GE Multilin 350 Operation & Maintenance Manual
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GE Multilin 350 Operation & Maintenance Manual

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GE Consumer Industrial
Electrical Distribution
Project Name:
Sludge Dewatering and Odor Control at Plant 1
Project No. P1-101
Specification:
16340
Medium Voltage Switchgear
Volume 1 of 3
Equipment Tag(s):
SWITCHGEAR SWGR-Q-A ( 15LSWGR901 )
SWITCHGEAR SWGR-Q-B ( 15LSWGR902 )
Manufacturer:
Address:
City, State, Zip
Website:
GE Base Requisition #:
Local Service Representative:
Address:
City, State, Zip
Phone:
Website:
g
imagination at work
Operation & Maintenance Manuals
General Electric / Powell BPD
12305 Kurland Drive
Houston, TX 77034
www.geindustrial.com
480-Z7612
GE Energ- Engineering Services
3601 East LaPalma Ave.
Anaheim, CA 92806-2119
888-GE4-SERV or 540-387-8617
www.geindustrial.com
02/01/2016
Shop Order
111027-01
111027-04
Revision: 0

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  • Page 1 General Electric / Powell BPD Address: 12305 Kurland Drive City, State, Zip Houston, TX 77034 Website: www.geindustrial.com GE Base Requisition #: 480-Z7612 Local Service Representative: GE Energ- Engineering Services Address: 3601 East LaPalma Ave. City, State, Zip Anaheim, CA 92806-2119...
  • Page 2 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Equipment List Medium Voltage Switchgear Designation Loop Tag Shop Order SWITCHGEAR SWGR-Q-A 15LSWGR901 111027-01 SWITCHGEAR SWGR-Q-B 15LSWGR902 111027-04 12.47KV SERVICE CENTER ADDITIONS 111027-01 Page 1 of 1...
  • Page 3 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Tab 1 Device Data Sheets Key Components...
  • Page 4 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Data Sheet Feeder Protection Relay Type 350 Drawing Manufacturer Catalog Number Reference Mark Loop Tag GE/Multilin 350-E-P5-G5-H-E-S-N-N-1E-D-N 15LITG901 15LITG903 15LITG907 15LITG911 15LITG902 15LITG904 15LITG908 15LITG912...
  • Page 5 Multilin™ FEEDER PROTECTION SYSTEM Intuitive and Innovative Feeder Protection KEY BENEFITS • Easy to use and intuitive overcurrent protection and control • Flexible communications with multiple ports & protocols for feeder applications. to allow seamless integration into new and existing infrastructure •...
  • Page 6 Feeder Protection System Overview Easy to Use Easy to Configure The 350 relay is a member of the 3 Series Drawout Construction Fast & Simple Configuration family of Multilin relays. This protective device is used to perform primary circuit The 350 requires minimal settings for The 350 offers a complete drawout protection on medium voltage feeders and configuring standard feeder protection...
  • Page 7 Feeder Protection System Enhanced Diagnostics Neutral Overcurrent Multiple Options The neutral signal is derived as the residual Several option protection & sum of the three phase CTs eliminating the Preventative Maintenance communications are provided to match basic to high end application requirements. need for an additional ground sensor.
  • Page 8 Feeder Protection System Logic Designer Sixteen logic elements available for applications such as manual control, interlocking, and peer to peer tripping. flash, the relay can be set to communicate of overcurrent elements to override the • 8 contact Inputs with programmable to any upstream or downstream devices higher overload currents resulting from thresholds via IEC 61850 GOOSE messaging.
  • Page 9 Feeder Protection System Monitoring & Diagnostics Logic Elements Basic Metering The 350 relay has sixteen Logic Elements Metered values include: available for the user to build simple Event Recording • Current: Ia, Ib, Ic, In, Ig, Isg logic using the state of any programmed • Phase-to-phase and phase-to-ground Events consist of a broad range of change contact, virtual, remote input or the output voltages for bus and line: Van, Vbn, Vcn,...
  • Page 10 Feeder Protection System Advanced Temperature Monitoring • If Password was required to change settings Communications The 350 continually monitors ambient temperature around the relay and • MAC address of user making setting The 350 incorporates the latest alarms when the device is exposed to changes communication technologies making it extreme temperatures and undesirable • Listing of modified changes the easiest and the most flexible feeder conditions such as air-conditioning...
  • Page 11 Feeder Protection System Simplified Feeder Setup • Modbus TCP/IP • Trending reports • IEC 60870-5-103 The 350 Feeder Protection System • Automatic event retrieval includes a simplified setup process. This • IEC 60870-5-104 • Automatic waveform retrieval simplified feeder setup consists of minimal settings and can be accessed through These protocols make it easy to connect to Display the relay front panel or via the EnerVista...
