SIRCO PV UL98B Load break switches for photovoltaic applications from 100 to 2000 A - up to 1500 VDC

Transcription

1 Load break switches sircopv_058_a cat SIRCO PV UL98 from 00 to 2000 up to 500 VDC sircopv_059_a cat Strong points > Patented switching technology. > Positive break indication. > Up to 000 VDC as per characteristics by UL98. > Up to 500 VDC as per characteristics by IEC > Suitable for use in accordance with NEC rt issue. Conformity to standards Function SIRCO PV UL98 are manually operated multipole load break switches. They make and break on load and provide safety isolation for any PV circuit up to 000 VDC (as per UL98 standard). They comply with NEC rt. 690 (US National Electrical Code) concerning photovoltaic installations. They are compliant for use within solar inverters and enclosures governed by UL74 standard. SIRCO PV are extremely durable switches that have been tested and approved for use in the most demanding environments. They have been designed and tested for all types of applications such as earthing, floating or bipolar. > UL98 Guide WHV, file E34648 > CS C22.2#4, Class 46502, file 2964 > NEC rt 690 Issue 20 > IEC pprovals and certifications () dvantages Performance glass fibre reinforced polyester break chamber with an arc extinguishing system provides a patented safety disconnection system offering rapid extinguishing of the electric arc up to 500 VDC with current interruption of up to acktoback double load break switch acktoback double switches enables: simultanuous on load operation of two switches with a single handle, a compact solution when connecting two separate photovoltaic circuits compared with the use of two separate switches, easy connection, voltages above 000 VDC are safety broken by the use of two poles in. () Product reference on request. 2 Catalogue Extract 204

2 from 00 to 2000 up to 500 VDC Typical PV architecture The SIRCO PV range provides safe disconnection and isolation at all levels within your PV installation. SIRCOPV 054 The SOCOMEC solutions Combiner box LEVEL OF INSTLLTION SOCOMEC SOLUTIONS SIRCO PV One circuit 00 to 400 up to 500 VDC Recombiner box SIRCO PV 4 circuits 00 to 400 at 000 VDC 2 circuits 00 to 400 at 500 VDC Inverter SIRCO PV One circuit 00 to 2000 at 000 VDC 00 to 900 at 500 VDC Catalogue Extract 204 3

3 from 00 to 2000 up to 500 VDC References 000 VDC ack plate mounting Rating () poles Switch body External handle PV circuit PV PV P 27PV PV PV PV DC P DC DS 27DC DS 2 PV circuits 27PV DS 27PV PV P PV DS 27PV DS 8 P 27DC DS 27DC 80 S2 type lack, 3R, 2 42F 2 () Red/Yellow, 3R, 2 42G 2 () lack 4, 4X 42D 2 () Red/Yellow 4, 4X 42E 2 () S3 type lack 4, 4X 43D 3 () Red/Yellow 4, 4X 43E 3 () S4 type lack 4, 4X 44D 3 () Red/Yellow 4, 4X 44E 3 () V type lack 3R, S2 type lack, 3R, 2 42F 2 () Red/Yellow, 3R, 2 42G 2 () lack 4, 4X 42D 2 () Red/Yellow 4, 4X 42E 2 () V type lack 3R, Shaft for external handle 200 mm 7.9 inches mm 2.6 inches mm 5.7 inches (2) 200 mm 7.9 inches mm 2.6 inches mm 5.7 inches (2) 320 mm 2.6 inches mm 7.9 inches mm 2.6 inches mm 5.7 inches (2) 320 mm 2.6 inches ridging bar (single polarity switching) x x x x x x x x x x x x PV circuits DS 8 P 27PV 8039 () Defeatable handle. (2) Shaft guide reference is required for shaft length over 5.7 inches (400mm). S3 type lack 4, 4X 43D 3 () Red/Yellow 4, 4X 43E 3 () 200 mm 7.9 inches mm 2.6 inches mm 5.7 inches (2) 4x Catalogue Extract 204

