CAPACITORS AND REGULATORS

Transcription

1 Sheet 1 of 1 Capacitor Bank Wiring Diagrams TABE OF CONTENTS SINGE PHASE, FIXED 2.4, 7.2, & 7.96 KV THREE PHASE, SWITCHED AND FIXED KV Controls and Wiring Diagrams TIME, TEMP, VOTAGE, NON COMMUNICATING FOR KV BANKS CURRENT OR VAR, NON COMMUNICATING FOR KV BANKS TIME, TEMP, VOTAGE, COMMUNICATING FOR KV BANK MUTI FUNCTION FOR 34.5KV BANKS ** ** ** ** Fixed Capacitor Installations 2.4, 7.2 & 7.96KV SINGE PHASE ** KV THREE PHASE ** Switched Capacitor Installations KV FOR TIME, TEMP, VOTAGE, COMMUNICATING CONTROS ** KV FOR CURRENT CONTROS, NON COMMUNICATING CONTROS ** INSTAATION OF 1kVA TRANSFORMER ON CAPACITOR BANK SWITCHED CAPACITOR INSTAATION KV THREE PHASE NON COMMUNICATING CURRENT OR VAR TYPE CONTROS ** REGUATOR SPACER CABE POE MOUNTED, THREE PHASE 4KV & 12 KV 34.5KV FOR MUTI FUNCTION CONTROS ** Regulators POE MOUNTED, SINGE PHASE 4 & 12KV PATFORM MOUNTED, THREE PHASE 4 & 12KV POE MOUNTED, THREE PHASE 4KV & 12KV ** ** REV. DATE: 07/02/2018

2 Capacitor Bank Wiring Diagram Single Phase, Fixed 2.4, 7.2, and 7.96kV Sheet 1 of 1 PHASE WIRE PRIMARY FUSE SWITCH IGHTNING ARRESTER CAPACITOR RACK BOND NEUTRA SECONDARY RUN ENG: WYW REV. NO: 4 REV. DATE: 06/15/16

3 Capacitor Bank Wiring Diagram Three Phase, Switched and Fixed kv Sheet 1 of 1 Wye Connected PHASE WIRE PRIMARY FUSE SWITCH OI OR VACUUM SWITCH (OMIT FOR FIXED) CAPACITOR RACK BOND SECONDARY RUN IGHTNING ARRESTER NEUTRA Delta Connected PHASE WIRE PRIMARY FUSE SWITCH OI OR VACUUM SWITCH (OMIT FOR FIXED) CAPACITOR RACK BOND IGHTNING ARRESTER SECONDARY RUN NEUTRA ENG: WYW REV. NO: 5 REV. DATE: 06/15/16

4 Control and Wiring Non Communicating Time, Temp and Voltage for 14.4kV Systems and Below Sheet 1 of 3 Phase Wire Fused Switch Capacitor Switch N C T ightning Arrester Cap Bank Switch Capacitor Rack Ground Bond to Pole Ground N O Secondary Junction Box N O Close Trip Neutral 120V Phase CS+ CS Blue Red Black White Socket Mount Capacitor Control 1 ENG: DT REV. NO: 4 REV. DATE: 10/01/2018

5 Control and Wiring Non Communicating Time, Temp and Voltage for 14.4kV Systems and Below Sheet 2 of 3 To Capacitor Switch To Capacitor Switch To Capacitor Switch Neutral N 120V O Phase Close Trip CS+ CS 120V Source White Black Red Blue #6 Cu Poly to Ground B Black White 120V Phase Neutral Blue Red Trip Close #6 Cu Poly to Ground Red Plug Ground ENG: DT REV. NO: 4 REV. DATE: 10/01/2018

6 Control and Wiring Non Communicating Time, Temp and Voltage for 14.4kV Systems and Below Sheet 3 of 3 Stnd. / Stk. No. Description A Control, Time, Temp, Volt S&C Intellicap 1 B Junction/Socket Meter, 4 Jaw, Pre wired with 25 iquidtight 1 Conduit C Connector, Split Bolt 4 NOTES: 1. The junction box, meter socket, capacitor rack and capacitor control shall be bonded to the pole ground. 2. See DCS ** for capacitor bank installation. ENG: DT REV. NO: 4 REV. DATE: 10/01/2018

7 Control and Wiring Non Communicating Time, Temp, Voltage and VAR for 14.4kV and Below Systems Sheet 1 of 3 Phase Wire B Fused Switch Capacitor Switch Capacitor Rack Ground Capacitor Switch N C T ightning Arrester Bond to Pole Ground N O Secondary Red Black Junction Box Neutral 120V Phase N O Close Trip CS+ CS Brown Purple Blue Red Black White Socket Mount Capacitor Control 2 ENG: DT REV. NO: 11 REV. DATE: 10/01/2018

8 Control and Wiring Non Communicating Time, Temp, Voltage and VAR for 14.4kV and Below Systems Sheet 2 of 3 Draft C Red Black To Cap Switch To Cap Switch Neutral 120V Phase N O Close Trip CS+ CS To Cap Switch 120V Source White Black Red Blue Purple Brown 25ft Cable with Connector pre wired, route to ine Post Current Sensor #6 Cu Poly to Ground H 120V Phase Black White Neutral Current Sensor ow (CS ) Brown Blue Purple Red Current Sensor High (CS+) Trip Close #6 Cu Poly to Ground Red Plug ENG: DT REV. NO: 11 REV. DATE: 10/01/2018

9 Control and Wiring Non Communicating Time, Temp, Voltage and VAR for 14.4kV and Below Systems Sheet 3 of 3 Draft C Stnd. / Stk. No. Description A Control, Current or VAR S&C Intellicap 1 B Sensor, Current, ine Post Type, 15 kv 1 C Stud, ⅝ X 7 1 F Connector, Split Bolt 5 H Junction Box/Meter Socket 6 Jaw, Pre wired with 25 iquidtight Cable 1 NOTES: 1. Contact Standards Engineer for the replacement line post current sensor cable. 2. The junction box, meter socket, capacitor rack, capacitor control, and current sensor must be bonded to pole ground. 3. See DCS ** for capacitor bank installation. ENG: DT REV. NO: 11 REV. DATE: 10/01/2018

