Inactive

Switch Gear Maintenance

Inactive Service-Disabled Veteran-Owned Small Business (SDVOSB) Set-Aside (FAR 19.14)

Statement of Work TRI-ANNUAL YEAR GEAR MAINTENANCE VA Medical Center 800 Zorn Ave Louisville KY 40206-1433 Part I GENERAL DESCRIPTION This section of work includes the testing, inspecting, adjusting, ... Statement of Work TRI-ANNUAL YEAR GEAR MAINTENANCE VA Medical Center 800 Zorn Ave Louisville KY 40206-1433 Part I GENERAL DESCRIPTION This section of work includes the testing, inspecting, adjusting, & repairing of High Voltage Transformers, Switchgear Equipment, Circuit Breakers, Protective Relays, Lightning Arrestors, Generators & Transfer Switches. All electrical equipment, switchgear, primary switches, breaker, relays, connections, and such other devices as specified herein shall be cleaned, tested and adjusted so that the distribution system is left highly reliable, and is operational within industry and manufacturer s tolerance. The Contractor shall verify conditions as they exist prior to bidding the project and assume the responsibility for safety precautions to prevent accidental energizing of a circuit secured for maintenance to be performed on. The installation of safety grounding sets shall be the responsibility of contractor. The Contractor shall plan on reconditioning of operating mechanism of Primary Switch # 5 in Substation to industry standard. PERFORMANCE The Contractor shall provide all material, equipment, labor, and technical supervision to perform such tests and inspections. The Contractor shall have a minimum of 10 years of specialized continuous experience in testing, inspection, cleaning, adjusting, installing, and appraising electrical distribution systems and apparatus to assure their reliable operation. All work performed shall be fully documented by the Contractor. Testing shall be performed in compliance with manufacturers recommendations and applicable NEMC, NEC, ANSI, IEEE, NETA, OSHA, and VA codes and standards. Test Report: The test report shall include the following: Summary of project Description of equipment tested Description of test Test results Conclusions, recommendations, and summary evaluation of systems Appendix, including appropriate test forms List of test equipment used Furnish three (3) copies of the completed bound report to the Contracting Officer s Technical Representative (COTR) from Facility & Plant Management Service (FPMS) no later than 15 business days after testing is completed. Final acceptance will be withheld until the reports are submitted and explained to the COTR and his designees. Upon completion of the tests and inspections noted in these specifications, a label shall be attached to all serviced devices. These labels will indicate date serviced and the Testing Contractor responsible. The tests and inspections shall determine suitability for continued reliable operations All outages shall be scheduled and approved in writing by the COTR no less than two (2) weeks in advance. Outages will be scheduled only at night and/or weekends. Bldg 21 is an exception. Weather permitting for non-cooling conditions HV circuits #3 and #9 and associated transformers and switchgear may be interrupted for maintenance and testing with weather permitting for non-cooling conditions of Bldg 1. The Contractor shall not interrupt service to any portion of the Medical Center by the opening or closing of any switch or breaker without coordination and under direct supervision of the COTR. SUBMITTALS 1. Certifications: Documentation supporting requirement of part I Item 1.2-2. Provide complete copies of all tests performed, showing required data as indicated, including technical data sheets, appraisals and summary recommendations. Reporting: All work performed shall be fully documented by the Contractor as by Part I, Item 3 and submitted in three completed bound reports to the COTR no later than fifteen (15) business days after testing has been completed. Final Payment and acceptance will be withheld until completed reports are submitted and explained to the COTR and/or their designees. The Contractor