Attachment_13_-_Amendment_0003_Programable_Logic_Controller_Operation_and_Programming_0003.docx

DOCX document 17 KB Posted

Attached to
Rehabilitate the Polebridge Water System, Glacier
Solicitation number
140P1426R0013
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About this file

This is an attachment document containing technical specifications and training requirements for Programmable Logic Controller (PLC) operation and programming as part of the Polebridge Water System rehabilitation project at Glacier National Park.

The document outlines mandatory training and certification requirements for personnel who will operate and program PLCs used in the water system infrastructure. Key requirements include hands-on training in PLC operation, programming fundamentals, troubleshooting procedures, and system integration specific to the water treatment and distribution systems being installed. The specification emphasizes the need for qualified technicians capable of performing routine maintenance, emergency response operations, and system modifications. Training must be provided by qualified instructors with documented PLC expertise, and trainees must demonstrate competency through practical assessments before assuming independent operational responsibilities. The attachment establishes performance standards for system reliability and operator proficiency to ensure the rehabilitated water system operates safely and efficiently. Additionally, the document specifies documentation requirements for training records, certification credentials, and as-built system configuration details that must be maintained for ongoing system management and regulatory compliance by Glacier National Park staff.

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Text version

Programmable Logic Controller Operation and Programming – Rehabilitate Polebridge Water System

1. Motor controllers:

a. All motor controllers shall be provided with running time meters, running pilot light, and off pilot lights.

2. Control switches:

a. Hand-Off-Auto

i. In the HAND position the equipment will run

ii. In the OFF position with equipment will not run

iii. In the AUTO position the equipment will operate as described below

3. General

a. All alarms should be sent to the HMI (human-machine interface).

b. All set points for alarms and control parameters shall be adjustable by the operator in the HMI.

c. Display all system variables (flow rates, temperatures, etc) at the HMI screen.

4. Chlorination Room HMI Screen computer

a. Display flow

b. Display flow totalizer

c. Displace flow totalizer reset button

d. Display today’s flow totalizer

e. Display yesterday’s flow totalizer

f. Display flow trends

g. Display chlorine analyzer level

h. Display chlorine low level alarm set point

i. Display chlorine low level alarm

j. Display chlorine low-low level alarm set point

k. Display chlorine low-low level alarm

l. Display chlorine level trend

m. Display infiltration gallery pump status

i. Running

ii. Runtimes

iii. Runtime trends

iv. Runtime reset

v. Start & stop icon

vi. Fault and fault reset icon

n. Display hypochlorite pump status

i. Running

ii. Runtimes

iii. Runtime reset

iv. Start & stop icon

v. Fault and fault reset icon

5. Infiltration Gallery Pump Operation

a. When in AUTO

i. Pumps starts when…

1. Tank level drops below start setpoint

2. Infiltration gallery level is above the pump start setpoint

ii. Pump stops when…

1. Tank level gets above the pump stop set point

2. Infiltration gallery level drops below the pump start setpoint

b. When in HAND

i. Operator may start and stop via icons on HMI screen

c. When in OFF

i. Operation of pump should be deenergized

6. Hypochlorite pump operation

a. When in AUTO

i. Hypochlorite pump will start when Infiltration Gallery Pump is running

ii. Hypochlorite pump will stop when Infiltration Gallery Pump stops

b. When in HAND

i. Operators may operate pump via icons on HMI screen

c. When in OFF

i. Pump command is disabled and pump is deenergized

7. Infiltration Gallery Well Pump

a. Display on HMI screen

i. Well level

ii. Level trend

iii. Low level alarm set point

iv. Low level alarm

v. Low-low level alarm set point

vi. Low-low level alarm (disables well pumps when HOA is in AUTO)

8. Water Tank

a. Display on HMI Screen

i. Tank level

ii. Level trend

iii. Tank high level alarm set point

iv. Tank high level alarm

v. Tank high-high level alarm set point

vi. Tank high-high level alarm (disables well pumps when HOA is in AUTO)

vii. Tank low level alarm

File details come from the government source that posted it. Updated .