CONFIGURATIONS TABLE OF CONTENTS PHASE LOCATIONS (PREFERRED LOCATIONS) STRUCTURAL ELEMENTS DESIGN LIMITS

Transcription

1 3 1 Sheet 1 of TLE OF CONTENTS NEUTRL LOCTIONS PHSE LOCTIONS PHSE LOCTIONS (PREFERRED LOCTIONS) STRUCTURL ELEMENTS DESIGN LIMITS NEUTRL ** NEUTRL TP CONNECTION TO SUTRNSMISSION STTIC WIRE 3 1 ** PRESSEMLED CLE SECONDRY RUN PRESSEMLED CLE SECONDRY L CORNER PRESSEMLED CLE SECONDRY DEDEND OPEN WIRE SECONDRY OPEN WIRE SECONDRY SECONDRY RUNS SECONDRY RUNS OPGW TNGENT OR CORNER < 3º OPGW TNGENT OR CORNER > 3º < 6º SINGLE PHSE 4KV OR 1KV SINGLE PHSE UNDERUILD 4KV OR 1KV RMLESS TWO OR THREE PHSE 4KV OR 1KV TWO OR THREE PHSE TNGENT OR NGLE ON WOOD CROSSRM 4KV OR 1KV 4KV or 1KV UNGUYED STRUCTURE WITH FIERGLSS RM TWO OR THREE PHSE FLOTING ND 9 DEGREE NGLES 4KV OR 1KV TWO OR THREE PHSE UCK RM 9 DEGREE NGLE 4KV OR 1KV TWO OR THREE PHSE DEDENDS 4KV OR 1KV TWO OR THREE PHSE LOOPOVER 4KV OR 1KV SINGLE PHSE TP FROM TWO OR THREE PHSE LINE 4KV OR 1KV ERIL MID SPN TP TWO OR THREE PHSE LINE TWO OR THREE PHSE TP 4KV OR 1KV TWO OR THREE PHSE VERTICL TP 4 OR 1KV ** ** ** 3 1 ** ** ** ** ** 3 1 ** ** ** ** ** ** ** ** 3 1 ** ** ** ** SINGLE CIRCUIT 4 15 KV SPCER CLE TNGENT STRUCTURE (< 1 ) REV. DTE: 1/1/

2 3 1 Sheet of SINGLE CIRCUIT 4 15 KV SPCER CLE NGLE STRUCTURE) SINGLE CIRCUIT 4 15 KV SPCER CLE NGLE STRUCTURE (61 9 ) SINGLE CIRCUIT 15KV&ELOW SPCER CLE TNGENT LLEY RM CONFIG SINGLE CIRCUIT 15KV&ELOW SPCER CLE DEDEND SINGLE CIRCUIT 15KV&ELOW SPCER CLE NGLE STRUCTURE (7 6 ) SINGLE CIRCUIT 15KV&ELOW SPCER CLE NGLE STRUCTURE (61 9 ) THREE CIRCUIT 15KV&ELOW SPCER CLE TO SPCER LOOPOVER THREE CIRCUIT 15KV&ELOW SPCER CLE TO OPEN WIRE LOOPOVER THREE CIRCUIT 15KV&ELOW SPCER CLE TP FROM OPEN WIRE THREE CIRCUIT 15KV&ELOW SPCER LTERL TP THREE CIRCUIT 15KV&ELOW SPCER CLE MID SPN TP SINGLE CIRCUIT 34 OR 69KV TNGENT STRUCTURE DOULE CIRCUIT 34 OR 69KV TNGENT STRUCTURE SINGLE CIRCUIT 34 OR 69KV FIXED NGLE STRUCTURE DOULE CIRCUIT 34 OR 69 KV FIXED NGLE STRUCTURE SINGLE CIRCUIT 34 OR 69KV FLOTING NGLE STRUCTURE DOULE CIRCUIT 34 OR 69KV FLOTING NGLE STRUCTURE SINGLE CIRCUIT 34 OR 69KV DEDEND CORNER STRUCTURE DOULE CIRCUIT 34 OR 69KV DEDEND CORNER STRUCTURE SINGLE CIRCUIT 34 OR 69KV DEDEND TNGENT STRUCTURE SINGLE CIRCUIT 34 OR 69KV DEDEND NGLE STRUCTURE SINGLE CIRCUIT 34 OR 69KV DEDEND ENDLINE STRUCTURE SINGLE CIRCUIT 34 OR 69KV TP STRUCTURE, NGLE DOULE CIRCUIT 34 OR 69KV TP STRUCTURE SINGLE CIRCUIT 34 OR 69KV TP STRUCTURE DEDEND SINGLE CIRCUIT H FRME 69KV UNGUYED COMPOSITE POLE, 34 OR 69KV TNGENT/NGLE STRUCTURE SINGLE CIRCUIT UNGUYED COMPOSIT POLE DOULE CIRCUIT DEDEND TNGENT 3 3** 3 4** 3 5** 3 1** 3 3** 3 4** 3 15** ** 3 69 ** ** ** ** ** ** ** ** ** ** 3 69 ** ** 3 69 ** ** ** ** REV. DTE: 1/1/18

3 Neutral Locations 3 1 Sheet 1 of 1 1. Historical Neutral Locations 1.1 CIPS Service Territory Since at least 1986, CIPS Distribution Standard DS1 has stated that the preferable location for the neutral is down 6 from the line arm on spans less than feet. Where span lengths exceeded feet, the 6 spacing was mandatory. However, it was permitted to place the neutral on the line arm or at 4 spacing to eliminate replacing otherwise adequate poles for increased height. 1. UE Service Territory Prior to this edition being published, UE Distribution Construction Standards called for neutrals on new line poles without any equipment mounted on the pole to be 4 down from the line arm. This was applicable to both 4 kv and 1 kv areas. Several Standards indicate spacing is permitted for existing construction on 4kV poles or on poles being converted from 4 Volt single phase to 7 Volt single phase.. Consolidated meren Standards The Standards in this book show neutral spacing on all new configurations to be 6 ft. The previous range was to accommodate present conditions of most of the existing poles at being at 4 and many of the existing poles at New Pole Installations New pole lines and relocated pole lines should use the 6 foot neutral spacing in general. Major advantage to the 6 foot spacing is that it permits a truck s basket to maneuver between the phase conductors and the neutral to reach the field side of the pole.. Working on Existing Poles or Replacing Existing Poles The rule of permitting 4 to avoid replacing otherwise acceptable poles shall continue. When replacing a pole in a lead, the existing spacing should generally be used on the new pole, except that a 4 minimum neutral spacing from the line arm is required. Increasing from a 4 spacing to a 6 spacing would change the conductor tensions considerably and likely cause future problems. ENG: MJ REV. NO: 1 REV. DTE: /1/1

4 Phase Locations Sheet 1 of 1 General The phase locations shown in this distribution standard shall be standard for the meren System. It is not intended to change all existing structures that do not conform to this standard. However, all new constructions, as well as reconstructed existing circuits, shall, to the extent it is practicable, be in accordance with this standard. Vertical Construction No standard phase locations are designated for vertical single circuit construction at corners or angles in a line. (Note Exception under 416 Volt Single Phase Construction Insulated for 7 Volt Operation). This will allow the most practicable positioning, based on the configuration of the adjacent poles. When possible, however, the phase locations should be selected so as to give the maximum distance between conductors. For example, for 4 kv and 1 kv when going from flat configuration (Fig. ) to vertical, the phase designation from the top of the pole shall be,, and C. The neutral conductor, when present on vertical corners, shall take a position below the primary phase conductor. 416 Volt Single Phase Construction Insulated for 7 Volt Operation Where a line is built for initial operation at 416 volt single phase but is insulated and spaced for future 7 volt operation, the conductor on the road side shall be considered the future phase wire and the field side conductor shall be the future multigrounded neutral. (See Figure 1 of this standard.) On private property the east, northeast, north and northwest sides shall be equivalent to the road side, while the west, southwest, south and southeast sides shall be equivalent to the field side. t vertical corners the road side conductor (future 7 volt phase wire) shall occupy the high position on the pole. There will be instances where it will be impracticable to follow these general rules (e.g. where adjacent poles are on opposite sides of a winding road to keep line angles at a minimum). Where it is necessary to deviate from the standard conductor locations on poles adjacent to vertical corner poles the estimator shall show on his construction plats the conductor that must take the high position on the corner pole. This will obviate the need for construction changes when the line is cutover for 7 volt operation. When the line is cutover to 7 volt operation all conductors in positions other than the standard shall be marked by fastening the proper identifying aluminum letter on the crossarm directly below the conductor. Marking ny deviations from the standard phase locations shall be plainly marked with letters,, C, or N attached to the crossarm below the respective conductor. These deviations may be due to transpositions or unusual construction. In addition to the marking of these deviations, all three phase switch locations, three phase capacitor installations, three phase recloser installations, three phase sectionalizer installations, and three phase terminal poles shall be plainly marked with the proper phase letter. These letters shall be attached to the crossarm or pole so that phases can be readily identified. On long feeders with considerable distances between three phase switches, additional locations as required may also be marked to facilitate phase identification. Normally, these additional phase identification points should be located on poles where single phase taps take off from the three phase feeder main. The phase locations on poles adjacent to vertical configurations shall be plainly marked to facilitate identification when making repairs. These letters shall be attached to the crossarm below the respective conductors. ENG: MJ REV. NO: 1 REV. DTE: 3/18/ REFFIRMED DTE: 1/14/11

