SIRCO PV IEC Load break switches for photovoltaic applications from 100 to 3200 A, up to 1500 VDC

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1 SIRCO PV IEC The solution for Load break switches > Combiner box > Recombiner box > Inverter sircopv_058_a_1_cat sircopv_059_a_1_cat Strong points Function SIRCO PV are manually operated multipolar load break switches. Making and breaking capacity under load conditions up to 1500 VDC. These extremely durable switches have been tested and approved for use in the most demanding applications. They have been designed and tested for all types of applications: earthing, floating or bipolar. > Patented switching technology up to 500 VDC/pole > Positive break indication > Up to 1500 VDC as per characteristics by IEC > Up to 4 branch circuits per switch Conformity to standards > IEC > IEC > UL 98 (1) dvantages (1) Veuillez nous consulter. Optimiseyour investment Thanks to a reduced number of bridging bars, you can limit your costs and save mounting time. 2 pole SIRCO PV will reduce warming and can be placed in a smaller enclosure. High quality materials SIRCO PV is an extremely robust device in a glass fibre reinforced polyester frame. This material provides: high mechanical strength, stability to temperature variations (RTI of 130 C), high dielectric strength (high CTI / tested as per standard STM D 2303). Take advantage of an innovative design The SIRCO PV can be directly connected to up to four independent PV panel strings. The global solution cost is therefore reduced in comparison with the use of four distinct switches. Reliability and performance Our range of SIRCO PV load break switches is compliant to standards UL98 and IEC SIRCO PV have been tested to critical currents and at a 10 k shortcircuit during 50 ms without specific protection. The type of cable protection against voltage surges can therefore be selected. pprovals and certifications (1) (1) Product reference on request. 132 General Catalogue

2 SIRCO PV IEC 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 up to 500 at 1500 VDC Recombiner box SIRCO PV 4 circuits up to 500 at 1000 VDC 2 circuits up to 500 at 1500 VDC Inverter SIRCO PV One circuit up to 3200 at 1000 VDC up to 2000 at 1500 VDC General Catalogue

3 SIRCO PV IEC References 1000 VDC ack plate mounting Rating () size poles Switch body Direct handle External handle 1 PV circuit P 26PV 2010 Shaft for external handle Quantity to be ordered to connect 2 poles in series P 26PV P 26PV P 26PV P 26PV P 26PV 4050 J1 type S2 type (1) IP IP IP mm mm mm x P 26PV P 26PV P 26PV P 26PV P Please consult us C2 type PV circuits S4 type (1) IP IP V1 type IP mm mm mm mm mm x Please consult us DS 4 P 26PV DS 4 P 26PV DS 4 P 26PV 5025 J2 type DS 4 P 26PV P 27PV 4032 J1 type P 27PV S2 type (1) IP IP IP mm mm mm DS 8 P 26PV 8063 J2 type DS 8 P 26PV DS 8 P 26PV DS 8 P 26PV DS 8 P 27PV DS 8 P 27PV DS 8 P 27PV 8039 C2 type PV circuits J2 type V1 type IP S2 type (1) IP IP IP mm mm mm mm x (1) Defeatable handle. 134 General Catalogue

4 SIRCO PV IEC VDC ack plate mounting Rating () size poles Switch body Direct handle External handle 1 PV circuit P 27PV P 27PV P 27PV DS 8 P 26PV 8063 J2 type S2 type (1) IP IP IP Shaft for external handle 200 mm mm mm Quantity to be ordered to connect 2 poles in series DS 6 DS 7 DS 8 P 8 P 8 P 26PV PV PV 8200 C2 type DS 6 P 27PV DS 6 P 27PV DS 6 P 27PV PV circuits J2 type V1 type IP S2 type (1) IP IP IP mm mm mm mm (1) Defeatable handle. ccessories Direct operation handle size Handle type Handle colour Reference 4 7 J J C C DS 5 DS J DS 5 DS J DS 7 DS C DS 7 DS C acces_335_a_2_cat acces_153_a_2_cat Door interlocked external operation handle Use Door interlocked external operation handles include an escutcheon, are padlockable and must be utilised with an extension shaft. 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. Front operation EExample 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 (authorised persons only). The interlocking function is restored when the door is reclosed. size Handle type Handle colour Degree of protection Reference DS S2 IP DS S2 IP DS S2 IP DS 6 7 S4 IP DS 6 7 S4 IP DS 7 DS V1 IP acces_150_a_2_cat Reinforced S2 type handle J1 type handle acces_152_a_2_cat S4 type handle C2 type handle access_189_a_2_cat V1 type handle General Catalogue

