VersaRupter MV Indoor Switch kv, A, 40 and 61 ka Momentary Price and Order Entry Guide ABB

Transcription

1 VersaRupter MV Indoor Switch 5 38 kv, A, 40 and 61 ka Momentary Price and Order Entry Guide ABB

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3 Table of Contents VersaRupter Overview General Description Weights and Dimensions VersaRupter Switch Selection Guide Style Number Reference Operating Mechanism Selection Guide Snap Action Mechanisms (K-mechanism) Stored Energy Mechanisms (A-mechanism) Electrical Control Options Shunt Trip or Shunt Close Auxiliary Switches Operating Handles Selection Guide Chain Drive Handles without Door Interlock Chain Drive Handles with Mechanical Door Interlock Direct Drive Handle Type HE Shaft Drive Operator Motor Operator Option Type NM Grounding Switches Type E Fuse Options Fuse Bases Type CEF Fuses Miscellaneous Accessories and Renewal Parts Back Connection Kit Shaft Extensions Splined Tube Appendix Smart Style Number Code Sheet Technical Data VersaRupter Price and Order Entry Worksheet

4 VersaRupter Overview General Description VersaRupter is a general purpose, three-pole, loadbreak switch that offers switchgear owners and assemblers the advantages of an advanced interrupting technology and proven, dependable performance in a compact design. The switch is available to switchgear assemblers as a building block for metal-enclosed and padmounted switchgear applications in ratings from 5 38 kv. The standard VersaRupter switch includes a heavy-duty steel frame with stand-off insulators, a unique puffertype arc extinguishing system, an operating mechanism and current-carrying components, including blade-type interrupters with cast hinges and jaw connectors kv VersaRupter Optional accessories and features include a variety of operating handles, a motor operator, auxiliary switches, a shunt trip device, fuse bases, mechanical fuse tripping, grounding switches, mechanical door interlocking and key interlocking. VersaRupter at a Glance... Applications Metal-enclosed and padmount switchgear for utility distribution, capacitor switching, industrial, mining and commercial installations Ratings Voltage Loadbreak Current Momentary 5 27 kv 200, 600 & 1200 A 40 ka momentary / 40 ka fault close 38 kv 600 & 800 A 40 ka momentary / 30 ka fault close kv 600 & 1200 A 61 ka momentary / 61 ka fault close Standards ANSI C , C37.22, C37.72 IEC199, 265 (100 close/open at 630 A), 420, 694 For UL listings see Tables 1A and 1B. Experience Actuators Options Quality Over 500,000 switches installed in over 50 countries worldwide Manual operation with choice of direct side drive, front chain or front shaft drive Optional motor operation, optional shunt trip Left or right side mounting available with most options Grounding switch, fuse base, mechanical fuse tripping, auxiliary switches, key interlocks ISO-9001 Complete ANSI design test reports 100% production testing 4

5 Weights and Dimensions Dimensions (Inches) Width* Height Depth Optional Weight Ref. Switch Max kv/ Phase Spacing (W) (H2) (A3) Shaft Ext. (N) Lbs. Drawing 8 kv K-mechanism P = 5.91" A-mechanism kv K-mechanism P = 6.69" A-mechanism kv (61 ka) K-mechanism P = 9.25" A-mechanism kv K-mechanism P = 9.25" A-mechanism kv K-mechanism P = 10.8" A-mechanism kv K-mechanism P = 14.1" A-mechanism S S S S S NHP * Width for K-mechanism based on standard shaft (K3) where Y dimension = 3.77" Other options are: K2 snap action mechanism where Y = 2.69" K5 snap action mechanism where Y = 5.26" * Width for A-mechanism based on standard shaft (A3) where Y dimension = 3.50" Other options are: A4 stored energy mechanism where Y = 4.80" A6 stored energy mechanism where Y = 6.90" Note: See definitions for K&A mechanisms on page 7. 5

