1 Standard for Surge Withstand Capability (SWC) Tests for Relays and Relay Systems Associated with Electric Power Apparatus

11. IEEE C37.90.2 Withstand Capability of Relay Systems to Radiated Electromagnetic Interference from Transceivers

12. IEEE C62.41.1-2008 Guide on the Surge Environment in Low- Voltage (1000V and Less) AC Power Circuits

E. International Electrotechnical Commission (IEC)

Revised 25 12 10 - 4

1. IEC 60068-2-1:2007 Environmental testing – Part 2-1: Tests – Test A: Cold

2. IEC 60068-2-2:2007 Environmental testing – Part 2-2: Tests – Test B: Dry Heat

3. IEC 60068-2-14:2007 Environmental testing – Part 2-14: Tests – Test N: Change of Temperature

4. IEC 60068-2-30:2007 Environmental testing – Part 2-30: Tests – Test Db: Damp heat, cyclic (12 h + 12 h cycle)

5. IEC 60870-3-(1989) Telecontrol equipment and systems Part 3:

Interfaces (Electrical Characteristics)

6. IEC 61000-4-5-(2005) Electromagnetic Compatibility (EMC) – Testing and Measurement Techniques – Surge Immunity Test

7. IEC 61131-1-(2003) Programmable Controllers – Part 1: General Information

8. IEC 61131-3-(2013) Programmable controllers – Part 3:

Programming Languages

9. IEC 61131-2-(2007) Programmable Controllers – Part 2:

Equipment Requirements and Tests

10. IEC 61508-3-(2010) Functional Safety of Electrical/Electronic/Programmable Safety- Related Systems – Part 3: Software Requirements

11. IEC 62443-2020 Industrial Communication Networks – Network and System Security

F. International Society of Automation (ISA)

1. ISA 101.01 Human Machine Interfaces for Process

Automation Systems

2. ISA 61511-1-(2017) Functional Safety – Safety Instrumented

Systems for the Process Industry Sector Part 1: Framework, Definitions, System, Hardware and Application Programming Requirements

3. ISA 62381-2011 Automation Systems in the Process Industry

– Factory Acceptance Test (FAT), Site Acceptance Test (SAT), and Site Integration Test (SIT)

Revised 25 12 10 - 5

G. National Fire Protection Association, Inc. (NFPA)

1. NFPA 70-2023 National Electrical Code (NEC)

H. National Institute of Standards and Technology (NIST)

1. NIST SP 800-82 Rev. 2 (2015) Guide to Industrial Control Systems (ICS)

Security

1.04 SUBMITTALS

A. Refer to Section 25 00 01 – Automation Control System.

1.05 DESIGN REQUIREMENTS

A. General Requirements:

1. Provide two crane control PLC assemblies. The PLC equipment shall utilize logic functions, memory, timing functions, software, I/O points and communication capabilities for the control and monitoring functions of the system described.

a. The Crane Control PLC shall provide accurate and reliable control of the hoist motors, travel motors and variable frequency drives.

2. Coordinate PLC assembly and HMI screen application programming in accordance to Section 25 00 01 – Automation Control System.

3. In accordance with IEEE 802.3, IEEE 802C, IEEE 1249, and IEEE 1379.

4. Failure of PLC and HMI screens shall be fail-safe and alarmed.

B. PLC assembly shall be micro-processor based, capable of the following:

1. Receiving binary and analog inputs.

2. Controlling binary and analog output functions.

3. Capable of accomplishing the control requirements of the specifications.

4. Perform data handling operations and communicate with external network devices.

5. Withstand susceptibility tests in accordance with NEMA ICS 1, NEMA ICS 2, IEC 61131-2, IEEE C37.90.1 and IEEE C37.90.2.

C. PLCs must be labeled as Class A, digital device, under 47 Code of Federal Regulations Part 15.

D. Provide PLC assembly with multiple loop controllers with a scalable process variable for each loop.

E. Design PLC assembly to provide proportional, integral and derivative (PID) control logic.

Revised 25 12 10 - 6

1. Analog outputs shall be configured as direct acting or reverse acting.

F. Modular PLC

1. Expandable through additional hardware and/or software.

2. Modules grouped together in a mounting rack or cabinet.

3. Mounting rack backplane shall provide the communications mechanism integrating individual modules.

a. The use of wires connectors between modules will not be accepted.