5 SIRCO PV IEC ccessories (continued) Shaft for external handle Use Standard lengths: Other lengths: Please consult us. 200 mm, 320 mm, 400 mm. size Handle type Dimension Y (mm) Length (mm) Reference 4 S S S S S S S S S S S S DS S DS S DS S DS S DS S DS S DS V DS V DS V DS V V V X acces_144_b_1_cat acces_369_a_1_cat acces_202_a_1_x_cat Shaft guide for external operation Use To guide the shaft extension into the Required for a shaft length over 320 mm. external handle. This accessory enables the handle to engage the extension shaft with a misalignment of up to 15 mm. Description Reference Shaft guide acces_260_a_2_cat 136 General Catalogue

6 SIRCO PV IEC Stype handle adapter Use Enables Stype handles to be fitted in place of existing older style Socomec handles. dapter can also be utilised as a spacer to increase the distance between the panel door and the handle lever. Dimensions dds 12 mm to the depth of the handle. Handle colour External IP (1) To be ordered in multiples of Reference IP (1) IP: protection degree according to IEC standard. acces_187_a_1_cat lternative Stype handle cover colours Use For single lever handles type S1, S2, S3. Other colours: Please consult us. Handle colour Handle type To be ordered in multiples of Reference Light grey S1, S2, S Dark grey S1, S2, S Light grey S Dark grey S acces_198_a_1_cat uxiliary contact Use Prebreak and signalling of positions 0 and I: 1 to 2 NO/NC auxiliary contacts, 1 to 4 NO NC auxiliary contacts, 1 to 2 low level NO/NC auxiliary contacts. Characteristics NO/NC C: IP2 with front operation. Connection to the control circuit y 6.35 mm faston terminal. Electrical characteristics operations. NO/NC changeover auxiliary contacts size Position C Type Reference contact NO/NC contacts NO/NC DS 7 DS 1 contact NO/NC DS 7 DS 2 contacts NO/NC acces_076_a_1_cat Low level NO/NC auxiliary contacts size Position C Type Reference contact NO/NC contacts NO/NC NONC contact size Position C Type Reference contact NO NC contacts NO NC Terminal screen Use Top and bottom protection against direct contact with terminals or connection parts. size No. of poles Position Pack Reference 4 2 P Top or bottom 1 unit P Top or bottom 1 unit P Top or bottom 1 unit P Top or bottom 1 unit P Top or bottom 1 unit P Top or bottom 1 unit P Top or bottom 1 unit DS 2 P Top or bottom 1 unit DS 6 P Top and bottom 2 units DS 8 P Top and bottom 2 units DS 8 P Top and bottom 2 units DS 8P Top and bottom 2 units acces_079_a_1_cat General Catalogue

7 SIRCO PV IEC ccessories (continued) ridging bars for connecting poles in series Use The bridging bars will make easy the connection of the poles in series, allowing the following configurations (1). (1) Other connections: refer to mounting instructions VDC size Rating () Quantity to be ordered to connect 2 poles in series Fig. Reference 1 PV circuit (1) (1) (1) (1) (1) (1) (1) (1) Consult us 2 PV circuits 4 DS 100 (1) (1) 4 DS 160 (1) (1) 4 DS 250 (1) (1) 4 DS 315 (1) (1) DS DS DS DS PV circuits 5 DS VDC size Rating () Quantity to be ordered to connect 2 poles in series Fig. Reference 1 PV circuit DS DS DS DS PV circuits 5 DS DS DS (1) ridging bars not needed. 138 General Catalogue