shall submit three bounds copies of a report containing the following: A summary evaluation of the system pointing out any significant deficiencies. An evaluation of the overall reliability of the emergency generation system. Report any deficiencies. A record of nameplate information on all equipment included in the evaluation together with legend and notation to indicate location on the one-line diagram. Test reports on individual equipment items such as transformers, circuit breakers, relays generators, etc. Include time/current test results on protective relays. The Contractor shall furnish a corrected one-line diagram of the system. This shall be an inked transparency on a sheet approximately 28 x 42 and of workmanship comparable to the existing drawing. The existing drawing may be corrected or a new drawing may be provided. The transparency must be of such quality as to provide good reproductions. PRODUCTS: All testing equipment shall be UL listed and used in accordance with the NEC. All oil samples from transformers shall be sent to an independent laboratory for testing with copies of results submitted in the final report to the COTR. EXECUTION: 1. Transformers: a. Transformer insulation liquids shall be sampled and tested and, if found to be contaminated, will be evacuated from the system and disposed of in obtaining licenses or permits required. He, likewise, shall refill to proper level and liquid found below acceptable levels. In no case will clean liquid be added to that which is contaminated. b. All transformers listed shall be inspected. Cables, connections, and switches will be inspected and cleaned. Infrared the transformer fins for indications of blockage. c. Oil from transformers shall be sampled in accordance with ASTM procedures and analyzed by an independent laboratory for: Color Acidity Interfacial tension Dielectric strength Dissolved gas-in-oil Power factor Also analyzed oil for PCB contaminants and determine parts per million content in accordance with either ASTM or EPA procedures. d. Test insulation resistance, power factor, and turns ratio. e. Replace gaskets as needed f. Liquid filled transformers shall have the cooling liquid checked and replaced when test indicates that it no longer meets manufacturers requirement. High Voltage (13.8 KV) Equipment: A. Record switchgear, breaker, or other device nameplate information. Compare with facility s one-line diagram. Identify and record discrepancies. Inspect all electrical equipment, including each breaker. Report damaged or malfunctioning equipment, loose connections and material or contamination that must be removed or corrected. Tighten loose connections. Clean where appropriate. Check equipment for level, security to foundation and operation of doors. Report any unfavorable environmental conditions such as excess moisture or conducting dust that must be corrected. Visually inspect the equipment ground. Check and/or tighten connections. Record the number and size of ground buses and straps. Report deficiencies. Inspect the insulation system on the primary bus and assemblies. Test insulation on each bus, phase-to-phase and phase-to-ground with suitable megohmmeter. Record values. Record deficiencies. Clean where appropriate. Circuit Breakers: Draw each breaker from its cell Remove arc chutes Clean, inspect and adjust all contacts Measure and record resistance of each contact in micro-ohms Clean all insulating surfaces Megger and record phase-to-phase and phase-to-ground resistance Lubricate as necessary Electrically close and trip each breaker with control switch Manually close and trip each breaker Trip each breaker with each of its protective devices Tighten all connections Record any discrepancies Protective Relays: Remove each relay from its case Clean and inspect Tighten all connections Apply three multiples of relay tap current to each relay to verify manufacturer s time current characteristics Test each relay for instantaneous pickup Adjust where appropriate Report deficiencies Check each panel-mounted instrument over its range. Record discrepancies. Primary Disconnects: Lock out circuit when it is deenergized by the Medical Center electrician Connect temporary safety ground Clean and inspect cubicle Clean all insulating surfaces Clean and dress all contacts Measure contact resistances in micro-ohms. Record any deficiencies Tighten all untapped connections Lubricate as necessary Remove safety ground Megger each phase-to-ground. Record any deficiencies Remove safety lock, thereby returning control of circuit to the Medical Center electrician Primary Feeders (6): Open and drop out main substation circuit breaker Open and lock out primary disconnects and/or transfer switches Inspect exposed sections for physical damage Inspect for shield grounding, cable support, and termination Inspect for visual jacket and insulation condition Terminations shall be properly corona suppressed Ho-Pot with DC to a maximum of 28KV Record results noting any deficiencies Remove safety lock(s), thereby returning control of circuit to the Medical Center electrician. Low voltage Equipment: Record switchgear, breaker or other device nameplate information. Compare with facility s one-line diagram. Identify and record discrepancies. Inspect equipment. Report damage, loose connections and material or contamination that must be removed or corrected. Tighten untapped loose connections. Clean where appropriate. Check equipment for level, security to foundation and operation of doors. Report any unfavorable environmental conditions such as excess moisture or conducting dust that must be corrected. Visually inspect the equipment ground. Check and tighten, as required, all untapped connections. Record the number and size of ground buses and straps. Report deficiencies. Inspect the insulation system on the bus and assemblies. Clean where appropriate. Test insulation phase-to-phase and phase-to-ground with suitable megohmmeter. Record values and report deficiencies. Circuit breakers: Draw each breaker from its cell Vacuum, thoroughly clean and inspect breaker Clean and dress all contacts Megger phase-to-phase and phase-to-ground Inspect arc chutes Measure contact resistance in micro-ohms Lubricate as necessary Test each over-current trip device for instantaneous pickup and for pickup at 200% and 300% of its rating Clean and inspect cubicle Tighten untapped connections Record any deficiencies Check each panel-mounted instrument over its range. Record any discrepancies. Generators and Transfer Switches: Record generator and transfer switch nameplate data. Include manufacturer, age and capacity of generator. List fuel type, hours of fuel tank capacity and accumulated hours of run time. Test run generator in loaded condition. Record transfer time. Record KW load. Check generator drive engine for satisfactory performance as to smoothness of operation, fuel and oil pressures, coolant temperature, etc. Record results. Verify proper time-out of generator set. Record results. Perform the following visual inspection of transfer switches: Record nameplate information Clean and inspect cubicle Check operation of doors Check equipment ground Lubricate as necessary Visually inspect insulation, connections and contacts for evidence of heating or deterioration Report any unfavorable environmental conditions such as excess moisture or conduction dust which needs correction Report any additional deficiencies NOTE: Exercise full caution during inspection of transfer switches, as power flow through switch must be maintained. 5. Molded Case Circuit Breakers (225 amps or less): a. All molded case circuit breakers (frame sizes 225 amp or less) shall be exercised open and re- closed, documented and done during the outage to specific equipment in conjunction with scheduled outages of gear. This work will be performed by VA staff. WORK SCHEDULING Contractor shall furnish to the COTR three (3) weeks in advance of scheduled work, a written proposal of scope of work and the equipment to minimize outages to effected areas. Power Outages: The power outage for work on Building #21 may be scheduled for a time convenient to both parties, Medical Center and Contractor. Main Substation Breakers #3 and #9 may be opened, disconnecting the feeders, to make available the equipment within the building for work. Maintenance and testing of the Medical Center s emergency power generators and associated equipment will require close coordination between the two parties. Power outages will only be permitted at night or on weekends. Separate outages must be scheduled for maintenance on each generator. Generators to be serviced are (1) 125 KW generator located in Building #6, (2) 600 KW (480V) generator located in Generator Room attached to Building #1, (3) 600 KW generator located in Generator Room attached to Building #1, and (4) 400 KW generator located in Generator Room attached to Building #1. (1) 100kw generator located in bldg 11, and (1) 125 KW generator located in bldg 12. Outages effecting D-wing addition and Buildings 3, 4, 5, and 12, and Breaker #5 in the main substation shall be scheduled to be deactivated. This will permit work to be done on the primary side of the 480 V system and pad-mounted Transformers T-4, T-12, and T-1. After work has been completed on the feeder from Breaker #5, the main substation shall be scheduled down for work on the primary system. During this period, only emergency generator power will be available. After work on the substation has been completed, the power outage to Buildings #1, #6, and #19 may be scheduled. During this outage, Breakers #6 and #10 in the main substations are turned off. During this outage, power will be applied to all the 480 V circuits in Building #1. Also, by withdrawing Breakers #18, #19, and #22 from, their racks in the main switchgear in subbasement #2 of Building #1 and Breaker #5 of the 208 V distribution switchgear for the C&E Addition of Building #1, emergency power from the 600 KW generator can feed panels EEQ, ELS, EC and EDPE4 without endangering persons working on Feeders #6 and #10 and their associated gear. Breaker #8 will be turned off to inspect and test 480 V switchgear in A001. It should be noted that no work can be performed on the aforementioned panels if the 600 KW generators is not running during this period. Also, during this outage, power will be supplied to the Boiler House, Building #8, by the 125 KW generator located in Building #6. By withdrawing Breaker #2 from the switchgear in Building #6, the Contractor can safely work on the switchgear in that building. At a time convenient to both parties, Breaker #4 of the main substation can be deenergized to permit work on pad-mounted Transformer T-2, T-7, and associated distribution panels of Building # 7. Service to other portions of the Medical Center is not affected by Breaker #4 being off only Buildings #T-20 and Building #7. The following work may be done within the normal five day work week during the heating season months of October through March or at a time to be determined by the VA Medical Center when load is at a level to permit testing: Building #21 primary system work Hi-Pot of Building #21 feeders from Circuit Breakers #3 and #9 Low voltage breakers in Building #21 Within the normal five day work week during months of milder temperatures: Generator and transfer switches: Generator test run should be scheduled as well for evening or weekend times. Weekend or evening hours work during milder months: Main substation work with one side of the substation, Clifton or Hillcrest, being scheduled down during a weekend. Primary side of system fed from Circuit Breaker #5. Hi-Pot the feeder during this outage. This work will preferably be scheduled at the same time as work on the Hillcrest side of the main substation. Hi-Pot on feeders from Circuit Breakers #6 and #10. Available one at a time, during evening hours on weekend days. Weekend or evening hours work not affected by weather or season: Low voltage work on buses, breakers and switches (Building #1, #6 and #19). Proposed 5 day work schedule: SCHEDULE Plan for evening start 6pm to possibly 12:30am: Check for Occupancy of Bldg. 7, T20, T22, T27 Provide Temp Lighting for Substation Ext. Cord to power Jon Bloom s equipment and Bill Smith Check plants receptacles