4 from 00 to 2000 up to 500 VDC 500 VDC ack plate mounting Rating () poles Switch body External handle PV circuit Shaft for external handle ridging bar (single polarity switching) PV P 27PV PV 3039 S2 type lack, 3R, 2 42F 2 () Red/Yellow, 3R, 2 42G 2 () lack 4, 4X 42D 2 () Red/Yellow 4, 4X 42E 2 () 200 mm 7.9 inches mm 2.6 inches mm 5.7 inches (2) 2x x DS 27PV x DS 8 P 27DC 808 V type lack 3R, mm 2.6 inches x DS 27DC 80 2 PV circuits DS 6 P 27PV DS 27PV 6039 S3 type lack 4, 4X 43D 3 () Red/Yellow 4, 4X 43E 3 () 200 mm 7.9 inches mm 2.6 inches mm 5.7 inches (2) 4x x () Defeatable handle. (2) Shaft guide reference is required for shaft length over 5.7 inches (400mm). Catalogue Extract 204 5

5 from 00 to 2000 up to 500 VDC ccessories External operation Use In a combiner box, located close to the solar cell strings, or located close to the inverter, we recommend to use a door interlocked external handle for its safety features. Door interlocked external operation handles include an escutcheon, are padlockable and must be utilised with an extension shaft. Example The locking function of the enclosure in the "ON" position will force the operator to safely disconnect and isolate the solar cell strings prior to any intervention. Opening the door when the switch is on "ON" position is possible by defeating the locking function using a tool (authorized persons only). The interlocking function is restored when the door is closed back. acces_50_a_2_cat S2 type handle acces_236_a_2_cat Reinforced S2 type handle Handle type Handle colour NEM degree of protection Reference DS S2 lack 42F 2, 3R, DS S2 Red/Yellow 42G DS S2 lack 42D DS S2 Red/Yellow 42E 2 5 DS 6 S3 lack 43D 3 4, 4X 5 DS 6 S3 Red/Yellow 43E 3 7 S4 lack 44D 3 7 S4 Red/Yellow 44E 3 6 DS 7 DS V lack, 3R, acces_66_a_2_cat acces_52_a_2_cat access_89_a_2_cat S3 type handle S4 type handle V type handle Shaft for external handle Use Standard lengths: 7.9 in / 200 mm, 2.6 in / 320 mm, 5.7 in / 400 mm. Other lengths: please consult us. acces_44_b cat Handle type Dimension (inches) Dimension X (mm) Length (inches) Length (mm) Reference 4 S S S S S S S S S S S S DS S DS S DS S DS S3, S DS S3, S DS S3, S DS V DS V DS V DS V X acces_369_a cat acces_202_a x_cat 6 Catalogue Extract 204

6 from 00 to 2000 up to 500 VDC S type handle adapter Use For handles S2, S3 and S4. Dimensions Increases the distance between the handle grip and the door by 2 mm, for better handling. Colour NEM degree of protection To be ordered in multiples of Reference lack, 3R, acces_87_a_3_cat lternative S type handle cover colours Use For handles S2, S3 and S4. Handle colour Other colours: please consult us. To be ordered in multiples of Handle type Reference Light grey S2, S Dark grey S2, S Light grey S Dark grey S acces_98_a_3_cat uxiliary contact Use Prebreak and signalling of positions 0 and I: to 2 NO/NC auxiliary contacts, to 2 low level NO/NC auxiliary contacts. Electrical characteristics 300. NO/NC contact Position C Type Reference 4 7 contact contacts NO/NC DS 7 DS contact Low level NO/NC auxiliary contacts Position C Type Reference 4 7 contact contacts NO/NC DS 7 DS contact acces_076_a cat Terminal screen Use Top or bottom protection against direct contact with terminals or connection parts. No. of pole Position Pack Reference 4 2 P top or bottom unit P top or bottom unit P top or bottom unit P top or bottom unit P top or bottom unit DS 2 P top or bottom unit DS 6 P top or bottom unit DS 8 P top or bottom unit DS 8 P top and bottom 2 units DS 8 P top or bottom unit acces_079_a cat Catalogue Extract 204 7

7 from 00 to 2000 up to 500 VDC ccessories (continued) ridging bars for connecting poles in Use The bridging bars will make easy the connection of the poles in, allowing the following configurations (). () Other connections: refer to mounting instructions. 000 VDC Rating () Quantity to be ordered to connect two poles in Fig. Reference PV circuit DS PV circuits 4 DS DS DS DS DS PV circuits 5 DS VDC Rating () Quantity to be ordered to connect two poles in Fig. Reference PV circuit DS DS DS PV circuits 5 DS DS Catalogue Extract 204