G. PLCs, I/O modules, communication modules, backplanes, and other components furnished shall be of the same manufacturer. Minimize number of different types and models utilized.

H. PLC assemblies shall be located in control enclosures as shown on drawings and as outlined in Section 41 22 15 – Bridge Crane Electrical Components.

I. Environmental:

1. PLC automation control equipment shall be suitable for indoor and outdoor use.

2. PLC Automation control equipment shall be capable of functioning in an ambient temperature ranging from 20 to 120 degrees F, up to 100% relative humidity.

3. Vibration: 2g at 10 to 500 Hertz.

J. Automation Controls Digital Central Processing Unit:

1. CPU shall be a microprocessor based unit that provides the following:

a. Self-contained.

b. Scanning.

c. Application program execution.

d. Storage of application programs.

e. Storage of numerical values related to the application process and logic.

f. I/O bus traffic control.

2. Speed:

a. Processor shall be able to simultaneously run all tasks with a scan time equal to or greater than the time taken for the controller to complete a control loop.

1) The processor loading shall be less than 60 percent while running all specified tasks.

3. Processor program stored in non-volatile memory, so that the program will be saved indefinitely with no external power applied to the processor board.

Revised 25 12 10 - 7

4. Communications:

a. Ability to communicate with the Crane Automation Control System and components as shown on network diagrams.

b. Communication module shall allow programming of the PLC’s locally.

5. Indications:

a. Colored LED indications shall display the operating mode of the processor, i.e. running, programming mode, failure condition, communications active, etc.

K. The PLC assembly shall be capable of the following minimum safety measures:

1. Watchdog function to monitor:

a. Internal processor clock failure.

b. Processor memory failure.

c. Loss of communication between processor and I/O modules.

d. Processor ceases to execute logic program.

2. Safety conditions:

a. Utilize program module to dictate output states in a known and safe manner prior to running of control program.

3. Security:

a. Password protection with lockable key operated selector switches.

4. Provide high noise immunity to prevent occurrence of false logic signals resulting from switching transients, relay and circuit breaker noise or radiated radio frequency interference.

L. Human Machine Interface (HMI) Touch Screen:

1. General Requirements:

a. Provide a series of screens for the control and monitoring of crane electrical components, crane motors, VFD’s and control network components.

b. Design a menu system that provides an easy mechanism to move between different windows with no more than three movements.

c. Logging functionality allowing operators to leave notes.

d. In accordance with IEEE C37.1 and ISA 101.01.

e. Provide a common way to define and authorize secured actions for a set of users.

f. Provide support for embedded variables to display values that change dynamically at run time.

Revised 25 12 10 - 8

2. Design alarm annunciator screen displaying real-time alarms that can be sorted, filtered, individually disabled/enabled and silenced based upon multiple criteria such as alarm name, group and time. Provide the following annunciation display:

a. Historical alarm display functioning similarly to an annunciator window.

3. Design automation control system single-line diagram of the crane system that overlays a summary of the status and analog points.

a. Control shall not be possible from the single-line window.

4. Provide capability to display the following:

a. Layout of physical equipment.

b. Status and analog data.

c. Control of electrical devices.

d. Voltage levels.

5. Variable tags shall show a sequence of characters not to be confused with the actual reading when data is not updating.

6. Use of Colors:

a. Green for open, de-energized or stopped status.

b. Red for closed, energized or running status.

c. Yellow for alert or condition out of normal.

M. Provide a surge protection device in accordance with IEEE C62.41.1.

1. Refer to Section 26 43 13 – Surge Protective Devices for Electrical Circuits.

1.06 PERFORMANCE REQUIREMENTS

A. Crane Control PLC: Provide control and monitoring for the following:

1. Operation and monitoring of the hoist motors, travel motors and VFD’s as outlined in Section 25 00 01 – Automation Control System.

2. Provide control and monitoring of physical switches, sensors, meters, indicating lights and horns as outlined in Section 25 00 01 – Automation Control System.

3. Perform configuration and programming activities required for a complete and functional system.

4. Provide operator interface, engineering/programming interface, data communication, historization, trending, and I/O processing.

5. Fully integrated PLC and microprocessor-based system, and have the following minimum features:

a. PLCs, digital processing units, I/O cards, network switches, backplanes, power supplies and other peripheral control components.