feeds prior to work to plan on what sections will be out. Plant takes chillers off line of section of switchgear working on prior to substation breaker opening Day 1 Monday: 6pm 12:30am Substation Breakers 3, 4 and 9 Chiller Plant Building 21 Switchgear XFMR s T-21a, T21b, T-2, T-7 Feeder s C-11, C-12 & Feeders to Bldg. 7, T20, T22, T27 Bldg. 7 Secondary Distribution Equipment *Note ½ Gear at a time to keep Chiller on line Switching Bldg. 21 Gear from Substation Ckt. 3 and Ckt. 9 Substation Breaker 3 affects: Building 21 Switchgear Chiller 2 MCC 1 XFMR T21a Substation Breaker 9 affects: Building 21 Switchgear Chiller 1 Old MCC XFMR T21b Substation Breaker 4 affects: Building 7 Buildings T20, T22, T27 XFMR T2 XFMR T7 Day 2 Tuesday: 6pm 12:30am Substation Breaker 7 (Tie-Switch), Breaker 8 (A001a 480V) A001 Primary and Secondary 480V Breakers Breakers 1st floor x-ray Old MRI A001 480V Power for cooling unit old MRI is fed from Panel 2BMRI which is fed from A001 480v switchgear. 1st floor X Ray units are fed from A001 480V but computers not on emergency power. Old MRI power fed from Panel 2BMRI fed from A001 480V not on emergency power but not affected on this outage, cooling from same source. Receptacles in room and computers are on emergency power. Old MRI Liebert fed from A001 480V for control room Old MRI AHU 3 fed from A001 480V for procedure room CT A206 UPS CT UPS for Angio UPS for Cath Lab in pharmacy Chilled water pumps 9 and 10 Condensing unit 1 Day 3 Wednesday: 6pm 12:30am Substation Breaker 6 and Hillcrest Main Breaker 1 Building 1 Sub-basement 2: 208V Normal Power Breakers Left Side Hillcrest Feed 208V Sub-basement 2 Secondary Main #1 XFMR T1B and Primary Switch T1B in Sub-basement 2 Building 19 Primary and Secondary Building 6 Primary T6A, secondary transformer and secondary breakers *Place Boiler Plant on Generator Boilers will be on generator Feeders C-5, C-7, C-9, C-14 Building 6 Switchgear XFMR Primary T6a secondary transformer and breakers - *Place Boiler Plant on Generator Boilers will be on generator 208V Normal Power Outage Impact Sterilizers Fed from Panel BN 208V in SPD are not on emergency power Radiology 2S will have to shut down X-ray computers they are not on emergency power. New MRI is fed from SB1 480 computer is fed from 208V not on emergency power. CT Scans Radiology 2S one room is 208v CT with a 480v Liebert, other room 480V CT with 208V Liebert 208V Normal -6S telemetry monitors need to be placed on red plugs 208V Normal - Morgue A/C fed from BB1 208V not emergency power 208V Normal - Ventana HE 600 in A348 208V not on emergency power 208V Normal - ED Bed monitor not on emergency power Door in valet 208V panel PN1A not on emergency power Wanderguards are on emergency power 208V Except 5N A812 Computer Center - CR1 Panel in Computer center UPS room A812b Fed from 8C1 (Room A807a 208V fed from NMS -13 Hillcrest) CR1 is for the Liebert network controls. Day 4 Thursday: 6pm 12:30am Substation Breaker 5 (SB1 480V) *Outages of Buildings 3, 4, 5, 12 and 24 Buildings 3, 4, 12 and 24 on generator *Outages New MRI, 2nd Floor Radiology, PET CT and CT Scans C212 Scanner *Cooling for Computer Center down Condensing 480V SB1 not on emergency *UPS computer center on generator West end elevators and P10 on generator * All Walk-in Freezers Down B363 and C306 XFMR s Pad Mounts T4, 7, 12, T1 Note - 480V Distribution Gear in Sub-basement 1 Newly installed 11/16/19 Primary and transformer T-1c will need checked CT Scans Radiology 2S one room is 208v CT with a 480v Liebert, other room 480V CT with 208V Liebert SB1 480V New MRI is fed from SB1 480 computer is fed from 208V not on emergency power. PET CT fed from 480V SB1 not on emergency power. C220 Baby Chiller is tapped directly off T1 transformer on back of building 6 480v with Disconnect in D201, however pumps for chiller fed from SB1 480V not backed up on emergency power. Computer center A812 Liebert units on 208V emergency power, however Condensing units are 480V fed from SB1 to 5th floor penthouse not backed up by emergency power which does not allow operation during 480V outages. UPS for