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2930 MAPLE ST KAISER PERMANENTE 2025-05-12
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2930 MAPLE ST KAISER PERMANENTE 2025-05-12
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5/12/2025 8:59:13 AM
Creation date
3/7/2025 2:47:49 PM
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Address Document
Street Name
MAPLE ST
Street Number
2930
Tenant Name
KAISER PERMANENTE
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KAISER PERMANENTE Site Prep #1 Electrical Service <br />ASC & Clinic (HUB) March 18, 2020 <br />Everett, WA Project No. 19.05002.00 <br />systems. Provide equipment run status, alarms, and analog variables for each <br />system. <br />4. Details, colors, and graphics shall be approved by the Owner prior to generation. <br />C. Runtime Totalization: At a minimum, runtime totalization shall be incorporated, but not <br />limited to, each monitored equipment, fans, and pumps. Warning limits for each point <br />shall be entered with owner defined messages. <br />D. Trend Log: Each input/output points shall be trended. Historical archiving of owner - <br />selected points shall be provided at the operator workstation with the capability of transfer <br />to graphic format representation. <br />E. Alarm Points: All analog inputs (High/Warning/Low Limits) and selected digital inputs <br />alarm points shall be prioritized, printed, routed, with alarm message per owner's <br />requirements. Loss of communication network shall also initiate an alarm. Provide all <br />software timers necessary to prevent false alarms. Unless indicated otherwise, for non- <br />critical applications, initial alarm setup parameters shall be +/- 5% deviation from set <br />point for a time duration exceeding 5 minutes. For critical application such as life safety <br />monitoring or equipment failure, initial alarm setup parameters shall be zero deviation <br />without any time delay. <br />F. Heavy Equipment Delays and Power Fail Restart Software: Each advanced DDC panel <br />shall be provided with heavy equipment and power fail restart application software. Each <br />advanced DDC panel shall start respective equipment in sequence and shall be time <br />based and not dependent on prior system start-up. <br />G. Database Save: Provide back-up database for all advanced DDC panels at the operator <br />workstation computer hard disk. Provide additional back-up database for each Advanced <br />DDC panel on Compact Disc (CD). <br />3.6 FIELD QUALITY CONTROL AND TESTING <br />A. Demonstrate compliance of the HVAC control system with the contract documents. <br />Calibrate instrumentation and controls and verify the specified accuracy using calibrated <br />test equipment. Adjust controls and equipment to maintain conditions indicated, to <br />perform functions indicated, and to operate in the sequence specified. Furnish <br />personnel, equipment, instrumentation, and supplies necessary to perform calibration <br />and site testing. Ensure that tests are performed by competent employees of the DDC <br />system installer or the DDC system manufacturer regularly employed in the testing and <br />calibration of DDC systems. Calibrate field equipment and verify equipment and system <br />operation before placing the system on-line. Field-testing will be witnessed by the <br />Owner, Owner's representative or Commissioning Agent and shall include the following: <br />1. System Inspection: Observe the HVAC system in its shutdown condition. <br />Provide end -to -end wiring checkout. Check dampers and valves for proper <br />normal positions. Document each position for the test report. <br />2. Calibration Accuracy and Operation of Inputs Test: Check for proper calibration <br />and operation of each input instrument. For each sensor (temperature), record <br />the reading at the sensor, and using traceable test equipment, and record the <br />reading at the digital controller. Document each reading for the test report. <br />3. Operation of Outputs Test: Check the operation of each output to verify correct <br />operation. Command analog outputs to minimum range, such as 4 mA, and <br />maximum range, such as 20 mA, measure and record commanded and actual <br />output values. Document each command and result for the test report. <br />4. Actuator Range Adjustment Test: With the digital controller, apply a control <br />signal to each actuator and verify that the actuator operates properly from its <br />normal position to full range of stroke position. Record actual spring ranges and <br />normal positions for all modulating control valves and dampers. Include <br />documentation in the test report. <br />INSTRUMENTATION AND CONTROLS FOR HVAC 23 09 00 - 11 <br />
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