  • Page 12 E9 D9 E10D10E11D11E12D12 E5 D5 E6 D6 E7 D7 E8 D8 B1 A1 chassis POWER SUPPLY CURRENT INPUTS VOLTAGE INPUTS GROUND Breaker Aux Contacts GE Multilin TRIP TRIP CIRCUIT 52a (C1 #1) 1 TRIP COIL 52b (C1 #2) INPUT 3...
  • Page 13 Feeder Protection System User Interface SETPOINT GROUP 1, 2: These indicators are continuously on if corresponding group provides settings for protection elements. TRIP: Indicator turns on when relay detects a trip condition. Operates the Trip Relay to open the breaker. ALARM: While relay detects an alarm condition, indicator flashes.
  • Page 14 Feeder Protection System Technical Specifications EVENT RECORDER NEUTRAL DIRECTIONAL PHASE/NEUTRAL/GROUND TIME OVERCURRENT Number of events: 256 Directionality: Co-existing forward and reverse (51P/51N/51G) Header: relay name, order code, firmware Polarizing: Voltage, Current, Dual Pickup Level: 0.05 to 20.00 x CT in steps of 0.01 x CT revision Polarizing Voltage: V 0 calculated using phase voltages Dropout Level:...
  • Page 15 Feeder Protection System CONTACT INPUTS TRIP / CLOSE SEAL-IN TYPE TESTS Inputs: Relay 1 trip seal-in: 0.00 to 9.99 s in steps of 0.01 Dielectric voltage 2.3KV Selectable 17, 33, 84, 166 VDC withstand: Relay 2 close 0.00 to 9.99 s in steps of 0.01 thresholds: Impulse voltage EN60255-5...
  • Page 16 Feeder Protection System Ordering Description Base Unit Language English Phase Currents 1A three phase current inputs 5A three phase current inputs Ground Currents 1A ground current input 5A ground current input 1A sensitive ground current input 5A sensitive ground current input Power Supply 24 - 48 Vdc 125 - 250 Vdc/120 - 240Vac...
  • Page 17 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Device Data Sheet Breaker Information Sheet Sheet B Requisition: 480-Z7612 - MV Shop Order: 111027-01 SWITCHGEAR SWGR-Q-A ( 15LSWGR901 ) Item: Part Number: PVGX1A1A2A2202G1A1 Qty: UOM: EA Description:...
  • Page 18 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Device Data Sheet Breaker Information Sheet Sheet B Requisition: 480-Z7612 - MV Shop Order: 111027-04 SWITCHGEAR SWGR-Q-B ( 15LSWGR902 ) Item: Part Number: PVGX1A1A2A2202G1A1 Qty: UOM: EA Description:...
  • Page 19 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Device Data Sheet Breaker Information Sheet Sheet B Requisition: 480-Z7612 - MV Shop Order: 111027-01 12.47KV SERVICE CENTER ADDITIONS Item: Part Number: PVGY1J1A2A2202G1A1 Qty: UOM: EA Description: POWERVAC BKR PVG - POWER-VAC EQUIPMENT BREAKER...
  • Page 20 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Data Sheet Undervoltage Relay Type BE1-27 Manufacturer Catalog Number Drawing Reference Mark Basler BE1-27A3EE1JA1S3F BE1-27...
  • Page 21 BE1-27, 59, 27/59 BE1-27, BE1-59 BE1-27/59 VOLTAGE RELAYS The BE1-27 Undervoltage, BE1-59 Overvoltage and BE1-27/59 Under/ Overvoltage Relays’ solid-state design provides a reliable response to protect power system equipment from adverse voltage conditions. ADVANTAGES APPLICATION • Pickup continuously adjustable over a wide range. •...
  • Page 22 BE1-27, 59, 27/59 APPLICATION PURPOSE can initiate switching after a given time delay to avoid transfer switching during temporary low voltage condi- The BE1-27 Undervoltage, BE1-59 Overvoltage and the tions. To return the substation to normal service upon the BE1-27/59 Under/Overvoltage Relays are solid-state restoration of primary voltage, the BE1-59 overvoltage devices which provide reliable protection for generators, relay supervises the transition to its normal operating...
  • Page 23 BE1-27, 59, 27/59 SPECIFICATIONS PICKUP SETTINGS INST. TIMED OV TIME OVER UNDER OVER UNDER DIAL AUX. TIMED TIMER COMPARATOR TARGET AUX. UV TIME DIAL TIMED TARGET TIMER COMPARATOR MONITORED LOW-PASS AUX. VOLTAGE FILTER FULL-WAVE RECTIFIER INST. TARGET COMPARATOR AUX. INST. COMPARATOR POWER TARGET...
  • Page 24 BE1-27, 59, 27/59 SPECIFICATIONS, continued OUTPUTS indicator is illuminated and the corresponding time delay Output contacts are rated as follows: circuit is initiated. If the adverse voltage condition is present at the end of the programmed time delay, the appropriate output relay is energized and, if present, the Resistive associated target indicator is enabled.
  • Page 25 BE1-27, 59, 27/59 SPECIFICATIONS, continued SHORT INVERSE-UNDER SHORT INVERSE-OVER MEDIUM INVERSE-UNDER MEDIUM INVERSE-OVER LONG INVERSE-UNDER LONG INVERSE-OVER Figure 2 - Inverse Timing Characteristic Curves...