Computer center A812 is backed up by emergency power SB1 480V ATS-B West Entrance Elevators and P10 backed up by emergency power SB1 480V ATS-A AHU 43 controls and Auxiliary unit for SPD is fed from SB1 480v switchgear not on emergency power. Walk-in B363 Fed of 480 - 2MMP 480V not on Emergency Walk-in Freezer C306 Chiller 0n 5th floor feed AHU 44, 45 in room M504 Pumps 1, 1a, Pumps 2, 2a, EF 1,4,6 Room M504 fed from Panel MCC1N 480V Not emergency power A812 Computer Center - CR2 Panel in Computer center UPS room A812b Fed from Panel A915 480V in room A920 from SB1 this is on transformer to 208v and feeds the Lieberts (CRAC)1,2,3 indoor 8th floor Condensing units for the lieberts from MCC5AC panel in M502 not on emergency from SB1 480 breaker A812 Computer Center - CR3 Panel in Computer center UPS room A812b fed from MCC5AC 480V from SB1 not on emergency power from this feeds CRAC 4 in UPS room A812b. CR3 feeds pumps 1 and 2 located on 9th floor and DC 1 and 2. AHU in room A812b comes out 7N A771 Panel 7EC. Old Cath lab B208 AHU 5A fed MCC300 in M301 Penthouse 480V SB1 not on emergency. New Cath lab B220 AHU 53 fed from MCC300 in M301 Penthouse 480V SB1 not on emergency. AHU 4A (Emergency Room) fed from MCC300 in M301 Penthouse 480V SB1 not on emergency. AHU 54 (3S Chemo Prep A333a-c) fed from panel HA which is from MCC300 in M301 Penthouse 480V SB1 not on emergency. AHU 44 (5West) and 45(5West) fed from panel MCC1N in Room M504 - 480V SB1 not emergency power. C210a Optima Scanner 480V SB1 not on emergency Chiller 37 can provide cooling in OR when Baby chiller is off since Chiller 37 feeds 208V from B013. Day 5 Friday: 6pm 12:30am Substation Breaker 10 and Clifton Main Breaker 12 XFMR T1D Primary Switch of Building 6, T-6B (Ckt. 10) Building 1 Sub-basement 2: 208V Breakers Right Side Clifton Feed Loads placed on Generator SB2 208V Main #23 Fed from Clifton XFMR T1A and Primary Switch T1A in Sub-basement 2 C & E Switchgear (Room B-013) Feeders C-8, C-13, C-15 Substation Breaker 10 affects: Building 6 Switchgear XFMR T6b Building 1 B013 Switchgear (208V) XFMR T1D C & E Section of the hospital Sub-basement 2 208V Clifton side XFMR T1A *CAT Generator 400KW ATS 4, 6, 7 - Wil be running *CAT Generator 600KW (208V) ATS 1, 3, 5 Will be running Paging and telephone system B019 fed from panel EM TEL 208V which will be on emergency power ATS-3. CT Scans Radiology 2S one room is 208v CT with a 480v Liebert, other room 480V CT with 208V Liebert Lighting Valet lighting is on emergency power located on panel in SB2 Country Club road is fed from Panel 1P2A and 1P2B that is off the switchgear in B013 208V not on emergency power, Coffee Shop Doors Panel 1P2A fed from 208V B013 not on emergency. OR chiller 37 for OR 1-4: Chiller and pumps fed from B013 208V switchgear on emergency power ATS-6 Computer center A812 Liebert units on 208V emergency power, however Condensing units are 480V fed from SB1 to 5th floor penthouse not backed up by emergency power which does not allow operation during 480V outages. Main Elevators on 208V emergency power SB2 ATS-1 208 VAHU 33 on 4S is on emergency power - Found Chilled water Pump VFD on 4S is not on emergency power fed from Panel 4AC. 208V 6N Monitors on emergency power 208V 7N doors on emergency power Monitors on emergency power Medical Vacuum and Medical Air fed from EEQA Emergency power 208V Lab Air and Dental Air Fed from EEQ-MG Emergency power 208V Antenna s partially on emergency 9AE emergency power 208V Dental Vacuum fed from BBE 16,18,20 emergency power 208V C306 Equipment Architect 1 and 2 fed from 3EP10 208v emergency power C306 Fume Hoods fed from 5EP1 emergency 208V circuits 1,2,4 Ambulance doors Panel 1ESR1 208V emergency power Door in valet 208V panel PN1A not on emergency power Wanderguards are on emergency power 208V Except 5N : Nursing staff need to monitor all areas with wanderguard. 208V B013 Normal Power AOD computers fed from 1PA2 which is from 208V panel in B013 switchgear Note == Substation Breaker 12 Clifton Main Breaker affects: Tie-Breaker 7 should close and Feed Breakers 8, 9, 10 this will cause momentary outage