Technical catalog - Edition SACE Tmax PV Adaptability, versatility and complete freedom continue

Transcription

1 Technical catalog - Edition 205 SCE Tmax PV daptability, versatility and complete freedom continue

2 SCE Tmax PV automatic molded case circuit-breakers and molded case switch-disconnectors The Tmax PV line of IEC switch-disconnectors and UL switch-disconnectors and molded case circuit-breakers expands upon Tmax T Generation s history of offering complete adaptability, versatility and freedom for any type of application. Using the Tmax PV line, the customer is able to select the most appropriate device for any Solar PV need. Under IEC , Tmax PV offers switch-disconnectors to meet standard 00V DC applications. In addition, it offers the versatility of extended capacities to 500V DC for the increasingly demanding solar applications of today s market. Finally, connection jumpers are an available option for the IEC switch-disconnectors to increase safety and ease of installation. Tmax utomatic Circuit-breakers according to IEC up to 000V DC are available as a special version of the standard Tmax line. Information about that range can be found in the Tmax technical catalogue. Common data Operating temperature [ C] -25 C + C Storage temperature [ C] -40 C + C Numbers of poles 4 Version fixed ltitude derating ltitude [mt] In [%] Ue [%] SDC20054D0203 BB catalogue

3 Under UL 489B, Tmax PV offers adaptability in the form of the availability of both switch-disconnectors and molded case circuit-breakers. Multiple formats allows for the ability of a uniform end product and shared accessories. In addition, BB offers connection jumpers as a mandatory accessory to Tmax PV UL. The jumpers provide simple, safe use and ensured compliance to new UL regulations. Common data Operating temperature [ C] -25 C + C Storage temperature [ C] -40 C + C Numbers of poles 3-4 Version fixed ltitude derating ltitude [mt] In [%] Ue [%] BB catalogue SDC20054D0203 3

4 SCE Tmax PV automatic molded case circuit-breakers and molded case switch-disconnectors Thanks to the extremely low short-circuit current generated by PV panels, the use of molded-case switch-disconnectors is widely adopted both in combiner boxes and in the DC side of the inverters: Molded case switch-disconnectors up to 00V DC in compliance with IEC Electrical charachteristics Tmax PV switch-disconnectors in compliance with the IEC TD/PV T3D/PV T4D/PV T5D/PV T6D/PV T7D/PV ) Rated service current in category DC22 B, Ie () Number of poles (No.) Rated service voltage, Ue 00V DC 00V DC 00V DC 00V DC 00V DC 00V DC Rated impulse withstand voltage, Uimp (kv) Rated insulation voltage, Ui (V) 50V DC 50V DC 50V DC 50V DC 50V DC 50V DC Test voltage at industrial frequency for minute (V) Rated short-circuit making capacity, switch-disconnector only, Icm (k) Rated short-time withstand current for s, Icw (k) Versions F F F F F F Standard terminals FC Cu FC Cu F F F F Mechanical life (No. Operations) Electrical life 00V DC) (No. Operations) * 500* 500* 500* Basic dimensions W (mm/in) 02/ / / / / /.02 54/6.06 (manual) D (mm/in) /2.76 / / / / /7.0 (motorized) H (mm/in) 30/5.2 50/ / / / /0.55 Weight (with standard terminals only) (kg/lbs).2/2.65 2/ / /9.5 2/26.46 ) installation in vertical position only * openings with SOR or UVR 2.5/27.56 (manual) 4/30.86 (motorized) Molded case switch-disconnectors up to 500V DC in compliance with IEC Electrical charachteristics Tmax PV switch-disconnectors in compliance with the IEC T4D/PV-E T5D/PV-E T7D/PV-E ) Rated service current in category DC22, Ie () Number of poles (No.) Rated service voltage, Ue 500V DC 500V DC 500V DC Rated impulse withstand voltage, Uimp (kv) Rated insulation voltage, Ui (V) 500V DC 500V DC 500V DC Test voltage at industrial frequency for minute (V) Rated short-circuit making capacity, switch-disconnector only, Icm (k) Rated short-time withstand current for s, Icw (k) Versions F F F Standard terminals F F F Mechanical life (No. Operations) Electrical life 500V DC) (No. Operations) 000* 000* 500* Basic dimensions W (mm/in) 40/ / /.02 D (mm/in) 03.5/ / /7.0 H (mm/in) 205/8,07 205/ /0.55 Weight (with standard terminals only) (kg/lbs) 3.05/6.72 3,5/9.5 4/30.86 ) installation in vertical position only * openings with SOR or UVR 4 SDC20054D0203 BB catalogue