8 from 00 to 2000 up to 500 VDC ridging bars for connecting poles in (continued) acces_38_a x_cat Fig. acces_382_a x_cat Fig. 2 acces_374_a x_cat Fig. 4 acces_383_a x_cat Fig. 3 acces_386_a x_cat acces_378_a x_cat Fig. 5 Fig. 6 Catalogue Extract 204 9

9 from 00 to 2000 up to 500 VDC ccessories (continued) Cage terminals Use For the connection of bare copper cables onto the terminals (without lugs). Optional fan out kit for ratings of 800 to 200 for connecting several cables to the switch. Rating max () Numbrer and size of cables Max. number of connections per terminal Type of cable Quantity Reference 4 4 DS conductor (#6300MCM) Cu / l 2 lugs DS conductors (#42/0) Cu / l 2 lugs DS conductor (#2600MCM) Cu / l 2 lugs DS conductors (#6350MCM) Cu / l 2 lugs DS conductors (#2600MCM) Cu / l 2 lugs conductors (#2600MCM) 2 Cu / l 2 lugs conductors (#2600MCM) 3 () Cu / l 3 lugs DS conductors (#2600MCM) 2 (2) Cu / l 2 lugs DS conductors (#2600MCM) 3 (3) Cu / l 3 lugs () Order a fan out kit reference for connecting 3 connectors per terminal (6 in total for the switch). (2) 2 connectors per terminal with the connection kit (3) 3 connectors per terminal with the connection kits and ul_032_a Copper bar connection kits Use To allow connection between the two power terminals from a same pole for 2000 ratings. (Fig., Fig. 2 and Fig. 3) Fig. Top or bottom flat connection Rating () Figure 7 DS Quantity to order per pole terminals Reference acces_32_b x_cat Fig. 2 Fig. 3 Top or bottom edgewise connection Rating () Figure Quantity to order per pole terminals Reference 7 DS acces_33_b x_cat acces_34_b x_cat 0 Catalogue Extract 204

10 from 00 to 2000 up to 500 VDC Characteristics as per UL98 standards Rating () circuits Rated voltage () the switch () the switch circuit 000 VDC 00 2 P 2 P P 2 P 4 2 circuits 600 VDC 00 P 2 P 4 30 P 2 P 4 2 circuits 000 VDC 00 2 P 4 P 4 DS P 4 P 4 DS 4 circuits 600 VDC 00 P 4 P 4 DS 30 P 4 P 4 DS Shortcircuit capacity at 000 VDC (any circuit breaker) Prospective shortcircuit current (k rms DC) 0 () 0 () Connection terminals Min. connection wire range/ WG #6 #6 Max. connection wire range/ WG 300MCM 300MCM Mechanical characteristics Durability (number of operating cycles) Operating effort (lbs.in/nm) 88.5/0 88.5/0 uxiliary contact Electrical characteristics as per IEC standard Thermal current at 40 C () Thermal current at 50 C () Thermal current at 60 C () Rated insulation voltage U i (V) Rated impulse withstand voltage U imp (kv) 2 2 circuits Rated voltage Utilisation category () circuit 000 VDC DC P 2 P P 2 P 4 circuit 500 VDC DC P 4 P 4 DS P 4 P 4 DS 2 circuits 000 VDC DC P 4 P 4 DS P 4 P 4 DS 4 circuits 600 VDC DC2 25 P 4 P 4 DS 60 P 4 P 4 DS () Without fuse during 50 ms. the switch () the switch Catalogue Extract 204