10 Control and Wiring Communicating, Time, Temp, and Voltage 34.5kV and below ** Sheet 1 of 3 S&C Intellicap 2000 Phase Wire Capacitor Rack Bond Capacitor Switches N C T D Neutral Sensor 3 N O Secondary Run Junction Box Neutral N 120V Phase O Close C Trip T NS+ NS Black White Wire Color White Black Red Blue S&C Terminal Function Strip N 120V Close Trip/Open Orange NS+ 7 White Black Red Blue Orange Yellow Yellow Purple NS CS Arrester Brown CS 6 Disconnect Box Yellow Orange Blue Red Black White Capacitor Control Terminal Strip Capacitor Control Box ENG:WYW REV. NO: 5 REV. DATE: 02/24/17

11 Control and Wiring Communicating, Time, Temp, and Voltage 34.5kV and below ** Sheet 2 of 3 Wire Color White Black Red Blue Orange Yellow S&C Terminal Function Strip N 120V Close Trip/Open NS+ NS To Cap Switch Neutral 120V Phase Close Trip Black White Purple CS+ Brown CS To Cap Switch 5 6 N O C T NS+ NS To Cap Switch 120V SOURCE White Black Red Blue Orange Yellow Hard Wired to Junction Box From Neutral Sensor Disconnect Box See Sheet 1 for Reference E Junction/ Disconnect Box Stk # B #6 Cu Solid Poly Cover ead 42 S&C Intellicap 2000 Control Terminal Strip Configuration For Wall or Pole Mounting Bracket INPUT TERMINAS 1 Ac Neutral (connected to terminal 12) 2 Digital Input 3 User Defined 3 Digital Input 2 Operator Close 4 Digital Input 1 Operator Open 5 CT or Phase Current Sensor Hot (+) 6 CT Return 7 Neutral Sensor Hot (+) 8 Open 9 Close 10 Ac ine Motor Operator Power 11 Ac ine Control Power and Sensing 12 Ac Neutral and Sensor Return(s) ( ) Cables from Junction Box to the Control Hard Wired White Green Ground Phase Current Sensor Hot (+) oad 4 TEST POINTS FUSE INPUT TERMINA BOCK Orange 3 Blue Ac Neutral and Sensor Return(s) ( ) Ac ine Red 2 Black 1 Green Ground Yellow N CS+ CS NS+ T C O NS ENG:WYW REV. NO: 5 REV. DATE: 02/24/17

12 Control and Wiring Communicating, Time, Temp, and Voltage 34.5kV and below ** Sheet 3 of Communicating/Time/Temp/Voltage S&C Intellicap 2000 (Preferred) Stnd. / Stk. No. Description ** 02 B Control, Communicating, Time, Temp, Volt S&C Intellicap ,4 D Neutral Current Sensor S&C Intellicap Plus, with 10 cable W/O Connector 1 4,6 E Junction Box (6 terminal)/disconnect Box, Pre wired with 35 iquidtight Cable K Wire, #6 Cu., S.D. Poly Covered Connector, Split Bolt 2 1 NOTES: 1. Clearance from ground to the top of the control cabinet shall be 5 6 from the ground, but the next hand or foot hold shall be 8 or greater above the control cabinet. The junction box shall be mounted 1 2 feet below the capacitor bank frame. eads to the bank switches shall be secured to the frame of the bank with wire ties. 2. Minimum clearance from the ground to the bottom of the capacitor rack shall be: Areas accessible to vehicles 15 feet. Areas accessible to pedestrian only 11 feet. 3. The neutral current sensor shall be mounted below the bank. Both ground wires from the bank must pass through the center of the sensor. The sensor shall be located on the ground wires between the bank and their connection to the distribution system neutral (thereby capturing all of the ground current in the wires from the bank), and secured with a staple above and below to the ground wires passing through the sensor. (If a 1kVA transformer is installed on the bank, refer to DCS , the two ground wires from the transformer must also pass through the neutral current sensor). Run sensor cable to the junction box. 4. Terminate the neutral sensor wires in the junction box (the black color wire from the neutral senor to the NS+ terminal with orange color wire to the control and the white color wire from the neutral sensor to the NS terminal with yellow color wire to the control). (NOTE: This wiring configuration is for consistency, The sensor orientation and the settings in the control will dictate current flow direction.) 5. Connect the color coded wires from the terminal strips in the junction box to the capacitor control according to the color code chart in the schematic. 6. The junction box/disconnect box, stock # includes 35 of pre wired liquid tight conduit, lags, and staples for mounting the junction box, disconnect box, and liquid tight to pole. Apply staples every 2. Excess liquid tight shall be coiled and secured to the capacitor bank frame. 7. The junction box, disconnect box, and capacitor control must be connected to the pole ground wire. 8. Capacitor bank locations should be bucket truck accessible. If an exception is made and they are not, the control cable may be placed in conduit on standoff brackets if necessary. See DCS ** for material. ENG:WYW REV. NO: 5 REV. DATE: 02/24/17

13 Control and Wiring Time, Temp, Volt, Current and VAR, for 34kV (Communicating) ** Sheet 1 of 4 Phase Wire D Current Sensor, ine Post Type E, G, H, I Capacitor Rack Bond N C T Neutral Current Sensor 3 N O Secondary Run 3 120V Neutral Phase Close Trip Ground CS+ CS N O C T G Junction Box Wire Color White Black Red Blue Orange Yellow Function N 120V Close Trip/Open NCS+ NCS Beckwith Terminal Strip S&C Terminal Strip Arrester Disconnect Box Beckwith Terminal Strip S&C Intellicap Terminal Strip Capacitor Control Capacitor Control Box ENG: WYW REV. NO: 3 REV. DATE: 06/15/16

14 Control and Wiring Time, Temp, Volt, Current and VAR, for 34kV (Communicating) ** Sheet 2 of 4 Stock Number Junction Box and Disconnect Box ENG: WYW REV. NO: 3 REV. DATE: 06/15/16