6 VersaRupter Switch Selection Guide Style Number Reference The VersaRupter switch product line has a structured, smart style number ordering system. The complete style number is built up of 19 customer selection characters. Each character identifies features or functions than can be incorporated into the switch application. The first nine characters of the style number define the basic switch. The next two characters define electrical control options. Four characters are used to define handle operator options and the final four define motor operator requirements. See page 20 for a complete list of code selections. Sample Style Number V K3 B U 0 6 CDLB 0000 Switch Mechanism Type Switch Frame Size Switch Max kv Rating Switch Current Rating Switch Momentary Rating Motor Operator Handle Operator Auxiliary Switch Shunt Trip UL Listed How To Order Select the required option codes to fill in the smart style number. The total list price is computed by adding the individual list prices for each of the selections. Step 1: Select basic switch (characters 1 9) Study the mechanism selection guide on page 7 to determine which mechanism is compatible with the features you require. Then select the 9 character switch smart style number code from Table 1A (K-mechanism) or Table 1B (A-mechanism). Step 2: Select shunt trip and auxiliary switch options (characters 10 & 11) Select codes for the desired electrical control options from Tables 2 and 3 (page 10). Step 3: Select handle operator options (characters 12 15) Study the handle operator guide on page 11 to review features offered and compatibility. Select the smart style number code for the desired handle operator and location from the appropriate tables on pages 12, 13 and 14. Note: If no handle is required this field is filled with zeros Step 4: Select motor operator options (characters 16 19) Select the desired motor operator and location code from Table 8 on page 15. Note: If no motor is required this field is filled with zeros Step 5: Identify other optional accessories to be ordered as separate items See Table 9 for ground switches. See Tables for fuse bases. See Table 15 for CEF fuses. See page 19 for back connection kit and other accessories. 6

7 Operating Mechanism Selection Guide Snap Action K-mechanism Stored Energy A-mechanism The K-mechanism is a single spring snap action device. The switch opens or closes by charging the spring past dead center using one of the manual operating handles. The K-mechanism may be used with all handle options as well as with type NM motor operators. The K-mechanism cannot be used for shunt trip applications. n Use K-mechanism if you need chain drive handles The A-mechanism is a dual spring stored energy device that is well suited for remote tripping applications. When shunt tripping or mechanical fuse tripping is specified, the type A-mechanism must be used. In normal operation, the opening spring is charged and latched by an operating handle or by a motor operator. The VersaRupter is then opened by any or several methods: n Movement of the operating handle n Motor operator n Electrical signal to a shunt trip device n Mechanical fuse tripping linkage Operating Features and Functions Mechanism Type Snap Action K-mech Stored Energy A-mech 40 ka 61 ka 40 ka 61 ka UL recognized X X X Electrical Remote shunt trip 1 X X Control Options Auxiliary switch available X X X X Fuse Auxiliary switch X X Operating Side direct drive X X X X Handles Front shaft drive Type HE 2 X X X X Front chain drive X X Motor Operator (optional) NM side or shaft mounted 3 X X X X Interlocks Mechanical door interlock X X X X Key Interlock X X X X Grounding Type E ground switch X X Switch Ground switch interlock with VersaRupter X X Fuse Options Fuse bases available X X Mechanical fuse tripping 4 X 1 Shunt trip option provides for operation by local push button or remote signal. Shunt trip requires stored energy type A-mechanism. 2 The HE drive must be used if manual operation is needed in conjunction with motor operator. 3 Chain drive handles cannot be used with motor operators. 4 This feature provides for the switch to open if a fuse operates. 7