8 SIRCO PV IEC ridging bars for connecting poles in series (continued) acces_374_a_1_x_cat Fig. 1 acces_376_a_1_x_cat Fig. 3 acces_386_a_1_x_cat acces_378_a_1_x_cat acces_374_a_1_x_cat Fig. 2 Fig.4 Fig. 5 General Catalogue

9 SIRCO PV IEC Characteristics Characteristics according to IEC Rated current In 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) pole(s) in series size I e () pole(s) in series circuits Rated voltage Utilisation category I e () size 1 circuit 1000 VDC DC P ; 1 P 2 P P ; 1 P 2 P 4 1 circuit 1500 VDC DC P ; 1 P 4 P 4 DS P ; 1 P 4 P 4 DS 2 circuits 1000 VDC DC P ; 1 P 4 P 4 DS P ; 1 P 4 P 4 DS Shortcircuit capacity (without protection) Rated shorttime withstand current 0.3 s. (k eff) Rated shorttime withstand current 1 s. (k eff) 5 5 Connection Maximum Cu rigid cable crosssection (mm²) Maximum Cu busbar width (mm) Tightening torque min (Nm) Tightening torque max (Nm) Mechanical characteristics Durability (number of operating cycles) Operating effort (Nm) Weight of a 2 pole device (kg) Weight of a 4 pole device (kg) Rated current In 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) pole(s) in series size I e () pole(s) in series circuits Rated voltage Utilisation category I e () size 1 circuit 1000 VDC DC P ; 1 P 2 P P ; 1 P 3 P 5 1 circuit 1500 VDC DC P ; 1 P 4 P 4 DS P ; 1 P 3 P 5 2 circuits 1000 VDC DC P ; 1 P 4 P 4 DS P ; 1 P 6 P 5 DS 2 circuits 1500 VDC DC P ; 1 P 6 P 5 DS 4 circuits 1000 VDC DC P ; 1 P 8 P 5 DS Shortcircuit capacity (without protection) Rated shorttime withstand current 0.3 s. (k eff) Rated shorttime withstand current 1 s. (k eff) 5 5 Connection Maximum Cu rigid cable crosssection (mm²) Maximum Cu busbar width (mm) Tightening torque min (Nm) Tightening torque max (Nm) Mechanical characteristics Durability (number of operating cycles) Operating effort (Nm) Weight of a 2 pole device (kg) 1.8 Weight of a 3 pole device (kg) 6 Weight of a 4 pole device (kg) 4.3 Weight of a 6 pole device (kg) 12.3 Weight of an 8 pole device (kg) General Catalogue

