SECTION 3 - PRIMARY CONSTRUCTION OVERHEAD TABLE OF CONTENTS

Size: px

Start display at page:

Download "SECTION 3 - PRIMARY CONSTRUCTION OVERHEAD TABLE OF CONTENTS"

Thomasina Davis
6 years ago
Views:

1 03.00 GENERAL CONSTRUCTION NOTES PRIMARY CONSTRUCTION PRIMARY CONSTRUCTION PIN INSULATOR INSTALLATION CONNECTORS AUTOMATIC SPLICE INSTALLATION INSTALLATION GUIDE FOR CONNECTORS INSTALLATION GUIDE FOR CONNECTORS ALUMINUM TO ALUMINUM FLAT CONNECTIONS A ALUMINUM TO COPPER FLAT CONNECTIONS B OVERHEAD CONDUCTOR SPLICE APPLICATION ONE PIECE COMPRESSION SPLICE FOR OVERHEAD CONDUCTORS INSTALLATION OF SQUEEZE-ON COMPRESSION CONNECTORS COMPRESSION CONNECTORS AND DIE SIZES FOR ALUMINUM CONNECTORS A COMPRESSION CONNECTORS AND DIE SIZES FOR COPPER CONNECTORS B SPLICING SLEEVES AND DIE SIZES FOR ALUMINUM AND COPPER CONDUCTORS SOLDERLESS CONNECTORS BOLTED CONNECTORS AND CLAMPS STIRRUPS HOT LINE CLAMPS PRIMARY AND NEUTRAL DEAD END ASSEMBLIES SUSPENSION ANGLE, LINE POST ANGLE AND STRAIGHT LINE CLAMPS HAND TIES/ PREFORMED TIES/ ARMOR RODS INSTALLATION GUIDE EZ-WRAP SPOOL TIE HORIZONTAL POSITION INSTALLATION GUIDE EZ-WRAP SPOOL TIE VERTICALLY MOUNTED INSULATORS INSTALLATION GUIDE PRIMARY EZ-WRAP SIDE TIES TOP TIE FACTORY FORMED CONDUCTOR TIES ARMOR RODS FAULT INDICATORS FAULT INDICATOR, SINGLE PHASE, OVERHEAD, AUTO-RESET FAULT INDICATOR, SINGLE PHASE, OVERHEAD, AUTO-RESET - COOPER INSULATORS NEUTRAL SPOOL POLYMER DEADEND ASSEMBLY STANDOFF HORIZONTAL POST INSULATOR BRACKETS POLE TOP PINS 18" OFFSET BRACKET (BULLHORN) 16" OFFSET BRACKET 12" FIBERGLASS PIN INSULATOR THREE-PHASE POLE TOP BRACKET POST INSULATORS STEEL CROSSARMS (FRO) WOOD SINGLE AND DOUBLE CROSSARMS FIBERGLASS POLE TOP EXTENSION MEDIUM VOLTAGE SENSOR SUPPORT BRACKETS ALLEY ARM, WOOD DOUBLE /27/11 CECCONI BURLISON ELKINS 11/15/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. SECTION 3 - PRIMARY CONSTRUCTION OVERHEAD TABLE OF CONTENTS DWG A

2 03.08 SINGLE-PHASE CONSTRUCTION SINGLE-PHASE CONSTRUCTION - TANGENT SINGLE-PHASE CONSTRUCTION - SMALL ANGLE POLES SINGLE-PHASE CONSTRUCTION POLE TOP REPAIR SINGLE-PHASE - DEADENDS AND MEDIUM ANGLES SINGLE-PHASE CONSTRUCTION - FUSED TAP SINGLE-PHASE PRIMARY CONSTRUCTION FLOATING DEAD END INSTALLATION CONVERT SINGLE-PHASE TO TWO-PHASE 1/0 AAAC MAXIMUM RECONDUCTOR SMALL CONDUCTORS TO LONG SPANS DELTA CONSTRUCTION URBAN/BULK FEEDER, ARMLESS CONSTRUCTION TANGENT CONSTRUCTION URBAN/BULK FEEDER, THREE-PHASE ARMLESS CONSTRUCTION LINE ANGLES 0-10 DEGREES 477 MAXIMUM CONSTRUCTION URBAN/BULK FEEDER, THREE-PHASE ARMLESS CONSTRUCTION, LINE ANGLES 0-20 DEGREE 477 MAXIMUM CONDUCTOR DELTA-TOP CONSTRUCTION FOR UPLIFT AND LIMITED-ACCESS HIGHWAY CROSSING - CROSSING SPANS UP TO 280' DELTA DEADEND DELTA TOP ARMLESS CONSTRUCTION RAILROAD CROSSING TANGENT AND ANGLES TO 10 DEGREES DELTA TOP ARMLESS CONSTRUCTION LINE CROSSING TANGENT AND ANGLES TO 10 DEGREES CROSS-ARM / RURAL CONSTRUCTION CROSSARM CONSTRUCTION - TANGENT LINE RURAL CONSTRUCTION LINE ANGLES 0-15 DEGREES, 4/0 MAXIMUM CONDUCTOR RURAL CONSTRUCTION LINE ANGLES DEGREES, 4/0 MAXIMUM CONDUCTOR ALLEY ARM CONSTRUCTION VERTICAL CONSTRUCTION VERTICAL CONSTRUCTION - TANGENT 0 DEGREES TO 5 DEGREES VERTICAL CONSTRUCTION - SMALL ANGLES VERTICAL CONSTRUCTION - ANGLE ASSEMBLIES - ANGLES TO 60 DEGREES THREE-PHASE VERTICAL JUNCTION POLE ARMLESS CONSTRUCTION VERTICAL DOUBLE DEAD END CONSTRUCTION - THREE-PHASE VERTICAL CONSTRUCTION - TANGENT FUSED TAP CONSTRUCTION LINE SENSOR INSTALLATION PBI LINE SENSOR INSTALLATION VERTICAL CONSTRUCTION PBI LINE SENSOR INSTALLATION TRIANGULAR CONSTRUCTION PBI LINE SENSOR INSTALLATION HORIZONTAL CONSTRUCTION PBI LINE SENSOR INSTALLATION METER CABINET ABB LINE SENSOR INSTALLATION (25 KV ONLY) VERTICAL CONSTRUCTION ABB LINE SENSOR INSTALLATION (25 KV ONLY) TRIANGULAR CONSTRUCTION ABB LINE SENSOR INSTALLATION GUIDELINES ABB LINE SENSOR INSTALLATION (25KV ONLY) METER CABINET A B C D A B C D /11/11 CECCONI BURLISON ELKINS 5/16/10 CECCONI BURLISON ELKINS 11/15/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. SECTION 3 - PRIMARY CONSTRUCTION OVERHEAD TABLE OF CONTENTS DWG B