8 Operating Mechanism (Continued) Snap Action Mechanisms (K-mechanism) K-mechanism switches must be selected when chain drive handles are required. Table 1A: VersaRupters with Snap Action Mechanisms (K-mechanism) System Rated Fault Rating Voltage Rated Continuous Momentary Close Old Smart Nominal Max. BIL & Loadbreak Rating Rating Catalog Style List (kv) (kv) (kv) (A) (RMS ka) (RMS ka) Number Code Price VK3A0824N $ VK3A0824U $1181 (5.9" pole VK3A0864N $1215 spacing) VK3A0864U $ VK3A0814N $ VK3B1524N $ VK3B1524U $1345 (6.69" pole VK3B1564N $1391 spacing) VK3B1564U $ VK3B1514N $ VK3C1566U $1607 (9.25" pole spacing) VK3C1516U $ VK3C1666U $1641 (9.25" pole spacing) VK3C1616U $ VK3C1724N $1283 (9.25" pole VK3C1764N $1414 spacing) VK3C1714N $ VK3D2724N $1510 (10.8" pole VK3D2764N $1724 spacing) VK3D2714N $ VK3E3864N $3178 (14.1" pole spacing) VK3E3884N $3354 Bold catalog numbers are UL recognized when used with chain drive handles and no motor operator. Smart style codes for UL recognized designs end with U. Smart style codes for non-ul designs end with N. 8

9 Stored Energy Mechanisms (A-mechanism) A-mechanism switches must be selected when shunt trip or mechanical fuse tripping is required. Switches with A-mechanisms cannot be used with chain drive handles. Table 1B: VersaRupters with Stored Energy Mechanisms (A-mechanism) System Rated Fault Rating Voltage Rated Continuous Momentary Close Old Smart Nominal Max. BIL & Loadbreak Rating Rating Catalog Style List (kv) (kv) (kv) (A) (Asym ka) (Asym ka) Number Code Price VA3A0824N $1311 (5.9" pole VA3A0864N $1444 spacing) VA3A0814N $ VA3B1524N $1485 (6.69" pole VA3B1564N $1621 spacing) VA2B1514N $ VA3C1566U $1772 (9.25" pole spacing) VA3C1516U $ VA3C1666U $2280 (9.25" pole spacing) VA3C1616U $ VA3C1724N $1511 (9.25" pole VA3C1764N $1645 spacing) VA3C1714N $ VA3D2724N $1738 (10.8" pole VA3D2764N $1955 spacing) VA3D2714N $ VA3E3864N $3521 (14.1" pole spacing) VA3E3884N $3693 Bold catalog numbers are UL recognized. Smart style codes for UL recognized designs end with U. Smart style codes for non-ul designs end with N. 9

10 Electrical Control Options Shunt Trip or Shunt Close / Auxiliary Switches Shunt Trip or Shunt Close Table 2: Shunt Trip Device Control Catalog Smart Style List Voltage Number Code Price The shunt trip option is available for local push button or remote switching applications. The shunt trip can be installed only on VersaRupters with stored energy (A-mechanism) mechanisms. The shunt trip utilizes a solenoid to actuate the A-mechanism trip latch. An auxiliary switch is required with shunt trip option. Shunt trip/close coils are intermittent duty coils. A VersaRupter switch-operated auxiliary contact must be in series with the trip coil so that power is removed from the coil after VersaRupter change-ofstate. See Table 3 for auxiliary switch selection. Auxiliary Switches No Shunt Trip 0 24 VDC $ VDC $ VDC $ VDC $ VAC $ VAC $410 Price includes shunt trip device, mounting brackets and hardware. Technical Data Shunt Trip Device Average Nominal Current Coil Voltage Power Voltage Range (VA) I N I Start 24 VDC 15% to +10% VDC 15% to +10% VDC 15% to +10% VersaRupter switches do not include any auxiliary contacts unless specified as an option from Table 3. The auxiliary switch contacts change state when the VersaRupter contacts change state. The auxiliary switch can be installed on all VersaRupter switches and all grounding switches. Auxiliary switches are shipped with an equal number of normally open and normally closed contacts, which may be reconfigured in the field as needed. An optional fuse auxiliary switch is available to indicate an open fuse condition. This switch has two contacts, one normally open and one normally closed, and is actuated by the tie rod linkage connected to the Type CEF fuse base. 220 VDC 15% to +10% VAC 15% to +10% VAC 15% to +10% Table 3: Auxiliary Switches Catalog Number Smart Style List Description 5 27 kv 38 kv Code Price No Auxiliary Contacts 0 $0 6 Contact Switch $197 8 Contact Switch $207 Open Fuse Aux. Switch $84 Price includes auxiliary switch, linkage and mounting bracket. 10