10 SIRCO PV IEC Characteristics according to IEC (continued) Rated current In 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) circuits Rated voltage (1) For a rated operational voltage Ue = 400 VC. (1) For a rated operational voltage Ue = 400 VC. Utilisation category I e () pole(s) in series size I e () pole(s) in series 1 circuit 1000 VDC DC P ; 1 P 2 P P ; 2 P 4 P 4 1 circuit 1500 VDC DC P ; 1 P 3 P P ; 1 P 3 P 5 2 circuits 1000 VDC DC P ; 1 P 4 P 4 DS P ; 1 P 4 P 5 2 circuits 1500 VDC DC P ; 1 P 6 P 5 DS 4 circuits 1000 VDC DC P ; 1 P 8 P 5 DS Shortcircuit capacity (without protection) Rated shorttime withstand current 0.3 s. (k eff) 10 Rated shorttime withstand current 1 s. (k eff) 5 10 Rated peak withstand current (k peak) (1) Connection Maximum Cu rigid cable crosssection (mm²) Maximum Cu busbar width (mm) Tightening torque min (Nm) Tightening torque max (Nm) Mechanical characteristics Durability (number of operating cycles) Operating effort (Nm) Weight of a 2 pole device (kg) 1.8 Weight of a 3 pole device (kg) 6 6 (4) / 3.8 (5) Weight of a 4 pole device (kg) Weight of a 6 pole device (kg) 12.3 Weight of an 8 pole device (kg) 15 Rated current In Thermal current at 40 C () Thermal current at 40 C () Thermal current at 60 C () 4: 475 / 5: Rated insulation voltage U i (V) Rated impulse withstand voltage U imp (kv) circuits Rated voltage Utilisation category I e () pole(s) in series size I e () pole(s) in series 1 circuit 1000 VDC DC P ; 2 P 4 P P ; 2 P 4 P 5 1 circuit 1500 VDC DC P ; 1 P 3 P P ; 4 P 8 P 5 DS 2 circuits 1000 VDC DC P ; 1 P 4 P P ; 2 P 8 P 5 DS 2 circuits 1500 VDC DC P ; 1 P 6 P 5 DS 4 circuits 1000 VDC DC P ; 1 P 8 P 5 DS Shortcircuit capacity (without protection) Rated shorttime withstand current 1 s. (k eff) Connection Maximum Cu rigid cable crosssection (mm²) 2x150 2x185 Maximum Cu busbar width (mm) Tightening torque min (Nm) Tightening torque max (Nm) Mechanical characteristics Durability (number of operating cycles) Operating effort (Nm) Weight of a 3 pole device (kg) 6 (4) / 3.8 (5) Weight of a 4 pole device (kg) Weight of a 6 pole device (kg) 12.3 Weight of an 8 pole device (kg) size size General Catalogue

11 SIRCO PV IEC Characteristics (continued) Characteristics according to IEC (continued) Rated current In Thermal current at 40 C () Thermal current at 50 C () Thermal current at 60 C () 5: 650 / 6: Rated insulation voltage U i (V) Rated impulse withstand voltage U imp (kv) pole(s) in series pole(s) in series circuits Rated voltage Utilisation category I e () size I e () size 1 circuit 1000 VDC DC P ; 2 P 4 P P ; 2 P 4 P 6 1 circuit 1500 VDC DC P ; 4 P 8 P 6 DS P ; 4 P 8 P 6 DS 2 circuits 1000 VDC DC P ; 2 P 8 P 6 DS P ; 2 P 8 P 6 DS Shortcircuit capacity (without protection) Rated shorttime withstand current 1 s. (k eff) Connection Maximum Cu rigid cable crosssection (mm²) 2x240 2x240 Maximum Cu busbar width (mm) Tightening torque min (Nm) Tightening torque max (Nm) Mechanical characteristics Durability (number of operating cycles) Operating effort (Nm) Weight of a 4 pole device (kg) Weight of an 8 pole device (kg) Rated current In Thermal current at 40 C () Thermal current at 50 C () Thermal current at 60 C () Rated insulation voltage U i (V) 1500 Rated impulse withstand voltage U imp (kv) 12 pole(s) in series pole(s) in series circuits Rated voltage Utilisation category I e () size I e () size 1 circuit 1000 VDC DC P ; 2 P 4 P P ; 2 P 4 P 8 1 circuit 1500 VDC DC P ; 4 P 8 P 7 DS 2 circuits 1000 VDC DC P ; 2 P 8 P 7 DS Shortcircuit capacity (without protection) Rated shorttime withstand current 1 s. (k eff) Connection Maximum Cu busbar width (mm) x 100 x 5 Tightening torque min (Nm) Tightening torque max (Nm) Mechanical characteristics Durability (number of operating cycles) Operating effort (Nm) Weight of a 4 pole device (kg) Weight of an 8 pole device (kg) General Catalogue