5 Phase Locations (Preferred Locations) 3 1 Sheet 1 of 1 C C C C C TRINGULR CONSTRUCTION FLT CONSTRUCTION SINGLE CIRCUIT 34 KV 4 OR 1 kv RM TRINGULR VERTICL CONSTRUCTION FIG. 1 FIG. FIG. 3 FIG. 4 N C C NEUTRL IS USULLY CRRIED DOWN ON THE POLE, UT MY E HERE C C C C SIDERM CONSTRUCTION FIG. 5 C FUTURE DOULE CIRCUIT RM TRINGULR C FUTURE NEUTRL POSITION FOR 7 V OPERTION DOULE CIRCUIT RM TRINGULR DOULE CIRCUIT 3 RM VERTICL SEE NOTE FIG. 6 FIG. 7 FIG. 8 C C C C ROD SIDE EST, NORTHEST, NORTHWEST OR, NORTH SIDE ON PRIV. PROP. FIELD SIDE WEST SOUTHWEST, SOUTHEST, OR SOUTH SIDE ON PRIV. PROP. 34kV 416 V SINGLE PHSE DOULE CIRCUIT DOULE CIRCUIT INSULTED FOR FUTURE 3 RM VERTICL 7 V OPERTION OVERHED FIG. 9 FIG. 1 FIG. 11 DOULE CIRCUIT UNDERUILT FIG. 1 NOTE: Phase positions shown in Fig. 8 should be used only when this configuration is adjacent to poles with configuration shown in Fig. 6. When phases are in positions shown in Fig. 8, they shall be marked with identifying letters. ENG: JH REV. NO: 1 REV. DTE: 11/4/15

6 Structural Elements Design Limits 3 3 Sheet 1 of General This standard gives the design limits of the structural elements employed in building standard configurations. These limits are based on the allowable loading of crossarms and pins as shown in Dist. Std. 9 4, and also on required conductor separation to prevent midspan conductor contact.. ngle Limits Tables 1,, 3, 4 and 5 specify the maximum angle capable of being turned on pins, insulators, fiberglass standoffs, combination fiberglass and porcelain standoffs, and crossarms for various types of construction. This data is based on the transverse strength of the components of the structure and the load applied to it, due to the line angles. 3. Dead End Loadings Table 6 specifies the maximum balanced dead end loading for unguyed crossarms. It shows the number of conductors permitted to dead end on a structure, depending on the size of conductor and the type of dead end structure. The data is based on standard conductor tensions and allowable equivalent horizontal loadings on the crossarm. The purpose of this table is to provide the information necessary to get the most out of a dead end structure without having to resort to crossarm guying. TLE 1 Maximum Line ngles Capable of eing Turned on Pins and Crossarms SHORT SPN (STD ) Conductor Size WG or kcmil Pins (ll) (See Note 4) Single Crossarm # of Conductors (1# arm limit) Without Grid Plate # of Conductors (4#) DOULE CROSSRM With Grid Plate (5) # of Conductors (4#) Sgl Dbl # 1# #4 CSR / C CSR C T Penguin CSR Rail Notes: 1. Maximum number of pins for single crossarm is. Maximum number of pins for double crossarm without grid plate is 4; and maximum number of pins for double crossarm with grid plate is 6. The number of conductors that can be deadended back to back (not on pins) is only limited by the strength of the joint between the arm(s) and the pole.. bove table based on Grade N construction. ENG: DCG REV. NO: 7 REV. DTE: /1/1

7 Structural Elements Design Limits 3 3 Sheet of 11 Conductor Size WG or kcmil TLE 1 Maximum Line ngles Capable of eing Turned on Pins or Crossarms MEDIUM SPN (STD ) Pins (ll) (See Note 4) Single Crossarm # of Conductors (1# arm limit) Without Grid Plate # of Conductors (4#) DOULE CROSSRM ENG: DCG REV. NO: 7 REV. DTE: /1/1 With Grid Plate (5) # of Conductors (4#) Sgl Dbl # 1# #4 CSR / C CSR C T Penguin CSR Rail Notes: 1. Maximum number of pins for single crossarm is. Maximum number of pins for double crossarm without grid plate is 4; and maximum number of pins for double crossarm with grid plate is 6. The number of conductors that can be deadended back to back (not on pins) is only limited by the strength of the joint between the arm(s) and the pole.. bove table based on Grade N construction. TLE 1C Maximum Line ngles Capable of eing Turned on Pins or Crossarms LONG SPN (STD ) Conductor Size WG or kcmil Pins (ll) (See Note 4) Single Crossarm # of Conductors (1# arm limit) Without Grid Plate # of Conductors (4#) DOULE CROSSRM With Grid Plate (5) # of Conductors (4#) Sgl Dbl # 1# #4 CSR / C CSR C T Penguin (45/7) CSR Notes: 1. Maximum number of pins for single crossarm is. Maximum number of pins for double crossarm without grid plate is 4; and maximum number of pins for double crossarm with grid plate is 6. The number of conductors that can be deadended back to back (not on pins) is only limited by the strength of the joint between the arm(s) and the pole.. bove table based on Grade N construction.

8 Structural Elements Design Limits 3 3 Sheet 3 of 11 Conductor Size WG or kcmil TLE 1D Maximum Line ngles Capable of eing Turned on Pins or Crossarms EXTR LONG SPN (STD ) Pins (ll) (See Note 4) Single Crossarm # of Conductors (1# arm limit) Without Grid Plate # of Conductors (4#) DOULE CROSSRM With Grid Plate (5) # of Conductors (4#) Sgl Dbl # 1# 1/ C CSR C T Penguin CSR Rail Notes: 1. Maximum number of pins for single crossarm is. Maximum number of pins for double crossarm without grid plate is 4; and maximum number of pins for double crossarm with grid plate is 6. The number of conductors that can be deadended back to back (not on pins) is only limited by the strength of the joint between the arm(s) and the pole.. bove table based on Grade N construction. Select The Required Crossarm ssembly Unit Using The Following s Guide 1. The above table, based on maximum span length of applicable sag table, automatically takes care of vertical loadings. For shorter span lengths the crossarm may be strong enough; however, a strength calculation should be made. See Dist. Std for examples and allowable crossarm loads.. Inadequate vertical strength for the number and size of conductors shown. 3. Double arms and double dead end pole top construction shall always be used. a. t all railroad crossings. Note: If tensions do not exceed lbs. per conductor during heavy loading; double pins and ties may be used. Double pole top pins mounted on the face of the pole may be used to meet this requirements. (Tensions for conductors sagged in accordance with Sag Table 1 does not exceed lbs. under heavy loaded conditions except for kcmil.. and 795 kcmil..). b. On grade circuits where the line angle exceeds o. c. On grade circuits at communications crossings, if the supply conductors are not continuous and of uniform tension in the crossing span and each adjacent span. 4. ngles shown for single or double pins refer to crossarm pins and existing pole top pins mounted on the face of the pole. 5. Grid gain plates (Dist. Std. 4 35) shall be used only when required for the larger angles shown. Use caution to insure that pin angle limits are not exceeded ( or 3 conductors). If pin limits are exceeded, use double dead ends. 6. bove table based on grade N construction. ENG: DCG REV. NO: 7 REV. DTE: /1/1

9 Structural Elements Design Limits 3 3 Sheet 4 of 11 Table Maximum Line ngle Capability of Distribution Standards Side tie in tension or compression on pin insulator of full tension take off unit. Sag Table Conductor ngle o SHORT SPN #4 (7/1) CSR 78 1/ C, bare or poly 46 1/ CSR, bare (1/7) CSR, bare (18/1) CSR (19) C T Pigeon T Penguin (45/7) CSR (19) T 1 MEDIUM SPN #4 (7/1) CSR 6 1/ C, bare or poly 38 1/ CSR, bare (1/7) CSR, bare (18/1) CSR (19) C T Pigeon T Penguin (45/7) CSR (19) T 1 ENG: DCG REV. NO: 7 REV. DTE: /1/1

10 Structural Elements Design Limits 3 3 Sheet 5 of 11 Sag Table Conductor ngle o LONG SPN #4 (7/1) CSR 5 1/ C, bare or poly 31 1/ CSR, bare (1/7) CSR, bare (18/1) CSR (19) C T Pigeon T Penguin 954 (45/7) CSR (19) T 9 ENG: DCG REV. NO: 7 REV. DTE: /1/1

11 Structural Elements Design Limits 3 3 Sheet 6 of 11 Table 3 Maximum Line ngle Capability of Distribution Standards Dist. Stds Pole Top Pins LOD Pole Top Pin (1# Limit, Transverse) Sag Table Conductor ngle o SHORT SPN MEDIUM SPN #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T LONG SPN EXTR LONG SPN #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T ENG: DCG REV. NO: 7 REV. DTE: /1/1

12 Structural Elements Design Limits 3 3 Sheet 7 of 11 Table 4 Maximum Line ngle Capability of Distribution Standards Dist. Stds ** Vertical Line Post Insulator (Tie Top) F Neck N Neck LOD Vertical Line Post (11# Limit, Cantilever) Sag Table Conductor F Neck ngle *** N Neck ngle* SHORT SPN #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T NL MEDIUM SPN #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T LONG SPN #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T EXTR LONG SPN 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T * ll 15 o line angles shown for N Neck insulators are based on top groove. *** ngles shown in above table are for single insulators only. For multiple conductors on a crossarm use grade N loads in DCS 11 4 for the conductor, span and line angle being considered. Compare the total transverse load with the transverse crossarm intermittent load limits shown in Table 1 of DCS ENG: DCG REV. NO: 7 REV. DTE: /1/1

13 Structural Elements Design Limits 3 3 Sheet 8 of 11 Table 5 Maximum Line ngle Capability of Distribution Standards DCS ** and ** in Compression and Tension 34 and 69 kv Polymer Horizontal Line Post Insulator (Clamp Top Line Terminal) Stock Nos and (5 L Limit in Compression and Tension) Sag Table Conductor ngle SHORT SPN MEDIUM SPN LONG SPN EXTR LONG SPN #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 954 (45/7) T #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 954 (45/7) T #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 954 (45/7) T #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 954 (45/7) T NL* NL* NL* NL* NL* 47 NL* NL* NL* NL* NL* NL* NL* NL* NL* NL* 8 NL* ENG: DCG REV. NO: 7 REV. DTE: /1/1