  • Page 26 BE1-27, 59, 27/59 CONNECTIONS BE1-27 BE1-59 BE1-27/59 Figure 3 - Voltage Sensing 27/59 27/59 27 or 59 TARGET TARGET TARGET TARGET TARGET TARGET 27 or 59 27/59 27 or 59 27 or 59 27/59 27/59 27/59 27/59 POWER POWER 27/59 27 or 59 LEGEND: Under/Overvoltage Relay...
  • Page 27 BE1-27, 59, 27/59 ORDERING MODEL NUMBER Output Two normally open output relays (one per BE1-27 Undervoltage Relay function) BE1-59 Overvoltage Relay BE1-27/59 Under/Overvoltage Relay Timing (E1) Definite time STYLE NUMBER Power Supply 125 Vdc or 120 Vac external operating The relay model number is followed by a style number power that appears on the front panel, drawout cradle, and inside the case assembly.
  • Page 28 BE1-27, 59, 27/59 STYLE NUMBER IDENTIFICATION CHART NOTES All relays are supplied in an S1 case size. If option 1 is 0, option 3 must be 0, 1, 2, or 5. MODEL NUMBER If target is B, output must be E or F. If option 3 is 3, 4, or 6, option 1 must be 1, 2, 3, or 4.
  • Page 29 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Device Data Sheets Key Components Drawing Description Vendor Model Reference Marks * Control Switches 16SB1B9X2 52CS Breaker Control * Lockout Relay Electroswitch Series 24 7803D * Infrared Viewport Fluke...
  • Page 30 ■ Pull-to-lock and pull-to-turn actions available ■ Up to 12 positions, 360° rotation ■ 4 types of escutcheons (switch face plates) ■ 8 types of fixed handles (black only) ■ 3 types of removable handles GE Multilin...
  • Page 31 90, 75, 60, 45, 37-1/2, 36, 30° ➀ Values of inductance equal to that of the average trip circuit. For circuits between positions having high values of inductance, refer application to your GE representative (c)eight types of fixed handles: for recommendations.
  • Page 32 LOCK-OUT RELAYS By definition the Lock-Out Relay plays a pivotal role in the most crucial utility applications. In an emergency, Lock-Out Relay performance can spell the difference between a routine outage and the destruction of expensive equipment. Protect your system and safeguard your person- nel with the industry standard for safety and reliability.
  • Page 33 SERIES 24 LOCK-OUT RELAYS FEATURES Contact Ratings Typical Contact Deck Arrangement Contact ratings for LOR Interrupting Rating (AMPS) Resistive Inductive* Contact Short Time Continuous Circuit Single Single Rating** Rating (AMPS) (AMPS) Volts Contact Contact 125VDC 250VDC 120VAC 240VAC Basic LOR Deck Layout 480VAC 600VAC The blade and terminal configuration enables the use of multiple contacts in the same deck,...
  • Page 34 SERIES 24 LOCK-OUT RELAYS OPTIONS Manual Reset LOR Electric Reset LOR Closing S1 energizes the linear solenoid which releases the trigger mechanism and causes the The Electric Reset LOR is tripped by the same method as the Manual Reset LOR. In the Trip posi- LOR to snap to the Trip position.
  • Page 35 SERIES 24 LOCK-OUT RELAYS SERIES 24 MANUAL RESET LOR SERIES 24 LOR/ER, LOR/SR ELECTRIC RESET & SELF – RESET DEPTH BEHIND PANEL COIL BURDEN DATA MAN. HI SPEED LOR/ER AND RESET TRIP COIL RESET COIL RESET TRIP INSTANT LOR/SR LOR/SR COIL COIL CIRCUIT BURDEN (AMPS)
  • Page 36 SERIES 24 LOCK-OUT RELAYS LOR RESPONSE TIMES* LOR CURRENT Time to Close Normally Open Contacts Voltage Characteristics Of The Trip Coils COIL B COIL E COIL A COIL C COIL D COIL F COIL K COIL H COIL G COIL B COIL E COIL F COIL A...
  • Page 37 CLKT C-Range Infrared Window for outdoor applications Technical Data Increase the safety and speed of electrical thermography If you are concerned about arc-flash but wish to continue with your infrared ther- mography program, infrared windows are the answer. These arc-resistant, outdoor certified, infrared windows allow thermal, ultraviolet, visual and fusion technologies to be used without exposing personnel to live...
  • Page 38 Detailed specifications 3460346 FLK-050-CLKT 3460387 FLK-075-CLKT 3460439 FLK-100-CLKT Optic data Crystal insert diameter 50 mm (1.97 in) 75 mm (2.96 in) 100 mm (3.94 in) Viewing aperture diameter 43 mm (1.7 in) 68 mm (2.7 in) 89 mm (3.5 in) Viewing aperture area 1452 mm (2.25 sq in)
  • Page 39 General specifications Maximum temperature Gaskets: 250 °C (482 °F) Body: 659 °C (1219 °F) Optic: 1400 °C (2552 °F) Gaskets Low smoke and fume (LSF) compliant silicone IP rating IP65 NEMA rating Type 3/12 (UL and CSA Third Party Certified) Vibration rating IEC60068-2-6 Humidity rating...
  • Page 40 C-2000 ™ Contactors & Starters Control Relays 4 Contacts AC and DC Control Relay catalog numbers are shown in the shaded area in the Control Relay Selection and Data table. To complete the catalog number, replace the asterisk (*) with the appropriate digit from the shaded area in the Coil Selection table. Additional coil information is shown in the Coil Data table.