11 from 00 to 2000 up to 500 VDC Characteristics (continued) as per UL98 standards Rating () circuits Rated voltage () the switch () the switch circuit 000 VDC P 2 P P 2 P 5 2 circuits 600 VDC 30 P 2 P 4 25 P 2 P 5 2 circuits 000 VDC P 4 P 5 4 circuits 600 VDC 25 P 4 P 5 4 circuits 000 VDC 25 2 P 8 P 5 DS 6 circuits 600 VDC 25 P 6 P 5 DS 8 circuits 600 VDC 25 P 8 P 5 DS Shortcircuit capacity at 000 VDC (any circuit breaker) Prospective shortcircuit current (k rms DC) 0 () 0 () Connection terminals Min. connection wire range/ WG #6 2x#6 Max. connection wire range/ WG 300MCM 600MCM Mechanical characteristics Durability (number of operating cycles) Operating effort (lbs.in/nm) 88.5/0 28.3/4.5 uxiliary contact Electrical characteristics as per IEC standard Thermal current at 40 C () Thermal current at 50 C () Thermal current at 60 C () Rated insulation voltage U i (V) Rated impulse withstand voltage U imp (kv) 2 2 circuits Rated voltage Utilisation category () circuit 000 VDC DC P 2 P P 2 P 5 circuit 500 VDC DC P 4 P 4 DS P 3 P 5 2 circuits 000 VDC DC P 4 P 4 DS P 4 P 5 4 circuits 600 VDC DC2 60 P 4 P 4 DS 275 P 4 P 5 4 circuits 000 VDC DC P 8 P 5 DS 6 circuits 600 VDC DC2 275 P 6 P 5 DS 8 circuits 600 VDC DC2 275 P 8 P 5 DS () Without fuse during 50 ms. the switch () the switch 2 Catalogue Extract 204

12 from 00 to 2000 up to 500 VDC as per UL98 standards Rating () circuits Rated voltage () the switch () the switch circuit 000 VDC P 2 P 5 2 circuits 600 VDC 25 P 2 P 5 2 circuits 000 VDC P 4 P P 6 P 5 DS 4 circuits 600 VDC 25 P 4 P 5 4 circuits 000 VDC P 8 P 5 DS P 8 P 5 DS 6 circuits 600 VDC 25 P 6 P 5 DS 25 P 6 P 5 DS 8 circuits 600 VDC 25 P 8 P 5 DS 25 P 8 P 5 DS Shortcircuit capacity at 000 VDC (any circuit breaker) Prospective shortcircuit current (k rms DC) 0 () 0 () Connection terminals Min. connection wire range/ WG 2x#6 2x#6 Max. connection wire range/ WG 600MCM 600MCM Mechanical characteristics Durability (number of operating cycles) Operating effort (lbs.in/nm) 28.3/ /4.5 uxiliary contact Electrical characteristics as per IEC standard Thermal current at 40 C () Thermal current at 50 C () Thermal current at 60 C () Rated insulation voltage U i (V) Rated impulse withstand voltage U imp (kv) 2 2 the switch () the switch Rated Utilisation circuits voltage category () circuit 000 VDC DC P 2 P 5 2 circuits 000 VDC DC P 4 P P 6 P 5 DS 4 circuits 600 VDC DC2 275 P 4 P 5 4 circuits 000 VDC DC P 8 P 5 DS P 8 P 5 DS 6 circuits 600 VDC DC2 275 P 6 P 5 DS 275 P 6 P 5 DS 8 circuits 600 VDC DC2 275 P 8 P 5 DS 275 P 8 P 5 DS () Without fuse during 50 ms. Catalogue Extract 204 3

13 from 00 to 2000 up to 500 VDC Characteristics (continued) as per UL98 standards Rating () circuits Rated voltage () the switch () the switch circuit 000 VDC P 2 P P 4 P 6 2 circuits 600 VDC 25 P 2 P P 6 P 6 DS 2 circuits 000 VDC P 4 P P 8 P 6 DS 4 circuits 600 VDC 25 P 4 P 5 Shortcircuit capacity at 000 VDC (any circuit breaker) Prospective shortcircuit current (k rms DC) 0 () 0 () Connection terminals Min. connection wire range/ WG 2x#6 2x#2 Max. connection wire range/ WG 600MCM 2 x 600MCM Mechanical characteristics Durability (number of operating cycles) Operating effort (lbs.in/nm) 28.3/ /37 uxiliary contact Electrical characteristics as per IEC standard Thermal current at 40 C () Thermal current at 50 C () 500 Thermal current at 60 C () 500 Rated insulation voltage U i (V) (2) Rated impulse withstand voltage U imp (kv) 2 2 the switch () the switch circuits Rated voltage Utilisation category () circuit 000 VDC DC P 2 P P 4 P 6 circuit 500 VDC DC P 3 P P 8 P 6 DS 2 circuits 000 VDC DC P 4 P P 8 P 6 DS 4 circuits 600 VDC DC2 275 P 4 P 5 () Without fuse during 50 ms. (2) 200 VDC for 6. 4 Catalogue Extract 204