Revised 25 12 10 - 9

6. Provide latest hardware, software, and firmware, offered by respective manufacturers at time of award, including:

a. Automation Control, data and monitoring identified in these Specifications and supplied drawings.

b. Automation Control, data and monitoring to render a complete, and functional, system which meets, at a minimum the functional intent and requirements stated here-in and provides safe and reliable operation of the facility components under all conditions.

c. Fully integrated startup, shutdown, and online control system.

B. HMI Philosophy development:

1. Analog indicators.

a. Display the range of the instrument being displayed, and in that range will be an indicator of the normal process limits.

b. Above and below the indicator shall be white bands indicating abnormally high and low process values respectively.

c. Above and below the white bands are dark gray bands which indicate High and Low process values.

2. HMI Trends.

a. Make trends available and accessible in all HMI applications.

b. All available information shall be easy to access for operators.

1) The Y-axis and X-axis of trends shall be automatically ranged to a predetermined scale.

2) Provide capability to alter the timebase and ranges without the requirement of keystrokes, making use of dragging the cursor to re-range.

3. HMI Colors

a. Develop a high-performance HMI with colors used and applied consistently.

b. Background color light gray to mitigate glare, contrast, color interference and operator fatigue.

c. Foreground colors shall be kept to a minimum with attention to line thickness.

d. Colors shall be used to indicate abnormal conditions to draw the operator’s attention quickly.

C. HMI Style development:

1. High-performance design in accordance with ISA 101-01 and ISA TR101.02.

Revised 25 12 10 - 10

2. Pop-up information-driven display:

a. Information about each alarm shall be visible to operators.

3. Develop at a minimum four display hierarchies:

a. Level 1, Overview.

1) Design to give operators the broadest view of the crane system.

2) Clear information of the current state.

3) Key performance indicators.

4) Ease of navigation to Level 2 displays.

5) Abnormal conditions and alarms.

b. Level 2, System Control.

1) Operators shall have ability to select a Level 2 display with a one-click operation.

2) Include information and controls required to perform tasks called from Level 1.

3) Provide a clear picture of the system selected from Level 1.

4) Ability to operate equipment and auxiliary circuits.

c. Level 3, Equipment and device detail.

1) Operators shall have ability to select a Level 3 display with a one-click operation.

2) Level 3 shall display advanced control capabilities, and complete view of equipment not available on Level 1 or Level 2.

3) Information from the Level 2 displays information such as, but not limited to, runtime, faults, alarms, speed or feedback variables.

4) Custom trends such as load, temperature or torque.

5) Detailed diagnostic displays and interlocks.

d. Level 4, Process level support and configuration.

1) Operators shall have ability to select a Level 4 display with a one-click operation.

2) Display the highest detail for subsystems, sensors, field devices and individual components.

3) Provide information on PLC processor performance and status of

Input and Output channels.

4) Level 4 shall display advanced troubleshooting, programming and setpoint adjustments.

Revised 25 12 10 - 11

5) Provide viewable operating procedures, alarm response instructions and abnormal condition response guidance.

4. Process lines.

a. Process lines for static equipment shall be dark gray or black, with line thickness used to differentiate significance.

b. When using different line styles for solid, dotted and dashed.

1) Limited to a maximum of three styles with the same line thickness.

c. Process lines shall enter and exit the screen consistently.

D. HMI interface development:

1. Process flow and navigation:

a. The process flow development shall be consistent in layout across all screens.

2. Static texts and live data:

a. Utilize simple font and color that is easily displayed on screen.

b. Abbreviations must be consistent across the entirety of all systems.

c. Use larger texts to identify duplicated equipment such as multiple motors.

d. Isolated words, titles, device and equipment designations shall all be uppercase.

e. Live data shall be depicted distinctly from static text.

f. If live data is shown in a table, align the numbers on the decimal point and do not display leading zeros.

g. When required, the units of measurement are displayed in lower contrast and adjacent to the live data value.