  • Page 41 Control Relays 4 Contacts AC and DC Legend and Notes for Illustration A Extra Auxiliary Contacts, Side Mounted (if used) B Extra Auxiliary Contacts, Front Mounted (if used) C Pneumatic Timer (if used) D Mechanical Latch (if used) E Transient Voltage Suppressor ⁄...
  • Page 42 Current Transformer Current Transformer Model 780 Window Diameter 6.50” REGULATORY AGENCY APPROVALS Manufactured to meet the requirements of ANSI/IEEE C57.13. Classified by U.L. in accordance with IEC 44-1 APPLICATION: Relaying and metering. FREQUENCY: 50-400 Hz. INSULATION LEVEL: 0.6 kV, BIL 10 kV full wave. CONTINUOUS THERMAL CURRENT RATING FACTOR: 50:5-1200:5 2.0 at 30 C.
  • Page 43 Model 780 Model 780 USA, Canada, Asia, Latin America Europe, Middle East, Africa Tel: +1-800-547-8629 Tel: +34-94-485-88-00 Fax: +1-905-201-2455 Fax: +34-94-485-88-45 e-mail: sales.multilin@ge.com e-mail: gemultilin.euro@ge.com Please refer to our website www.GEMultilin.com for more detailed contact information CS00A40596 Rev. 3 04/13...
  • Page 44 C u r r e n t T r a n s f o r m e r C u r r e n t T r a n s f o r m e r Model 143 Window Diameter 7.31” REGULATORY AGENCY APPROVALS Manufactured to meet the requirements of ANSI/IEEE C57.13.
  • Page 45 M o d e l 1 4 3 USA, Canada, Asia, Latin America Europe, Middle East , Africa Tel: +1-800-547-8629 Tel: +34-94-485-88-00 Fax: +1-905-201-2455 Fax: +34-94-485-88-45 e-mail: sales.multilin@ge.com e-mail: gemultilin.euro@ge.com Please refer to our website www.GEMultilin.com for more detailed contact information CS00A40476 Rev. Section 2...
  • Page 46 Indoor V oltage Transformer Indoor V oltage Transformer Models PTG5-1-110 & PTG5-2-110 REGULATORY AGENCY APPROVALS E145172 LR89403 Manufactured to meet the requirements of ANSI/IEEE C57.13. ACCURACY CLASS: 0.3 WXMYZ 1.2 ZZ at 100% rated voltage with 120V based ANSI burden. 0.3 WXMY, 1.2Z at 58% rated voltage with 69.3V based ANSI burden.
  • Page 47 TWO FUSE USA, Canada, Asia, Latin America Europe, Middle East, Africa Tel: +1-800-547-8629 Tel: +34-94-485-88-00 Fax: +1-905-201-2455 Fax: +34-94-485-88-45 e-mail: sales.multilin@ge.com e-mail: gemultilin.euro@ge.com Please refer to our website www.GEMultilin.com for more detailed contact information Medium Voltage CS00A40661 Rev 3 3/12...
  • Page 48 FT & RT TEST SWITCHES KEY BENEFITS The FT Switches and FT Test Plugs have all the features necessary for applications involving the measurement of individual currents and voltages to facilitate testing of substation instrumentation and protection devices from the front of the panel. The make before-break current short circuit feature allows test personnel the convenience of isolating equipment from current transformer circuits.
  • Page 49 FT & RT Test Switches FT Specifications Fasteners Captive fasteners are made of molded plastic with a threaded brass Rating insert for easy cover installation and removal. The standard FT switch is rated at 600 volts and 30 Amps. The Switch Poles Switch meets or exceeds all requirements of ANSI / IEEE Standard C37.90 and is UL and cUL recognized.
  • Page 50 FT & RT Test Switches FT Test Plugs Single Pole Current Test Plug with Open Secondary CT Protection The Test Plug with a maximum of 10 positions is designed to match the pole configuration of specific styles of FT Switches. Not every ‡...
  • Page 51 FT & RT Test Switches Non Standard FT Style Switch Selector Step 2 Step 1 ‡ 7KH 6ZLWFK ERG\ FDQ VXSSRUW  WR  SROHV LQ VORW PDUNHG $ (Optional) through J ‡ (QWHU D OHWWHU IURP WKH OHJHQG /HDYH XQXVHG VORWV EODQN If a tie bar is required then check this box Position: and draw a dark heavy line over the poles to be joined.
  • Page 52 FT & RT Test Switches Catalog Number for FT Style Switches FT C - 074 This Project Cover FT-C-*** Black -------- (Blank) Clear -------- C Configuration See website, GEDigitalEnergy.com Also on pages 8-11 Terminals Screws ------ (Blank) Studs -------- S Catalog Number for RT Style Rack Mount Switches Left Center...
  • Page 53 FT & RT Test Switches Dimensional Drawing - Type FT Test Switch Black cover and threaded stud terminals Clear cover and screw terminals Typical FT Switch Connection Schematic using an FT-076 switch 6 6 6 www.GEDigitalEnergy.com...
  • Page 54 FT & RT Test Switches Configuration Selection Chart SWITCH CONFIGURATION INDIVIDUAL POLES P=POTENTIAL C=CURRENT (NON-SHORTING) C-C=CURRENT (SHORTING) TEST PLUG FT SWITCH NUMBER NUMBER TOTAL -051 TP-105 -052 TP-102 -053 TP-108 -054 TP-108 -055 TP-111 -056 -057 -058 TP-111 -059 TP-109 -060 TP-109 -061...