11 Operating Handles Selection Guide The VersaRupter switch can be operated with a variety of handles as well as a motor operator. Operators may be mounted in a variety of positions and offer various features. Some operators are not compatible with all mechanisms and features. The chart below provides compatibility guidance. Selection Guide Operators vs Feature Compatibility Mechanical Use with Use with Door Key Shunt Motor Handle Operator Location K-mech A-mech Interlock Interlock Trip Operator 1 Chain Drive without Front mounted with Door Interlock left or right side drive X X (see Table 4) Chain Drive with Front mounted with Door Interlock left or right side drive X X X (see Table 5) Direct Drive (see Table 6) Manual Shaft Drive Type HE 2 (see Table 7) Shaft mounted with left or right side drive Front mounted with right side drive Manual with NM motor Manual with door interlock X X X X X X X X X X X X X X 1 If manual operator is required in conjunction with NM motor operator, a type HE shaft drive with removable handle should be selected. 2 The HE operator does not provide for key interlocking. However it does have provisions for padlocking the handle spline, which prohibits installation of the removable handle. 11

12 Operating Handles (Continued) Chain Drive Handles without Door Interlock The following chain drive handles are for use with K-mechanism snap action switches that do not require a door interlock. Front-mounted right side chain drive handles are for attachment directly to the type K-mechanism on the right side of the VersaRupter. The spreader bar spans the distance from the front door flange where the handle is located to the center-line of the switch shaft, maintaining tension on the drive chain. Front-mounted left side chain drive handles connect to the VersaRupter using a left hand shaft extension. These handles do not utilize a spreader bar. Left side catalog numbers below include all the chain drive handle parts, plus the left hand shaft extension. Select left side chain drive handles in accordance with the voltage rating of the VersaRupters from Table 1A so that the proper left hand shaft extension will be provided with this handle. Chain drive handles have provisions for two key interlocks. Do not use these handles with A-mechanism stored energy mechanisms. Table 4: Chain Drive Handles without Door Interlock Right Side Options Smart Style Description Catalog Number Code List Price Front mounted, right side operation, spreader bar: to 34.0" Front mounted, right side operation, spreader bar: to 39.0" Front mounted, right side operation, spreader bar: to 44.0" Front mounted, right side operation, spreader bar: to 66.0" CCR1 $ CCR2 $ CCR3 $ CCR4 $425 Left Side Options Front mounted, left side operation for 8.25 kv switch (5.9" pole spacing) Front mounted, left side operation for 15.0 kv switch (6.69" pole spacing) Front mounted, left side operation for kv switch (9.25" pole spacing) Front mounted, left side operation for 27.0 kv switch (10.8" pole spacing) Front mounted, left side operation for 38.0 kv switch (14.1" pole spacing) CCLA $ CCLB $ CCLC $ CCLD $ CCLE $415 12