5 Molded case switch-disconnectors up to 000V DC in compliance with UL 489B Electrical charachteristics Tmax PV UL switch-disconnectors TN-D/PV T4N-D/PV T5N-D/PV T6N-D/PV T7N-D/PV ) Frame size () Rated service current () Number of poles (No.) Rated service voltage (V) 000V DC 000V DC 000V DC 000V DC 000V DC Short-circuit current withstand (k) Magnetic override (k) Versions F F F F F Connections* Jumpers Jumpers Jumpers Jumpers Jumpers Terminals provided with Jumper kit l -ES l-ef l-f Mechanical life (No. Operations) Electrical life 000V DC) (No. Operations) ** 500** 500** 500** Basic dimensions W (mm/in) 02/ /4.3 40/ / /.02 D (mm/in) / / / / /7.0 H (mm/in) 30/ / / / /0.55 Weight (with standard terminals only) (kg/lbs).2/ / /7.7 2/ /30.86 ) installation in vertical position only * Selection of one of the jumper connection options is mandatory for Tmax PV UL ** openings with SOR or UVR Whenever a consistent short-circuit current can be found (like in recombiner boxes), 000V DC automatic circuit-breakers are available in the Tmax range. Below is the UL489B automatic circuit-breaker offering: Molded case circuit-breakers up to 000V DC in compliance with UL 489B Electrical charachteristics Tmax PV UL MCCBs T4N/PV T5N/PV T6N/PV Frame size () Rated service current () Number of poles (No.) Rated service voltage (V) 000V DC 000V DC 000V DC Short-circuit interrupting 000V DC (k) Trip Unit TMD/TM TMF/TM TM Versions F F F Standard terminals F F F Connections* Jumpers Jumpers Jumpers Terminals provided with Jumper kit l l--es l-ef Mechanical life (No. Operations) Electrical life 000 VDC) (No. Operations) 000** 500** 500** Basic dimensions W (mm/in) 05/4.3 40/ /.02 D (mm/in) 03.5/ / /4.07 H (mm/in) 205/ / /0.55 Weight (with standard terminals only) (kg/lbs) 2.35/ /7.7 2/26.46 * Selection of one of the jumper connection options is mandatory for Tmax PV UL ** openings with SOR or UVR BB catalogue SDC20054D0203 5

6 SCE Tmax PV automatic molded case circuit-breakers and molded case switch-disconnectors The UL circuit-breaker range is divided into three different frames, T4, T5 and T6, with an application range from 40 to 800 and breaking capacities up to 0k at 000V DC. The circuit-breakers are fitted with thermal magnetic trip units and are used for protection of direct current in solar networks. They allow the protection against overload with a thermal device that uses the bimetal technique, and protection against short-circuit with a magnetic device. The range of T4, T5 and T6 circuit-breakers for photovoltaic applications includes the following: - T4 (up to 50) circuit-breakers equipped with TMD thermal magnetic trip units with adjustable thermal threshold (I = 0.7 x In) and fixed magnetic threshold (I3 = 0 x In). - T4, T5 and T6 circuit-breakers equipped TM thermal magnetic trip units with adjustable thermal threshold (I = 0.7 x In) and adjustable magnetic threshold (I3 = 5 0 x In). Only for T5 225, 250 and 300 a special TMF trip unit is given: this TMF unit has fixed thermal threshold and adjustable magnetic threshold as indicated in the dedicated table (I3= ). The magnetic threshold for Tmax T4, Tmax T5 and Tma T6 is affected by a corrective factor of 5% because the TMD and TM releases were originally calibrated to be used in C networks. The curves for the PV line are shown below. T5/PV UL - Magnetic Threshold In I xIn xIn xIn xIn T4N/PV UL 200 In = t [s] T5N/PV UL 400 In = 225, 250, 300, t [s] I3 = 5,75,5 x In I3 = 5,75,5 x In x I T6N/PV UL 600 In = t [s] x I T6N/PV UL 800 In = t [s] I 3 = 5,75...,5 x In 0 - I 3 = 5,75...,5 x In x I x I 6 SDC20054D0203 BB catalogue

7 BB jumpers for pole-to-pole connection are the tested solution for a simplified and safe installation. s already mentioned, another innovation of the Tmax PV series is the possibility of accessorizing the breakers and switch-disconnectors with suitable jumpers. Tmax PV are 3 or 4 pole breakers: in order to break the direct current is necessary to put these poles in series on one, or both, the polarities. Jumpers between poles are therefore necessary: for example a (PS = Poles in Series) jumper kit puts all 4 poles of a breaker in series on one polarity. One jumper kit ordering code includes, 2 or 3 jumpers, plus required lugs and accessories if needed. The jumpers are realized with or without heat sinks, depending on the breaker frame and regulating standard, and UL and IEC kits for the same frames can be different. Jumper kits are divided into two versions: one for cabling all the poles on one single polarity (identified as or 3PS) and one for dividing the poles on both polarities (identified as 2+2PS or 2+PS). BB catalogue SDC20054D0203 7

8 Quick reference tables Tmax PV offers a wide choice of terminals for connection with busbars and cables. In the following tables, all the different options (related to the pole connections) are given: Tmax PV switch-disconnectors up to 00V DC in compliance with IEC IEC MCS Configuration & Supply EF l HR ES F Size T (60 ) lower upper - lower Compatible Standard Supply Not Compatible Compatible Not Compatible Not Compatible - upper T3 (200 ) lower upper - lower Compatible Standard Supply Compatible Not Compatible Not Compatible Compatible - upper 8 SDC20054D0203 BB catalogue

9 Tmax PV switch-disconnectors up to 00V DC in compliance with IEC IEC MCS Configuration & Supply EF l HR ES F Size T4 (250 ) lower upper - lower Compatible Compatible Compatible Not Compatible Not Compatible Standard Supply - upper T5 (500 ) lower upper - lower Compatible Compatible Not Compatible Not Compatible Not Compatible Standard Supply - upper BB catalogue SDC20054D0203 9