E. Control Logic Description: Reference Section 25 00 01 – Automation Control System.

F. Operating System: Reference Section 25 00 01 – Automation Control System.

1.07 EXTRA MATERIALS

A. Spare Parts:

1. Deliver spare parts to locations as determined by COR.

2. Deliver spare parts within seven days prior to installation of those parts for which spares are required.

3. Furnish spare parts listed in Table 25 12 10A – Spare Parts.

Table 25 12 10A - Spare Parts

Revised 25 12 10 - 12

Item Description Quantity 1 PLC 1 of each type 2 AC Power Supply 1 of each type 3 I/O Modules 1 of each type

Communication Modules

1 of each type

5 HMI 1 of each type

Control Power Transformer

1 of each type

PART 2 PRODUCTS

2.01 PROGRAMMABLE LOGIC CONTROLLER

A. Location:

1. Folsom Dam Warehouse, accessible from crane bridge walkway.

B. Provide PLC assembly, process modules, peripherals and accessories as required to provide specified functionality.

C. Supports both local I/O on common backplane.

D. Communication Capability:

1. In accordance with:

a. IEEE 754, 802.3, and 1815.

b. TIA/EIA 485 and 598.

2. Ethernet/IP.

3. Modbus TCP.

4. RJ-45 Ethernet 10baseT connection for technician to monitor, download, and upload application programs.

5. Modbus RTU mode protocol over RS-232 via TIA/EIA 485 connection.

E. Empty slots in the chassis shall include cover plates.

F. PLC: Model Opto 22 groov EPIC, GRV-EPIC-PR1, manufactured by Opto 22, 43044 Business Park Drive, Temecula CA 92590; or equal, having the following essential characteristics:

1. One or more USB Ports

2. 2 or More Ethernet Ports

3. Memory Storage: 2 megabytes, minimum.

Revised 25 12 10 - 13

4. Provided with adequate I/O modules as to provide 44 base I/O ports, minimum, split appropriately between analogue and digital.

5. Power Voltage: 110-240 VAC

6. Provide capability of programming control logic using the following programming languages in accordance with IEC 61131-3:

a. Ladder diagram.

b. Function block diagram.

c. Structured text.

7. Certified in accordance with IEC 60068-2-1 and IEC 60068-2-2.

8. Certified in accordance with IEC 60068-2-14 for Operating and Storage

Temperature as follows:

a. Operating Temperature: Minus -20 to Plus 140 degrees F.

b. Storage Temperature: Minus 40 to Plus 185 degrees F.

9. Certified in accordance with IEC 60068-2-30 for relative humidity of 5 to 95 percent, non-condensing.

10. Surge Immunity: 1kV line to line; 2kV line to earth as defined by IEC 61000-4-5.

G. PLC Digital Input Module: Model GRV-IDCI-12, manufactured by Opto 22, 43044 Business Park Drive, Temecula CA 92590; or equal, having the following essential characteristics:

1. DC Input Module

2. Inputs: 12 Channel (1 group of 12), sinking

3. Voltage Category: 24 VDC.

4. Voltage Rating:

a. Input Ratings: 15-30 VDC

5. Certified in accordance with IEC 60068-2-1 and IEC 60068-2-2.

6. Certified in accordance with IEC 60068-2-14 for Operating and Storage

Temperature as follows:

a. Operating Temperature: Plus 32 to Plus 140 degrees F.

b. Storage Temperature: Minus 40 to Plus 185 degrees F.

7. Certified in accordance with IEC 60068-2-30 for relative humidity of 5 to 95 percent, non-condensing.

H. PLC Digital Output Module: Model GRV-ODCI-12, manufactured by Opto 22, 43044 Business Park Drive, Temecula CA 92590; or equal, having the following essential characteristics:

Revised 25 12 10 - 14

1. Outputs: 12 Channel (1 group of 12).

a. Hold Last State.

2. Voltage and Current Ratings:

a. Output Voltage range: 5-60 VAC.

3. Certified in accordance with IEC 60068-2-1 and IEC 60068-2-2.

4. Certified in accordance with IEC 60068-2-14 for Operating and Storage

Temperature as follows:

a. Operating Temperature: Plus 32 to Plus 140 degrees F.

b. Storage Temperature: Minus 40 to Plus 185 degrees F.

5. Certified in accordance with IEC 60068-2-30 for relative humidity of 5 to 95 percent, non-condensing.

I. PLC Analog Input and Output Module: Model GRV-MM1001-10, manufactured by Opto 22, 43044 Business Park Drive, Temecula CA 92590; or equal, having the following essential characteristics:

1. Inputs and Outputs: 8 multifunction, 2 Form C electromechanical relay

2. Input Range, Voltage: 5-30 VDC.

3. Input Range, Current 0-20 mA.

4. Output Range, Voltage: 0-10V ± .035 percent of full range or better and 0-250

VAC or 5-30 VDC Relayed.