13 Chain Drive Handles with Mechanical Door Interlock The following chain drive handles are for both right and left side operation, utilizing a mechanical door interlock. They automatically latch the switchgear door when the VersaRupter is closed. Each assembly includes all parts required to actuate the VersaRupter switch, while interlocking the switchgear door. The mechanical door interlock is pre-installed on the chain drive handle assembly and includes the catch plate that fastens to the door to be automatically latched. Two styles are offered: standard and offset. Standard doors close against the front of the switchgear frame and project forward from the switchgear frame a dimension equal to the door depth. Offset doors are those that close into a recess in the switchgear frame so that the door is flush with the switchgear front when closed. Select the chain drive handle assembly according to the type of door used. Right hand chain drive handles include a spreader bar of various lengths from which to select. Left hand chain drive handles include the left hand shaft extension sized to the voltage rating of the switch. Do not use these handles with type A-mechanism stored energy mechanisms. Table 5: Chain Drive Handles with Mechanical Door Interlock Catalog Smart Style List Description Door Type Number Code Price Front mounted, right side operation, Standard CDR1 spreader bar: to 34.0" Offset CFR1 Front mounted, right side operation, Standard CDR2 spreader bar: to 39.0" Offset CFR2 Front mounted, right side operation, Standard CDR3 spreader bar: to 44.0" Offset CFR3 Front mounted, right side operation, Standard CDR4 spreader bar: to 66.0" Offset CFR4 Front mounted, left side operation Standard CDLA for 8.25 kv switch (5.9" pole spacing) Offset CFLA Front mounted, left side operation Standard CDLB for 15.0 kv switch (6.69" pole spacing) Offset CFLB Front mounted, left side operation Standard CDLC for kv switch (9.25" pole spacing) Offset CFLC Front mounted, left side operation Standard CDLD for 27.0 kv switch (10.8" pole spacing) Offset CFLD Front mounted, left side operation Standard CDLE for 38.0 kv switch (14.1" pole spacing) Offset CFLE $415 $445 $485 $545 $415 $435 $460 $505 $535 13

14 Operating Handles (Continued) Direct Drive Handle / Type HE Shaft Drive Operator Direct Drive Handle A manual operator handle is available for shaft-mounted direct operation of the VersaRupter from either side of the switchgear cabinet. The handles are available for fixed-mount or removable applications. The left side handle includes the appropriate left-hand shaft extension kit. Padlocking is available with the fixed mount handle. Table 6: Direct Drive Operating Handles (side-mounted) Catalog Smart List Description Number Style Code Price Side mounted, right side operation for switches of all voltage ratings DDRR $120 Side mounted, left side operation for 8.25 kv switches (5.9" pole spacing) DDLA $165 Side mounted, left side operation for 15.0 kv switches (6.69" pole spacing) DDLB $170 Side mounted, left side operation for kv switches (9.25" pole spacing) DDLC $175 Side mounted, left side operation for 27.0 kv switches (10.8" pole spacing) DDLD $180 Side mounted, left side operation for 38.0 kv switches (14.1" pole spacing) DDLE $215 Type HE Shaft Drive Operator The HE operator provides front-mounted direct drive connection to the switch main shaft. A bevel gear is provided for connection to the switch shaft, and a universal joint linkage is provided at the handle. These components accept a 0.75 inch galvanized pipe (not provided) which allows the VersaRupter to be positioned up to five feet from the front of the enclosure (special 1 inch fittings are required for greater distances). The type HE operator is available in a locking coupled style for manual operation, and a de-coupled style for motor operation. Key interlock provisions are not available for HE operators. However, the handle spline may be padlocked to prohibit installation of the removable handle. Table 7: Type HE Shaft Drive (front-mounted) Catalog Smart Style List Smart Style List Price Description Number 1 Code 1 Price 1 Code w/handle w/handle Manual GE $235 HE $290 Manual for use with type NM motor operator GM $320 HM $375 Manual type HE with automatic door latch, standard door GD $295 HD $350 Manual type HE with automatic door latch, offset door GF $295 HF $350 Removable handle $55 1 A removable handle is required for manual HE operators. The removable handle should be ordered as a separate item. 14