10 Quick reference tables Tmax PV switch-disconnectors up to 00V DC in compliance with IEC IEC MCS Configuration & Supply EF l HR ES F Size T6 (800 ) lower Compatible upper Not Compatible - lower Not Compatible Compatible Not Compatible Not Compatible Standard Supply Compatible - upper Not Compatible T7 (600 ) lower Compatible * Compatible upper Compatible Not compatible - lower Compatible Not compatible Standard Supply Not compatible Compatible - upper Not compatible Not compatible * Vertical (VR) terminals can be used too 0 SDC20054D0203 BB catalogue

11 Tmax PV switch-disconnectors and automatic circuit-breakers up to 000V DC in compliance with UL 489B UL MCS and automatic circuit-breakers Configuration & Supply EF l ES F Size T (00 ) lower upper - lower Not compatible Standard supply Not compatible Not compatible Not compatible - upper T4 (200 ) 2+ - lower 3PS - lower Not compatible Not compatible Included with jumpers kit Not compatible Not compatible 3PS - upper BB catalogue SDC20054D0203

12 Quick reference tables Tmax PV switch-disconnectors and automatic circuit-breakers up to 000V DC in compliance with UL 489B UL MCS and automatic circuit-breakers Configuration & Supply EF l ES F Size T5 ( ) 2+ - lower 3PS - lower Not compatible Included with jumpers kit "lug type" * Included with jumpers kit "lug type" ** Included with jumpers kit "busbar type" Not compatible 3PS - upper T6 (800 ) lower - lower Included with jumpers kit "busbar type" Not compatible Included with jumpers kit "lug type" Not compatible Not compatible * T5 300 and 400 only ** T5 225 and 250 only 2 SDC20054D0203 BB catalogue

13 Tmax PV switch-disconnectors and automatic circuit-breakers up to 000V DC in compliance with UL 489B UL MCS and automatic circuit-breakers Configuration & Supply EF l ES F Size T7 (000 ) lower upper - lower Not compatible Not compatible Included with jumpers kit "lug type" Not compatible Included with jumpers kit "busbar type" - upper BB catalogue SDC20054D0203 3

14 Quick reference tables Tmax PV switch-disconnectors up to 500V DC in compliance with IEC IEC 500V DC MCS Configuration & Supply l F Size T lower upper - lower Compatible Compatible Standard Supply - upper T upper Compatible Not compatible Standard Supply T upper lower * Not compatible Compatible Standard Supply - lower * (*) Valid only when 250 jumpers are used 4 SDC20054D0203 BB catalogue

15 Derating Temperature perfomances of Tmax PV at temperatures other than 40 C and for different altitude are reported in the following tables: TD/PV IEC T3D/PV IEC T4D/PV IEC F- T5D/PV IEC F- Temperature [ C] I [] Temperature [ C] I [] Temperature [ C] I [] Temperature [ C] I [] T6D/PV IEC F-l T7D/PV 250 IEC F-l Temperature [ C] I [] Temperature [ C] I [] T7D/PV 600 IEC F-l Temperatura [ C] I [] Sum-Up table for temperature derating Temperature [ C] / In [] TD/PV IEC T3D/PV IEC T4D/PV IEC T5D/PV IEC T6D/PV IEC T7D/PV 250 IEC T7D/PV 600 IEC BB catalogue SDC20054D0203 5

16 Derating Derating T MCS PV UL Derating T4 MCS PV UL Derating T5 MCS PV UL Derating T6 MCS PV UL Derating T7 MCS PV UL With 40 C Cables With 40 C Cables With 40 C Cables With 40 C Cables With 40 C Cables Derating T4 PV UL (MCCB) With 40 C Cables refer to page 7 for cable dimensions With 50 C Cables refer to page 7 for cable dimensions Derating T5 PV UL (MCCB), 225 version With 40 C Cables refer to page 7 for cable dimensions With 50 C Cables refer to page 7 for cable dimensions Derating T5 PV UL (MCCB), 250 version With 40 C Cables refer to page 7 for cable dimensions With 50 C Cables refer to page 7 for cable dimensions Derating T5 PV UL (MCCB), 300 version With 40 C Cables refer to page 7 for cable dimensions With 50 C Cables refer to page 7 for cable dimensions Derating T5 PV UL (MCCB), 400 version With 40 C Cables refer to page 7 for cable dimensions With 50 C Cables refer to page 7 for cable dimensions Derating T6 PV UL (MCCB), 600 version With 40 C Cables refer to page 7 for cable dimensions With 50 C Cables refer to page 7 for cable dimensions Derating T6 PV UL (MCCB), 800 version Test performed by busbars Sum-Up table for temperature derating UL switch-disconnector Temperature [ C] / In [] T T4 T5 T6 T UL automatic circuit-breakers: 40 C cables Temperature [ C] / In [] T4 T5 T UL automatic circuit-breakers: 50 C cables Temperature [ C] / In [] T4 T5 T SDC20054D0203 BB catalogue