15 Control and Wiring Time, Temp, Volt, Current and VAR, for 34kV (Communicating) ** Sheet 3 of Time, Temperature, or Voltage Sensing Current or VAR Sensing Stnd. / Stk. No. Description ** A Control, Time, Temp, Volt, Current or VAR S&C Intellicap B Junction Box and Disconnect Box, Pre wired with 35 iquid tight Cable 1 1 C Sensor, Neutral Current with 40 Cable on 34kV Bank 1 1 D Sensor, Current Sensor, ine Post Type, 34kV E Cable, Current Sensor to Control, Cable, Current Sensor to Control, 65 1 F Staple for Control Cable G Staple for Sensor Cable H U Guard, 2 x I ag Screw, 1/4 x 2 with washer J Connector, 1 hub, cable dia. 1 1 K ocknut, Cable Romax # M Connector, Serv Ent for #14 2 with ¾ Hub 1 1 N ocknut, 3/4 1 1 O Molding, Plastic, 8 x ¾ 6 6 P Staple for ¾ Moulding Q Bolt, Machine, ⅝ x R Washer, Galv, 11/16 SQ 2 2 S Wire, #6 Cu., S.D. Poly Covered 3 3 NOTES: 1. Clearance from ground to the top of the control cabinet shall be 5 6 from the ground, but the next hand or foot hold shall be 8 or greater above the control cabinet. The junction box shall be mounted 1 2 feet below the capacitor bank frame. eads to the bank switches shall be secured to the frame of the bank with wire ties. 2. Minimum clearance from the ground to the bottom of the capacitor rack shall be: Areas accessible to vehicles 15 feet. Areas accessible to pedestrian only 11 feet. 3. The neutral current sensor shall be mounted below the bank. Both ground wires from the bank must pass through the center of the sensor. The sensor shall be located on the ground wires between the bank and their connection to the distribution system neutral (thereby capturing all of the ground current in the wires from the bank), and secured with a staple above and below to the ground wires passing through the sensor. (If a 1kVA transformer is installed on the bank, the two ground wires from the transformer must also pass through the neutral current sensor). Run sensor cable to the junction box on the capacitor bank. Enter junction box through hub connector. 4. The disconnect includes 35 of pre wired liquid tight conduit, lags, and staples for mounting the junction box, disconnect box, and liquid tight to pole. Apply staples every 2. Excess liquid tight shall be coiled and secured to the capacitor bank frame. 5. Connect wires to terminal strips in the junction box and capacitor control according to the color code chart in the schematic. Wiring colors may vary, Connect in junction box by its function (trip, close, 120V, neutral, csh, csl) 6. The junction box, disconnect box, and capacitor control must be connected to the pole ground wire. 7. Capacitor bank locations should be bucket truck accessible. If an exception is made and they are not, the control cable may be placed in conduit on standoff brackets if necessary. See DCS ** for material. ENG: WYW REV. NO: 3 REV. DATE: 06/15/16

16 Control and Wiring Time, Temp, Volt, Current and VAR, for 34kV (Communicating) ** Sheet 4 of 4 8. Connect the red wire from the neutral current sensor to the CS+ terminal with orange wire to control. Connect the black wire from the neutral current sensor to the CS terminal with yellow wire to control. (NOTE: This wiring configuration is for consistency, The sensor orientation and the settings in the control will dictate current flow direction.) 9. Run control cable and sensor cable down pole together in close proximity. Cover both with 2 U Guard. See switched bank installation standard for more specific information. 10. If the control is operated in voltage control mode, the sensing voltage must come from a 34kV to 120V source. Do not use a 120V source from the distribution system for sensing or control power in this case. ENG: WYW REV. NO: 3 REV. DATE: 06/15/16

17 Fixed Capacitor Installation One Phase 2.4, 7.2, & 7.96 kv ** Sheet 1 of 2 50KVAR 100KVAR 2.4kV 7.2kV 7.96kV N M C J 12 8 P G,H,P D B K 30 F O C A F CAPACITOR HANGER BOND 2 I NOTES: 1. Minimum clearance from the ground to the bottom of the capacitor rack shall be: Areas accessible to vehicles 15 feet. Areas accessible to pedestrian only 11 feet. 2. Connect wires to terminal strips in the junction box and capacitor control according to the color code chart in the schematic. Wiring colors may vary, and connect in junction box by its function (trip, close, 120V, neutral) 3. Capacitor bank locations should be bucket truck accessible. If an exception is made and they are not, the control cable may be placed in conduit on standoff brackets if necessary. See DCS ** for material. ENG: WYW REV. NO: 7 REV. DATE: 12/15/16

18 Fixed Capacitor Installation One Phase 2.4, 7.2, & 7.96 kv ** Sheet 2 of 2 Stnd. / Stk. No. Description ** A Capacitor, Hanger B Arrester, ightning, 3kV Arrester, ightning, 10kV C #4 Wire, Riser, Poly Covered D /8 x 12 Machine Bolt E Washer, Galv, 11/16 Square F /8 x 5 ag Screw G Switch, Fuse 100A, 15kV H ink, Fuse 25T ink, Fuse 50K ink, Fuse 12T ink, Fuse 15T 1 1 I Clevis Extension Bracket J Bracket, Switch, Fiberglass Cap, 2.4kV, 50 KVAR Cap. 2.4kV, 100KVAR 1 K Cap. 7.2 kv, 50 KVAR Cap. 7.2kV, 100 KVAR Cap kv, 100 KVAR 1 7@ Grounding Unit Ground Rod Grounding Unit Ground Coil M HC*W Clamp, Hot ine N PG* Clamp, Parallel Groove See Std HC*W Clamp, Hot ine O Wire, Cu, #6 SD., Poly Covered P Cover Cutout ENG: WYW REV. NO: 7 REV. DATE: 12/15/16

19 Fixed Capacitor Installation kV Three Phase ** Sheet 1 of 2 : K B,D,M M 2 0 TURN OUTSIDE SWITCH TOWARD POE 8 Arm 10 Arm F,G A 24 CAPACITOR HANGER BOND 22 J ENG: WYW REV. NO: 10 REV. DATE: 12/15/16

20 Fixed Capacitor Installation kV Three Phase ** Sheet 2 of 2 Stnd. / Stk. No. Description ** 4kV 12kV 13.8kV 14.4kV Cap. Fix, 300 kvar 4kV Cap. Fix, 600 kvar 4kV 1 A Cap. Fix, 300 kvar 12kV Cap. Fix, 600 kvar 12kV Cap. Fix, 300 kvar 13.8kV Cap. Fix, 600 kvar 13.8kV Cap Fix 300 kvar 14.4kV Cap Fix 600 kvar 14.4kV 1 B Switch, Fuse 100A, 15kV C Wire, #4 Riser ink, Fuse 40T ink, Fuse 80T 3 D ink, Fuse 15T ink, Fuse 30T ink, Fuse 25T ink, Fuse 12T 3 3 E Screw, ag 1/2 x F Bolt, Mach. 3/4 x G Washer, Curved 3/ @ H Crossarm w/brace, Crossarm w/brace, @ J Grounding Unit Ground Rod Grounding Unit Ground Coil K PG* Clamp, Parallel Groove See HC*W Clamp, Hot ine Bracket, Switch, Arrester NOTES: 1. Minimum clearance from the ground to the bottom of the capacitor rack shall be: Areas accessible to vehicles 15 feet. Areas accessible to pedestrian only 11 feet. 2. Connect wires to terminal strips in the junction box and capacitor control according to the color code chart in the schematic. Wiring colors may vary, Connect in junction box by its function (trip, close, 120V, neutral) 3. Capacitor bank locations should be bucket truck accessible. If an exception is made and they are not, the control cable may be placed in conduit on standoff brackets if necessary. See DCS ** for material. 4. oadbreak tool, Stock No , must be used to operate switches. 5. Ameren I must use 2 10 crossarms. ENG: WYW REV. NO: 10 REV. DATE: 12/15/16