14 Structural Elements Design Limits 3 3 Sheet 9 of 11 Table 5 Maximum Line ngle Capability of Distribution Standards 69 kv Polymer Horizontal Line Post Insulator (w/ Hole Line Terminal lade) Stock No (Maximum Transverse Working Load 5 Lbs. (Tension & Compression) Sag Table Conductor ngle SHORT SPN MEDIUM SPN LONG SPN EXTR LONG SPN #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 954 (45/7) T #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 954 (45/7) T #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 954 (45/7) T #4 (7/1) CSR 1/ C, bare or poly 1/ CSR, bare 11.8 (1/7) CSR, bare (18/1) CSR 556 (19) C T Pigeon 43. T Penguin 954 (45/7) CSR 556 (19) T 954 (45/7) T NL* NL* NL* NL* NL* NL* NL* NL* NL* NL* NL* NL* NL* 83 NL* NL* NL* NL* NL* NL* NL* 71 NL* NL* NL* NL* NL* NL* NL* 65 NL* NL* ENG: DCG REV. NO: 7 REV. DTE: /1/1

15 Structural Elements Design Limits 3 3 Sheet 1 of 11 TLE 7 TLE GIVING MXIMUM NUMER OF CONDUCTORS THT CN E DEDENDED ON UNGUYED CROSSRMS (SED ON STNDRD CONDUCTOR TENSIONS) Conductor Size # 4 CSR 7/1 are 1/ C (7 ) are 1/ CSR (6/1) are CSR (18/1) are CSR T Pigeon (19) are 43. CSR T Penguin 954 CSR (45/7) are Sag Table Span Short Medium Long Short Medium Long X Long Short Medium Long X Long Short Medium Long X Long Short Medium Long X Long Short Medium Long X Long Short Medium Long X Long Short Medium Long X Long Sgl rm DE Dbl rm DE Double rm DE Fiberglass DE rms 3 1/ x 4 1/ x 8Ft 3 3/4 x 4 3/4 x 1Ft 8 Ft. 1 Ft ENG: DCG REV. NO: 7 REV. DTE: /1/1

16 Structural Elements Design Limits 3 3 Sheet 11 of 11 Conductor Size 556 C T Dahlia Sag Table Span Short Medium Long X Long Sgl rm DE Dbl rm DE Double rm DE Fiberglass DE rms 3 1/ x 4 1/ x 8Ft 3 3/4 x 4 3/4 x 1Ft 8 Ft. 1 Ft. ENG: DCG REV. NO: 7 REV. DTE: /1/1

17 Neutral ** Sheet 1 of THRU THRU W/EXT DEDEND DEG. NGLE T CORNER LOOP ROUND THRU W/TP THRU W/EXT. W/TP THRU W/EXT. W/TP ON CK SIDE THRU X RM THRU DLE. X RM DEDEND X RM DEDEND TENSION > 15 LS. ENG: EJ REV. NO: 8 REV. DTE: 5/19/16

18 Neutral ** Sheet of Stnd./ Stk. No. Description ** Clevis, Secondary Single Clevis Extension C olt, Mach, ¾ x1 1 D Crossarm Pin and Insulator E SDE*W Deadend (See ) F PG* See Std G TT*W TopTie H DTT*W Double Top Tie I DE*W Deadend (See 7 11 ) 1 J Eyelet, ¾ 1 K Double Clevis 1 1 L Washer, Square, ¾ M 1 1** Grounding Unit 1 NOTE: If the deadend tension is greater than 15 lbs., use Dist. Std ENG: EJ REV. NO: 8 REV. DTE: 5/19/16

19 Distribution Neutral Tap Connection to Sub Transmission Static Wire 3 1 ** Sheet 1 of 1 C 1 Notes: 1. Connection from tap neutral to static/neutral wire must be at least the same ampacity as the tap neutral. For tap neutral, replace existing pole ground with # SD Cu. to a point 3 below tap neutral.. Install ground wire moulding in congested areas as required. 3. Install ground wire on quarter of pole that provides best clearance from center phase. Tap Neutral Std. 1/ CSR or C #4 CSR 3 1 E D Existing Pole Ground Std./Stk. No. Description 3 1 ** Clevis, Secondary Wire, Cu, # SD, Poly Covered C Clamp, PG 1 D Connector, Split olt 1 E Deadend, Preformed, 1/ CSR or C Deadend, Preformed, #4 CSR ENG: MJ REV. NO: REV. DTE: /1/1

20 Preassembled Cable Secondary Secondary Run ** Sheet 1 of 1 NOTES: 1. Terminate lashing ribbon with 5 close turns around entire cable and end on messenger with turns and a half hitch. Train leads neatly and eliminate excess slack.. For Service Construction Details, see Dist. Std For ease in making connections, cable may be opened up as far as required. Stnd. / Stk. No. Description ** Sgle. Clevis, Ext. rkt Dble. Sgle. Clevis rkt. 1 C Tie, Preformed, 1/ C 1 1 ENG: MJ REV. NO: REV. DTE: 1/5/95 REFFIRMED DTE: 1/14/11

21 Preassembled Cable Secondary L Corner ** Sheet 1 of 1 Without Service Takeoff With Service Takeoff C D E 6 1 NOTE: 1. Terminate lashing ribbon with 5 close turns around entire cable and end on messenger with two turns and a half hitch. Dist. Std. Or Stk. No. Description ** Sgle. Clevis, Ext. rkt Dble. Sgle. Clevis rkt. 1 C Deadend, 1/ C D Clamp, 1/ C 1 1 E Clamp, 4/ ENG: MJ REV. NO: 1 REV. DTE: 1/19/11 REFFIRMED: 1/19/11

22 Preassembled Cable Secondary Deadend ** Sheet 1 of 1 NOTES: 1. Open cable for distance of approximately 18 to allow room for making taps. Tape ends of conductors with rubber tape , followed by friction tape, , and lash cable to messenger on both sides of opening with 5 close turns around entire cable and end on messenger with turns and a half hitch.. unch same phase wires to form a cable and tape as necessary. Stnd. / Stk. No. Description ** Sgle. Clevis, Ext. rkt Dble. Sgle. Clevis rkt. 1 C Deadend 1/ C 1 1 ENG: MJ REV. NO: REV. DTE: 1/5/95 REFFIRMED DTE: 1/14/11

23 Open Wire Secondary 3 1 ** Sheet 1 of Thru 3 1 Thru w/ext W/O Ext Thru w/ext. w/service Ext Deadend Deadend Ext Deadend w/o Ext Deadend Ext. w/service Ext Neutral Thru Sec. Deadend Neutral Thru Sec. Deadend w/ext Neutral Thru Sec. Deadend w/ext. Service w/ext Wire Thru Notes: 1. When multiple secondary racks are installed on the same side of the poles, a 6 separation is required between the racks. ENG: MJ REV. NO: 3 REV. DTE: 3/18/ REFFIRMED DTE: 1/14/11

24 Open Wire Secondary 3 1 ** Sheet of Stnd. / Stk. No. Description 3 1 ** Secondary Clevis Ext. racket, 3 Clevis C Dble. Ext. rkt s. 3 & 1 Clevis D Secondary Ext. Guy 1 E DEP*W Preformed Deadend SDE*W Secondary Deadend F Spool Secondary Rack 1 1 G Spool Secondary Rack 1 ENG: MJ REV. NO: 3 REV. DTE: 3/18/ REFFIRMED DTE: 1/14/11

25 Open Wire Secondary 9 ngle ** Sheet 1 of Deg. ngle Deg. ngle w/3 Spool Rack Deg. ngle w/ Ext Deg. ngle w/ext. Service w/ext Sec. Deadend Neutral 9 Deg. ngle Sec. Deadend Neutral 9 Deg. ngle w/3 Spool Rack Sec. Deadend w/ext. Neutral 9 Deg. ngle Sec. Deadend w/ext. Neutral 9 Deg. ngle Service w/ext. Dist. Std. Or Stk. No. Description ** Secondary Clevis Extension rkt., 3 Clevis 1 1 C Dble. Ext. rkt s, 3 Clevis & 1 Clevis 1 D DEP*W Preformed Deadend SDE*W Secondary Deadend E Spool Secondary Rack 1 1 ENG: MJ REV. NO: REV. DTE: 3/18/ REFFIRMED DTE: 1/14/11

26 Secondary Runs ** Sheet 1 of Stnd. / Stk. No. Description Stnd. / Stk. No. Description Secondary Clevis Service Takeoff 3 X = 9 for Spans up to Ft. X = 1 for Ft. to 5 Ft. Spans X = 18 for 5 Ft. to 35 Ft. Spans X = 4 for 35 Ft. to 4 Ft. Spans NOTES: 1. This dimension may be reduced to 6 for spans up to 15 Ft. if necessary to meet joint use requirements.. Use secondary rack Stock No when available for spans up to 15 Ft. 3. For location of secondary clevises on rack with respect to primary circuits, see Dist. Std This construction is applicable to only those cases where climbing space can be obtained without use of secondary extension bracket. ENG: MJ REV. NO: REV. DTE: 1/5/95 REFFIRMED DTE: 1/14/11

27 Secondary Runs ** Sheet 1 of Sgle. rm Dble. rm Wire Secondary On One Side of Pole 1. This construction to be used only where existing facilities prohibit the use of secondary racks or clevises.. For location of secondary arms with respect to primary circuits, see Dist. Std Stnd. / Stk. No. Description ** Crossarm, Sgle., Crossarm, Dble., Insulator On rm 3 6 ENG: MJ REV. NO: 3 REV. DTE: 1/8/ REFFIRMED DTE: 1/14/11