4 03.28 SUBSTATION EXIT TERMINATION/GROUNDING SUBSTATION OVERHEAD BULK FEEDER EXIT (EXISTING SUBSTATION BAY ADDITIONS) SUBSTATION OVERHEAD BULK FEEDER EXIT (NEW SUBSTATIONS) PRIMARY CONDUCTOR ATTACHMENT METHODS (O & M) 27 KV ROUND-BASE TIE-TOP INSULATORS FOR MAINTENANCE ONLY DRAWINGS THE FOR MAINTENANCE ONLY DRAWINGS LISTED BELOW ARE NOT CONTAINED IN THE PRINTED SPEC BOOK, BUT ARE AVAILABLE ONLINE CONDUCTOR HAND TIES (FMO) DOUBLE WOOD CROSSARM DEADEND RURAL CONSTRUCTION, 1/0 MAXIMUM CONDUCTOR (FMO) TWO OR THREE-PHASE CROSSARM TAP RURAL CONSTRUCTION, 1/0 MAXIMUM CONDUCTOR (FMO) LINE SENSOR INSTALLATION HORIZONTAL CONSTRUCTION (FMO) ARMLESS CONSTRUCTION-OVERHEAD GROUND WIRE STRAIGHT LINE POLES (FMO) ARMLESS CONSTRUCTION OVERHEAD GROUND WIRE SMALL ANGLE POLES UP TO 20 DEGREES (FMO) ARMLESS CONSTRUCTION OVERHEAD GROUND WIRE ANGLE POLES 20 DEGREES - 60 DEGREES (FMO) DOUBLE CIRCUIT - OVERHEAD GROUND WIRE STRAIGHT LINE POLES (FMO) DOUBLE CIRCUIT - OVERHEAD GROUND WIRE ANGLES TO 25 DEGREES MAXIMUM (FMO) ARMLESS MAINTENANCE CONSTRUCTION DELTA TANGENT (FMO) /11/11 CECCONI BURLISON ELKINS 9/28/11 CECCONI BURLISON ELKINS 11/15/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. SECTION 3 - PRIMARY CONSTRUCTION OVERHEAD TABLE OF CONTENTS DWG D

7 PIN INSULATORS AND PIN INSULATOR SUPPORTS SUPPORTS FOR PIN INSULATORS (E.G., SHOULDER PINS, POLE-TOP PINS, PIERCE PINS, FIBERGLASS BRACKETS) MAY HAVE LEAD THREADS OR THE STANDARD COMPOSITE NYLON. PINS WITH NYLON AND LEAD THREADS THE PROPER WAY TO INSTALL AN INSULATOR ON A POLE-TOP PIN WITH COMPOSITE NYLON THREADS IS AS FOLLOWS: CAREFULLY THREAD THE INSULATOR INTO THE PIN, KEEPING THE PROPER VERTICAL ALIGNMENT, ENSURING THAT THE INSULATOR SPINS AS FREELY AS POSSIBLE ON THE PIN. SPIN THE INSULATOR CLOCKWISE ONTO THE PIN TO 'SNUG' (THAT POINT WHERE THE INSULATOR WILL NO LONGER SPIN FREELY). FROM THE SNUG POSITION, FURTHER TIGHTEN THE INSULATOR (NOT MORE THAN 1/2 A TURN) TO THE CONDUCTOR ALIGNMENT. LEAD THREAD NOTES (O&M) 1. INSULATOR INSTALLATION LEAD IS A SOFTER MATERIAL THAN THE PORCELAIN OF THE PIN INSULATORS. THE PORCELAIN THREADS WILL CUT THE LEAD THREADS TO THE PORCELAIN THREAD'S FORM. TAKE CARE NOT TO CROSS-THREAD THE INSULATOR ONTO THE PIN; OTHERWISE, SUFFICIENT INSULATOR-PIN ENGAGEMENT NECESSARY FOR PROPER SUPPORT WILL NOT BE OBTAINED. IF TOO MUCH FORCE IS EXERTED IN TURNING THE INSULATOR ON THE PIN, THE INSIDE OF THE LEAD THREAD CAP CAN SHEAR FROM ITS STEEL BASE, ALLOWING THE INSULATOR AND LEAD THREAD CAP TO SPIN FREELY ON THE PIN. THE INSULATOR WILL THEN HAVE TO BE BROKEN TO BE REMOVED. IF THIS OCCURS, NEITHER THE PIN, BRACKET, OR INSULATOR WILL BE RE-USABLE. 2. HANDLING LEAD IS RELATIVELY SOFT, SO CARE MUST BE TAKEN TO INSURE THAT THE THREADS ARE NOT DEFORMED PRIOR TO INSTALLATION. REMOVE THE THREAD'S PROTECTIVE CARDBOARD COVERING AND INSPECT THREAD CONDITION PRIOR TO THE INSTALLATION ON THE POLE, AND THEN REPLACE THE CARDBOARD COVERING AGAIN UNTIL AFTER THE PIN OR BRACKET IS INSTALLED ON THE POLE OR ARM IS READY TO ACCEPT THE INSULATOR. POLE TOP PIN ORIENTATION POLE TOP PINS CAN BE INSTALLED ON POLES WITH EITHER ORIENTATION SHOWN BELOW. ORIENTATION 'A' IS PREFERRED. WASHER AND LOCKWASHER ORIENTATION 'A' ORIENTATION 'B' /15/11 BURLISON BURLISON ELKINS 6/1/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. PIN INSULATOR INSTALLATION DWG