17 Wiring Please note that for UL MCCBs two deratings are given, according to UL489B: one when 40 C cables are used, and one when 50 C cables are used. Cables dimensions are given by UL489B. Below, please find the relevant cabling info: Wire options for Tmax PV - UL T 00 mbient temp 40 C 50 C In () required wires (number x section) required wires (number x section) 00 x 3 WG x /0 WG T4 200 mbient temp 40 C 50 C In () required wires (number x section) 40 x 8 WG x 6 WG 50 x 8 WG x 4 WG 80 x 4 WG x 2 WG 00 x 3 WG x /0 WG 25 x WG x 2/0 WG 50 x /0 WG x 3/0 WG 200 x 3/0 WG x 300 kcmil T5 400 mbient temp 40 C 50 C In () required wires (number x section) 225 x 4/0 WG x 350 kcmil 250 x 250 kcmil x 400 kcmil 300 x 350 kcmil 2 x 3/0 WG x 3/0 WG or x 500 kcmil 2 x 300 kcmil T6 600 mbient temp 40 C 50 C In () required wires (number x section) x 350 kcmil 3 x 300 kcmil T7 000 mbient temp 40 C 50 C In () required wires (number x section) x 400 kcmil 4 x 400 kcmil BB catalogue SDC20054D0203 7

18 Power Losses and Insulation Distances When a current passes through a molded case circuit-breaker or switch-disconnector, it dissipates heat. The Tmax series is well known for having very few power losses. Below, please find a table with information for both UL and IEC power losses. Type Trip Unit Version In () P (W/pole) T MCS UL 00 7,5 IEC 60 5 T3 MCS IEC T4 MCS UL 200 8,9 IEC TMD UL 40 3,8 50 3,9 TM UL 80 6,4 00 7,6 25 7, T5 MCS UL IEC TM UL T6 MCS UL UL IEC 48 TM UL T7 MCS UL IEC B METLLIC FRME C IEC Insulation distances for installation in metallic cubicle [mm] B [mm] C [mm] With jumpers No jumpers With jumpers No jumpers With jumpers No jumpers TD/PV T3D/PV T4D/PV T4D/PV-E T5D/PV T5D/PV-E ,5 22,5 22,5 22,5 T6D/PV T7D/PV T7D/PV-E 250 T7D/PV 600 T7D/PV-E UL489 Insulation distances for installation in metallic cubicle [mm] B [mm] C [mm] TN-D/PV T4N-D/PV T4N/PV T5N-D/PV T5N/PV T6N-D/PV* T6N/PV* T7N-D/PV * switchgear protruded 35 mm Insulation distances in air between two Tmax PV with jumpers put side by side* [mm] IEC UL T T T T T T * insulation distances can be reduced using suitable insulation barriers between breakers UL489B cubicle dimensions for Tmax PV H [mm] W [mm] D [mm] T/PV UL T4/PV UL T5/PV UL T6/PV UL T7/PV UL SDC20054D0203 BB catalogue

19 Dimensions TD/PV ccording to IEC solution, terminals for Upper Supply solution, Terminals for Upper Supply Upper supply Upper supply UPPER SUPPL FcCU EF HR UPPER SUPPL FcCU EF HR HR HR 7Nm 7Nm EF Ø8,5 Ø 6.2 EF Ø 6.2 7Nm Ø8.5 7Nm FC Cu FC Cu 7Nm ,5 2x2 7Nm 38, 0, , 0, solution, Lower Supply solution, Lower Supply LOWER SUPPL LOWER SUPPL * FcCU EF HR * FcCU EF HR * Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from below. BB catalogue SDC20054D0203 9

20 Dimensions T3D/PV solution, Upper Supply Upper supply F EF l UPPER SUPPL F COMPRTMENT DEPTH PROFONDIT' QUDRO 03 EF FC Cul Ø 0 Ø Nm 85mm ccording to IEC solution, Lower Supply F EF l LOWER SUPPL * Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from the top 20 SDC20054D0203 BB catalogue

21 solution, Upper Supply Upper supply F EF l UPPER SUPPL F COMPRTMENT DEPTH PROFONDIT' QUDRO EF FC Cul Ø Nm 85mm Ø solution, Lower Supply F EF l LOWER SUPPL * Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from the top BB catalogue SDC20054D0203 2

22 Dimensions T4D/PV - T4D/PV-E ccording to IEC solution, Lower Supply UP TO 00V F l 85mm 2 EF LOWER SUPPL T4D/PV-E only UP TO 500V F = = max 9, Ø (max) l 85mm EF Ø solution, Upper Supply T4D/PV-E only UP TO 00V UP TO 500V Upper supply Upper supply F l 85mm 2 EF UPPER SUPPL * Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from the top 22 SDC20054D0203 BB catalogue

23 solution, Lower Supply UP TO 00V F l 85mm 2 EF LOWER SUPPL T4D/PV-E only UP TO 500V F = = 59.5 l 85mm 2 EF max 9, Ø (max) Ø Ø solution, Upper Supply T4D/PV-E only UP TO 00V UP TO 500V Upper supply Upper supply F l 85mm 2 EF UPPER SUPPL * Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from the top BB catalogue SDC20054D