21 Switched Capacitor Installation kV For Time, Temp., Voltage or Communicating Type Controls ** Sheet 1 of B 5 C,D,E,F TURN OUTSIDE SWITCH TOWARD POE K Arm 10 Arm I B G,H A 24 M Junction Box 3 NEUTRA CURRENT SENSOR SEE DETAI BANK FRAME AND CE GROUNDS 22 BANK CE GROUND BANK FRAME GROUND J M Disconnect Box 2 M 1 0 Max TO SYSTEM NEUTRA TO Junction Box 5 6 J NEUTRA CURRENT SENSOR DETAI IF REQUIRED 2 8 M Control Cabinet ENG: WYW REV. NO: 10 REV. DATE: 12/18/16

22 Switched Capacitor Installation kV For Time, Temp., Voltage or Communicating Type Controls ** Sheet 2 of 3 Stnd. / Stk. No. Description ** 4kV 12kV 13.8kV 14.4kV Cap. Sw. 300 kvar 4kV Cap. Sw. 600 kvar 4kV Cap. Sw. 300 kvar 12kV 1 A Cap. Sw. 600 kvar 12kV Cap. Sw kvar 12kV Cap. Sw. 300 kvar 13.8kV Cap. Sw. 600kVAR 13.8kV Cap. Sw. 1200kVAR 13.8kV Cap. Sw. 300 kvar 14.4kV Cap. Sw. 600kVAR 14.4kV 1 B Wire, #4 Cu Poly,Riser C Switch, Fuse, 100A, 15kV D Bracket, Switch, Arrester E Cover Cutout ink, Fuse 40T ink, Fuse 80T ink, Fuse 15T 3 F ink, Fuse 30T ink, Fuse 65T ink, Fuse 12T ink, Fuse 25T 3 3 G Bolt, Mach. 3/4 x H Washer, Curved 3/ @ I Crossarm, w/ Brace Crossarm, w/ Brace J Grounding Unit Ground Coil Grounding Unit Ground Rod K PG* Clamp, Parallel Groove See HC*W Clamp, Hot ine Wire, Cu, #6 S.D., Bare @ M ** Control, Capacitor NOTES: 1. Minimum clearance from the ground to the bottom of the capacitor rack shall be: Areas accessible to vehicles 15 feet. Areas accessible to pedestrian only 11 feet. 2. Clearance from ground to the top of the control cabinet shall be 5 6 from the ground, and the bottom of disconnect box has to be installed 1 max above the top of control cabinet, but the next hand or foot hold shall be 8 or greater above the disconnect box. 3. The junction box shall be mounted either on the capacitor bank frame or 1 to 2 below the capacitor bank frame. eads to the bank switches shall be secured to the frame of the bank with wire ties. ENG: WYW REV. NO: 10 REV. DATE: 12/18/16

23 Switched Capacitor Installation kV For Time, Temp., Voltage or Communicating Type Controls ** Sheet 3 of 3 4. Minimum clearance from ground to the top of the control cabinet shall be: Over shoulder of roadway 15 feet In areas subject to vandalism 15 feet Over walkways where unduly obstructing the walkway 10 feet 5. Ameren I must use 2 10 crossarms. 6. For wiring diagram, see Standard oadbreak tool, Stock No , must be used to operate switches. 8. Neutral current sensor is not included on all model. Refer to DCS ** for material and connection in the junction box. The neutral current sensor shall be mounted below the bank. Both ground wires from the bank must pass through the center of the sensor. The sensor shall be located on the ground wires between the bank and their connection to the distribution system neutral (thereby capturing all of the ground current in the wires from the bank), and secured with a staple above and below to the ground wires passing through the sensor. (If a 1kVA transformer is installed on the bank, the two ground wires from the transformer must also pass through the neutral current sensor). Run sensor cable and terminate to the junction box. 9. Refer to DCS for fusing selection. 10. Capacitor banks have a C order point, and have at least 16 weeks lead time. 11. The minimum distance from the capacitor bank frame to the secondary line conductor is 1 6. If underbuild on pole, bank lower mounting bolt must be 24 or more above the underbuild line conductor. ENG: WYW REV. NO: 10 REV. DATE: 12/18/16

24 Switched Capacitor Installation Non Communicating 14.4 kv Systems and Below ** Sheet 1 of SOURCE OAD N I C,D,E,F Turn Outside Switch Toward Pole I B Arm 10 Arm B G,H 1 6 A M Split Bolt Route and connect to cap bank neutral 4 K B 1 Max 6 Min M Junction Box 2 M Split Bolt From Junction Box Nut #6 SD Cu To Pole Ground Detail A M Stud M Currrent Sensor Cross Arm 2 Flat Washer 5/8 Galv. Nut 6 7 K Neutral 15 0 Min. 1 M Control Cabinet M Split Bolt 5 6 J ENG: DT REV. NO: 11 REV. DATE: 10/01/2018

25 Switched Capacitor Installation Non Communicating 14.4 kv Systems and Below ** Sheet 2 of Stnd. / Stk. No. Description ** 4kV 12kV 13.2kV 13.8kV 14.4kV A Cap. Sw. 300 kvar 4kV Cap. Sw. 600 kvar 4kV Cap. Sw. 300 kvar 12kV Cap. Sw. 600 kvar 12kV Cap. Sw.1200 kvar 12kV Cap, Sw. 300 kvar 13.8kV Cap. Sw. 600 kvar 13.8kV Cap. Sw.1200 kvar 13.8kV Cap. Sw. 300 kvar 14.4kV Cap. Sw. 600 kvar 14.4kV Cap. Sw. 600 kvar 13.2kV CAP. Sw.1200 kvar 13.2kV 1 B Wire, #4 Riser, Poly Covered C Switch, Fuse 100A, 15kV D Bracket, Switch E Cover, Cutout F ink, Fuse, 40T ink, Fuse 80T ink, Fuse 15T ink, Fuse 30T ink, Fuse 65T ink, Fuse 12T ink, Fuse 25T 3 3 G Bolt, Mach., 3/4 x H Washer, Curved 3/ I J Crossarm, w / Brace Crossarm, w / Brace Grounding Unit Ground Rod Grounding Unit Ground Coil K PG* Clamp, Parallel Groove (See ) Wire, Cu., #6 S.D., Ploy Covered M Control, Capacitor, Current or Var for Non Comm Control, Capacitor, Time, Temp or Voltage for Non Comm N PG* Clamp, Parallel Groove (See ) HC*W Clamp, Hot ine DCS ENG: DT REV. NO: 11 REV. DATE: 10/01/2018