8 INSERTION MARKS INSERTION MARKS ** DO NOT DEFORM LINE **WIRE BRUSH CONDUCTOR AND CONDUCTOR ENDS CLEAN, BRIGHT AND FREE FROM BURRS. SPLICE MUST ALSO BE CLEAN, FREE FROM DIRT AND JAWS FREE IN HOUSING. MEASURE AND MARK CONDUCTOR FOR INSERTION FROM KNURL TO END OF FUNNEL GUIDE. MARK WITH TAPE OR MARKER. INSERT CONDUCTORS TO FULL DEPTH: PUSH SLOWLY AND DO NOT TWIST. NEXT, PULL CONDUCTORS TO MAKE SURE JAWS FIRMLY GRIP. CHECK INITIAL GRIP WITH MOMENTARY PULL ON CONDUCTOR PRIOR TO APPLYING LINE TENSION. NOTES: 1. NO AUTOMATIC SPLICE IS TO BE USED UNLESS CONDUCTOR IS UNDER FULL TENSION. 2. USE CABLE CUTTER OR BOLT CUTTERS TO MAKE A CLEAN WIRE CUT. THE OBJECT IS TO AVOID FLATTENING THE ENDS OF THE CONDUCTOR WHICH CAUSES PARTIAL INSERTION AND FAILURE. 3. SIDE CUTTERS SHOULD NOT BE USED ON SMALLER AAAC OR ACSR CONDUCTORS. 10' MIN. (NEW LINE) 10' MIN. (NEW LINE) NOTES: SPLICE SHALL NEVER BE CLOSER THAN 2' FROM SUPPORT. LIMIT SPLICES TO TWO PER SPAN PER CONDUCTOR. CONDUCTOR COLOR CODE CATALOG NUMBER #4 AAAC, AAC, ACSR #4 - #2 AAAC, AAC, ACSR #1/0 AAAC, AAC ACSR #4/0 AAAC, AAC, ACSR ACSR (18/1) GREEN 477 AAC BLUE/AQUA ACSR (18/1) - #6 SOLID #4 SOLID 1/0 STRANDED 2/0 STRANDED 3/0 STRANDED ALUMINUM ORANGE ORANGE/RED YELLOW PINK COPPER #2 SOLID /14/11 COX BURLISON ELKINS 5/21/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. AUTOMATIC SPLICE INSTALLATION DWG

9 /28/11 ROBESON BURLISON 5/21/10 CECCONI GUINN REVISED BY CK'D ELKINS ELKINS APPR. INSTALLATION GUIDE FOR CONNECTORS DWG

13 STANDARD PROCEDURES BULLETIN THE FOLLOWING GUIDELINES APPLY TO THE USE OF FULL-TENSION, PARTIAL-TENSION, AND MINIMUM-TENSION SPLICES. FULL TENSION - (95% RATED BREAKING STRENGTH) AUTOMATIC SPLICES AND COPPER SLEEVES ARE FULL-TENSION SPLICES. THEY ARE FOR USE ON CONDUCTORS IN FULL-TENSION APPLICATIONS. AUTOMATIC SPLICES SHOULD ALWAYS BE GIVEN AN INITIAL "SET" WHEN INSTALLED. A FIRM PULL BY HAND IS CONSIDERED SUFFICIENT TO "SET" THE SPLICE. THE RATED STRENGTH OF A FULL-TENSION SPLICE IS 95% OF THE CONDUCTOR BREAKING STRENGTH. AUTOMATIC SPLICES SHOULD NEVER BE CLOSER THAN 10' ON A NEW LINE OR 2' ON AN EXISTING LINE TO THE CONDUCTOR ATTACHMENT POINT. IF A BREAK OCCURS NEARER THE STRUCTURE THAN 2', A SUITABLE LENGTH OF CONDUCTOR SHOULD BE SPLICED IN TO MEET THIS REQUIREMENT. TEMPORARY EMERGENCY REPAIRS MAY BE MADE CLOSER TO THE STRUCTURE THAN 2'. PARTIAL TENSION - (40% RATED BREAKING STRENGTH) PARTIAL-TENSION SPLICES (SEMI-TENSION) ARE SLEEVES FOR USE WHEN SPLICING JUMPERS, SLACK SPANS OR TPX/QPX NEUTRALS IF THE TPQ/QPX IS PULLED TO HAND TENSION ONLY. IF TPX IS PULLED BETWEEN PRIMARY LINE POLES AT LINE TENSION, FULL TENSION SLEEVES ARE REQUIRED TO SPLICE THE NEUTRAL. PARTIAL-TENSION SPLICES MAY BE USED FOR REPAIRS OF SLACK SPANS. PARTIAL-TENSION SPLICES SHALL NOT BE USED IN FULL-TENSION APPLICATIONS. THE RATED STRENGTH OF A PARTIAL-TENSION SPLICE IS 40% OF THE CONDUCTOR BREAKING STRENGTH. CARE SHOULD BE TAKEN TO REDUCE THE POSSIBILITY OF INSULATION ABRASION ON A TPX/QPX SPLICE. LEAVING ADDITIONAL SLACK IN THE PHASE CONDUCTORS AROUND THE SPLICE WILL HELP ALLEVIATE THIS PROBLEM. MINIMUM TENSION - (5% RATED BREAKING STRENGTH) MINIMUM-TENSION SPLICES ARE INSULINKS AND SQUEEZONS USED TO CONNECT TPX/QPX PHASE CONDUCTORS. THE RATED STRENGTH OF A MINIMUM-TENSION SPLICE IS 5% OF THE CONDUCTOR BREAKING STRENGTH. DO NOT INSTALL SPLICES IN RAILROAD CROSSING SPANS OR IN SPANS ADJACENT TO CROSSING SPANS /29/11 ROBESON BURLISON ELKINS 4/13/11 ROBESON BURLISON ELKINS 5/21/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. OVERHEAD CONDUCTOR SPLICE APPLICATION DWG