  • Page 55 FT & RT Test Switches Configuration Selection Chart SWITCH CONFIGURATION INDIVIDUAL POLES P=POTENTIAL C=CURRENT (NON-SHORTING) C-C=CURRENT (SHORTING) TEST PLUG FT SWITCH NUMBER NUMBER TOTAL -151 -152 TP-111 -153 TP-111 -154 -155 10 0 -156 10 0 -157 -158 10 0 -159 10 0 -160...
  • Page 56 Canada L6E 1B3 Tel: +34 94 485 88 00 Shanghai, 200233, China Toll Free (NA Only): 1-800-547-8629 Fax: +34 94 485 88 45 Tel: +86-21-2401-3208 Tel: 905-294-6222 email: gemultilin.euro@ge.com Fax: +86-21-5423-5080 Fax: 905-201-2098 email: gemultilin@ge.com Energy CS00A42015 Rev 3 05/12...
  • Page 57 800T/H Universal LED System 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 3 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 13 130 130V 130V 130V...
  • Page 58 Universal LED System Components Power Module LED Lamps Voltage Rating Catalog Number Color Catalog Number Green 800T-N376G 12...130V AC/DC 800TC-N374 800T-N376R White 800T-N376W The white LED lamp is recommended for use with amber, blue clear and white color lenses. Available for retrofi tting into existing installations. This Project 800-T-Q-T-H-2-* Pilot Light Catalog Number Confi...
  • Page 60 BURNDY Compression TWO HOLE HYLUG™ DIE AND COLOR BEVELED CODE INFORMATION CODE CONDUCTOR ENTRY LONG BARREL NO INSPECTION WINDOW TYPES YA-2N, YA-2TC, CRIMP YA-4N UL LISTED 90° C, ELECTRO-TIN CABLE 600 VOLT TO 35 KV ◆ PLATED ACCOMMODATION C-50 Fig. 1 Fig.
  • Page 61 USCC & USM ULTRASAFE FUSEHOLDERS ULTRASAFE MODULAR FUSE HOLDERS Ferraz Shawmut UltraSafe™Modular Fuse Holders introduce a new level of safety for Class CC (USCC) and Midget 1-1/2” x 13/32” (USM) AC and DC-rated fuses up to 30 amperes. UltraSafe holders qualify as “finger safe”...
  • Page 62 USCC & USM ULTRASAFE FUSEHOLDERS Voltage Rating Catalog Number W/O Catalog Number W/ Ampere No. of Description Fuse Type Certifications Indicator Indicator Rating Poles USCC1 USCC1I 1-Pole Class CC UltraSafe Fuse Holder USCC2 USCC2I 2-Pole Class CC UltraSafe Fuse Holder USCC3 USCC3I 3-Pole Class CC UltraSafe Fuse Holder...
  • Page 63 onE tiME 1-1/2” x 13/32” MiDGEt FUsEs One-time OTM midget fuses provide low- Features/Benefits cost protection for 250 volt AC general low cost and fully rated for economy ➤ purpose lighting, heating, control circuits, without compromise Can be used with UltRAsAFE™ fuse holders etc.
  • Page 64 AMP-TRAP ® MIDGET FUSES 1-1/2” X 13/32” Amp-trap midget fast-acting ATM fuses are rated Features / Benefits 600 volts AC, with a 100kA interrupting rating. ® For supplemental protection of small These ratings give the ATM a wide range of motors and transformers applications not covered by other midget fuses.
  • Page 65 Improved cantilever strength. High Fault Current Capability. Excellent Protective Characteris- tics Light weight High Durability Excellent Temporary Overvoltage and Surge Duty Capabilities Superior Contamination Perfor- mance Designed & tested in accordance with ANSI/IEEE C62.11 & IEC 99- GE Surge Arresters...
  • Page 66 Note 1 Eyebolt terminals are also available GE Surge Arresters GE Transmission, Distribution & Industrial Systems 381 Broadway, Ft. Edward, NY, 12828 www.ge.com/capacitor Ó DEA-218 1998General Electric Corporation...
  • Page 67 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Tab 2 Supplemental Data Approved Submittal Documents Supporting Information * Power Vac Switchgear & Vacuum Circuit Breakers DEA-398 * Power Vac Circuit Breaker Characteristics - ANSI C37.06 (2000) Current Basis GET-6600G-Page 3-3 * Paint Process Finish System...
  • Page 68 GE Consumer & Industrial Electrical Distribution Medium voltage switchgear for the full range of applications 4.76kV-38kV imagination at work...
  • Page 69 Medium voltage switchgear from a a company you can trust Reaching from 4.76kV to 38kV and including leading-edge arc resistant technology across the line, GE delivers medium voltage switchgear solutions for every application, everywhere. GE has reached agreement with Powell to provide 27kV and 38kV...
  • Page 70 ® POWER/VAC 4.76kV-15kV switchgear Not only was GE first to market vacuum interrupter technology, we invented it. And, with an installed base of 125,000 units, POWER/VAC continues to bring you high quality, low maintenance and long life. POWER/VAC switchgear incorporates the compartment concept with grounded metal barriers that segregate primary functions so that no live parts are exposed.
  • Page 71 At the heart of every POWER/VAC switchgear is the vacuum interrupter, which delivers fast, quiet power switching and precise arc extinction. Oil gas or high pressure air is not needed to aid interruption, resulting in a simpler, more reliable breaker. POWER/VAC breakers feature easy-to-read controls and indicators, an easily inspected primary disconnect, contact erosion indicator and precisely tooled breaker mechanisms.