26 Switched Capacitor Installation Non Communicating 14.4 kv Systems and Below ** Sheet 3 of 3 NOTES: 1. Clearance from ground to the top of the control cabinet shall be 5 6 from the ground. The next hand or foot hold shall be 8 or greater above the control cabinet. 2. The top of the junction box shall be mounted a maximum 1 below the capacitor bank frame. eads to the capacitor switches shall be secured to the frame of the bank with wire ties. The junction box/meter socket kit includes 25 of pre wired liquid tight conduit. The liquid tight must be stapled every 2. Excess liquid tight shall be coiled and secured to the pole between the junction box and the control cabinet. 3. For capacitor bank wiring diagram, refer to DCS For capacitor control wiring diagram with current sensor, refer to DCS For capacitor control wiring diagram without current sensor, refer to DCS oadbreak tool, Stock No , must be used to operate switches. Capacitor bank oil/vacuum switches should be primary method used to operate bank. 5. With new pole installation, refer to DCS with ground coil. 6. For installations with current sensors, the current sensor will be installed in place of an insulator, the current sensor stud shall be bonded to pole ground and the sensor cable shall be secured with a staple, refer to detail A. 7. ow voltage wires from sensor should be connected in the junction box on the bank before the primary wire is energized on the sensor. However, if the primary on the sensor is energized, the sensor wires are safe to connect (low output current and voltage). 8. The capacitor control, meter socket, junction box, capacitor rack and current sensor, if equipped, shall be bonded to pole ground. 9. If a 120V voltage source for the controller is not available from the circuit the capacitor bank is being installed on, refer to DCS for 1 kva transformer installation. 10. When equipped with a line post current sensor, settings may require the source and load to be reverse from what is shown. VAR controlled schemes normally require the current sensor to be on the source side of the bank (as shown) while current controlled schemes normally require the current sensor to be on the load side of the bank. ENG: DT REV. NO: 11 REV. DATE: 10/01/2018

27 Installation of 1kVA Transformer On Capacitor Bank Sheet 1 of E A,B D C D J F,G H Stnd. / Stk. No. Description A Switch, Fuse, 100A, 15kV 1 B Bracket, Switch, Arrester 1 C ink, Fuse, 3/4 x 1 D Wire, #4 Riser (ft) E PG* Clamp, Parallel Groove see @ F MK0001F Transformer, 7200V, 1kVA 1 SK0001F Transformer, 7620V, 1kVA 1 G Bolt, Mach., 5/8 x2 2 2 H Wire, #6 CU., Bare, SD, (ft) 10 I Connector, Split Bolt 1 J Wire, 600V, 2C, #10 CU., Stranded (ft) 10 3 K Tie, Nylon, Black Cover, Cutout 1 ENG: JMW REV. NO: NEW REV. DATE: 12/15/11

28 Installation of 1kVA Transformer On Capacitor Bank Sheet 2 of 2 NOTES: 1. Typical mounting location is shown. Transformer may be mounted in other positions where mounting holes are provided.. 2. The transformer shall have two ground connections; one to the pole ground and one to the system neutral. The capacitor bank shall have a cell ground and frame ground that connect to the system neutral V wiring goes from transformer to junction box on bank. Secure wire to frame of capacitor bank. ENG: JMW REV. NO: NEW REV. DATE: 12/15/11

29 Spacer Cable Fixed Capacitor Installation kV Three Phase ** Sheet 1 of 2 NOTES: 1. For wiring diagram, see Standard oadbreak tool, Stock No must be used to open switches. 3. All poles with spacer cable should be installed with a properly sized pole ground for the equipment being installed. Add a pole ground if not already installed or not properly sized. Pole ground shall be extended up to the messenger which is a system neutral and attached on the single switch side of the pole. 4. Secondary location if present. Connect secondary neutral to pole ground. 5. Connect neutral ground to the bus of the neutral bushings of the capacitor and extend up the pole to the messenger / system neutral. 6. Stagger taps and other areas where the covering has been removed to provide a minimum 2 0 horizontal separation between the opening and another opening or ground point. Install line duc over the messenger anywhere the cable covering is stripped to maintain the required 2 0 of horizontal separation. ENG: JWC REV. NO: 1 REV. DATE: 07/02/18

30 Spacer Cable Fixed Capacitor Installation kV Three Phase ** Sheet 2 of 2 Stnd./ Description ** 4kV 12kV 13.8kV Stk. No Cap, Fix, 300 KVAR, 4KV Cap, Fix, 600 KVAR, 4KV Cap, Fix, 300 KVAR, 12KV 1 1 A Cap, Fix, 600 KVAR, 12KV Cap, Fix, 300 KVAR, 13.8KV Cap, Fix, 600 KVAR, 13.8KV 1 6 B ine Duc (Messenger Cover), Black. 8 ong (Each) C Clamp, Hot ine 1/0 Through 477 Spacer Cable Clamp, Hot ine, 795 Spacer Cable D Crossarm, Sgl., Wood, 10 (use only ½ of V Brace) E Switch, Fuse, 100A, 15kV F Cover Cutout ink, Fuse, 40T ink, Fuse, 80T ink, Fuse, 15T 3 G ink, Fuse, 30T ink, Fuse, 12T ink, Fuse, 25T 3 H Bracket, Switch, Arrester I Bolt, Machine, 3/4 x J Washer, NM, Curved, 3/ K Grounding Unit, 7#10 Copperweld With Ground Rod Wire, #4 Cu. Poly M ** Neutral Configuration ENG: JWC REV. NO: 1 REV. DATE: 07/02/18