21 HOT LINE CLAMP (STIRRUP REQUIRED) 1 8-2/0 CU (TAP SIDE) MACRO UNIT - CU ITEM NO. 1 BILL OF MATERIALS QTY COMPATIBLE QTY CATALOG PER DESCRIPTION UNIT REQ'D NUMBER CU CLAMP, HOT LINE, SM, BRONZE NOTES: 1. SALVAGE AND RE-USE WITH A STIRRUP. ALUMINUM HOT LINE CLAMP (NO STIRRUP REQUIRED) 1 MACRO UNIT - CU ITEM NO. 1 1 BILL OF MATERIALS QTY COMPATIBLE QTY CATALOG PER UNIT REQ'D NUMBER CU DESCRIPTION KHLC40N6C CLAMP, HOT LINE, ALUM, SMALL KHLC5520C CLAMP, HOT LINE, ALUM, LARGE 477 NOTES: 1. CLAMPS ARE APPLIED DIRECTLY ON ALUMINUM OR COPPER CONDUCTORS WITHOUT A STIRRUP. USE WITH ARRESTERS AND WITH CUTOUTS WHERE CUTOUT WILL PICK UP THE LOAD. CLAMPS MAY ALSO BE USED ON STIRRUPS. A STIRRUP IS REQUIRED WHERE A JUMPER WITH A HOT LINE CLAMP IS USED. 2. USE #6 WP CU FOR TRANSFORMERS. USE #4 CU FOR CUTOUTS. 3. WIRE BRUSH CONDUCTOR BEFORE INSTALLING AND TIGHTENING CLAMP /4/11 GUINN BURLISON 4/11/11 GUINN BURLISON 8/6/10 CECCONI GUINN REVISED BY CK'D ELKINS ELKINS ELKINS APPR. HOT LINE CLAMPS DWG

34 2 31" 3/4" STUD BRACKET WILL ACCOMMODATE 8" OR 10" SPACING 15 1 BILL OF MATERIALS MACRO UNIT - CU ITEM NO. 1 2 COMPATIBLE UNIT BKTFPIS30C INS35LPC QTY REQ'D 1 1 CATALOG NUMBER QTY PER CU DESCRIPTION BRACKET, FIBERGLASS, 30", STAND-OFF BOLT, MACH, SQ, 5/8-11 X 12", GALV. STUD, LINE POST, 3/4 X 1-3/4 WASHER, LOCK, 5/8, COIL, DBL, GALV. WASHER, SQ, RB, CRV, 3" X 3", GALV. INSULATOR, POST, LINE, 35KV RB, 2800 LBS. NOTES: 1. STANDOFF HORIZONTAL POST INSULATOR BRACKET IS FOR USE ON TANGENT FLAT CONSTRUCTION WHERE RIGHT OF WAY IS AN ISSUE AND POLE MUST BE SET OUT OF LINE, OR WHERE ADDITIONAL PHASE SPACING IS REQUIRED. DO NOT INSTALL WHERE A DIFFERENCE IN ELEVATION BETWEEN STRUCTURES WILL CREATE AN EXCESSIVE DOWNWARD FORCE ON THE BRACKET. 2. SEE DWG FOR FACTORY FORMED CONDUCTOR TIES /9/11 BURLISON BURLISON ELKINS 7/6/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. STANDOFF HORIZONTAL POST INSULATOR BRACKETS DWG

54 PINPTP20C 5" IPIN23C 6" 16" 8" BKTFPIN18C TOP VIEW 56" FRONT VIEW NOTES: 1. MAXIMUM SPAN LENGTH IS 280 FEET. 2. SPAN CLEARANCES/LIMITS BASED ON 477 SAC PRIMARY AND #1/0 ACSR NEUTRAL. 3. IF LINE IS INITIALLY BUILT WITH TWO PHASES, USE POLE TOP PIN AND OFFSET BRACKET /29/11 GUINN BURLISON ELKINS 7/6/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. URBAN/BULK FEEDER, ARMLESS CONSTRUCTION TANGENT CONSTRUCTION DWG

61 44" 44" 9" PINPTP20C IPIN23C PINCARMSS86C 8" 5" 6" 20" 3/8" BEVEL 3-1/2" ARMS8LW28WC 18" 2-1/4" 1-3/4" 4-1/2" 19" 13/16" HOLES 13/16" HOLES 61" 8'-0" 3-1/2" 4" 29" 15" 15" 29" 4" 29" 19" 19" 29" 7/16" HOLE 7/16" HOLE 11/16" HOLE BRAND FRONT VIEW NOTES: 1. MAXIMUM SPAN LENGTH IS 400' FOR CONDUCTORS 4/0 AND SMALLER, 280' FOR LARGER CONDUCTORS /10/11 GUINN BURLISON ELKINS 7/7/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. CROSSARM CONSTRUCTION - TANGENT LINE DWG

62 LINE ANGLE SEE NOTE 2 * 1/0 4/ ' 280' 400' * * THIS INFORMATION APPLIES TO EXISTING CONSTRUCTION ONLY: NOT FOR NEW CONSTRUCTION. 5 PLAN VIEW 44" 44" 19" IPIN23C 9" PINPTP20C PINCARMSS86C GUY PLATE ARMS8LW28WC 4" 18" 4" FACTORY FORMED GRIP 78" GUY STRAIN INSULATOR 61" #4 SD AL 5/16" H.S. FRONT VIEW NOTES: 1. MAXIMUM SPAN LENGTH IS 400' FOR CONDUCTORS 4/0 AND SMALLER, 280' FOR LARGER CONDUCTORS. 2. LINE ANGLE TO BE SPLIT EVENLY ON BOTH SIDES. MAXIMUM ALLOWABLE TURNING ANGLE DEPENDS ON SPANS AND WIRE SIZE. SEE TABLE ABOVE. 3. SEE DWG FOR HORIZONTAL TO VERTICAL ROLL FOR LARGER ANGLES /10/11 GUINN BURLISON ELKINS 7/7/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. RURAL CONSTRUCTION LINE ANGLES 0-15 DEGREES, 4/0 MAXIMUM CONDUCTOR DWG

63 ARMD8LW28WC LINE ANGLE SEE NOTE 2 * 1/0 4/ ' 280' 400' * * THIS INFORMATION APPLIES TO EXISTING CONSTRUCTION ONLY. NOT FOR NEW CONSTRUCTION. PLAN VIEW 44" 44" 9" IPIN23C 5" PINCARMSS86C 8" PINPTP20C 4" 6" 18" 4" 2" 4" 19" 78" GUY STRAIN INSULATOR 61" #4 SD AL FRONT VIEW NOTES: 1. MAXIMUM SPAN LENGTH IS 400' FOR CONDUCTORS 4/0 AND SMALLER, 280' FOR LARGER CONDUCTORS. 2. LINE ANGLE TO BE SPLIT EVENLY ON BOTH SIDES. MAXIMUM ALLOWABLE TURNING ANGLE DEPENDS ON SPANS AND WIRE SIZE. SEE TABLE ABOVE. 3. SEE DWG FOR HORIZONTAL TO VERTICAL ROLL FOR LARGER ANGLES /11/11 GUINN BURLISON ELKINS 7/7/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. RURAL CONSTRUCTION LINE ANGLES DEGREES, 4/0 MAXIMUM CONDUCTOR DWG