28 3511 OPGW Tangent orcorner<3 º Sheet 1of 1 1 C D 3 E 6 -- minimum Highest phase conductor Notes: 1. Mark center ofclamplocationon OPGW cablewithink (nottape) whenaligningarmor rodsand clamp bodyon OPGW cable.. esureto finger tightenboltsonclampto ensure boltsarenotcompressed onto the OPGWcable,andalternate tightening. Tighten until break away bolt heads shear off. 3. Spiral VibrationDampers are usedon35 and abovespans only. Std./ Stk. No Description Static Supportracket¾ x¼ Wye Clevis 9º 1 C OPGW Suspension Clamp w/rmor Rods 1 D Clamp, ond OPGW Static Pole Ground 1 3@ E Spiral Vibration F 1 1** Grounding Unit 1 ENG: KR REV.NO:NEW REV. DTE:4//18

29 351 OPGW Tangent or Corner>3 º < 6 º Sheet1of1 D C 1 F 3 G 6 -- minimum E Highest phase conductor Notes: 1. Mark Center ofclamplocationonopgwwithink (not tape) when aligning armor rods and clampbody onopgw cable.. esureto finger tightenboltsonclampto ensure boltsarenotcompressed onto the OPGWcable,andalternate tightening. Tighten until break away bolt heads shear off. 3. Spiral vibration dampers are usedon35 and abovespans only. Std./ Stk. No Description Static Supportracket¾ x¼ Wye Clevis 9º 1 C Yoke Plate 1 D Clevis Eye E OPGW Suspension Clamp w/ rmor Rods 3@ F Spiral Vibration Damper G Clamp For onding OPGW Static to Pole Ground H 1 1 ** Grounding Unit 1 ENG: KR REV.NO:NEW REV. DTE: 4//18

30 Single Phase 4 to 15 kv ** Sheet 1 of 5 135º 18º 5º 9º 7º 45º º 315º FCE OF POLE Tangent, Single Pin Tangent, Double Pin 8,D ngle, Single Pin ngle, Double Pin J 5 K I 3 Pole Top Pin 1. See DCS 3 3 for angle and span length limitations.. See DCS 4 for unguyed composite pole application. 3. Composite pole has factory installed (internal) pole ground in the 45º quadrant. Wood pole may require pole ground depending on application. 4. Double coil washer is not required on composite pole. 5. See DCS 11 for typical guy insulator placement. Stnd. / Stk. No. Description ** Insulator, Pole Top, Sgl Pin Insulator, Pole Top, Dbl Pin 1 1 D TT*W Single Top Tie, See DCS 7 41 ST*W Single Side Tie, See DCS DTT*W Double Top Tie, See DCS DST*W Double Side Tie, See DCS 7 41 I 1 1 ** Grounding Unit, Grounding Unit, Composite Pole J 11 4* ** Guying Unit (Down, Span, or Sidewalk) 1 K ** Neutral ENG: KR REV. NO: 1 REV. DTE: 1/1/18

31 Single Phase 4 to 15 kv ** Sheet of 5 135º 18º 5º 9º 7º 45º º 315º FCE OF POLE L,M F J 6 K I Floating ngle 1 NOTES: 1. See DCS 7 16 for angle limitations.. See DCS 4 for unguyed composite pole application. 3. Composite pole has factory installed (internal) pole ground in the 45º quadrant. Wood pole may require pole ground depending on application. 4. If application is under built (not top attachment on the pole), use DCS For CSR, C, and C conductors where spans exceed 3 feet, see DCS for application of armor rods. 6. See DCS 11 for typical guy insulator placement. Stnd. / Stk. No. Description ** Insulator, Floating ngle F SC*W Clamp, Suspension See DCS 7 16 I 1 1 ** Grounding Unit, Wood Grounding Unit, Composite Pole J 11 4* ** Guying Unit (Down, Span, or Sidewalk) K ** Neutral 1 L olt, Mach., ⅝ x 1 (nti Split) 1 M Washer, Curved, ¾ ENG: KR REV. NO: 1 REV. DTE: 1/1/18

32 Single Phase 4 to 15 kv ** Sheet 3 of 5 135º 18º 5º 9º 7º 45º º 315º FCE OF POLE W/EXTENSION 1 W/EXTENSION 1 W/O EXTENSION 9 W/O EXTENSION 9 4 L,M 8 C L,M 5 1 C E G H J 8 I K 3 E J 8 W/FG Extension W/O FG Extension K Deadend 4 I 3 W/FG Extension W/O FG Extension Deg. ngle 9 ENG: KR REV. NO: 1 REV. DTE: 1/1/18

33 Single Phase 4 to 15 kv ** Sheet 4 of 5 FCE OF POLE 45º 9º 135º º 18º 315º 5º 7º 135º 18º 5º 9º 7º 45º º 315º FCE OF POLE W/EXTENSION 1 1 W/EXTENSION W/O EXTENSION 9 W/O EXTENSION H J E G D,G C 1 H E G 7 6 I 3 K J 8 K W/FG Extension W/O FG Extension LOOPOVER W/FG Extension W/O FG Extension TP I ENG: KR REV. NO: 1 REV. DTE: 1/1/18

34 Single Phase 4 to 15 kv ** Sheet 5 of 5 NOTES: 1. For meren Mo., use FG extension if other equipment is installed on this pole and additional working space is needed.. See DCS 4 for unguyed composite pole application. 3. Composite pole has factory installed (internal) pole ground in the 45º quadrant. Wood pole may require pole ground depending on application. 4. Double coil washer is not required on composite pole. 5. If application is under built (not top attachment on the pole), use DCS For jumper support application, hand tighten only and do not twist the eye off. 7. See DCS ** and ** for explanation of Operation Codes. 8. See DCS 11 for typical guy insulator placement. 9. Deadend on pole w/o fiberglass extension available meren Mo. Only. Stnd. / Stk. No. Description ** , Pole Top, Loopover w/fg Extension Pole Top, Loopover w/o FG Extension 1 1 C Deadend w/fg Extension Deadend w/o FG Extension 1 D TT*W Top Tie See DCS E DEC*W Clamp, Deadend See DCS G PG* See DCS 7 H PLW*W Wire, Poly Covered, (ft.) See DCS I 1 1 ** Grounding Unit, Grounding Unit, Composite Pole J 11 4* ** Guying Unit ( Down, Span, or Sidewalk) K ** Neutral L olt, Mach., ⅝ x 1 (nti Split) M Washer, Curved, ¾ 7 5, 55, or 6 Install Jumper ENG: KR REV. NO: 1 REV. DTE: 1/1/18

35 Single Phase -- Underbuild 4 to 15kV 3 1 ** Sheet 1 of 135º 18º 5º 135º 18º 5º 9º 7º 9º 7º C, J C,J 45º 315º º FCE OF POLE OR I º 315º º FCE OF POLE F P 7 D L RM TNGENT SGL PIN NGLE SGL PIN 3 1 NGLE DL PIN CROSSRM 18º 135º 5º 45º 315º º FCE OF POLE P 9º 7º 7 P P H 7 4 E 6 -- M 1 RM G P 18º 135º 5º 9º 7º 45º 315º º FCE OF POLE FLOTING NGLE P H 1 H E N K M 4 K P 7 P P 7 H P DEG. NGLE DEDEND 8 RM 1 RM ENG: KR REV. NO: 9 REV. DTE: 3/7/18

36 Single Phase -- Underbuild 4 to 15kV 3 1 ** Sheet of NOTES: 1. See DCS 3 3 for angle and span length limitations.. 8 crossarm available for use in meren Mo only. 3. See DCS 4 41 ** for maximum working loads for F/G deadend arms. 4. If neutral installed below arm, omit one pin insulator and see DCS ** for neutral materials. 5. For CSR, C, and C conductors where spans exceed 3 feet, see DCS for application of armor rods. 6. See DCS ** and ** for explanation of Operation Codes. 7. See DCS 11 for typical guy insulator placement Stnd. /Stk. No. Description 31 ** Crossarm, 8 Wood, Sgl Crossarm, 1 Wood, Sgl. 1 1, Crossarm, Deadend, FG, Crossarm, Deadend, FG, 1 1 C Insulator, rm, Sgl Pin Insulator, rm, Dbl Pin D Insulator, Floating ngle 1 E Deadend w/ FG Extension F Insulator, Guy Strain, FG, 6 1 G Deadend On rm 1 H ** Neutral I Crossarm, Tangent, F/G, Crossarm, Tangent, F/G, 1 J TT*W Sgl Top Tie (See DCS 7 41 ) ST*W Sgl Side Tie (See DCS 7 41 ) DST*W Dble. Side Tie (See DCS 7 41 K DEC*W Deadend, Clamp (See DCS 7 11 ) 1 L SC*W Suspension, Clamp (See 7 ) M PG*W See Std. (See DCS 7 5 N PLW*W Wire, Poly covered, (Ft.) (See DCS 7 8 ) P 11 4* ** Guying Unit (Down, Span, or Sidewalk) , 55, or 6 Install jumper 1 ENG: KR REV. NO: 9 REV. DTE: 3/7/18

37 rmless Two or Three Phase 4kV to 15kV ** Sheet 1 of 1 MINTENNCE ND LIMITED USE ONLY Pole Top Tangent ngle Tangent ngle Underbuild Stnd. / Stk. No. Description ** Pole Top Underbuild Insulator, Pole Top ssembly Standoff, 4 F.G C TT*W Top Tie 3 3 ST*W Side Tie 3 3 ENG: MJ REV. NO: 8 REV. DTE: 1/14/11