14 from 00 to 2000 up to 500 VDC as per UL98 standards Rating () circuits Rated voltage () the switch () the switch circuit 000 VDC P 4 P P 4 P 7 2 circuits 600 VDC P 6 P 7 DS P 6 P 7 DS 2 circuits 000 VDC P 8 P 7 DS P 8 P 7 DS Shortcircuit capacity at 000 VDC (any circuit breaker) Prospective shortcircuit current (k rms DC) 0 () 0 () Connection terminals Min. connection wire range/ WG 4x#2 4x#2 Max. connection wire range/ WG 6x 600MCM (2) 6x 600MCM (2) Mechanical characteristics Durability (number of operating cycles) Operating effort (lbs.in/nm) 495.7/ /75 uxiliary contact Electrical characteristics as per IEC standard Thermal current at 40 C () Rated insulation voltage U i (V) 500 (3) 500 (3) Rated impulse withstand voltage U imp (kv) 2 2 circuits Rated voltage Utilisation category () the switch () the switch circuit 000 VDC DC P 4 P P 4 P 7 DS circuit 500 VDC DC P 8 P 7 DS P 8 P 7 DS 2 circuits 000 VDC DC P 8 P 7 DS P 8 P 7 DS () Without fuse during 50 ms. (2) Maximum 6 x 600MCM with fan out kit (3) 200 VDC for 7. Catalogue Extract 204 5

15 from 00 to 2000 up to 500 VDC Characteristics (continued) as per UL98 standards Rating () circuits Rated voltage () 2000 the switch circuit 000 VDC P 8 P 7 DS Shortcircuit capacity at 000 VDC (any circuit breaker) Prospective shortcircuit current (k rms DC) 0 () Connection terminals Min. connection wire range/ WG 4x#2 Max. connection wire range/ WG 6x 600MCM (2) Mechanical characteristics Durability (number of operating cycles) Operating effort (lbs.in/nm) 663.9/75 uxiliary contact Electrical characteristics 300 as per IEC standard Thermal current at 40 C () 2200 Rated insulation voltage U i (V) 200 Rated impulse withstand voltage U imp (kv) 2 circuits Rated voltage Utilisation category () the switch circuit 000 VDC DC P 8 P 7 DS () Without fuse during 50 ms. (2) Maximum 6 x 600MCM with fan out kit Catalogue Extract 204

16 from 00 to 2000 up to 500 VDC Pole connection in PV circuit 000 VDC 45 2P 67 4P Grounded Ungrounded Grounded Ungrounded Ungrounded () () sircopv_084_a x_cat sircopv_075_a x_cat () sircopv_085_a x_cat sircopv_086_a x_cat () sircopv_076_a x_cat () () 7 DS 8P Grounded Ungrounded sircopv_087_a x_cat sircopv_088_a x_cat PV circuit 500 VDC 45 2P Grounded sircopv_077_a x_cat Ungrounded () () sircopv_087_a x_cat sircopv_078_a x_cat 6 DS 7 DS 8P Grounded () () sircopv_078_a x_cat. Front switch.. Rear switch. Ungrounded () (). Front switch.. Rear switch. Catalogue Extract 204 7

17 from 00 to 2000 up to 500 VDC Pole connection in (continued) 2 PV circuits 000 VDC 4 DS 4P Grounded Ungrounded () () 5 4P Grounded Ungrounded 2 () () sircopv_089_a x_cat 2 sircopv_079_a x_cat () 2 () sircopv_080_a x_cat sircopv_080_a x_cat () 2 2 () 5 DS 7 DS 8P Grounded Ungrounded () () sircopv_078_a x_cat () () sircopv_09_a x_cat () 2 () sircopv_08_a x_cat () () 2 () (). Front switch.. Rear switch. 2 PV circuits 500 VDC 5 DS 6P Grounded Ungrounded () () sircopv_092_a x_cat 2 sircopv_082_a x_cat () 2 (). Front switch.. Rear switch. 4 PV circuit 000 VDC 5 DS 8P Grounded Ungrounded () () () () sircopv_093_a x_cat sircopv_083_a x_cat () () 2 () 3 4 (). Front switch.. Rear switch. 8 Catalogue Extract 204