15 Motor Operator Option Type NM The compact lightweight NM motor operator provides for remote electrical opening and closing of the VersaRupter. The NM motor operator is installed on the splined shaft of the VersaRupter mechanism (either K-mechanism or A-mechanism) or on a left-hand shaft extension. NM Motor Operator Motor Controllers Table 8: Type NM Motor Operator Catalog Smart Style List Control Voltage Number Code Price Mounted on Right Side of Switch Splined Shaft (includes spacer bracket and control unit) 24 VAC or VDC N1RR $ VAC or VDC N2RR $ VAC or VDC N3RR $ VAC or VDC N4RR $1985 Mounted on Left Side of Switch (includes left hand shaft extension) 5.9" pole spacing N1LA $ " pole spacing N1LB $ VAC or VDC 9.25" pole spacing N1LC $ " pole spacing N1LD $ " pole spacing N1LE $ " pole spacing N2LA $ " pole spacing N2LB $ VAC or VDC 9.25" pole spacing N2LC $ " pole spacing N2LD $ " pole spacing N2LE $ " pole spacing N3LA $ " pole spacing N3LB $ VAC or VDC 9.25" pole spacing N3LC $ " pole spacing N3LD $ " pole spacing N3LE $ " pole spacing N4LA $ " pole spacing N4LB $ VAC or VDC 9.25" pole spacing N4LC $ " pole spacing N4LD $ " pole spacing N4LE $2141 Manual Operation with NM Motor The NM motor operator allows manual operation of the VersaRupter via a direct shaft drive HE operator with removable handle (chain drive handles cannot be used). The NM motor operator does not have to be electrically cycled after a manual operation of the VersaRupter; it will automatically resume proper electrical operation in the proper position. The NM motor operator requires a motor contactor/relay assembly (3" x 3" x 8"), which may be mounted in the switch enclosure or an adjacent vertical section. Voltage AC/DC ±10% 24 V 48 V 60 V 110 V 220 V Current, I (A) Power consumption (W) Operating time (sec.) ~4 ~2 ~8 ~4 ~4 Operating temperature ( C) -40 to to to to to +55 Signaling time (sec.) Weight (kg)

16 Grounding Switches Type E Table 9: Grounding Switches for Connection to VersaRupter Lower Terminal Grounding switches are available for connection to the lower terminals of the VersaRupter or the VersaRupter fuse base. Grounding switches require their own operating handle. Note: It is highly recommended that mechanical interlocks be used in conjunction with ground switches. Interlocks prevent closing of the VersaRupter when the ground switch is closed. Please select an appropriate interlock from one of the lower sections in table 9. Nominal Rated Catalog List System Rating (kv) Current (A) Number Price Ground Switches for Connection to VersaRupter Lower Terminal , $445 (5.9" pole spacing) $ , $452 (6.69" pole spacing) $ , $461 (9.25" pole spacing) $ , $465 (10.8" pole spacing) $ (14.1" pole spacing) 600, $2237 Ground Switches for Connection to VersaRupter Fuse Base , $429 (5.9" pole spacing) $ , $438 (6.69" pole spacing) $ , $448 (9.25" pole spacing) $ , $448 (10.8" pole spacing) $ (14.1" pole spacing) 600, $2237 Mechanical Interlocks for VersaRupter without Fuse Base (5.9" pole spacing) $60 The mechanical interlock prevents the VersaRupter from being closed when the Type E grounding switch is closed. Mechanical interlocks are available in various lengths to accommodate grounding switches mounted on the hinged side of the VersaRupter or at the bottom of the fuse base. Note: Mechanical interlocking is mounted on the left hand side and requires a left hand shaft extension for the VersaRupter (see Table A2) (6.69" pole spacing) $ (9.25" pole spacing) $ (10.8" pole spacing) $ (14.1" pole spacing) $244 Mechanical Interlocks for VersaRupter with Fuse Base CER Fuse Length Catalog List System Rating (kv) (inches) Number Price $ (5.9" pole spacing) $ $ (6.69" pole spacing) $ (9.25" pole spacing) $ $120 (10.8" pole spacing) $ (14.1" pole spacing) $244 16