31 15kV&Below -- SpacerCable kVARto1200kVAR For Time, Temp., Voltage or Communicating Type Controls ** Sheet1of3 ENG: JWC REV.NO:1 REV. DATE: 07/02/18

32 15kV&Below -- SpacerCable kVARto1200kVAR For Time, Temp., Voltage or Communicating Type Controls ** Sheet2of3 Stnd./ Description ** 4kV 12kV 13.8kV Stk. No Cap, Switched, 300 kvar, 4kV Cap, Switched, 600 kvar, 4kV Cap, Switched, 300 kvar, 12kV 1 7 A Cap,Switched,600kVAR,12kV Cap, Switched, 1200 kvar, 12kV Cap, Switched, 300 kvar, 13.8kV Cap, Switched, 600 kvar, 13.8kV Cap, Switched, 1200 kvar, 13.8kV 1 11 B ine Duc(Messenger Cover), Black. 8 ong(each) C Clamp,Hotine1/0Through477SpacerCable Clamp, Hot ine, 795 Spacer Cable D Crossarm,Sgl.,Wood,10 (useonly½ofv--brace) E Wire,#4 Cu. Poly F Switch, Fuse, 100A, 15kV G Cover -- Cutout ink, Fuse, 40T ink, Fuse, 80T ink, Fuse, 15T 3 H ink,fuse,30t ink, Fuse, 65T ink, Fuse, 12T ink, Fuse, 25T 3 I Bracket, Switch, Arrester J Bolt, Machine, 3/4 x K Washer, NM, Curved, 3/ Wire,#2 Cu. Poly Covered(Ft.) ,6,7 M ** Control, Capacitor N ** Grounding Unit, 7#10 Copperweld NOTES: 1. Clearancefromgroundtothetopofthecontrolcabinetshallbe5 --6 fromtheground,andthebottomofthe disconnetboxhastobeinstalled1 --0 maxabovethetopofthecontrolcabinet,butthenexthandorfoothold shallbe8 orgreaterabovethedisconnectbox. 2. Thejunctionboxshallbemountedeitheronthecapacitorbankframeor1 to2 belowthecapacitorbankframe. eadstothebankswitchesshallbesecuredtotheframeofthebankwithwireties. 3. oadbreaktool,stockno mustbeusedtoopenswitches. 4. Connectneutralgroundtothebusoftheneutralbushingsofthecapacitorandextendupthepoletothe messenger/ system neutral. 5. Forwiringdiagram,seeDCS ENG: JWC REV.NO:1 REV. DATE: 07/02/18

33 15kV&Below -- SpacerCable kVARto1200kVAR For Time, Temp., Voltage or Communicating Type Controls ** Sheet3of3 6. Neutralcurrentsensorisnotincludedonallmodels.RefertoDCS160024**formaterialandconnectioninthe junction box. The neutral current sensor shall be mounted as shown on the drawing above. Both ground wires fromthebankmustpassthroughthecenterofthesensor.thesensorshallbelocatedonthegroundwires between the bank and their connection to the distribution system neutral(thereby capturing all of the ground currentinthewiresfromthebank),andsecuredwithastapleaboveandbelowtothegroundwirespassing through the sensor.(if a 1kVA transformer is installed on the bank, the two ground wires from the transformer must also pass through the neutral current sensor). Run sensor cable and terminate to the junction box. 7. Capacitorbankshavea C orderpoint,andhaveatleast16weeksleadtime. 8. Secondary location if present. Connect secondary neutral to pole ground. 9. All poles with spacer cable should be installed with a properly sized pole ground for the equipment being installed. Addapolegroundifnotalreadyinstalledornotproperlysized.Polegroundshallbeextendeduptothe messenger which is system neutral and attached on the single switch side of the pole. 10. Notethatthemessengeralsoservesasthesystemneutral,sothehighvoltageneutralmustextendfromthe neutral bushing up to the messenger separate from the pole ground using#2 poly covered ground wire ( ). The capacitor neutral connection to the messenger shall be the furthest from the pole and separated from the pole ground connection as far as practical. 11. Stagger taps and other areas where the covering has been removed to provide a minimum horizontal separation between the opening and another opening or ground point. Install line duc over the messenger anywhere the cable covering is stripped to maintain the required of horizontal separation. ENG: JWC REV.NO:1 REV. DATE: 07/02/18

34 Switched Capacitor Installation kV Three Phase Non--Communicating Current or VAR Type Controls ** Sheet1of4 ENG: JWC REV.NO:1 REV. DATE: 07/02/18

35 Switched Capacitor Installation kV Three Phase Non--Communicating Current or VAR Type Controls ** Sheet2of4 ENG: JWC REV.NO:1 REV. DATE: 07/02/18

36 Switched Capacitor Installation kV Three Phase Non--Communicating Current or VAR Type Controls ** Sheet3of4 Stnd./ Description ** 4kV 12kV 13.8kV Stk. No A Bracket, Messenger B Bolt,Machine,5/8 x12 (w/nut) C Washer, Square, 2-1/4 x 2-1/4 x 3/16 Thick D Connector, PG, Pole Ground to Messenger Cap, Switched, 300 kvar, 4kV Cap, Switched, 600 kvar, 4kV Cap, Switched, 300 kvar, 12kV 1 5,7,10 E Cap,Switched,600kVAR,12kV Cap, Switched, 1200 kvar, 12kV Cap, Switched, 300 kvar, 13.8kV Cap, Switched, 600 kvar, 13.8kV Cap, Switched, 1200 kvar, 13.8kV 1 F ine Duc(Messenger Cover), Black. 8 ong(each) G Clamp,Hotine1/0Through477SpacerCable Clamp, Hot ine, 795 Spacer Cable H Crossarm, Tangent, F/G, I Crossarm, Sgl.,Wood, 10 (use only 1/2 of V-Brace) J Insulator, Pin, 15kV, Vice-Top K Pin, Insulator, ong Shank Washer, Flat, Sq., 4 x 4, with 13/16 hole M Wire,#4 Cu. Poly N Switch, Fuse, 100A, 15kV O Cover -- Cutout ink, Fuse, 40T ink, Fuse, 80T ink, Fuse, 15T 3 P ink,fuse,30t ink, Fuse, 65T ink, Fuse, 12T ink, Fuse, 25T 3 Q Bracket, Switch, Arrester R Bolt, Machine, 3/4 x S Washer, NM, Curved, 3/ T Wire,#2 Cu. Poly Covered(Ft.) U Control, Capacitor V Sensor, Current, 15kV w/o Control Cable W Stud, Insulator, ine Post, 5/8 x X ** Grounding Unit, 7#10 Copperweld ENG: JWC REV.NO:1 REV. DATE: 07/02/18