18 from 00 to 2000 up to 500 VDC Dimensions (in / mm) 45 J J Ø 0.35 Ø 9 Ø 0.27 Ø 7 Y Ø 0.43 Ø K K H H H Ø 0.5 Ø 3 sircoul_054_a x_cat J2 J3 C No. of pole Measurement C H H max. J J J2 J3 K K Y 4 2 P inches P mm P inches P mm P inches P mm P inches P mm DS 5 DS J J Ø 0.35 Ø 9 Ø 0.27 Ø 7 Y Y C DS Ø 0.43 Ø K H DS K H H2 Ø 0.5 Ø 3 sircoul_055_a x_cat J3 J2 H No. of pole Measurement C H H H max. J J J2 J3 K K Y Y 4 DS 4 P inches DS 4 P mm DS 6 P inches DS 6 P mm DS 8 P inches DS 8 P mm Catalogue Extract 204 9

19 from 00 to 2000 up to 500 VDC Dimensions (in / mm) (continued) 6 J C J Y Ø 0.4 Ø 0.5 H K2 K K H sircoul_056_a x_cat Ø 0,35 Ø H 6 No. of pole Measurement C H H J J K K K2 Y 4 P inches P mm DS C J J Y Y Ø 0.4 Ø 0.5 sircoul_057_a x_cat K K H H H No. of pole Measurement C H H J J K K Y Y 6 ds 8 P inches P mm Catalogue Extract 204

20 from 00 to 2000 up to 500 VDC 7 J J Y C Ø 0.4 Ø DS C J J Y Ø 0.4 Ø 0.5 K K H H H H2 K2 K sircoul_058_a x_cat K H H 7 No. of pole Measurement C H H H2 J J K K K2 Y 4 P inches sircoul_06_a x_cat 4 P mm H No. of pole Measurement C H H J J K K Y Y 7 DS 8 P inches P mm Catalogue Extract 204 2

21 from 00 to 2000 up to 500 VDC Dimensions for external handles (in / mm) 4 4 DS 5 Handle type S2 type Front operation Direction of operation 0 Door drilling 40 Ø Ø 7 poign_03_a gb_cat I Ø DS 6 Front operation Handle type Direction of operation Door drilling S3 type Ø Ø poign_035_a gb_cat Ø 7 22 Catalogue Extract 204

22 from 00 to 2000 up to 500 VDC 7 Handle type S4 type Front operation Direction of operation Door drilling I Ø78 90 Ø 37 poign_036_a gb_cat Ø DS 7 DS Handle type V type Front operation Direction of operation I Door drilling 50 4 Ø 6,5 poign_037_a gb_cat Ø 3 50 Catalogue Extract

23 from 00 to 2000 up to 500 VDC ridging bars (in / mm) 4 4 DS ± DS Ø3 sircoul_062_a x_cat Ø ± ± sircoul_062_a x_cat DS Ø3 R 6 sircoul_047_b x_cat Ø 0.43 Ø ± ±0, sircoul_062_a x_cat ± Ø3 sircoul_062_a x_cat sircoul_048_b x_cat Ø 0.4 Ø ± DS Ø 0.4 Ø 0.5 sircoul_049_b x_cat Catalogue Extract 204

24 from 00 to 2000 up to 500 VDC Mounting orientation ll frames 4 DS 5 DS 6 DS 7 DS sircoul_028_a x_cat sircoul_029_a x_cat sircoul_030_a x_cat Terminal lugs (in / mm) 00 to to Ø Ø 0.4 Ø sirco_5_b us_cat sircoul_038_a us_cat sircoul_00_a us_cat MCM 2/0 600MCM to Ø0.2 sircoul_026_b us_cat sirco_6_b us_cat x 350MCM 2 x 600MCM Catalogue Extract