70 5" 8" 18" MIN. SPACING 4" 4" 42" TOP BRACKET BOLT 4" 120" GUY INSULATOR 8" IDES25PC 4" 42" 34" TYP. 78" GUY INSULATOR KHLC40N6C OR KHLC5520C 12" 4" 4" 8" BKTCOLA18STLC 72" 4" 4" 78" GUY INSULATOR #6 SD BC 23 KV NOTES: 1. MIDDLE CUTOUT CAN BE PLACED ON SAME SIDE OF POLE AS OTHER CUTOUTS. 2. FOR FEEDER TAPS, THE CUTOUTS ARE OMITTED, BUT THE SPACING FOR THE TAP IS THE SAME. 3. SEE SECTION 01 FOR ADDITIONAL GROUNDING DETAILS. 4. SEE DWG FOR DEADEND CLAMPS /31/11 BURLISON BURLISON 7/7/10 CECCONI GUINN ELKINS ELKINS REVISED BY CK'D APPR. VERTICAL CONSTRUCTION - TANGENT FUSED TAP CONSTRUCTION DWG

71 5" USE WIRE TIES TO SECURE SENSOR CABLE IVPPBIMVS27C SEE DETAIL 'A' 8" 42" SOURCE SEE NOTE 5 H1 SEE NOTE 2 LOAD 8" DETAIL 'B' BKTEQ1812FGC SEE DETAIL 'B' 42" #6 WP CU 8" SENSOR LEADS SENSOR CABLE 5-1/2" 60" SEE NOTE 2 20" GROUND LUG IN SIDE OF BASE OF INSULATOR DETAIL 'A' 16" #6 SD CU TO COMMUNICATIONS BOX REVISED NOTES: BY CK'D APPR. 4" FRONT VIEW PBI LINE SENSOR INSTALLATION VERTICAL CONSTRUCTION SIDE VIEW 1. A TRANSFORMER IS REQUIRED IF 120 VOLT SOURCE IS NOT LOCATED NEARBY (<150'). IF SO, INSTALL 4 DPX TO OTHER SOURCE. 2. USE 1" CONDUIT STRAPS ( CN ) TO SECURE SENSOR COAX TO POLE. ANY EXCESS COAX SHALL BE ROLLED UP AND ZIP TIED ABOVE THE WEATHERHEAD. DO NOT COIL UP EXCESS IN BOX AT BASE OF POLE. 3. GROUND BASE OF SENSOR BEFORE LAYING ENERGIZED CONDUCTOR IN THE CLAMP OR HAZARDOUS VOLTAGE MAY BE PRESENT ON GROUNDING LUG. SEE DETAIL 'A'. 4. DO NOT USE AIR OR HYDRAULIC WRENCHES TO TIGHTEN KEEPER BOLTS ON TOP OF INSULATOR, OVER TIGHTENING COULD DAMAGE INTERNAL CIRCUITRY. 5. POLARITY MARKS ON TOP OF SENSORS (H1 MOLDED ON TOP OF INSULATOR) SHALL BE INSTALLED ON (TOWARD) THE NORMAL SOURCE OF FEED. SEE DETAIL 'B'. 6. CONDUCTOR SHALL LAY AS LEVEL AS POSSIBLE ACROSS TOP OF SENSOR SO INLINE TANGENT POLES SHALL BE USED. 7. MAXIMUM POLE HEIGHT WITH STANDARD 45' CABLE IS 50'. IF AN INSTALLATION MUST BE MADE ON TALLER POLE, ORDER 55' CABLE ( CN ). 8. THE WIRE SHALL BE BARE IN THE SENSOR CLAMP, REMOVE ARMOR RODS IF EXISTING. 9. SEE DWG D FOR METER CABINET INSTALLATION DETAILS. 11/8/11 GUINN GUINN ELKINS DWG A

72 IVPPBIMVS27C BKTLSA24ALC SEE DETAIL 'A' BKTPTPC 5" 6" USE WIRE TIES TO SECURE SENSOR CABLE 22" 8" BKTEQ1812FGC SENSOR LEADS 5-1/2" SOURCE SEE NOTE 5 60" SEE NOTE 2 20" LOAD H1 DETAIL 'B' 16" 4" TO METER CABINET FRONT VIEW SENSOR CABLE SIDE VIEW GROUND LUG IN SIDE OF BASE OF INSULATOR DETAIL 'A' NOTES: 1. A TRANSFORMER IS REQUIRED IF 120 VOLT SOURCE IS NOT LOCATED NEARBY (<150'). IF SO, INSTALL 4 DPX TO OTHER SOURCE. 2. USE 1" CONDUIT STRAPS ( CN ) TO SECURE SENSOR COAX TO POLE. ANY EXCESS COAX SHALL BE ROLLED UP AND ZIP TIED ABOVE THE WEATHERHEAD. DO NOT COIL UP EXCESS IN BOX AT BASE OF POLE. 3. GROUND BASE OF SENSOR BEFORE LAYING ENERGIZED CONDUCTOR IN THE CLAMP OR HAZARDOUS VOLTAGE MAY BE PRESENT ON GROUNDING LUG. SEE DETAIL 'A'. 4. DO NOT USE AIR OR HYDRAULIC WRENCHES TO TIGHTEN KEEPER BOLTS ON TOP OF INSULATOR, OVER TIGHTENING COULD DAMAGE INTERNAL CIRCUITRY. 5. POLARITY MARKS ON TOP OF SENSORS (H1 MOLDED ON TOP OF INSULATOR) SHALL BE INSTALLED ON (TOWARD) THE NORMAL SOURCE OF FEED. SEE DETAIL 'B'. 6. CONDUCTOR SHALL LAY AS LEVEL AS POSSIBLE ACROSS TOP OF SENSOR SO INLINE TANGENT POLES SHALL BE USED. 7. MAXIMUM POLE HEIGHT WITH STANDARD 45' CABLE IS 50'. IF AN INSTALLATION MUST BE MADE ON TALLER POLE, ORDER 55' CABLE ( CN ). 8. THE WIRE SHALL BE BARE IN THE SENSOR CLAMP, REMOVE ARMOR RODS IF EXISTING. 9. SEE DWG D FOR METER CABINET INSTALLATION DETAILS /8/11 GUINN GUINN ELKINS REVISED BY CK'D APPR. PBI LINE SENSOR INSTALLATION TRIANGULAR CONSTRUCTION DWG B