  • Page 72 POWER/VAC Specifications Standards POWER/VAC switchgear is fully tested to all applicable ANSI, IEEE and NEMA standards. Weights & Dimensions Equipment Rating Indoor Outdoor 2-High Breaker 2-High Breaker Auxiliary Vertical Auxiliary Vertical 4.76, 8.25 & 15 KV Vertical Section Vertical Section Section Section (less breakers)
  • Page 73 New Lineups Typical Sections Circuit Breaker Characteristics Maximum Closing and Insulation Withstand Test Voltages Rated Rated Rated Rated Rated Rated Symmetrical Latching Continuous Short Circuit Maximum Maximum Voltage Interrupting Interrupting Capability 2.7K Full Wave Current at at Maximum Voltage Voltage Range Time Capability and...
  • Page 74 POWER/VAC VACUUM ® BREAKERS DESIGNED FOR QUALITY AND SAFETY Standardization Means High Quality A high degree of standardization has been achieved with POWER/VAC breakers. All breakers are the same ® size, regardless of voltage or interrupting capability. Additionally, most parts of the frame, primary conduc- tors, disconnects and mechanisms are interchangeable throughout the breaker product line.
  • Page 75 Breaker Features 1. FRONT PANEL: Thick 11-guage steel front panel fits into a collar - frame in the equipment when the breaker is in the CONNECT position, which provides a safe grounded metal barrier between the breaker compart- ment and the secondary device compartment. Well marked and easy-to-read operating controls and indica- tors include TRIP button, CLOSE button, OPEN/CLOSE in- dicator, CHARGE/DISCHARGE indicator, OPERATIONS...
  • Page 76 THESE SUPERIOR DESIGN FEATURES ARE STANDARD ON POWER/VAC SWITCHGEAR ® A. MAIN BUS E. DRY TYPE COMPARTMENT CONTROL POWER is completely isolated by 11 TRANSFORMERS gauge metal barriers. Bus bars have molded epoxy resin insu- are provided with high dielectic lation and are mounted in a epoxy insulation and pass draw out tray for easy access.
  • Page 77 THE INSIDE STORY ON ADDITIONAL POWER/VAC FEATURES ® 7. Ample Relay and Terminal Block Space 1. Two-High Breaker Stacking can save up to 50% accepts complex configurations and is compartmentalized in floor space for most applications, depending on the rat- by the front panel enclosing the breaker.
  • Page 78 POWER/VAC, PV System 27, PV System 38 and Hipoxy 2000 are registered trademarks of Powell Industries. GE Consumer & Industrial 41 Woodford Avenue, Plainville, CT 06062 www.geelectrical.com © 2007 General Electric Company imagination at work DEA-398 0407...
  • Page 79 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Breaker References The following breaker rating table is associated with the following Loop Tag Designations as outlined below: Lineup Breaker Shop Order/ Reference Marks Customer Reference Designation Drawing Set...
  • Page 80 Section 3...
  • Page 83 ALL OF THE ABOVE REQUIREMENTS ACCORDING TO IEEE-693-2005 AND IBC-2006. Certification Report Prepared by W. E. Gundy & Associates, Inc. P.O.Box 2900, Hailey, ID, 83333 See GE document 10095952P1 for Certification Report, interpretation of test data and P.E. stamp. e-DET-475A (11/09)
  • Page 84 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear Tab 3 Instructions Installation, Operation & Maintenance Vol. Tab Description Reference Maintenance Maintenance Summary Form 480-Z7612-16340-MSF Operation Supplemental Operational Information 480-Z7612-16340-SOI Instruction Manuals Medium Voltage Switchgear Instruction Manuals Communication Devices Instruction Manuals Protection Relays Spare Parts / Accessory / Information...
  • Page 85 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear 480-Z7612-16340-MSF Maintenance Summary Form Equipment Type: Medium Voltage Switchgear Equipment Model: Power Vac Designation Shop Order SWITCHGEAR SWGR-Q-A ( 15LSWGR901 ) 111027-01 SWITCHGEAR SWGR-Q-B ( 15LSWGR902 ) 111027-04 12.47KV SERVICE CENTER ADDITIONS 111027-01...
  • Page 86 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear 480-Z7612-16340-SOI Supplemental Operational Information Designation Shop Order SWITCHGEAR SWGR-Q-A ( 15LSWGR901 ) 111027-01 SWITCHGEAR SWGR-Q-B ( 15LSWGR902 ) 111027-04 12.47KV SERVICE CENTER ADDITIONS 111027-01 General Procedures Startup: Normal/Emergency Location...
  • Page 87 Sludge Dewatering and Odor Control at Plant 1 Specification: 16340 Project No. P1-101 Medium Voltage Switchgear 480-Z7612-16340-SOI Supplemental Operational Information Equipment Function 12KV Switchgear: To distribute medium voltage power and protect facility equipment Location Operating Characteristics Vol. SWITCHGEAR SWGR-Q-A ( 15LSWGR901 ) System Voltage: 12470V Phase:...