17 Fuse Options Fuse Bases Fuse bases are offered for mounting type CEF fuses, with or without fuse tripping, on the upper or lower terminals of the VersaRupter switch. Use the fuse bases with fuse tripping only with the latching stored energy mechanism (A-mechanism) found on the switches in Table 1B. Fuse bases in Tables use special CEF fuses, which must be ordered separately from Table 15. Contact the factory for availability of fuse bases, fuse base options or part identification for 61 ka switches. (Prices include fuse clamps.) Table 10: Fuse Base for CL-14 Fuses (Bottom Mounted Only, No Fuse Tripping) System Rating kv, Nominal Fuse Size Catalog Number List Price E 150E $ E 400E $ E 50E $688 65E 200E $688 Table 11: Bottom Mounted Fuse Base without Fuse Tripping (Use with type CEF Fuses only) System Rating kv, Nominal Rated Current (A) Catalog Number List Price , $ , $ , $ , $ , $1058 Table 12: Top Mounted Fuse Base without Fuse Tripping (Use with type CEF Fuses only) System Rating kv, Nominal Rated Current (A) Catalog Number List Price , $ , $ , $ , $ , $1058 Table 13: Bottom Mounted Fuse Base with Fuse Tripping (Use with type CEF Fuses only) System Rating kv, Nominal Rated Current (A) Catalog Number List Price , $ , $ , $ , $ , $1079 Table 14: Top Mounted Fuse Base with Fuse Tripping (Use with type CEF Fuses only) System Rating kv, Nominal Rated Current (A) Catalog Number List Price , $ , $ , $ , $558 17

18 Fuse Options (Continued) Type CEF Fuses Table 15: Type CEF Fuses Rating Rated Fuse Dimensions Catalog List Voltage (kv) Current (A) Length/Diameter (inches) Number Price $ $ $ / $ $ / $ $ $ / $ $ / $ $ $ $ $ / $ $ $ $ $ / $ $ / $ $ $ $ / $ $ $ / $ $ $ / $ $ $ $ / $ $ $ $ / $ $ $ / $ $ $ / $ $ $ $ / $ $ $ / $ $ / $ $ $ / $ Use with fuse bases in Tables Consult the factory for CMF style fuses, which may be used in fuse bases in Tables for medium-voltage motor applications. (Price shown is per fuse.)

19 Miscellaneous Accessories and Renewal Parts Back Connection Kit / Shaft Extensions / Splined Tubes Table A1: Back Connect Kits Momentary Rating Catalog List (A) Configuration (ka) Number Price Back Connection Kits Back connect kits are available for positioning the line and load connections of the VersaRupter to the rear for dead front applications. Upper & lower $520 5 kv Lower only $345 Upper only $180 Upper & lower $ kv Lower only $345 Upper only $180 Upper & lower $ kv Lower only $396 Upper only $190 Upper & lower $ kv Lower only $435 Upper only $205 5 & Upper & lower $ kv Lower only $455 Upper only $410 Table A2: Handle Accessories Shaft Extensions Optional shaft extensions are available for left-hand operation using motor operators or manual operator handles. Some shaft extensions may be grooved for cutoff to the precise extension required. Catalog numbers include shaft mounting hardware. Description Catalog Number List Price 8.5 kv switch, 5.9" pole spacing $ kv switch, 6.69" pole spacing $ kv switch, 9.25" pole spacing $ kv switch, 10.8" pole spacing $ kv switch, 14.1" pole spacing $105 Splined Tube Optional splined tube provides the ability to create shaft extensions, customize operator handles or link the mechanical actuation of the switch together. Type Catalog Number Length (inches) List Price Splined tube $30 19

20 Appendix Smart Style Number Code Sheet Switch Mech Frame Max Current Momen. UL Shunt Type Type Size kv Rating Rating Listed Trip V K3 B U 0 Mechanism Type Snap action K-mech std. 3.77" shaft Snap action K-mech 2.69" shaft Snap action K-mech 5.26" shaft Stored energy A-mech std. 3.5" shaft Stored energy A-mech std. 4.80" shaft Stored energy A-mech std. 6.90" shaft Code K3 K2 K5 A3 A4 A6 Frame Size Code 5.9" pole spacing A 6.69" pole spacing B 9.25" pole spacing C 10.8" pole spacing D 14.1" pole spacing E Max kv / BIL Rating Code 8.5 kv / 75 kv BIL kv / 95 kv BIL kv / 110 kv BIL kv / 110 kv BIL kv / 125 kv BIL kv / 150 kv BIL 38 Current / Loadbreak Rating Code 200 A A A A 1 Momentary Rating Code 40 ka 4 61 ka 6 UL Not UL listed UL listed Code N U Shunt Trip Options Code None 0 24 VDC control voltage 1 48 VDC control voltage VDC control voltage VDC control voltage VAC control voltage VAC control voltage 6 20