73 BKTLSA24ALC IVPPBIMVS27C CU ARMS9W42WC CN " 18" CN SEE DETAIL 'A' SEE NOTE 6 67" 5-1/2" HI SEE NOTE 3 20" DETAIL 'B' 4" 11" TO COMMUNICATIONS BOX FRONT VIEW SIDE VIEW GROUND LUG IN SIDE OF BASE OF INSULATOR DETAIL 'A' NOTES: 1. FOR USE ONLY ON EXISTING POLE THAT HAS CROSSARM CONSTRUCTION. REPLACE 8' ARM WITH 9' ARM. 2. A TRANSFORMER IS REQUIRED IF 120 VOLT SOURCE IS NOT LOCATED NEARBY (<150'). IF SO, INSTALL 4 DPX TO OTHER SOURCE. 3. USE 1" CONDUIT STRAPS ( CN ) TO SECURE SENSOR COAX TO POLE. ANY EXCESS COAX SHALL BE ROLLED UP AND ZIP TIED ABOVE THE WEATHERHEAD. DO NOT COIL UP EXCESS IN BOX AT BASE OF POLE. 4. GROUND BASE OF SENSOR BEFORE LAYING ENERGIZED CONDUCTOR IN THE CLAMP OR HAZARDOUS VOLTAGE MAY BE PRESENT ON GROUNDING LUG. 5. DO NOT USE AIR OR HYDRAULIC WRENCHES TO TIGHTEN KEEPER BOLTS ON TOP OF INSULATOR, OVER TIGHTENING COULD DAMAGE INTERNAL CIRCUITRY. 6. POLARITY MARKS ON TOP OF SENSORS (HI MOLDED ON TOP OF INSULATOR) SHALL BE INSTALLED FACING THE NORMAL SOURCE OF FEED. 7. CONDUCTOR SHALL LAY AS LEVEL AS POSSIBLE ACROSS TOP OF SENSOR SO INLINE TANGENT POLES SHALL BE USED. 8. MAXIMUM POLE HEIGHT WITH STANDARD 45' CABLE (INCLUDED WITH SENSOR) IS 50'. IF AN INSTALLATION MUST BE MADE ON TALLER POLE, ORDER 55' CABLE ( CN ). 9. THE WIRE SHALL BE BARE IN THE SENSOR CLAMP, REMOVE ARMOR RODS IF EXISTING. 10. SEE DWG D FOR METER CABINET INSTALLATION DETAILS /8/11 GUINN GUINN ELKINS REVISED BY CK'D APPR. PBI LINE SENSOR INSTALLATION HORIZONTAL CONSTRUCTION DWG C

74 2" WEATHERHEAD 2" STRAP 2" PVC CONDUIT 1 2 BELL END DOWN 1-1/2" STRAP COUPLING 1-1/2" FLEX CONDUIT #6 SD BC 48" FRONT VIEW SIDE VIEW BILL OF MATERIALS MACRO UNIT - CU ITEM NO. 1 2 COMPATIBLE UNIT CRIS340PVC20C QTY REQ'D 1 CBNTPBILSENC 1 QTY CATALOG PER NUMBER CU DESCRIPTION CONDUIT, PVC, 2" X 10', SCH 40 GRAY PROTECTOR, CABLE, 2" - 2-1/2 BLACK PLASTIC SCREW, LAG, 3/8" X 3", STEEL, GALV STRAP, SUPPORT, CONDUIT, 2", GALV HEAD, PVC, ENTRANCE, SERVICE, 2" SENSOR, METER, IN NEMA-4 CABINET CONDUIT, FLX, LIQ-TITE, 1-1/2", NON-METALLIC STRAP, CONDUIT, 1-1/2", GALV. CONNECTOR, CONDUIT, LIQUID TIGHT, 1-1/2" SCREW, LAG, 1/4" X 2", STEEL BOLT, MACHINE, 5/8", 11" X 12", STEEL WASHER, SQUARE, 2-1/4" SQ. X 3/16", GALV WASHER, LOCK, DBL COIL SPRING, 5/8", STEEL, GALV NOTES: 1. SEE SECTION 01 FOR ADDITIONAL GROUNDING DETAILS. 2. FACE METER CABINET AWAY FROM TRAFFIC. 3. SEE DWGS B AND C FOR LINE SENSOR INSTALLATION SPECIFICATIONS /8/11 GUINN GUINN ELKINS REVISED BY CK'D APPR. PBI LINE SENSOR INSTALLATION METER CABINET DWG D