24 Dimensions T5D/PV ccording to IEC solution, Upper Supply Upper supply F EF UPPER SUPPL F EF max Ø Ø COMPRTMENT DEPTH PROFONDIT' QUDRO x Ø x Ø Nm solution, Lower Supply F EF LOWER SUPPL * Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from the top 24 SDC20054D0203 BB catalogue

25 solution, Upper Supply Upper supply F EF UPPER SUPPL F EF max Ø x Ø COMPRTMENT DEPTH PROFONDIT' QUDRO Nm solution, Lower Supply F EF LOWER SUPPL * Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from the top BB catalogue SDC20054D

26 Dimensions T5D/PV-E ccording to IEC Configurations without jumpers Upper supply ONL F UPPER SUPPL ONL F FC Cu 86 46,5 46,5 46,5 max 35 ø 0, ,5 5 0 max 28 Nm ,5 46,5 46,5 8 Nm 34, ,5 25 Nm max 86,25 02, ,2 2,7 5,5 86,25 59, ,5 34,25 86,25 05 _ >3 40 _ <2 69,75 _ > _ <2 ø2,5 ø2,5 40 Jumper examples Example with jumper ( Upper Supply) 28 Nm 26 SDC20054D0203 BB catalogue

27 62.5 solution, Upper Supply Upper supply ONL F UPPER SUPPL ONL F max , x Ø COMPRTMENT DEPTH PROFONDIT' QUDRO 40 2x Ø Nm BB catalogue SDC20054D

28 8 8 Dimensions T6D/PV ccording to IEC solution, Lower Supply F l EF LOWER SUPPL F = = ø 6 9 Nm l EF 20 Ø ø solution, Upper Supply Upper supply F l UPPER SUPPL 28 SDC20054D0203 BB catalogue

29 solution, Lower Supply F l EF LOWER SUPPL F = = ø Nm 6 l EF 20 Ø ø Ø solution, Upper Supply Upper supply F l UPPER SUPPL BB catalogue SDC20054D

30 Dimensions T7D/PV - T7D/PV-E ccording to IEC Configurations without jumpers (cables) F T7D/PV 8 Nm T7D/PV-E M T7D/PV M 458 = = Upper Supply = = 05 2 l (4 x 240 mm ) T7D/PV 43 Nm T7D/PV-E M T7D/PV M UP TO 500V UP TO 500V Lower Supply 8 Nm 458 = = = = ø2. 5 UP TO 500V UP TO 500V CON MOSTRIN WITH FLNGE SENZ MOSTRIN WITHOUT FLNGE T7D/PV 4 47 T7D/PV M T7D/PV-E M Nm SDC20054D0203 BB catalogue

31 Configurations with jumpers (possible solutions) UPPER SUPPL EF l F F l EF 00 V 00 V 500 V 500 V 250 LOWER SUPPL 600 VR HR ES EF l F F l EF ES HR VR 00 V 00 V 500 V 500 V 250 UPPER SUPPL 600 EF F F EF 00 V 00 V 500 V 500 V LOWER SUPPL ES EF l F F l EF ES 00 V 00 V 500 V 500 V BB catalogue SDC20054D0203 3

32 25 44 Dimensions T7D/PV ccording to IEC LOWER SUPPL UPPER SUPPL LOWER SUPPL ES EF Nm Nm ø 5 = = = ø F 480 FC Cu l 2 (4 x 240 mm ) T7D/PV Nm = = = = T7D/PV M T7D/PV-E M 28 ø2.5 CON MOSTRIN SENZ MOSTRIN WITH FLNGE WITHOUT FLNGE T7D/PV 4 47 T7D/PV M 64 T7D/PVE- M Nm HR VR 25 5 ø = = = 20 = ø 5 * UPPER SUPPL - ccording to scheme K, terminals configurations must be symmetrical respect to x-x CB axis 32 SDC20054D0203 BB catalogue

33 LOWER SUPPL UPPER SUPPL LOWER SUPPL ES EF Nm Nm ø ø F FC Cu l 2 (4 x 240 mm ) T7D/PV T7D/PV-E M T7D/PV M Nm = = = = 43 Nm CON MOSTRIN SENZ MOSTRIN WITH FLNGE WITHOUT FLNGE T7D/PV 4 47 T7D/PV M T7D/PV-E M ø2.5 * UPPER SUPPL - ccording to scheme K, terminals configurations must be symmetrical respect to x-x CB axis BB catalogue SDC20054D

34 Dimensions T/PV ccording to UL 489B Jumper Kit TN-D/PV- for connection grounded system wiring, lower supply Jumper Kit TN-D/PV-B for connection B ungrounded system wiring, lower supply Connection Connection B LOWER SUPPL " 0.55" 36.42" " 0.98" 0.98" 38..5" " " 0.6" 0.04" " 0.44" 7 2.8" (see fig.h) " 7Nm 62 lb in LOWER SUPPL " 0.55" 36.42" " 0.98" 0.98" 38..5" " " 0.6" 0.04" " 0.44" 7 2.8" (see fig.h) " 7Nm 62 lb in Jumper Kit TN-D/PV- for connection grounded system wiring, upper supply Jumper Kit TN-D/PV-B for connection B ungrounded system wiring, upper supply UPPER SUPPL Upper supply* Connection UPPER SUPPL Upper supply* Connection B * Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from the top. 34 SDC20054D0203 BB catalogue