37 Switched Capacitor Installation kV Three Phase Non--Communicating Current or VAR Type Controls ** Sheet4of4 NOTES: 1. Minimumclearancefromgroundtothetopofthecontrolcabinetshallbeminimum5 6 fromtheground,with thenexthandorfoothold8 orgreaterabovethecontrolcabinet. 2. Thejunctionboxshallbemountedeitheronthecapacitorbankframeof1 to2 belowthecapacitorbankframe. eadstothebankswitchesshallbesecuredtotheframeofthebankwithwireties. 3. oadbreaktool,stockno mustbeusedtooperateswitches 4. Connectneutralgroundtothebusoftheneutralbushingsofthecapacitorandextendupthepoletothe messenger/ system neutral. 5. Forwiringdiagram,seeDCS Currentsensorisnotincludedonallmodels.RefertoDCS160020**formaterialandwireconnectionsinthe Junction box. 7. Capacitorbankshavea C orderpoint,andhaveatleast16weeksleadtime. 8. Secondary location if present. Connect secondary neutral to pole ground. 9. Seegroundingdiagramforsensor.owvoltagewiresfromsensorshouldbeconnectedinthejunctionboxonthe bankbeforetheprimarywireisenergizedonthesensor.however,iftheprimaryonthesensorisenergized,the sensor wires are safe to connect(low output current and voltage). Hand tie primary to sensor. 10. ForVARcontrolledbanks,thesourceandloadshouldbereversedfromwhatisshown. 11. All poles with spacer cable should be installed with a properly sized pole ground for the equipment being installed. Addapolegroundifnotalreadyinstalledornotproperlysized.Polegroundshallbeextendeduptothe messenger which is system neutral and attached on the single switch side of the pole. 12. Notethatthemessengeralsoservesasthesystemneutral,sothehighvoltageneutralmustextendfromthe neutral bushing up to the messenger separate from the pole ground using#2 poly covered ground wire ( ). The capacitor neutral connection to the messenger shall be the furthest from the pole and separatedfrom the pole ground connection as far as practical. ENG: JWC REV.NO:1 REV. DATE: 07/02/18

38 Regulator Spacer Cable Pole Mounted, Three Phase 4kV & 12kV Sheet 1 of 4 ENG: WYW REV. NO: NEW REV. DATE: 02/06/18

39 Regulator Spacer Cable Pole Mounted, Three Phase 4kV & 12kV Sheet 2 of 4 Regulator ine Voltage Amps KVA Weight (lbs) Per Unit Siemens Cooper/Eaton GE Stnd./Stk. No. Description A Bracket, Messenger 1 B Bolt, Machine, 5/8 x 12 (w/ nut) 3 C Washer, Square, 2-1/4 x 2-1/4 x 3/16 Thick 4 D Connector, PG, Pole Ground to Messenger 1 E ine Duc (Messenger Cover), Black, 8 ong (Each) 1 F Crossarm, Sgl., Wood, 10 2 G Crossarm, Tangent, F/G, 10 1 H Insulator, Pin, 15kV, Vice-Top 3 I Pin, Insulator, ong Shank 3 J Washer, Flat, Sq., 4 x4, with 13/16 hole 3 4 K Switch, By-Pass, 600A Bolt, Machine, 1/2 x 6 12 M Washer, Square, 1/2 N PG*W Clamp, Parallel Groove (See ) 6 O Cover, arge, Vice Type Connectors 6 P Wire, Poly, SD, 350 Cu. (Ft.) 60 Q Insulator, Suspension, 15kV, Poly 3 R Shackle Anchor, 9/16 6 S Clevis, Thimble, 7/8 opening, Galvanized Steel T Grip, Conductor Deadend, 15kV, New 477 Spacer Cable *** Size Grip per Existing Spacer Cable Conductor U Regulator (See Above) Regulator 3 V Mounting Unit, 3 Position W Arrester, 3kV w/ Protective Cap Arrester, 10kV w/ Protective Cap 6 ENG: WYW REV. NO: NEW REV. DATE: 02/06/18

40 Regulator Spacer Cable Pole Mounted, Three Phase 4kV & 12kV Sheet 3 of 4 Stnd./Stk. No. Description X Galv. Channel for Adapting some 219A Reg. from 36 to 24 Spacing 1 Y Bolt, Mach., 3/4 x 14 2 Z Washer, Square, 3/4 2 AA Staple 48 BB Bolt, Mach., 1/2 x 18 6 CC Connector, Split Bolt DD ** Grounding Unit, 7#10 Copperweld 1 NOTES: 1. Minimum clearance from the ground to the bottom of the regulator tank shall be: Areas accessible to vehicles 15 feet. Areas accessible to pedestrians 11 feet. 2. Minimum clearance from ground to the top of the control cabinet shall be minimum 5 6 from the ground, with the next hand or foot hold 8 or greater above the control cabinet. In addition, the minimum clearance from ground to the bottom of the control cabinet shall be: Over shoulder of roadway 15 feet. In areas subject to vandalism 15 feet. Over walkways where unduly obstructing the walkway 10 feet. 3. Install the first spacer ( ) about 40 feet from the pole as to not stress the cable. Normal spacing is 25 to 33. See for space installation between poles. 4. See by pass switch details on Sheet 4, follow instructions for operating V regulators can be applied at 2400V. However, the amperage limit remains the same, so the kva rating will be lower. Also, in most cases, this will require moving a wire underneath the hand hole. Cover on the top of the regularor and changing a few parameters on the control. 6. Some 219A regulators may require an adapter plate ( ) for mounting. 7. Use DCS ground coil application on new pole installation. Use DCS for ground rod application on existing pole installation. ENG: WYW REV. NO: NEW REV. DATE: 02/06/18

41 Regulator Spacer Cable Pole Mounted, Three Phase 4kV & 12kV Sheet 4 of 4 TO BY PASS REGUATOR 1. Set regulator on neutral position. (Follow appropriate procedures to verify regulator is on neutral.) 2. Close the short by pass blade. 3. Use load buster tool and open the load blade. 4. Open the source blade. TO RE ENERGIZE REGUATOR 1. With by pass blade closed, set regulator on neutral position. 2. Close the source side blade only to test the regulator. 3. Close the source and load blades to the regulator. 4. Open the short by pass blade to the regulator. 5. Place regulator in service. ENG: WYW REV. NO: NEW REV. DATE: 02/06/18