38 Two or Three Phase Tangent Or ngle On Wood Crossarm 4 to 15 kv ** Sheet 1 of 3 C, D Guy 6 Tangent 8 Sgle. rm ngle 8 Sgle. rm Tangent 1 Sgle. rm ngle 1 Sgle. rm NOTES: 1. See DCS 3 3 for angle and span length limitations.. See DCS 4 ** for arm detail. 3. For phase configuration, eliminate the center phase position. 4. See DCS 4 3 for unguyed composite pole application. 5. Composite pole has factory installed pole ground; wood pole may require pole ground based on application. 6. See DCS ** for neutral configuration ft. crossarm available merenmo only. Stnd. / Stk. No. Description ** Crossarm, 8 Sgl Crossarm, 1 Sgl Insulator, rm, Sgl C Insulator, Pole Top, Sgl D TT*W Sgl Top Tie 3 3 ST*W Sgl Side Tie 3 3 ENG: MJ REV. NO: 9 REV. DTE: 1/6/1

39 Two or Three Phase Tangent Or ngle On Wood Crossarm 4 to 15 kv ** Sheet of 3 G GUY 6 TNGENT 1 SGLE. RM NGLE 1 SGLE. RM UNDERUILD 3 NOTES: 1. See DCS 3 3 for angle and span length limitations.. Underbuild cover available merenil only. Stnd. / Stk. No. Description ** Crossarm, 1 Sgle C Insulator, rm 3 E TT*W Top Tie, Sgl Pin 3 ST*W Side Tie, Sgl Pin G Cover Single Pin 1 1 ENG: MJ REV. NO: 9 REV. DTE: 1/6/1

40 Two or Three Phase Tangent Or ngle On Wood Crossarm 4 to 15 kv ** Sheet 3 of 3 D C,F Guy 6 TNGENT 8 SGLE. RM NGLE 8 SGLE. RM NGLE DLE. RM SIDE RM NOTES: 1. See DCS 3 3 for angle and span length limitations.. 8 ft. alley arm available merenmo only. 3. Cover available merenil only. Stnd./ Stk. No. Description ** Sidearm, 8 Sgle Sidearm, 8 Dble. 1 1 C Insulator, rm D Insulator, Pole Top E TT*W Top Tie 3 ST*W Side Tie 3 DST*W Double Side Tie 3 3@ F Cover Single Pin 1 1 ENG: MJ REV. NO: 9 REV. DTE: 1/6/1

41 4to15kV Tangent Or ngle On Fiberglass Crossarm ** Sheet1of C,D K,D L 6 NOTES: 1 5 G SINGLE PIN 3Ø Ø Tangent8 Sglerm ngle8 Sglerm Tangent1 Sglerm ngle1 Sglerm SeeDCS33forangleandspanlengthlimitations.. SeeDCS441**forarmdetail. 3. For phase configuration, eliminate the center phase position. 4. SeeDCS43forunguyedcompositepoleapplication. 5. Composite pole has factory installed(internal) pole ground. Wood pole may require pole ground depending on application. 6. SeeDCS311**forneutralconfiguration ft. crossarm available meren Mo. only. Stnd. / Stk. No. Description 3 1 6** Crossarm, F/G, Crossarm, F/G, Insulator, rm, Sgl Pin C Insulator, Pole Top, Sgl Pin D TT*W TopTie,SglPinSeeDCS ST*W SideTie,SglPinSeeDCS @ G Grounding Unit, Grounding Unit, Composite Pole K 11 4*** Guying Unit(Down, Span, or Sidewalk) @ L Neutral, Tangent Neutral, Tangent w/ext Ø ENG: KR REV.NO: REV. DTE: 4/16/18 Ø

42 4to15kV Tangent Or ngle On Fiberglass Crossarm ** Sheetof 4 C,D ,D K L 6-5 G DOULE PIN 3Ø Ø Tangent8 Sglerm ngle8 Sglerm Tangent1 Sglerm ngle1 Sglerm NOTES: 1. SeeDCS33forangleandspanlengthlimitations.. SeeDCS441**forarmdetail. 3. For phase configuration, eliminate the center phase position. 4. SeeDCS43forunguyedcompositepoleapplication. 5. Composite pole has factory installed(internal) pole ground. Wood pole may require pole ground depending on application. 6. SeeDCS311**forneutralconfiguration ft. crossarm available meren Mo. only. Stnd. / Stk. No. Description 3 1 6** Crossarm, F/G, Crossarm, F/G, Insulator, rm, Dbl Pin C Insulator, Pole Top, Dbl Pin D DTT*W DoubleTopTie,DblPinSeeDCS DST*W DoubleSideTie,DblPinSeeDCS @ G Grounding Unit, Wood Pole Grounding Unit, Composite Pole K 11 4*** Guying Unit(Down, Span, or Sidewalk) @ L Neutral, Tangent Neutral, w/ext Ø ENG: KR REV.NO: REV. DTE: 4/16/18 Ø

43 TwoorThreePhaseFloatingand9 o ngles 4kVto15kV 317** Sheet1of FLOTING NGLES FCEOFPOLE 9 NGLES E D G E W/O EXTENSION D 3 W/O EXTENSION 3 6 E D W/EXTENSION G E D W/EXTENSION 8 4 L,M L,M ,F J J J J 8 C C K,F,F J J I 4 I K 4 3Ø Ø Floating ngle Deadendw/FGExtensioninTopPhase Deadendw/oFGExtensioninTopPhase ENG: KR REV.NO:7 REV. DTE: 4/17/18

44 TwoorThreePhaseFloatingand9 o ngles 4kVto15kV 317** Sheetof NOTES: 1. SeeDCS43forunguyedcompositepoleapplication.. Composite pole has factory installed(internal) pole ground in the 45º quadrant. Wood pole may require pole ground depending on application. 3. Use FG extension in top phase for climbing space if application is under--built(not top attachment on the pole). For317&6thisrequiresordering1additionalFGextension &8areforunder--buildconstructionandincludeFGextensionsforthetopphases. 5. Ifaspanguyorguysarerequiredortwothrough--boltsareusedtoattachtheguyhook(s),thelocationofoneor bothofthguyhookswillneedtobeadjustedupordowninches. 6. ForCSR,C,andCconductorswherespansexceed3feet,seeDCS781forapplicationof armor rods. 7. SeeDCS17315**and173151**forexplanationofOperationCodes. 8. SeeDCS11fortypicalguyinsulatorplacement. Stnd./ Stk. No. Description 3 1 7** Ø Ø Insulator, Floating ngle Deadend w/fg Extension Deadend w/o FG Extension 3 C Insulator, Guy Strain, FG, 6 D PG* SeeStd E DEC*W Deadend Clamp See DCS F SC*W Suspension Clamp See DCS 7 16 G PLW*W Wire, Poly covered,(ft.) See DCS I 1 1** Grounding Unit, Grounding Unit, Composite Pole J 11 4*** Guying Unit(Down, Span, or Sidewalk) K 3 1 1** Neutral L olt, Mach., ⅝ X 1 (nti Split) M Washer, Curved, ¾ 7 5, 55, or 6 Install Jumper 3 3 ENG: KR REV.NO:7 REV. DTE: 4/17/18

45 TwoorThreePhaseuckrm -- 9 ngle 4to15kV 319** Sheet1of 45º 9º 135º F G G,D F J F F C L J G,D 11 4 C F G,D G M,N,Q 1 L G,D J F º 18º 315º 5º 7º FCEOFPOLE M,N,Q 9 F G G,D F J F F C J G,D L 11 4 G,D C G M,N,Q J L 11 G,D F M,N,Q 9 TOP W/O EXTENSION O,P 1 M,N,Q 9 F TOP W/EXTENSION 3 -- F G J C J 5 M,N,Q 9 J Q F G,D 1 L I H K Ø Ø 4 8 FGrm,Polew/oExt FGrm,Polew/Ext FGrm,Polew/oExt FGrm,Polew/Ext ENG: KR REV.NO:9 REV. DTE: 4//18

46 TwoorThreePhaseuckrm -- 9 ngle 4to15kV 319** Sheetof NOTES: 1. SeeDCS 441**forarmstrength.. ttach guy to bracket of fiberglass arm. 3. Use 1 deadend arm with F/G extension on pole for underbuild application. 4. For phase construction, keep the arm spacing as shown but eliminate the center phase position. 5. SeeDCS43forunguyedcompositepoleapplication. 6. Composite pole has factory(internal) installed pole ground in the 45 quadrant. Wood pole may require pole ground depending on application. 7. The8 crossarmisavailableformerenmo.only. 8. Deadend on pole w/o fiberglass extension available meren Mo. only. 9. Forjumpersupportapplications,handtightenonlyanddonottwisttheeyeoff. 1. SeeDCS17315**and173151**forexplanationofOperationCodes. 11. SeeDCS11fortypicalguyinsulatorplacement. Stnd./Stk.No. Description 319** Ø Ø 3, Deadendssy.,F/G, Deadend ssy., F/G, 1 8 C Deadend w/fg Extension Deadend w/o FG Extension 1 1 D Deadendonrm F PG* SeeStd G DEC*W Clamp, Deadend See H I Neutral PG J PLW*W LeadWire,PolyCovered,Ft.See K Grounding Unit, Composite Pole L 11 4*** Guying Unit(Down, Span, or Sidewalk) M Pin, Insulator, Long Shank N Insulator, Vice--Top, 15kV O olt, Mach., ⅝ x 1 (nti--split) P Washer, Curved, ¾ Q Washer, Flat, Sq., 4 x4, w/ 13/16 hole , 55, or 6 Install Jumper ENG: KR REV.NO:9 REV. DTE: 4//18

47 Two or Three Phase Deadends 4 to 15kV ** Sheet 1 of 7 K GUY K GUY D 3 C 8 D C L 9 Std Std Std 8 rm 1 rm NOTES: 1. See DCS 4 41 for arm strength.. ttach guy to bracket of F.G. arm. 3. Use 1 deadend arm with F/G extension for underbuild application. 4. For phase construction, eliminate the center phase position. 5. See DCS 4 3 for unguyed composite pole application. 6. Composite pole has factory (internal) installed pole ground; wood pole may require pole ground based on application, and underbuild uses existing pole ground crossarm available meren MO only. 8. Deadend on pole w/o fiberglass extension available meren MO only. 9. See DCS ** for neutral configuration. ENG: MJ REV. NO: 8 REV. DTE: 11/1/11