35 Dimensions T4/PV ccording to UL 489B 3PS LOWER SUPPL " " 35.38" Jumper Kit T4N/PV- for connection grounded system wiring 3PS, lower supply " 35.38" " 35.38" Connection 3PS 50mm² 85mm² l 2PS+ LOWER SUPPL " " 35.38" Jumper Kit T4N/PV-B for connection B ungrounded system wiring 2PS+, lower supply Connection B 2PS " 35.38" " 35.38" 50mm² 85mm² l " " S S " ".38" " " " 3 0.2" 0.04" R " 09/4.29" R S 50 mm 2 85 mm ".38" " 0.75" " Jumper Kit T4N/PV- for connection grounded system wiring 3PS, upper supply " ".38" " " " 3 0.2" 0.04" R " 09/4.29" R S 50 mm 2 85 mm ".38" " 0.75" " Jumper Kit T4N/PV-B for connection B ungrounded system wiring 2PS+, upper supply Upper supply Connection 3PS l 2PS+ UPPER SUPPL NOT VILBLE 3PS UPPER SUPPL Terminals configurations must be symmetrical with respect to x-x CB axis when CB is supplied from the top Le uniche configurazioni utilizzabili sono quelle riportate in questo documento. The configurations here represented are the only ones available. BB catalogue SDC20054D

36 Dimensions T5/PV ccording to UL 489B Jumper l Kit T5N/PV UL- for connection grounded system wiring 3PS, lower supply 225 Jumper l Kit T5N/PV UL-B for connection B ungrounded system wiring 2PS+PS, lower supply 225 3PS LOWER SUPPL + 3PS " " Ø " 32.26" 2PS+PS LOWER SUPPL 2PS+PS " " Ø " 32.26" " ".83" " " 46.8" " = =.83" " " 46.8" " " " ".83" " " 3 0.2" ".52" " COMPRTMENT DEPTH PROFONDIT' QUDRO " ".83".83" " " " 3 0.2" 0.04" 38.49" " PROFONDIT' QUDRO COMPRTMENT DEPTH " + 3PS UPPER SUPPL - UPPER SUPPL NOT VILBLE Upper supply 3PS 36 SDC20054D0203 BB catalogue

37 Jumper l Kit T5N/PV UL- for connection grounded system wiring 3PS, lower supply 250 Jumper l Kit T5N/PV UL-B for connection B ungrounded system wiring 2PS+PS, lower supply 250 3PS 2PS+PS 3PS LOWER SUPPL " 27 " Ø " " 2PS+PS LOWER SUPPL " 27 " Ø " " " ".83" " " 46.8" " = =.83" " " 46.8" " " " " " ".83" " " 3 0.2" ".52" " COMPRTMENT DEPTH PROFONDIT' QUDRO " ".83".83" " " " 3 0.2" 0.04" 38.49" " PROFONDIT' QUDRO COMPRTMENT DEPTH " + 3PS UPPER SUPPL - UPPER SUPPL NOT VILBLE Upper supply 3PS BB catalogue SDC20054D

38 Dimensions T5/PV ccording to UL 489B 3PS LOWER SUPPL " " Jumper Kit T5N/PV UL- for connection grounded system wiring 3PS, lower supply x Ø 2.5 3PS 0.85" ".83" " 56,5 2.22" " 28." " 46.8" " " Jumper Kit T5N/PV UL-B for connection B ungrounded system wiring 2PS+PS, lower supply PS+PS LOWER SUPPL " = =.83" + 2PS+PS - 56,5 2.22" " 28." " 46.8" 2 x Ø " " " ".83" " " 3PS UPPER SUPPL " " 25.52" 0.98" " COMPRTMENT DEPTH PROFONDIT' QUDRO " - Ø " " ".83".83" " " " 3 0.2" 0.04" " 0.98" " PROFONDIT' QUDRO COMPRTMENT DEPTH " Ø " Upper supply 3PS UPPER SUPPL NOT VILBLE Ø5.5 (M5) 0.22" ".83" = = = = WITH FLNGE CON MOSTRIN (mm) WITHOUT FLNGE SENZ MOSTRIN WITH FLNGE CON MOSTRIN (inch) WITHOUT FLNGE SENZ MOSTRIN 5 B " 4.53" 4.2" 4.2" C " 2.38" " = = " = = 2 Nm 7. lb in = = B C Label that indicates type of jumper kit installed on breaker only for Ø5.5 (M5) 0.22" 38 SDC20054D0203 BB catalogue

39 Busbar Jumper ES Kit T5N/PV UL- for connection grounded system wiring 3PS, lower supply Busbar Jumper ES Kit T5N/PV UL-B for connection B ungrounded system wiring 2PS+PS, lower supply 3PS LOWER SUPPL 3PS ES " 40.57" Ø 0.43" 2PS+PS LOWER SUPPL 2PS+PS ES " 40.57" Ø 0.43" " = " = " Ø 0.43" " " " 46.8" " = " = " " " " 46.8" " " B " " " 3.22" 3 0.2" 0.04" " " " PROFONDIT' QUDRO COMPRTMENT DEPTH " " 2.27" " " Ø 0.43" 3.22" 3 0.2" " COMPRTMENT DEPTH PROFONDIT' QUDRO " 3PS UPPER SUPPL NO! OK B + - 3PS B ES Upper supply UPPER SUPPL NOT VILBLE BB catalogue SDC20054D