75 USE WIRE TIES TO SECURE SENSOR CABLE ABB MV SENSOR CU IVPABBMVS23C SIDE MOUNT BRACKET CU BKTEQ30SALC SOURCE 5" 6" FACE JUNCTION BOX TOWARDS SOURCE 42" SOURCE SEE NOTE 1 SECONDARY POLARITY MARKER 6" C1 C2 C3 C4 42" SINGLE SECONDARY DETAIL 'B' SOURCE #6 WP CU 6" 60" SENSOR LEADS SEE NOTE 1 JUNCTION BOX SOURCE SIDE #6 SD CU SHORTING SWITCH TO METER CABINET FRONT VIEW DETAIL 'A' CAUTION - SEE NOTE 9 SIDE VIEW NOTES: 1. USE 2" CONDUIT STRAPS ( CN ) TO SECURE SENSOR COAX TO POLE. ANY EXCESS COAX SHALL BE ROLLED UP AND ZIP TIED ABOVE THE WEATHERHEAD. DO NOT COIL UP EXCESS IN BOX AT BASE OF POLE. 2. GROUND BASE OF SENSOR BEFORE LAYING ENERGIZED CONDUCTOR IN THE CLAMP OR HAZARDOUS VOLTAGE MAY BE PRESENT ON GROUNDING LUG. 3. TIGHTEN TOP TWO KEEPER BOLTS UNTIL COMPRESSION WASHER IS FULLY COMPRESSED. DO NOT USE AIR OR HYDRAULIC WRENCHES TO TIGHTEN CONDUCTOR CLAMP BOLTS (TIGHTEN SNUG WITH A WRENCH). 4. SOURCE SIDE OF THE SENSOR IS MARKED ON THE TERMINAL BOX COVER AND "H1" WILL BE MARKED ON SENSOR UNDERNEATH WHERE THE SOURCE SIDE CABLE ENTERS THE SENSOR. 5. CONDUCTOR SHALL LAY AS LEVEL AS POSSIBLE ACROSS TOP OF SENSOR SO INLINE TANGENT POLES SHALL BE USED. ENSURE EXPOSED METAL CORE (ACCESSIBLE ONLY WHEN TOP OF SENSOR IS REMOVED) IS CLEAR OF DEBRIS AND COATED WITH NON-GRIT TYPE ELECTRICAL GREASE. 6. MAXIMUM POLE HEIGHT WITH STANDARD 45' CABLE IS 50'. IF AN INSTALLATION MUST BE MADE ON TALLER POLE, ORDER 55' CABLE (CN ). 7. THE WIRE SHALL BE BARE IN THE SENSOR CLAMP, REMOVE ARMOR RODS IF EXISTING. 8. QUANTITY TWO LIGHTNING ARRESTERS ( CU AREQOH18C) ARE REQUIRED FOR EACH SENSOR. 9. SHORTING SWITCH TO BE CLOSED PRIOR TO, DURING AND FOLLOWING INSTALLATION. SHORTING SWITCH TO BE OPENED BY DISTRIBUTION I&C TECHNICIANS ONLY /14/11 SIMMONS BURLISON ELKINS 11/3/11 SIMMONS BURLISON ELKINS REVISED BY CK'D APPR. ABB LINE SENSOR INSTALLATION (25 KV ONLY) VERTICAL CONSTRUCTION DWG A

76 SECONDARY POLARITY MARKER ABB MV SENSOR CU IVPABBMVS23C C1 C2 C3 C4 SOURCE SINGLE SECONDARY DETAIL 'B' 5" 6" USE WIRE TIES TO SECURE SENSOR CABLE FACE JUNCTION BOX TOWARDS SOURCE POLE TOP BRACKET CU BKTEQ18PTALC SOURCE 22" SIDE MOUNT BRACKET CU BKTEQ30SALC #6 WP CU 6" SENSOR LEADS 60" SEE NOTE 2 JUNCTION BOX SOURCE SIDE #6 SD CU 4" DETAIL 'A' SHORTING SWITCH CAUTION - SEE NOTE 9 TO METER CABINET FRONT VIEW SIDE VIEW NOTES: 1. USE 2" CONDUIT STRAPS ( CN ) TO SECURE SENSOR COAX TO POLE. ANY EXCESS COAX SHALL BE ROLLED UP AND ZIP TIED ABOVE THE WEATHERHEAD. DO NOT COIL UP EXCESS IN BOX AT BASE OF POLE. 2. GROUND BASE OF SENSOR BEFORE LAYING ENERGIZED CONDUCTOR IN THE CLAMP OR HAZARDOUS VOLTAGE MAY BE PRESENT ON GROUNDING LUG. 3. TIGHTEN TOP TWO KEEPER BOLTS UNTIL COMPRESSION WASHER IS FULLY COMPRESSED. DO NOT USE AIR OR HYDRAULIC WRENCHES TO TIGHTEN CONDUCTOR CLAMP BOLTS (TIGHTEN SNUG WITH A WRENCH). 4. SOURCE SIDE OF THE SENSOR IS MARKED ON THE TERMINAL BOX COVER AND "H1" WILL BE MARKED ON SENSOR UNDERNEATH WHERE THE SOURCE SIDE CABLE ENTERS THE SENSOR. 5. CONDUCTOR SHALL LAY AS LEVEL AS POSSIBLE ACROSS TOP OF SENSOR SO INLINE TANGENT POLES SHALL BE USED. ENSURE EXPOSED METAL CORE (ACCESSIBLE ONLY WHEN TOP OF SENSOR IS REMOVED) IS CLEAR OF DEBRIS AND COATED WITH NON-GRIT TYPE ELECTRICAL GREASE. 6. MAXIMUM POLE HEIGHT WITH STANDARD 45' CABLE IS 50'. IF AN INSTALLATION MUST BE MADE ON TALLER POLE, ORDER 55' CABLE ( CN ). 7. THE WIRE SHALL BE BARE IN THE SENSOR CLAMP, REMOVE ARMOR RODS IF EXISTING. 8. QUANTITY TWO LIGHTNING ARRESTERS ( CU AREQOH18C) ARE REQUIRED FOR EACH SENSOR. 9. SHORTING SWITCH TO BE CLOSED PRIOR TO, DURING AND FOLLOWING INSTALLATION. SHORTING SWITCH TO BE OPENED BY DISTRIBUTION I&C TECHNICIANS ONLY /14/11 SIMMONS BURLISON ELKINS 11/3/11 SIMMONS BURLISON ELKINS REVISED BY CK'D APPR. ABB LINE SENSOR INSTALLATION (25 KV ONLY) TRIANGULAR CONSTRUCTION DWG B

77 FIGURE 1 - LIFTING METHOD NOTES: 1. SLING THE ABB SENSOR PER FIGURE 1 LIFTING METHOD. 2. ENSURE THE METALLIC PARTS OF THE CURRENT TRANSFORMER (LOCATED INSIDE OF THE ORANGE GASKETED AREAS AS SEEN IN FIGURE 1 ABOVE) HAVE A THIN COATING OF NON-GRIT ELECTRICAL GREASE ON THEM AND ARE OTHERWISE KEPT CLEAN OF CONTAMINANTS. THESE AREAS ARE ACCESSED ONCE THE SENSOR CAP IS REMOVED (AS REQUIRED TO LOCATE THE PRIMARY CONDUCTOR). 3. THE TWO BOLTS HOLDING THE CAP ON ARE TO BE TIGHTENED UNTIL THEY BOTTOM OUT. 4. THE CONDUCTOR CLAMP BOLTS THAT HOLD THE CONDUCTOR TO THE SENSOR ARE TO BE TIGHTENED TO 20 FT/LBS. 5. THE SHORTING SWITCH SHOULD BE CLOSED DURING INSTALLATION AND PRIOR TO THE CONTROL CABLE BE DISCONNECTED FROM THE SENSORS /3/11 SIMMONS BURLISON ELKINS REVISED BY CK'D APPR. ABB LINE SENSOR INSTALLATION GUIDELINES DWG C