48 Two or Three Phase Deadends 4 to 15kV ** Sheet of Stnd. / Stk. No. Description ** Deadend ssy, FG rm, Deadend ssy, FG rm, Deadend on Sgl rm 8 C Deadend on Pole w/fg Extension Deadend on Pole w/o FG Extension 1 D DEC*W Clamp, Deadend @ G Grounding Unit, Wood Pole Grounding Unit, Composite Pole @ K ** Guying Unit @ L Neutral, Deadend ENG: MJ REV. NO: 8 REV. DTE: 11/1/11

49 Two or Three Phase Loopovers 4 to 15kV ** Sheet 1 of 5 POLE TOP F/G RM F C 7 C P W/EXTENSION C W/O EXTENSION G D 8 K GUY Deadend 8 rm, Pole w/ext. Deadend 8 rm, Pole w/o Ext. Deadend 1 rm, Pole w/ext. Deadend 1 rm, Pole w/o Ext. 5 I NOTES: 1. See DCS 4 41 for arm strength.. ttach guy to center bracket of fiberglass arm for difference in tension. 3. For phase construction, eliminate the center phase position 4. Contact Standards using unguyed composite pole for difference in conductor tension application. 5. Composite pole has factory (internal) installed pole ground; wood pole may require pole ground based on application crossarm available merenmo only. 7. Deadend on pole w/o fiberglass extension available merenmo only. 8. See DCS ** for neutral configuration. ENG: MJ REV. NO: 9 REV. DTE: /17/1

50 Two or Three Phase Loopovers 4 to 15kV ** Sheet of 5 Dist. Std. Or Stk. No. Description ** Deadend ssy. FG, Deadend ssy. FG, C Loopover w/fg Extension, Pole Top Loopover w/o FG Extension, Pole Top 1 1 D Loopover, Sgl rm F DEC*W Clamp, Deadend G TT*W Top Tie, Sgl Pin I Grounding Unit, Wood Pole Grounding Unit, Composite Pole J PG* See Std @ K Neutral, Thru P PLW*W Lead Wire, Poly covered, Ft or 6 Install jumper ENG: MJ REV. NO: 9 REV. DTE: /17/1

51 Two or Three Phase Loopovers 4 to 15kV ** Sheet 3 of 5 P P J P P G G 8 8 C E 6 C E W/EXTENSION W/O EXTENSION Pole Top w/o Extension Pole Top w/extension Underbuild Dist. Std. Or Stk. No. Description ** C Pole Top Loopover w/extension Pole Top Loopover w/o Extension 1 1 E Looparound, Pole F DEC*W Clamp, Deadend G TT*W Top Tie, Sgl Pin 3 3 J PG* See Std P PLW*W Lead Wire, Poly covered, Ft or 6 Install jumper ENG: MJ REV. NO: 9 REV. DTE: /17/1

52 Two or Three Phase Loopovers 4 to 15kV ** Sheet 4 of 5 P J C L J 1 D G D K DE ssy. 1 rm UNDERUILD F/G RM 8 rm SIDERM NOTES: 1. Wildlife cover required for merenil only. ENG: MJ REV. NO: 9 REV. DTE: /17/1

53 Two or Three Phase Loopovers 4 to 15kV ** Sheet 5 of 5 Dist. Std. Or Stk. No. Description ** C Pole Top Loopover 1 1 D Loopover rm 3 1 E Looparound F DEC*W Deadend Clamp G TT*W Top Tie 3 3 I Crossarm, DE ssy., 1 1 J PG* See Std P PLW*W Lead Wire, Poly covered, Ft K Sidearm, Double, @ L Wildlife Cover 5 or 6 Install jumper 3 3 ENG: MJ REV. NO: 9 REV. DTE: /17/1

54 Single Phase Tap from Two or Three Phase Line 4 to 15kV 3 1 ** Sheet 1 of MINTENNCE ND LIMITED USE ONLY G OR F E H G OR F 16 C F 18 3 D I E H GUY 4 F 74 1 GUY G OR F I E F G OR F J D H I D E F E G OR F 3 H D H C GUY GUY F RMLESS CONSTRUCTION Near Phase Top or Far Phase CROSSRM CONSTRUCTION Near Phase Top Phase Far Phase Notes 1. See Dist. Std. 3 1 for neutral spacing information. May be reduced to 4 if pole space is limited.. This standard to be used only for non fused single phase taps that do not pass through wooded areas and are of limited length (1 or spans). ENG: MJ REV. NO: 5 REV. DTE: /17/1

55 Single Phase Tap from Two or Three Phase Line 4 to 15kV 3 1 ** Sheet of Stnd. / Stk. No. Description 3 1 ** ssembly Standoff, 4 FG Shackle Deadend C Insulator Deadend, 1 kv 1 D Insulator Standoff, 18 LD Insulator Crossarm E PLW*W Lead Wire, Poly Covered Ft F PG* See Std. 7 G HLC*W Hot Line H DEC*W Deadend Clamp or 6 Install connector @ I TT*W Top Tie 1 J ST*W Side Tie 1 ENG: MJ REV. NO: 5 REV. DTE: /17/1

56 erial Mid Span Tap 4 to 15kV ** Sheet 1 of STOCK NO. LINE SIZE COLOR CODE Main Tap Main Tap #4 CSR #4 CSR Orange Orange / C #4 CSR / C 1/ C Yellow Yellow / C Orange lack Orange Orange 1 95 Operations Code ENG: MJ REV. NO: 1 REV. DTE: 1/4/5 REFFIRMED DTE: /1/1

57 erial Mid Span Tap 4 to 15kV ** Sheet of Sag and Tension Table for Mid Span Taps TP SPN IN FEET Tap Tension Per LINE SIZE Conductor in Pounds Main Tap Tap Sag in Inches #4 CSR #4 CSR / C #4 CSR / C / C NOTES: 1. Mid span taps are permitted only under the following conditions: a. The location is easily accessible to a basket truck, and b. The run conductor(s) is full tension, and c. The tap will be made on the nearest phase, or from vertical construction in the case of two or three phase taps, and d. The tap can be made in accordance with the above sag and tension table, and e. The mid span tap will eliminate setting an additional pole.. Clearance shall be based on the run conductor s attachment height less three feet (3 ) less the sag indicated in the above table. Tap spans shall be as level as possible. 3. Switch(es) shall be installed at the first pole in the tap circuit. 4. Taps shall be limited to one per run conductor span. 5. Quantity specified in the material list is for tapping one conductor. 6. This Standard applicable for tangent construction. ngle construction satisfactory if angle complies with Dist. Std. 3 3 ** and tap(s) is within 1 ft. of insulator. Tap(s) 1 to 3 ft. from the insulator on angle construction require specific investigation. ENG: MJ REV. NO: 1 REV. DTE: 1/4/5 REFFIRMED DTE: /1/1

58 Two or Three Phase Line Two or Three Phase Tap 4 to 15kV ** Sheet 1 of 3 7 F 3 F H H E D, I C D, I C K 5 8 E F F D K 8 M E OVERHED UNDERUILD DE ssy 8 rm DE ssy 1 rm DEDEND TP NOTES: 1. See DCS 4 41 for arm strength.. ttach guy to center bracket of FG arm. ENG: MJ REV. NO: 7 REV. DTE: 1/1/1

59 Two or Three Phase Line Two or Three Phase Tap 4 to 15kV ** Sheet of 3 1. Use 1 deadend arm with F/G extension on pole for underbuild application.. For phase construction, eliminate the center phase position. 3. See DCS 4 3 for unguyed composite pole application. 4. Composite pole has factory (internal) installed pole ground; wood pole may require pole ground based on application, and underbuild uses existing pole ground crossarm available merenmo only. 6. See DCS ** for neutral configuration. Stnd. / Stk. No. Description ** Deadend ssy., FG, Deadend ssy., FG, Deadend on Pole w/ FG Extension 1 1 C Deadend on Sgl rm D Insulator and X rm Pin E PG* See Std F PLW*W Lead Wire, Poly covered G Grounding Unit, Grounding Unit, Composite Pole H STC*W Hot Tap w/stirrup 3 PG* See Std. 7 5 I TT*W Top Tie J DEC*W or DE*W Deadend Clamp 3 K ** Guying Unit M Neutral, Tangent w/tap or 6 Install connector or jumper ENG: MJ REV. NO: 7 REV. DTE: 1/1/1

60 Two or Three Phase Line Two or Three Phase Tap 4 to 15kV ** Sheet 3 of 3 F E MINTENNCE ND LIMITED USE ONLY G G E F 48 G 1 3 H D C E D New Construction 3 Tap Tap Tap Tap Existing Construction s Shown Opposite ( same side) (1 each side) 1. On existing circuits this spacing can be obtained by raising the top phase 8 and lowering the bottom phase 8. Tap spans may not exceed 175. Stnd. / Stk. No. Description ** Ph Ph ssembly Standoff, 4 F.G ssembly Standoff, 4 F.G Insulator Standoff, C Insulator Deadend, 1kV 3 3 D Shackle Deadend 3 E PLW*W Lead Wire, Poly covered F PG* See Std G HLC*W Hot Line Clamp w/stirrup PG* See Std H TT*W Top Tie 3 1 I DEC* or DE*W Deadend Clamp or 6 Install connector ENG: MJ REV. NO: 7 REV. DTE: 1/1/1