40 Dimensions T6/PV 600 ccording to UL 489B LOWER SUPPL Jumper Kit T6N/PV- for connection grounded system wiring, lower supply l LOWER SUPPL Jumper Kit T6N/PV-B for connection B ungrounded system wiring, lower supply l " " " " " " " 6 4.6" " 48.89" 2.76" " 2.76" 2.76" " " " " " " " " " = = 9 3.6" " " " " " 05 4." " " " 44.73" " " = = " 8 7." 05 4." 44.73" 2.8" " 2.8" 2.8" 280 " " 3 0.2" " " 6 6.3" " " 280 " " 2.76" " " " 6 6.3" " " Ø9 0.75" " Ø9 0.75" " 600 3x300 Kcmil " 600 3x300 Kcmil " 44.73" " 44.73" UPPER SUPPL NOT VILBLE UPPER SUPPL NOT VILBLE 40 SDC20054D0203 BB catalogue

41 Dimensions T6/PV 800 ccording to UL 489B solution, terminals for Lower Supply solutions, terminals for Lower Supply EF EF LOWER SUPPL LOWER SUPPL 2.8" " 2.8" 2.8" " " 6 4.6" " " 2.8" " 2.8" 2.8" " " 6 4.6" " " " " " " " " " " " " 05 4." 284.2" " " " 5.3 " 44.73" " " " " " " " 284.2" " 44.73" 05 4." 279 " Ø4 0.6" " " " " 6 6.3" " 279 " 50 2" Ø4 0.6" " " " " 6 6.3" " " Ø 4 0.6" " Ø 4 0.6" " " 50 2" 50 2" UPPER SUPPL NOT VILBLE UPPER SUPPL NOT VILBLE BB catalogue SDC20054D0203 4

42 Dimensions T7/PV ccording to UL 489B Upper supply UPPER SUPPL Connection l F Upper supply UPPER SUPPL Connection B l F LOWER SUPPL LOWER SUPPL * Connection l F * Connection B l F 42 SDC20054D0203 BB catalogue

43 Kit T7N-D/PV- for connection grounded system wiring l - Example for Upper Supply Kit T7N-D/PV-B for connection B ungrounded system wiring l - Example for Upper Supply " " " " " " 43 Nm 380 lb in " " " " 43 Nm 380 lb in " " " " " " " " " " 2.76 " 2.76 " 2.76 " " CON MOSTRIN WITH FLNGE SENZ MOSTRIN WITHOUT FLNGE mm 65 in 6.50" 6.69" 2.76 " 2.76 " 2.76 " " CON MOSTRIN WITH FLNGE SENZ MOSTRIN WITHOUT FLNGE mm 65 in 6.50" 6.69" F - Example for Upper Supply F - Example for Upper Supply " " " " " " " " " " " " " " " " 2.76 " 2.76 " 2.76 " " CON MOSTRIN WITH FLNGE SENZ MOSTRIN WITHOUT FLNGE mm in 4.9"...6.5" 6.69" 2.76 " 2.76 " 2.76 " " CON MOSTRIN WITH FLNGE SENZ MOSTRIN WITHOUT FLNGE mm in 4.9"...6.5" 6.69" * LOWER SUPPL - ccording to indicated schemes, terminals configurations must be symmetrical respect to x-x CB axis BB catalogue SDC20054D

44 Codes Tmax PV IEC 00V & 500V switch-disconnectors Breakers Code Description SD06986R TD/PV 60 4p F FC Cu 00V DC SD069822R T3D/PV 200 4p F FC Cu 00V DC SD069823R T4D/PV 250 4p F F 00V DC SD069824R T5D/PV 500 4p F F 00V DC SD069825R T6D/PV 800 4p F F 00V DC SD069826R T7D/PV 250 4p F F 00V DC SD069827R T7D/PV 250 4p F F M 00V DC SD069828R T7D/PV 600 4p F F 00V DC SD069829R T7D/PV 600 4p F F M 00V DC SD073559R T4D/PV-E 250 4p F F 500V DC SD076898R T5D/PV-E 500 4p FF 500V DC SD073560R T7D/PV-E 250 4p F F M 500V DC SD07356R T7D/PV-E 600 4p F F M 500V DC Kit Jumpers Code Description SD069876R KIT 2 JUMPER 2+2PS TD/PV 60 4p SD069877R KIT 3 JUMPER TD/PV 60 4p SD07662R KIT 2JUMPER U 2+2PS T3D/PV 200 SD07663R KIT 3JUMPER U T3D/PV 200 SD0454R KIT 2JUMPER U 2+2PS T4D/PV 250 SD0455R KIT 3JUMPER U T4D/PV 250 SD0456R KIT 2JUMPER U 2+2PS T5D/PV 500 SD0457R KIT 3JUMPER U T5D/PV 500 SD076899R KIT 2JUMPER U 2+2PS T5D/PV-E V DC SD049R KIT 2JUMPER U 2+2PS T6D/PV 800 SD0492R KIT 3JUMPER U T6D/PV 800 SD0429R KIT JUMPER U 2+2PS T7D/PV 250 SD043R KIT JUMPER U 2+2PS T7D/PV 600 SD0430R KIT JUMPER U T7D/PV 250 SD0432R KIT JUMPER U T7D/PV 600 Tmax PV can be accessoried with Tmax series accessories, except for the following exceptions: Frame size TD PV T3D PV T4D PV T5D PV T6D PV T7D PV T7D PV M Incompatibilities Interlocks, KLC, PLL Interlocks, KLC, PLL Interlocks Interlocks Interlocks Interlocks Interlocks ccessories part number, wirings and data can be found in the Tmax IEC Technical Catalogue and Tmax UL489 Technical Catalogue. 44 SDC20054D0203 BB catalogue