12 SIRCO PV IEC Pole connections in series 1 PV circuit 1000 VDC 1 PV circuit 1500 VDC 4 2P 48 4P 5 3P 5 DS 7 DS 8P () () () () () sirco_075_a_1_x_cat () 1 () sirco_076_a_1_x_cat () () 1 () () sirco_077_a_1_x_cat () () 1 () sirco_077_a_1_x_cat () () 1 2 PV circuits 1000 VDC 4 DS 4P 5 4P 5 DS 7 DS 8P () () 1 2 () () () () () () () () () () () () sirco_082_a_1_x_cat sirco_079_a_1_x_cat () 2 PV circuits 1500 VDC () () 1 1 () 5 DS 6P () () () 2 () 2 () () sirco_080_a_1_x_cat () () () 1 2 () sirco_083_a_1_x_cat sirco_081_a_1_x_cat 4 PV circuits 1000 VDC 5 DS 8P () () () () () () () () 1 2 () () () () () () () () 3 4 () 1 () () () 2. Front switch.. Rear switch. 1. Utility 1 2. Utility 2 3. Utility 3 4. Utility 4 General Catalogue

13 SIRCO PV IEC Dimensions (mm) 4 5 J 1 Ø 9 4 J1 7.5 Ø 7 Y Ø 11 K2 K K1 H H 20 Ø 13 sirco_068_a_1_x_cat J2 J3 C and 500 excepted. size No. of poles C H J J1 J2 J3 K K1 K2 Y 4 2 P P P P P DS 5 DS Ø Ø 7 C 4 DS 25 J1 J Y Y Ø K1 5 DS Ø H K H sirco_069_a_1_x_cat J3 J2 H1 size No. of poles C H H1 J J1 J2 J3 K K1 Y Y1 4 DS 4 P DS 6 P DS 8 P General Catalogue

14 SIRCO PV IEC J C J1 Y H H K2 K K 65 4 x Ø16 Ø 9 sirco_070_a_1_x_cat 80 H1 size No. of poles C H H1 J J1 K K1 K2 Y 6 4 P DS J J1 Y1 C Y 11 K K H H 65 4 x Ø16 sirco_071_a_1_x_cat 80 H1 size No. of poles C H H1 J J1 K K1 Y Y1 6 ds 8 P General Catalogue

15 SIRCO PV IEC Dimensions (mm) (continued) 7 J1 J Y C Ø DS J1 J Y C Y1 K K1 9 H H K2 K1 sirco_073_a_1_x_cat K H H 120 H1 size No. of poles C H H1 H2 J J1 K K1 K2 Y 7 4 P Ø12.5 sirco_074_a_1_x_cat 120 H1 size No. of poles C H H1 J J1 K K1 Y Y1 7 DS 8 P Dimensions of SIRCO PV VDC 8, please consult us. 146 General Catalogue

16 SIRCO PV IEC Dimensions for external handles (mm) 4 4 DS 5 Handle type S2 type Front operation Direction of operation 0 Door drilling 40 Ø Ø 7 poign_013_a_1_gb_cat I Ø DS 6 7 Handle type S4 type Front operation Direction of operation Door drilling I Ø78 90 Ø 37 poign_036_a_1_gb_cat Ø DS 7 DS Handle type V1 type Front operation Direction of operation I Door drilling 50 4 Ø 6.5 poign_037_a_1_gb_cat Ø General Catalogue

17 SIRCO PV IEC ridging bars (mm) DS sircoul_030_a_1_x_cat Ø11 sircoul_062_b_1_x_cat Ø sircoul_031_a_1_x_cat Ø sircoul_062_a_1_x_cat Ø sircoul_032_a_1_x_cat Ø 9 5 sircoul_034_a_1_x_cat Ø General Catalogue

18 SIRCO PV IEC Mounting orientation ll frames 4 DS 5 DS 6 DS 7 DS sircoul_028_a_1_x_cat sirco_271_a_1_x_cat sirco_271_a_1_x_cat General Catalogue