61 TwoOrThreePhase -- VerticalTap 4or1kV ** Sheet1of E C,F K K C,F C,F C,F E E E D D,F D D,F E E TOP PHSE W/EXTENSION 4 M,N TOP PHSE W/O EXTENSION M,N K K K K K K L 3 3 G G L Top Phase Deadend on Pole w/fg Extension Top Phase Deadend on Pole w/o FG Extension ENG: KR REV.NO:7 REV. DTE: 4/3/18

62 TwoOrThreePhase -- VerticalTap 4or1kV ** Sheetof NOTES: 1. Top bolt of guy attachments should be centered between phase positions and between phase and neutral position.. SeeDCS43forunguyedcompositepoleapplication. 3. Composite pole has factory(internal) installed pole ground in the 45 quadrant. Wood pole may require pole ground depending on application. 4. Deadend on pole w/o fiberglass extension available meren Mo only. 5. SeeDCS17315**and173151**forexplanationofOperationCodes. 6. SeeDCS11fortypicalguyinsulatorplacement. Stnd. /Stk. No. Description 3 13** Ø Ø Deadend on Pole w/fg Extension DeadendonPolew/oFGExtension C Dbl Deadend on Pole w/extension D PLW*W Dbl Deadend on Pole w/o Extensions Lead Wire, Poly Covered See E PG* See F DEC*W Clamp, Deadend See G Grounding Unit, Composite Pole K 11 4*** Guying Unit(Down, Span, or Sidewalk) L 3 1 1** Neutral M olt, Mach., ⅝ x 1 (nti--split) N Washer, Curved, ¾ 5 5, 55, or 6 Install Jumper ENG: KR REV.NO:7 REV. DTE: 4/3/18

63 15 KV & elow Spacer Cable Single Circuit Tangent Structure Sheet 1 of Stnd. / Stk. No. Description racket, Messenger Stirrup, Spacer Support 1 C Spacer, High Density Polyethylene 1 D ar, nti Sway 1 E Screw, Lag, Fetter Type, ½ x 4 1 F olt, Machine, ⅝ x 1 (w/nut) 3 G Washer, Square ¼ x ¼ x 3/16 Thick 3 H Connector, PG, Pole Ground to Messenger 1 I #1 Grounding Unit # Cu. Poly Grounding Unit 1 NOTES 1. This distance can be reduced to a minimum of 6ft if needed when replacing a pole in an existing line.. pole ground is required on every spacer cable pole. Install a covered 7#1 pole ground if no equipment is being installed or install a covered # pole ground if the equipment being installed requires it such as a riser, recloser, etc. 3. Secondary location if present. Connect secondary neutral to pole ground. 4. See DCS for spacer installation between poles. ENG: KR REV. NO: 3 REV. DTE: 7//18

64 15kV & elow Spacer Cable Double Circuit Tangent Structure 3 ** Sheet 1 of ENG: KR REV. NO: REV. DTE: NEW

65 15kV & elow Spacer Cable Double Circuit Tangent Structure 3 ** Sheet of Stnd. / Stk. No. Description 3 ** racket, Messenger Stirrup, Spacer Support C Spacer, High Density Polyethylene D ar, nti Sway E Screw, Lag, Fetter Type, 1/ x 4 F olt, Machine, 5/8 x 1 (w/ nut) 1 5 G Washer, Square 1/4 x 1/4 x 3/16 Thick 6 H olt, Machine, 5/8 x 14 (w/ nut) I Clamp, Parallel Groove, luminum Messenger to pole J Grounding Unit, 7#1 Copperweld Grounding Unit, # Cu. Poly 1 K ** Neutral Configuration NOTES 1. The distance can be reduced to a minimum of 6ft if needed when replacing a pole in an existing line.. pole ground is required on every spacer cable pole. Install a covered 7#1 pole ground if no equipment is being installed or install a covered # pole ground if the equipment being installed requires it such as a riser, recloser, etc. 3. Secondary location if present. Connect secondary neutral to pole ground. 4. See DCS for spacer installation between poles. 5. The distance can be reduced to a minimum of 5 ft. If approved by Engineering. ENG: KR REV. NO: REV. DTE: NEW

66 4--15 kv Spacer Cable nglestructure7 6 33** Sheet1of ENG: KR REV.NO: REV. DTE: 7//18

67 4--15 kv Spacer Cable nglestructure7 6 33** Sheetof Stnd./ Stk. No. Description 3 3** olt,machine,5/8 x14 (w/nut) Washer, Square, --1/4 x --1/4 x 3/ C Eyelet, NM, STD, 3/4 1 D Shackle, nchor, 9/16 1 E Clamp, Suspension 1 F Connector, PG, Pole Ground to Messenger G 114** GuyingUnitw/FGStrainInsulator&HDGuyHook 1 H Insulator, Pin, 15 kv, Vise--Top 3 6 I Pin, Insulator, 1 Thread, Short Shank, 5/8 3 6 J racket, ngle, Insulator Support K 1 1** Grounding Unit, 7#1 Copperweld 1 L 3 1 1** Neutral Configuration NOTES 1. Thedistancecanbereducedtoaminimumof6ftifneededwhenreplacingapoleinanexistingline.. polegroundisrequiredoneveryspacercablepole.installacovered7#1polegroundifnoequipmentisbeing installed or install a covered# pole ground if the equipment being installed requires it such as a riser, recloser, etc. 3. Secondary location if present. Connect secondary neutral to pole ground. 4. Thedistancecanbereducedtoaminimumof5ft.ifapprovedbyEngineering. ENG: KR REV.NO: REV. DTE: 7//18

68 4--15 kv Spacer Cable nglestructure61 and±9 34** Sheet1of ENG: KR REV.NO: REV. DTE: 7//18

69 4--15 kv Spacer Cable nglestructure61 and±9 34** Sheetof Stnd./ Stk. No. Description 3 4** olt,machine,5/8 x14 (w/nut) Washer, Square, --1/4 x --1/4 x 3/ C Eyelet, NM, STD, 3/4 4 D Clevis, NM, Thimble, Galvanized Steel 4 E Grip, Messenger/ Neutral, Preformed 7# W 4 F Connector, PG, Pole Ground to Messenger G 114** GuyingUnitw/FiberglassInsulator&HDGuyHook 4 H racket, ngle, Insulator Support 1 I Plate, Mounting, Dbl Pin Insulator 3 6 J Insulator, Pin, 15kV, Vise--Top 6 1 K Pin, Insulator, 1 Thread, Short Shank, 5/8 6 L 1 1** Grounding Unit, 7#1 Copperweld 1 M 3 1 1** Neutral Configuration NOTES 1. Thedistancecanbereducedtoaminimumof6ftifneededwhenreplacingapoleinanexistingline. polegroundisrequiredoneveryspacercablepole.installacovered7#1polegroundifnoequipmentisbeing installed or install a covered# pole ground if the equipment being installed requires it such as a riser, recloser, etc. 3. Secondary location if present. Connect secondary neutral to pole ground. 4. Thedistancecanbereducedtoaminimumof5ft.ifapprovedbyEngineering. ENG: KR REV.NO: REV. DTE: 7//18

70 15kV & elow Spacer Cable Single Circuit Tangent Structure lley rm Configuration 3 5 ** Sheet 1 of 1 Stnd. / Stk. No. Description 3 5 ** FG lley rm ssembly Eyelet, NM, 5/8 1 1 C olt, Mach., 5/8 x D Nut, Lock, 5/8 1 1 E Washer, Square, Galv. 4 x 4 x 3/16 w/ 13/16 hole F Clamp, Suspension (conductor Range:.31.6 ) 1 1 G Clip, Electrical, Grd. 1 H 1 1 ** Grounding Unit, 7#1 Copperweld 1 1 I Connector, PG, Pole Ground to Messenger 1 1 NOTES 1. Install spacers 3 from crossarm in each direction. See DCS for spacer installation between poles.. Vertical load limited to 15 lbs. Max spans are: 1/ span = 58, 477 span = 167, and 795 span = 13. ENG: KR REV. NO: 1 REV. DTE: 6/18/18

71 15 kv & elow Spacer Cable Single Circuit Dead End Structure 3 1 ** Sheet 1 of 4 ENG: KR REV. NO: 1 REV. DTE: 6/18/18

72 15 kv & elow Spacer Cable Single Circuit Dead End Structure 3 1 ** Sheet of 4 ENG: KR REV. NO: 1 REV. DTE: 6/18/18

73 15 kv & elow Spacer Cable Single Circuit Dead End Structure 3 1 ** Sheet 3 of 4 ENG: KR REV. NO: 1 REV. DTE: 6/18/18

74 15 kv & elow Spacer Cable Single Circuit Dead End Structure 3 1 ** Sheet 4 of 4 Stnd. / Stk. No. Description 3 1 ** Deadend ssy., FG rm, Spacer Cable Dead End racket 1 C 4 3 Crossarm, Sgl., Wood, 1 (use only 1/ of V race) 1 D racket, Mounting, rrester 1 1 E Eyelet, NM, STD 3/ F olt, Mach., 5/8 x G Washer, Square, 1/4 x 1/4 x 3/ H Grip, Messenger/ Neutral, Preformed 7#6 5W I Clevis, NM, Thimble, Galvanized Steel J Line Duc Cover (Messenger Cover), lack, 8 Long (Each) K Insulator, Suspension, 15kV, Poly 3 3 L Insulator, Guy Strain, Fiberglass, 6, 15kV 1 1 M Shackle nchor, 9/ N Clevis, Thimble, 7/8 Opening, Galvanized Steel O Deadend on Pole with FG Ext. P Grip, Conductor Deadend, 15kV, 477 Spacer Cable Size Grip per Existing Spacer Cable Conductor (See 7 11 ) 3 3 Q rrester, 1kV w/ Protective Cap rrester, 3kV w/ Protective Cap R racket, Switch/ rrester Mounting 3 S Wire, Poly #6 Cu., (FT.) T Clamp, Hot Line, 1/ Through 477 Spacer Cable Clamp, Hot Line, 795 Spacer Cable 3 3 U Connector, PG, Pole Ground to Messenger V Lag, Square Head, Galvanized, 1/ x ,3@ W 1 1 ** Grounding Unit, 7#1 Copperweld 1 1 X 11 4 ** Guying Unit with FG Strain Insulator & HD Guy Y ** Neutral Configuration Z PG Clamp Cover 3 NOTES: 1. Install the first spacer ( ) about 4 feet from the pole as to not stress the cable. Normal spacing is 5 to 33. See DCS for space installation between poles.. Install the center phase of the spacer cable with Fiberglass Strain Insulator into the top hole on the DE arm. 3. Use DCS ground coil application on new pole installation. Use DCS 1 1 for ground rod application on existing pole installation. 4. Secondary location if present. Connect secondary neutral to pole ground. 5. Only use 3 1 when extending the line with open wire is unlikely or when required by clearance restrictions. 6. Distance may be reduced to 4 if approved by Engineering. 7. For installations on a composite pole, substitute a fiberglass crossarm, Stock # , in place of the wood arm. Use electrical ground clips, stock # , to attach the ground wire to the bottom of the fiberglass crossarm. ENG: KR REV. NO: 1 REV. DTE: 6/18/18