42 Switched Capacitor Installation 2400 or 4500 kvar Banks 34.5 kv ** Sheet 1 of 3 OPTIONA CURRENT SENSOR K 4 9 (OAD if current controls) (SOURCE if current controls) 20 H 2 0 TURN OUTSIDE SWITCHES TOWARD POE C,D 4 0 B F, G 1 6 E BANK FRAME AND CE GROUNDS NUT #6 SD Cu TO GROUND STUD CROSS ARM 2 FAT WASHERS 5/8 GAV. NUT BANK CE GROUND BANK FRAME GROUND GROUNDING DETAI AT SENSOR TO SYSTEM NEUTRA TO CONTRO NEUTRA CURRENT SENSOR DETAI Max E 5 6 J ENG: WYW REV. NO: 6 REV. DATE: 07/30/16

43 Switched Capacitor Installation 2400 or 4500 kvar Banks 34.5 kv ** Sheet 2 of 3 34kV Capacitor Bank Top View 2400kVAR kVAR Stnd./Stk. No. Description ** A Capacitor, Switched, 2400 kvar Capacitor, Switched, 4500 kvar 1 B Wire, #4 Cu, Poly Covered C Switch, Fused, SMD 20, 34kV 3 3 D Refill, Fuse, SMU 50K Refill, Fuse, SMU 80E Slow 3 E Wire, Cu, #6 S.D., Poly Covered F Bolt, Mach. 3/4 x G Washer, Curved, 3/4 2 2 H X Arm, @ J Grounding Unit Ground Rod Grounding Unit Ground Coil 1 K PG* Clamp, Parallel Groove See HC*W Clamp, Hot ine See @ ** Control, multi function with NCS input 1 1 ENG: WYW REV. NO: 6 REV. DATE: 07/30/16

44 Switched Capacitor Installation 2400 or 4500 kvar Banks 34.5 kv ** Sheet 3 of 3 NOTES: 1. Minimum clearance from the ground to the bottom of the capacitor rack shall be: Areas accessible to vehicles 15 feet. Areas accessible to pedestrian only 11 feet. 2. Clearance from ground to the top of the control cabinet shall be 5 6 from the ground, and the bottom of disconnect box has to be installed 1 max above the top of control cabinet, but the next hand or foot hold shall be 8 or greater above the disconnect box. 3. The junction box shall be mounted either on the capacitor bank frame or 1 to 2 below the capacitor bank frame. eads to the bank switches shall be secured to the frame of the bank with wire ties. 4. Minimum clearance from ground to the top of the control cabinet shall be: Over shoulder of roadway 15 feet In areas subject to vandalism 15 feet Over walkways where unduly obstructing the walkway 10 feet 5. Ameren I must use 2 10 crossarms. 6. For wiring diagram, refer to DCS oadbreak tool, Stock # , must be used to operate switches. 8. With new pole installation, use Standard with ground coil. 9. Neutral current sensor is not included on all models. See Standard ** for material. The neutral current sensor should be secured with a staple above and below to the ground wires passing through the sensor. 10. Refer to DCS for fusing selection. 11. Capacitor banks have a C order point. 12. With new pole installations, use DCS with ground coil. 13. Wire from bank ground and cell ground must both pass through center of sensor before connecting to neutral or ground bus. 14. Connect bank ground(s) to static lead and distribution system neutral if present. 15. The minimum distance from the capacitor bank frame to the secondary line conductor is 1 6. If underbuild on pole, bank lower mounting bolt must be 24 or more above the underbuild line conductor. 16. Refer to DCS ** for control, neutral current sensor, cables, U Guard and optional current sensor. Control requires 120V. ENG: WYW REV. NO: 6 REV. DATE: 07/30/16

45 Regulator Pole Mounted Single Phase, 4 & 12kV ** Sheet 1 of 5 Use Option 1 or 2 that places the switch in the most favorable position to operate (road side if no other preference). OPTION H E G E SOURCE OAD 28 B,C F See Detail A 1/2 Machine Bolts A 4 18 S Terminal S Terminal D Terminal S Terminal S Terminal Terminal Terminal K 60 6 M,N 24 or 36 J K 48 I K Q B,C NOTE 1 NOTE 2 Ground ug K 1/2 Machine Bolt 2 DETAI A Method of mounting disconnect switch base to pole ENG:WYW REV. NO: 6 REV. DATE: 04/28/16

46 Regulator Pole Mounted Single Phase, 4 & 12kV ** Sheet 2 of 5 Use Option 1 or 2 that places the switch in the most favorable position to operate (road side if no other preference). OPTION Near & Center Phase Far Phase 5 E H G E ÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎÎ OAD ÇÇ F 12 SOURCE U F U S,T 5 28 B,C 4 S Terminal See Detail A 1/2 Machine Bolts D S Terminal 3 A F Terminal S Terminal Terminal S,T S Terminal Terminal K O SEE WIRING SCHEMATIC SHEET 4 OF 5 M,N 24 or 36 J K I 48 P,Q B,C NOTE 1 NOTE 2 k 1/2 Machine Bolt 2 DETAI A Method of mounting disconnect switch base to pole ENG:WYW REV. NO: 6 REV. DATE: 04/28/16

47 Regulator Pole Mounted Single Phase, 4 & 12kV ** Sheet 3 of 5 Regulator Stock Number Regulator ine Voltage Amps kva Weigh in lbs. Siemens Cooper GE Stnd. / Stk. No. Description A Switch, By Pass, 600A B Bolt, Mach., 1/2 x C Washer, Square, 1/2 4 4 D Arrester, ightning, 10kV Duty Cycle, 8.4kV MCOV with Shaped Bracket Arrester, ightning, 3kV Duty Cycle, 2.55kV MCOV with Shaped Bracket E PG* Clamp, Parallel Grove (See Std ) 2 2 F W*W Wire, Poly, S.D. (ft.), DCS G Insulator, Susp. 15kV H DEC*W Clamp, Deadend, DCS I Secondary Clevis J Grounding Unit, 7#10CW, Ground Coil K Connector, Split Bolt Clamp, Parallel Grove M Bolt, Mach, 3/4 x N Washer, Square, 3/4 2 2 O Regulator (see above) Regulator Q Staple Ground Wire, Serrated Cu Clad S Vice Top Insulator 15kV T Adaptor Pin U Bolts ⅝ ENG:WYW REV. NO: 6 REV. DATE: 04/28/16