45 Tmax PV UL489B 000V switch-disconnectors & automatic circuit-breakers Breakers Code Description SD0004R TN-D/PV 00 MCS UL 4p F FC Cu 000V DC SD0460R T4N-D/PV 200 MCS UL 3p F F 000V DC SD046R T4N/PV 200 UL TMD 40 3p F F 000V DC SD0462R T4N/PV 200 UL TMD 50 3p F F 000V DC SD0463R T4N/PV 200 UL TM p F F 000V DC SD0467R T4N/PV 200 UL TM p FF 000V DC SD0468R T4N/PV 200 UL TM p FF 000V DC SD0469R T4N/PV 200 UL TM p FF 000V DC SD04R T4N/PV 200 UL TM p FF 000V DC SD07989R T5N/PV 250 UL TMD p FF 000V DC SD079820R T5N/PV 225 UL TMD p FF 000V DC SD07988R T5N/PV 300 UL TMD p FF 000V DC SD0472R T5N/PV 400 UL TM p FF 000V DC SD047R T5N-D/PV 400 MCS UL 3p F 000V DC SD0493R T6N-D/PV 600 MCS UL 4p F F 000V DC SD0494R T6N-D/PV 800 MCS UL 4p F F 000V DC SD0495R T6N/PV 800 UL TM p FF 000V DC SD0496R T6N/PV 800 UL TM p FF 000V DC SD0448R T7N-D/PV 000 MCS UL 4p F F M 000V DC Kit Jumpers Code SD0424R SD0425R SD0483R SD0484R SD0485R SD0486R SD0487R SD0488R SD074504R SD074505R SD07982R SD079823R SD079824R SD079825R SD0499R SD0500R SD050R SD0502R SD045R SD0452R SD08762R SD08763R Description KIT 2 JUMPER 2+2PS TN-D/PV-B 00 UL 4p KIT 3 JUMPER TN-D/PV- 00 UL 4p KIT JUMPER 2+PS T4N/PV-B 00 UL 3p KIT JUMPER 2+PS T4 PV-B 200 UL 3p KIT 2 JUMPER 3PS T4N/PV- 00 UL 3p KIT 2 JUMPER 3PS T4 PV- 200 UL 3p KIT JUMPER 2+PS T5 PV-B 400 UL 3p cables KIT 2 JUMPER 3PS T5 PV- 400 UL 3p cables KIT JUMPER 2+PS T5 PV-B 400 UL 3p busbars KIT 2 JUMPER 3PS T5 PV- 400 UL 3p busbars KIT JUMPER 2+PS T5 PV-B 225 UL 3p KIT JUMPER 2+PS T5 PV-B 250 UL 3p KIT 2 JUMPER 3PS T5 PV- 225 UL 3p KIT 2 JUMPER 3PS T5 PV- 250 UL 3p KIT 2 JUMPER 2+2PS T6 PV-B 600 UL 4p KIT 3 JUMPER T6 PV- 600 UL 4p KIT 2 JUMPER 2+2PS T6 PV-B 800 UL 4p KIT 3 JUMPER T6 PV- 800 UL 4p KIT 2 JUMPER 2+2PS T7N-D/PV-B 000 UL 4p cables KIT 3 JUMPER U T7N-D/PV- 000 UL 4p cables KIT 2 JUMPER 2+2PS T7N-D/PV-B 000 UL 4p busbars KIT 3 JUMPER U T7N-D/PV- 000 UL 4p busbars Tmax PV can be accessoried with Tmax series accessories, except for the following exceptions: Frame size TD PV T3D PV T4D PV T5D PV T6D PV T7D PV T7D PV M Incompatibilities Interlocks, KLC, PLL Interlocks, KLC, PLL Interlocks Interlocks Interlocks Interlocks Interlocks ccessories part number, wirings and data can be found in the Tmax IEC Technical Catalogue and Tmax UL489 Technical Catalogue. BB catalogue SDC20054D

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48 Contact us BB SCE division of BB S.p.. L.V. Breakers Via Pescaria, Bergamo Phone: Fax: The data and illustrations are not binding. We reserve the right to modify the contents of this document on the basis of technical development of the products, without prior notice. Copyright 205 BB. ll rights reserved. SDC20054D Stay tuned. Discover more by visiting the webpages reserved to Tmax PV and be always up-to-date with the latest edition of the catalogue.