  • Page 88 01.4IB.66000A Rev 11/2012 Users Guide: GE Lift Truck GEK-90214 Rev B Instructions: Test Cabinet for Power Vac Vacuum Circuit Breakers GEK-105263 Rev B Instruction Manual: GE Power Vac Manual Ground & Test Device GEK-90212 Rev B Page 1 of 1...
  • Page 93 equipment...
  • Page 97 Figs.
  • Page 98 charge...
  • Page 107 copper bushings...
  • Page 109 drawings particular...
  • Page 120 lower followed.
  • Page 122 against...
  • Page 123 ground sheath risers convenient...
  • Page 124 ground-...
  • Page 126 until it will be a...
  • Page 127 conductor APPARATUS FICE then...
  • Page 129 MAKE...
  • Page 131 responsible policy...
  • Page 132 enamel...
  • Page 133 sealer this...
  • Page 138 06/06/2005 Addendum #1 to GEK-39672G Instructions for making bus connections across shipping split sections Introduction PowerVac switchgear is shipped in splits of one, two, three or four stacks. When connecting shipping splits together it may be required to make the connections across the main bus or the tie bus.
  • Page 139 (6) Do not remove (5) Do not remove (3) Remove (later) (2) Remove (4) Do not remove (1) Remove heater Fig – A(1)-1 Front upper compartment For stacks that have a 2 High PT/CPT tray in the front upper compartment, the procedure for removing the horizontal barrier is different from that shown above.
  • Page 140 The underside of the taptites This barrier can be removed when the 3 taptites are removed. Fig – A(1)-3 View looking up into the front bottom compartment of a 2 High-A rollout stack Step – 2, Remove vertical mid barrier in front lower compartment Remove the vertical mid barrier located in the upper part of the lower front compartment.
  • Page 141 Fig – A(1)-1. Do not remove the secondary disconnect block ( item # 5 ) or the chain ( item # 6 ). This barrier can be removed by sliding it down. This will expose the main bus compartment as shown in Fig – A(1)-5 Tape Boots Tape...
  • Page 142 Fig – A(1)-6 Location of tape Fig A(1)-7 Typical Bus compartment with polyester glass inter-unit bus support Step – 6 Align switchgear stacks a) Gently align the next stack on the left with this stack taking care not to damage the porcelain bus supports.
  • Page 143 Fig – A(1)-8 View showing stacks bolted together Step – 7, Make bus connections ( for polyester glass bus supports go directly to step 7c ) a) Position the rubber cushion so that it is approximately in the center of the porcelain support.
  • Page 144 Fig – A(1)-9 Shows rubber cushion inserted over bus Step 8, Finishing up a) Re-assemble the boots that were removed in step 4. b) Remove tape applied in step 5a ( for porcelain only ) c) Ensure that no tools or other material is left behind in the bus compartment d) Re-assemble the vertical mid-barriers and the horizontal pan that were removed in steps 1 to 3 e) Before energizing the switchgear conduct Insulation resistance (Megger) and HV...
  • Page 145 Tie bus connections across the shipping split Steps 4 through 8 are the same for making the tie bus connections. The tie bus compartment can be accessed from the rear of the switchgear by removing the rear bus barrier of the tie bus compartment. Fig – A(1)-10 shows a typical bottom tie bus compartment with the rear bus barrier removed.
  • Page 146 06/06/2005 Addendum #2 to GEK-39672G Instructions for bolting stacks together across shipping split sections Introduction PowerVac switchgear is shipped in splits of one, two, three or four stacks. This instruction provides details on bolting the stacks together across the shipping splits. This instruction is applicable to indoor, indoor drip proof and outdoor switchgear.
  • Page 147 Perimeter Factory connections bolting Center-post ( 4 places) Perimeter bolting Front Rear Fig A(2)-1 Sectional view of inter-unit bolting Center-post bolting Fig A(2)-2 Typical Center-post bolting The center-post bolting has to be done at 2 places in the front upper compartment and at two places in the front bottom compartment.
  • Page 148 Step – 2 Perimeter bolting Sixteen sets of 0.38 x 1.00 inch hardware is provided for perimeter bolting. The following guidelines shall be followed : a) Minimum of 3 bolts on each vertical post b) For 82 inch deep and 94 inch deep stacks, a minimum of two bolts on each depth post with at least one bolt in the front compartment and one bolt in the rear compartment.
  • Page 150 Intentionally Left Blank.
  • Page 151 Intentionally Left Blank.
  • Page 165 GEK–105263B Instructions Test Cabinet ______________________________________________________  for Power/Vac Vacuum Circuit Breakers...