5. Output Range, Current: 0-20mA ± .04 percent of full range or better.

6. Certified in accordance with IEC 60068-2-1 and IEC 60068-2-2.

7. Certified in accordance with IEC 60068-2-14 for Operating and Storage

Temperature as follows:

a. Operating Temperature: Plus 32 to Plus 140 degrees F.

b. Storage Temperature: Minus 40 to Plus 185 degrees F.

8. Certified in accordance with IEC 60068-2-30 for relative humidity of 5 to 95 percent, non-condensing.

9. Self-diagnostics that can detect open circuit or value out of range.

10. Self-protecting limiters for overload.

2.02 POWER

A. Provide power distribution system to all supplied components, including overcurrent and surge protection, to support full operation of the system. This distribution system shall include analog loop power supplies and contact interrogation voltages for dry contact inputs where required.

Revised 25 12 10 - 15

B. Control power shall be 120 VAC.

C. Self-diagnostic capability to determine internal faults and annunciate alarms.

D. Redundant AC and DC power supplies with sufficient capacity to operate on a single power supply in case of failure.

E. Failure of any power supply or power feed shall result in a system alarm.

F. Surge Immunity: 1kV line to line; 2kV line to earth as defined by IEC 61000-4-5.

G. Voltage Variation: +/- 20 percent as defined by IEC 61000-4-11.

H. AC Power Supply:

1. Type: Din-Rail mountable.

2. Input Voltage: 100-240 VAC.

3. Connection Type: Screw.

4. Operating Temperature Range: Minus 25 degrees C to 70 degrees C.

I. DC Power Supply:

1. Type: Din-Rail mountable.

2. Input Voltage: 100-240 VAC.

3. Output Voltage: 24 VDC plus-and-minus 1 percent.

4. Output Current: 10 amps, minimum.

5. Power Dissipation, Max: 4.0 Watts.

6. Connection Type: Screw.

7. Operating Temperature Range: Minus 25 degrees C to 70 degrees C.

J. Fuse Holder and Fuses:

1. DIN-Rail mountable.

2. Fuse:

a. Rated for size required.

b. Class CC.

K. Uninterruptable Power Supply (UPS)

1. Type: Din-Rail Mountable

2. Characteristics matching selected AC and DC power supplies for respective type of UPS.

Revised 25 12 10 - 16

3. Sufficient battery capacity to allow 90 minutes of operation for connected equipment.

2.03 COMMUNICATION MODULES

A. As necessary to communicate to HMI.

2.04 PLC APPLICATION PROGRAM

A. Refer to Section 25 00 01 – Automation Control System.

2.05 HMI GRAPHIC DISPLAYS

A. Locations:

1. Crane Automation Control Enclosure.

B. HMI:

1. Power: 120 VAC.

2. Display Dimensions:

a. 19”, minimum.

3. Touch Screen Control.

4. Host Port: One USB 2.0 high-speed (type A).

5. Device Port: One USB 2.0 high-speed (type B).

6. Capable for flush panel mounting.

7. Compatible with Opto Controller.

2.06 CONTROL ENCLOSURE

A. Refer to Section 41 22 15 – Bridge Crane Electrical Components.

2.07 SURGE PROTECTION DEVICE

A. Refer to Section 26 43 13 – Surge Protective Devices for Electrical Circuits.

2.08 SOURCE QUALITY CONTROL

A. Government reserves the right to inspect equipment at supplier’s manufacturing plant prior to final testing.

2.09 FACTORY ACCEPTANCE TEST

A. FAT will be completed in accordance with requirements outlined in Specification Section 25 00 01 – Automation Control System.

Revised 25 12 10 - 17

PART 3 EXECUTION

3.01 INSTALLATION

A. Perform installation in accordance with requirements in NFPA 70 and reference standard drawing 40-D-60001.

B. Provide grounding in accordance with Section 26 05 20 – Grounding and Bonding, NFPA 70, and IEEE 3003.2.

C. Cable and Wiring: Provide cable and wiring in accordance with Sections 26 05 02 – Basic Electrical Materials and Methods and 26 05 10 – Conductors and Cables.

D. Installation shall be completed in a neat and workmanlike manner in accordance with

NFPA 70.

3.02 SITE ACCEPTACE TEST

A. SAT will be completed in accordance with requirements outlined in Section 25 00 01 – Automation Control System.

END OF SECTION

Revised 25 12 10 - 18

This page intentionally left blank.