75 15 kv & elow Spacer Cable Three Phase Loopover Spacer Cable to Spacer Cable 3 15 ** Sheet 1 of 3 ENG: KR REV. NO: 1 REV. DTE: 6/18/18

76 15 kv & elow Spacer Cable Three Phase Loopover Spacer Cable to Spacer Cable 3 15 ** Sheet of 3 ENG: KR REV. NO: 1 REV. DTE: 6/18/18

77 15 kv & elow Spacer Cable Three Phase Loopover Spacer Cable to Spacer Cable 3 15 ** Sheet 3 of 3 Stnd. / Stk. No. Description 3 15 ** racket, Messenger olt, Machine, 5/8 x 1 (w/ nut) 3 1 C Washer, Square, 1/4 x 1/4 x 3/16 Thick 4 D Eyenut, 3/4, Galvanized Steel 1 E Line Duc (Messenger Cover), lack, 8 Long (Each) F Connector, PG, Pole Ground to Messenger 1 1 G Crossarm, Deadend, F/G, H Insulator, Suspension, 15kV, Poly 6 6 I Insulator, Strain, Fiberglass, 6, 15kV J Insulator, Pin, 15kV, Vise Top 3 3 K Pin, Insulator, Long Shank 3 3 L Washer, Flat, Sq., 4 x 4, w/ 13/16 hole 3 3 M Clevis, Thimble, ⅞ opening, Galvanized Steel 6 6 N Shackle nchor, 9/16 6 O Grip, Conductor Deadend, 15kV, New 477 Spacer Cable (See 7 11 ) 6 6 Size Grip per Existing Spacer Cable Conductor 6 P PG*W Clamp, Parallel Groove (See 7 5 ) 3 3 Q Cover, Large, Vice Type Connectors 3 R 1 1 ** Grounding Unit, 7#1 Copperweld 1 S ** Neutral Configuration T Eyelet, 3/4, Galvanized Steel 1 U olt, 3/4 x 1 1 V Grip Messenger/Neutral, Preformed 5 W W Clevis, NM, Thimble, Galvanized Steel NOTES 1. Install the first spacer ( ) about 4 feet from the pole as to not stress the cable. Normal spacing is 5 to 33. See DCS for spacing installation between poles.. Install the center phase of the spacer cable with fiberglass strain insulator into the top hole on the DE arm. This leaves the bottom hole for guying if needed. 3. Use DCS ground coil application on new pole installation. Use DCS 1 1 for ground rod application on existing pole installation. 4. Secondary location if present. Connect secondary neutral to pole ground. 5. This distance can be reduced to 4 inches if approved by engineering. ENG: KR REV. NO: 1 REV. DTE: 6/18/18

78 15 kv & elow Spacer Cable Three Phase Loopover Spacer Cable to Open Wire 3 1 Sheet 1 of 3 ENG: KR REV. NO: 1 REV. DTE: 6/18/18

79 15 kv & elow Spacer Cable Three Phase Loopover Spacer Cable to Open Wire 3 1 Sheet of 3 Stnd. / Stk. No. Description olt, 5/8 x Washer, Square, 1/4 C Deadend on Pole w/ FG Extension 1 D Line Duc (Messenger Cover), lack. 8 Long (Each) 1 E Grip, Messenger/Neutral, Preformed for 5 W 1 F Clevis, NM, Thimble, Galvanized Steel 1 G Eyelet, NM, Thimble, 3/4, Galvanized Steel 1 H Clamp, PG Messenger to Open Wire Neutral I Clevis, Thimble, 7/8 opening, Galvanized Steel 3 J Shackle nchor, 9/16 3 K Insulator, Suspension, 15kV, Poly 5 L Insulator, Strain, Fiberglass, 6 1 M Insulator, Pin, 15kV, Vise Top N Grip, Conductor Deadend, 15kV, New 477 Spacer Cable 3 Size Grip per existing Spacer Cable Conductor (See 7 11 ) 3 O Crossarm, Deadend, F/G, 1 1 P 4 3 Crossarm, Sgl., Wood, 1, (use only 1/ of V race) 1 ENG: KR REV. NO: 1 REV. DTE: 6/18/18

80 15 kv & elow Spacer Cable Three Phase Loopover Spacer Cable to Open Wire 3 1 Sheet 3 of Q rrester, 1kV w/ Protective Cap rrester, 3kV w/ Protective Cap 3 R racket, Switch/ rrester Mounting 3 S Wire, Poly #6 Cu., (Ft.) T PG* Clamp, Parallel Groove (See 7 5 ) U DEC*W Clamp, Deadend V HLC*W Hot Line Clamp 3 W Wire, # Cu. Poly Covered (Ft.) 15 X 1 1 ** Grounding Unit, 7#1 Copperweld Y 11 4 ** Guying Unit with FG Strain Insulator & HD Guy Z ** Neutral Configuration Pin, Insulator, Long Shank Washer, Flat, Sq., 4 x 4 w/ 13/16 hole 3 NOTES 1. Install the first spacer ( ) about 4 feet from the pole as to not stress the cable. Normal spacing is 5 to 33. See DCS for spacing installation between poles.. Install the center phase of the space cable with fiberglass Strain Insulator into the top hole on the DE arm. This leaves the bottom hole for guying if needed. 3. Use DCS ground coil application on new pole installation. Use DCS 1 1 for ground rod application on existing pole installation. 4. Secondary location if present. Connect secondary neutral to pole ground. 5. Extend # poly covered ground wire ( ) from open wire neutral to the messenger. 6. For installations on a composite pole, substitute a fiberglass crossarm, Stock # , in place of the wood arm. Use electrical ground clips, stock # , to attach the ground wire to the bottom of the fiberglass crossarm. ENG: KR REV. NO: 1 REV. DTE: 6/18/18

81 15 kv & elow Spacer Cable Three Phase Tap From Open Wire Sheet 1 of ENG: KR REV. NO: 1 REV. DTE: 6/18/18

82 15 kv & elow Spacer Cable Three Phase Tap From Open Wire Sheet of Stnd./Stk. No. Description Deadend ssy, FG rm, Crossarm, Sgl, Wood, 1 (use only 1/ of V race) 1 C Connector, PG, Pole Ground to Messenger 1 D Eyelet, NM, STD, 3/4 1 E Grip, Messenger/Neutral, Preformed for 7#6 5W 1 F Clevis, NM, Thimble, Galvanized Steel 1 G Line Duc Cover (Messenger Cover), lack. 8 Long (Each) 1 H Insulator, Suspension, 15kV, Poly 3 I Insulator, Guy Strain, Fiberglass 6, 15kV 1 J Insulator, Pin, 15kV, Vice Top 1 K Pin, Insulator, Long Shank 1 L Shackle nchor, 9/16 3 M Clevis, Thimble, 7/8 Opening, Galvanized Steel N Grip, Conductor Deadend, 15kV, 477 Spacer Cable 3 Size Grip per existing Spacer Cable Conductor (See 7 11 ) 3 R LW*W Wire, Poly Covered, S.D. (ft.) (See 7 8 ) S rrester, 1kV w/ Protective Cap rrester, 3kV w/ Protective Cap 3 T racket, Switch/rrester Mounting 3 U Wire, Poly #6 CU., (FT.) V PG*W Clamp, Parallel Groove (See 7 5 ) W HLC*W Hot Line Clamp 3 X Cover, Large, Vice Type Connectors Y 1 1 ** Grounding Unit, 7#1 Copperweld Z 11 4 ** Guying Unit with FG Strain Insulator & HD Guy Hook Wire, # Cu. Poly Covered (Ft.) Washer, Flat, Sq., 4 x 4 w/ 13/16 hole 1 NOTES: 1. Install the first spacer ( ) about 4 feet from the pole as to not stress the cable. Normal spacing is 5 to 33. See DCS for spacer installation between poles.. Install the center phase of the spacer cable with fiberglass strain insulator into the top hole on the DE arm. This leaves the bottom hole for guying if needed. 3. Use DCS ground coil application on new pole installation. Use DCS 1 1 for ground rod application on existing pole installation. 4. Secondary location if present. Connect secondary neutral to pole ground. 5. Extend # poly covered ground wire ( ) from open wire neutral to the messenger. 6. For installations on a composite pole, substitute a fiberglass crossarm, Stock # , in place of the wood arm. Use electrical ground clips, stock # , to attach the ground wire to the bottom of the fiberglass crossarm. ENG: KR REV. NO: 1 REV. DTE: 6/18/18

83 15kV&elow -- SpacerCable Three Phase Lateral Tap 351 Sheet1of ENG: KR REV.NO:1 REV. DTE: 6/18/18