  • Page 167: Table Of Contents

     Power/Vac Test Cabinet Table of Contents Section 1. Introduction 1-1 Safety ..............................3 1-2 Maintenance ............................. 3 Section 2. Receiving, Handling & Storage 2-1 Receiving............................4 2-2 Handling............................4 2-3 Storage ............................. 4 Section 3. Description & Principals of Operation ..................
  • Page 168  Power/Vac Test Cabinet __________________________________________________ List of Figures 1. Typical Test Cabinet ............................5 2. Test Cabinet Outline............................6 3. Wiring Diagram for Test Cabinet with 1-Trip Coil..................7 4. Wiring Diagram for Test Cabinet with 2-Trip Coils ..................8 5.

  • Page 169: Section 1. Introduction

    The following basic industry practiced safety requirements are applicable to all major electrical and the user’s experience. It is the GE recommendation that, equipment such as switchgear or switchboards. GE neither until the user has accumulated enough experience to select a test...

  • Page 170: Section 2. Receiving, Handling & Storage

     Power/Vac Test Cabinet Section 2. Receiving, Handling and Storage 2-1. Receiving 2-3. Storage Each test cabinet is carefully inspected before shipment. It is recommended that the test cabinet be put Immediately upon receipt of the test cabinet, an immediately in its permanent location. If this is not examination should be made for any damage sustained possible, the following precautions should be taken to in transit.
  • Page 171 Fig. 1 Typical Test Cabinet 1- CABLE 2- STORAGE BRACKET 3- TEST COUPLER 4- CONTROL POWER SELECTOR SWITCH 5- CLOSE PUSHBUTTON 6- TRIP COIL #1 PUSHBUTTON 7- TRIP COIL #2 OR UVTD PUSHBUTTON 8- INDICATING LIGHT (w/ 250V resistor) 9- 125V INDICATING LIGHT RESISTOR 10- RECTIFIER BOARD 11- MOTOR CIRCUIT FUSE BLOCK 12- CLOSE CIRCUIT FUSE BLOCK...

  • Page 172: Section 4. Installation

     Power/Vac Test Cabinet Section 4. Installation The test cabinet should be installed on the wall at a Conduits may be installed for cables to supply control location where maintenance and testing of the breaker power for testing. Two 1-inch diameter grommets are can be conveniently done.
  • Page 173  Power/Vac Test Cabinet Section 5. Maintenance Fig. 3. Test Cabinet Wiring Diagram for 1-Trip Coil...
  • Page 174 Fig. 4. Test Cabinet Wiring Diagram for 2-Trip C...
  • Page 175 Fig. 5. Test Cabinet Wiring Diagram for 1-Trip Coil & UVTD...
  • Page 176 Should further information be desired or should particular problems arise which are not covered sufficiently for the purchaser’s purposes, the matter should be referred to the General Electric Company. GE Industrial Systems ______________________________________________________ General Electric Company...
  • Page 177 GE CONSUMER & INDUSTRIAL GE POWER/VAC® MANUAL GROUND AND TEST DEVICE Type PVV-1200 PVV-2000 PVV-3000 Instruction Number GEK-90212B...
  • Page 178 CONTENTS Introduction ................................3 2. Safety Precautions............................... 3 3. Receiving, Handling and Storage ......................... 4 3.1. Receiving and Handling ........................4 3.2. Storage................................ 4 4. Description................................4 5. Interlocks ................................... 6 5.1. Current Rating Interlock........................6 5.2. Compartment Elevation Interlock....................6 6.

  • Page 179: Introduction

    POWER/VAC* MANUAL GROUND AND TEST DEVICE TYPES PVV-1200, PVV-2000, PVV-3000 POWER/VAC* METAL-CLAD SWITCHGEAR TYPES VM-4.16 AND VM-13.8 INTRODUCTION The Manual Ground and Test Device is an auxiliary CAUTION: This device does not have interrupters or removable device for use in POWER/VAC* Metal Clad a mechanism;...

  • Page 180: Receiving, Handling And Storage

    RECEIVING, HANDLING AND STORAGE 3.1. Receiving and Handling 3.2. Storage Each Manual Ground and Test Device is carefully The Manual Ground and Test Device should be inspected and then packed by workmen experienced carefully protected against condensation. Store it in a proper handling electrical...
  • Page 181 Extension Bars – Load/Line and Bus Indicator Rods Compartment Elevation Selector Lever Compartment Elevation Interlock Mechanism Ground Angle Shutter Labels – LOAD/LINE and BUS Compartment Elevation Indicator Shutter Retaining Screws (Inside Front Panel) 10. Nameplate Fig. 1 MANUAL GROUND AND TEST DEVICE (FRONT VIEW)

  • Page 182: Interlocks

    INTERLOCKS Current Rating Interlock used to select which compartment is to be tested. When the lever is” Up” the device can enter the upper Each Manual Ground and Test Device is equipped with compartment. When the lever is “Down” the device a current rating interference plate (15) Fig.

  • Page 183: Operating Procedures

    OPERATING PROCEDURES Identify the current rating of the Manual Ground Cable Specifications and Test Device by reading the nameplate on the Maximum Fault Current - 50kA rms (2 sec) front or right side of the device. Make certain this Cable 500MCM, 259 Strands,TC current rating matches the metal-clad unit into which (2 per terminal)

  • Page 184: Maintenance

    MAINTENANCE Proper maintenance of the Manual Ground and Test lever. Lubricate rubbing surfaces with Device is necessary to insure satisfactory operation. 0282A2048P009 compound. The following items should be checked each time the Make certain insulation parts are free of dust and device is used.
  • Page 185 Connection Bar (1200A) Ground & Test Device Frame Connection Bar (2000A) Insulation Support Connection Bar (3000A) Extension Bar Insulator Tubes Connection Bar Mounting Bolt Front Cover Primary Extension Bars Indicator Rods Grounding Bar Current Rating Interlock Racking Engagement Lever Contact Fingers Compartment Elevation Selector Lever Roll Pin (1200A &...
  • Page 188 Should further information be desired or should particular problems arise which are not covered sufficiently for the purchaser's purposes, the matter should be referred to the General Electric Company. GE Consumer & Industrial __________________________________________________________________ GE Consumer and Industrial...

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