78 2" WEATHERHEAD 2" STRAP 2" PVC CONDUIT 1 2 BELL END DOWN 2" STRAP COUPLING 2" FLEX CONDUIT #6 SD BC 48" FRONT VIEW SIDE VIEW BILL OF MATERIALS MACRO UNIT - CU ITEM NO. 1 2 COMPATIBLE UNIT CRIS340PVC20C QTY REQ'D 1 CBNTABBLSENC 1 QTY CATALOG PER NUMBER CU DESCRIPTION CONDUIT, PVC, 2" X 10', SCH 40 GRAY PROTECTOR, CABLE, 2" - 2-1/2 BLACK PLASTIC SCREW, LAG, 3/8" X 3", STEEL, GALV STRAP, SUPPORT, CONDUIT, 2", GALV HEAD, PVC, ENTRANCE, SERVICE, 2" SENSOR, METER, IN NEMA-4 CABINET CONDUIT, FLX, LIQ-TITE, 2", NON-METALLIC STRAP, CONDUIT, 2", GALV. CONNECTOR, CONDUIT, LIQUID TIGHT, 2" SCREW, LAG, 1/4" X 2", STEEL BOLT, MACHINE, 5/8", 11" X 12", STEEL WASHER, SQUARE, 2-1/4" SQ. X 3/16", GALV WASHER, LOCK, DBL COIL SPRING, 5/8", STEEL, GALV ADAPTOR, FLEX, 2", FEMALE NOTES: 1. SEE SECTION 01 FOR ADDITIONAL GROUNDING DETAILS. 2. FACE METER CABINET AWAY FROM TRAFFIC. 3. SEE DWGS B AND C FOR LINE SENSOR INSTALLATION SPECIFICATIONS /9/11 SIMMONS BURLISON ELKINS REVISED BY CK'D APPR. ABB LINE SENSOR INSTALLATION (25KV ONLY) METER CABINET DWG D

85 60" FAR SIDE 4 NEAR SIDE PLAN VIEW NEAR SIDE 5" 78" GUY INSULATOR 13" 3 42" 2 42" 1 42" 42" 54" FRONT VIEW NOTES: 1. USE SPAN GUYS WITH 78" GUY INSULATORS FOR THIS INSTALLATION /27/12 KATIGBAK BURLISON 3/3/11 CECCONI BURLISON REVISED BY CK'D ELKINS ELKINS APPR. THREE-PHASE DOUBLE CIRCUIT DEADEND FOR LINE ANGLES GREATER THAN 35 DEGREES DWG

92 SLGRIP10AAACC SLGRIPN2AAACC CU KHLC40N6C IPIN23C SLACK SPAN IDES25PC PINPTP20C 24-7/8" 2-1/2" 3" 9" 5" 6" 24" 4" IHPTT35C 120" GUY INSULATOR IDES25PC 8" 78" GUY INSULATOR SEE DWG ARMS60SC 68" 4" GUY TAIL #4 SD AL CN #6 SD BC SMALL CONDUCTORS (1/0 OR SMALLER) NOTES: 1. USE BARE AAAC CONDUCTOR FOR SLACK SPANS. IF COVERED WIRE IS USED, REMOVE ANY COVERING FROM THE CONDUCTOR WHERE IT CONTACTS THE GRIP TO PREVENT RADIO AND T.V. INTERFERENCE. 2. SEE DWG FOR MAXIMUM SPAN DISTANCES. 3. SEE SECTION 01 FOR ADDTIONAL GROUNDING DETAILS /12/11 CECCONI BURLISON ELKINS 7/7/10 CECCONI GUINN ELKINS REVISED BY CK'D APPR. SLACK SPAN CONSTRUCTION - DELTA DEAD END FUSING DWG

100

101

102 NESTING PLATFORM FIREFLY CONDUCTOR FLAPPER NESTING PLATFORM CN CU WGNESTC 3.5" x 4.5" x 8' DOUBLE ARM CN CU ARMD8LW28WC 4" X 6" X 9' (CN ) 1/0-795 CN CU WGFLYDETFLC 100' SPACING - TOP CONDUCTOR ONLY POLE TOP CAP BIRD PERCH DETERRENT TRIANGLE BIRD PERCH DETERRENT LARGE CAP: CN CU WGPTPERCHDETLGC 10.5" TYPICAL CLASS 1 - H3 POLES SMALL CAP: CN CU WGPTPERCHDETSMC 8.375" TYPICAL CLASS 2 OR SMALLER POLES LIGHT CROSSARMS: CN CU WGXAPERCHDETLTC HEAVY CROSSARMS: CN CU WGXAPERCHDETHDC CUTOUT COVER CN CU WGCOTOPCOVERC CROSSARM COVER CN CU WGXAPERCHDETTRC NOTES: 1. COORDINATE RAPTOR NEST RELOCATIONS WITH LOCAL ENVIRONMENTAL SPECIALIST. 2. SEE DWG FOR GENERAL NOTES /20/11 BURLISON BURLISON ELKINS 4/12/10 SIMPSON SIMPSON ELKINS REVISED BY CK'D APPR. AVIAN PROTECTION DETERRENT ITEMS FOR DISTRIBUTION DWG A

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

SECTION 8 - SWITCHES AND PROTECTIVE DEVICES TABLE OF CONTENTS

SECTION 8 - SWITCHES AND PROTECTIVE DEVICES TABLE OF CONTENTS 08.00 GENERAL DISTRIBUTION SURGE ARRESTERS 08.00-0 CUTOUTS AND ARRESTERS GENERAL 08.00-03 08.0 CUTOUTS AND ARRESTERS METAL OXIDE ARRESTERS WITH POLYMER HOUSINGS 08.0-0 APPLICATION OF DIRECT CONNECTED ARRESTERS