21 Aux. Handle Motor Switch Operator Operator 6 CDLB 0000 Motor Drive Location Choices Code No motor 00 Right side RR Left with frame A shaft extension LA Left with frame B shaft extension LB Left with frame C shaft extension LC Left with frame D shaft extension LD Left with frame E shaft extension LE NM Motor Choices Code No motor 00 NM motor 24 VDC, 24 VAC control N1 NM motor 48 VDC, 48 VAC control N2 NM motor 110 VDC, 110 VAC control N3 NM motor 220 VDC, 220 VAC control N4 Handle Drive Location Choices Code No handle 00 Right side RR Right with spreader bar " (chain drive only) R1 Right with spreader bar " (chain drive only) R2 Right with spreader bar " (chain drive only) R3 Right with spreader bar " (chain drive only) R4 Left w/shaft extension for 8.25 kv switches, 5.9" pole spacing LA Left w/shaft extension for 15.0 kv switches, 6.69" pole spacing LB Left w/shaft extension for kv switches, 9.25" pole spacing LC Left w/shaft extension for 27.0 kv switches, 10.8" pole spacing LD Left w/shaft extension for 38.0 kv switches, 14.1" pole spacing LE Handle Types Code No handle 00 Chain w/o door interlock (use w/k-mech only) CC Chain with door interlock standard door (use w/k-mech only) CD Chain with door interlock offset door (use w/k-mech only) CF Direct Drive DD HE Shaft Drive Options Code 1 Code 2 Shaft type HE manual GE HE Shaft type HE manual w/door interlock standard door GD HD Shaft type HE manual w/door interlock offset door GF HF Shaft type HE manual for use with NM motor GM HM 1 This code does not include removable handle. This code includes removable handle. Auxiliary Switch Choices Code None 0 6 contact auxiliary switch 6 8 contact auxiliary switch 8 21

22 Appendix Technical Data VersaRupter Switch Technical Details Rated Phase 60 Hz Maximum Spacing Withstand Rated Fault Voltage Center-Center BIL 1 minute Current Momentary Closing (kv) (inches) (kv) (kv) (A) sec) (ka) Capacitor bank switching for 15 kv switches (kvar): 2500 Maximum torque at closing (ft-lbs): Maximum torque at opening K-mech. (ft-lbs): 89 Maximum torque at opening A-mech. (ft-lbs): 2.2 Operating rotation of shaft (degrees): 130 Arc time (ms): Opening time (ms):

23 VersaRupter Price and Order Entry Worksheet Complete Switch Switch Smart Style Number V Smart Code List Price Step 1: Select basic switch with operating mechanism from tables 1A or 1B (Required) Enter 9 character smart number (digits 2 9) & list price. Step 2: Select shunt trip option from table 2. (Optional) Enter 0 if none required. (digit 10) Step 3: Select auxiliary switch option from table 3. (Optional) Enter 0 if none required. (digit 11) Step 4: Select 4 character handle operator from tables 4, 5, 6, or 7. (Optional) Enter 0000 if none required. (digits 12 15) Step 5: Select 4 character number for motor operator from table 8. (Optional) Enter 0000 if none required. (digits 16 19) Step 6: Total list prices and apply multiplier to calculate net price. Total List Price Enter complete smart switch style number to top of page. Enter Multiplier Calculate Net Price Step 7: Other Accessories (Order as separate line items) Description Catalog Number List Price Multiplier Net Price Removable Handle (table 7) Grounding Switch (table 9) Grounding Switch Interlock (table 9) Fuse Base (tables 10 14) Fuses (table 15) Back Connection Kit (table A1) Shaft Extensions (table A2) Splined Tubes (table A2) 23

24 ABB 1VAF PL Rev. G July 2004 (Replaces PS C) Copyright 2004 ABB. All right reserved. ABB Inc Mechanicsville Road Florence, SC SOS-CBTS ( ) or