Motor starters up to 150 A TeSys motor circuit-breakers, contactors and relays. Catalogue February

Transcription

1 Motor starters up to 0 A TeSys motor circuit-breakers, contactors and relays Catalogue February 0

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3 General contents Motor starters up to 0 A b Levels of service page / Selection guide TeSys motor starters page 0Q/ b Combination automatic motor starters page 0/ b Combination starters for customer assembly, type and type coordination page / b TeSys GV, GV and GV motor circuit-breakers page S0/ b TeSys D contactors page S0/ b TeSys D thermal overload relays page S0/ b TeSys Quickfit installation system page S00/ b Pre-assembled panel busbar system AK page S00/ b Technical information page S0/ b Substitution tables page /

4 General TeSys motor starters Levels of service t Overload zone Low-level short-circuit zone 0 0 In 0, Ico, Ico Ir Iq Ico Thermal overload relay curve. Fuse. Tripping of thermal overload relay only. Thermal limit of the circuit-breaker. Thermal overload relay limit. Current broken by the SCPD (). Circuit breaker magnetic trip. Short-circuit zone Type and type coordination according to the standard The standard defi nes tests at different levels of current; the purpose of these tests is to place the equipment in extreme conditions. The standard defi nes types of coordination, according to the condition of the components after testing: type, type. To determine the type of coordination, the standard requires that the behaviour of the equipment be tested under overload and short-circuit conditions for fault current values, covering overload and short-circuit conditions. Type coordination Type coordination requires that in a short-circuit condition, the contactor or starter must not present any danger to personnel or installations and must not be able to resume operation without repair or the replacement of parts. Type coordination Type coordination requires that In a short-circuit condition, the contactor or starter must not present any danger to personnel or installations and must subsequently be able to resume operation. The risk of contact welding is permissible; in this case, the manufacturer must indicate measures to be taken regarding maintenance of the equipment. Type coordination increases reliability of operation. Current values Current Ico (overload I < 0 In) The thermal overload relay associated with the contactor provides protection against this type of fault, up to a value Ico (see curve) defi ned by the manufacturer. Standard IEC 0-- specifi es the current values to be used for checking coordination between the thermal overload relay and the short-circuit protection device: b b at 0. Ico only the thermal overload relay must trip, at. Ico the short-circuit protection device must operate. Current r (low level short-circuit 0 < I < 0 In) The main cause of this type of fault is the deterioration of insulating materials. Standard IEC 0-- defi nes an intermediate short-circuit current r. This test current makes it possible to check whether the protection device is providing protection against low-level short-circuits. Operational current Ie (AC-) (A) Current r (ka) Ie y < Ie y < Ie y < Ie y 0 < Ie y 0 0 < Ie y Current Iq (short-circuit > current r ) This type of fault corresponds to a dead short and is relatively rare. It can be caused by a connection error during maintenance work. Short-circuit protection is provided by fast operating devices. Standard IEC 0-- defi nes a current Iq. The coordination tables supplied by Schneider Electric are based on a current Iq that is generally u 0 ka. () SCPD: short-circuit protection device. 0 -EN_Ver..indd

5 General (continued) TeSys motor starters Levels of service Selection No coordination Type coordination Type coordination Total coordination Considerable risks to both persons and equipment. Not authorised by standards: v NF C -00 and IEC 0-, article - (installation regulations), v EN/IEC 00-, article (electrical equipment in machines), v IEC 0--, article... (starters) The most frequently used solution. b Equipment costs are lower. b Reliability of operation is not a requirement. b Before restarting, it may be necessary to repair the motor starter. Consequences: v signifi cant amount of machine downtime, v skilled maintenance personnel required to repair, check, obtain supplies. Example: air conditioning in commercial premises. This solution ensures reliability of operation. Consequences: v reduced machine downtime, v reduced maintenance after a short-circuit. Example: escalators. With this solution, no damage or misadjustment is permissible and reliability of operation is guaranteed. Consequences: v immediate return to service, v no special precautions required. Examples: smoke extraction, fi re-fi ghting pumps. 0 -EN_Ver..indd

6 Selection guide TeSys motor starters - open version Applications Pre-assembled starters Small machines starting under full load: D.O.L. starters Machines starting under no-load: star-delta starters Starter type D.O.L. or reversing starters with circuit-breaker D.O.L. starters with fuse protection Soft start units or star-delta starters to be used in association with a circuit-breaker or fuses Level of service Type coordination Type coordination Power at 00 V Up to. kw Up to kw Up to kw Up to kw Type of components Combination automatic motor starter with overload protection built into the circuit-breaker Fuse carrier + plate-mounted contactor contactors (line, star and delta, mounted on plate, rail or chassis) Pages 0/ and 0/ 0/ and 0/ 0/ and 0/ / / 0 version:. 0Q-EN.indd

7 Starters for customer assembly Small machines starting under full load: D.O.L. starters Machines starting under no-load: star-delta starters D.O.L. or reversing starters D.O.L., reversing or star-delta starters with circuit-breakers D.O.L., reversoing or star-delta starters with fuses Total coordination Type and type coordination Up to kw Up to 0 kw Up to kw Up to kw Contactor-breaker Thermal magnetic circuit-breaker + contactor(s) Magnetic circuit-breaker + contactor(s) + thermal overload relay Fuse carrier + contactor(s) + thermal overload relay Switch-disconnector-fuse + contactor(s) + thermal overload relay / and / / and /, / and / 0/ and 0/, / and / / / /, / / and / 0 0Q-EN.indd version:.

8 References TeSys motor starters - open version Combination automatic motor starters with overload protection built into the circuit-breaker D.O.L. starters, non-reversing, from 0. to. kw at 00/ V, type coordination This pre-assembled combination comprises: b motor circuit-breaker GV ME, b -pole contactor LC K, b combination block GV AF0. Characteristics Starter type GV ME0K ME0K ME0K ME0K MEK MEK Breaking capacity (lq) () Conforming to IEC / V ka V ka V ka / kw /. kw References D.O.L. starters, non-reversing Standard power ratings of -phase motors 0-0 Hz in AC- 00/ V Setting range of thermal trips Fixed magnetic tripping current Irth 0 V 00 V Motor For customer assembly Pre-assembled Weight circuitbreaker Reference Contactor Reference to be completed () Basic reference, to be completed by adding the voltage code () kw kw kw A A kg GV ME0 LC K0 GV ME0Kpp GV ME0 LC K0 GV ME0Kpp 0.0. GV ME0 LC K0 GV ME0Kpp 0.0 GV ME0Kpp.... GV ME0 LC K0 GV ME0Kpp GV ME LC K0 GV MEKpp GV ME LC K GV MEKpp 0.0 Add-on blocks Description Sold in lots of Unit reference Weight kg Combination block between circuit-breaker and contactor 0 GV AF () The breaking performance of circuit-breakers GV ME can be increased by adding a current limiter GV L, see page 0/. () Please consult your Regional Sales Offi ce. () Standard control circuit voltages (for other voltages, please consult your Regional Sales Offi ce): Volts 0 0/0 0 0/0 0/00 a 0/0 Hz B F M P U Q c () BW () Coil: low consumption (. W), wide range (0.. Uc) with integral suppression device as standard. 0 Dimensions : page / Schemes : page / 0-EN_Ver.0.indd

9 References TeSys motor starters - open version Combination automatic motor starters with overload protection built into the circuit-breaker D.O.L. starters, reversing, from 0. to. kw at 00/ V, type coordination This pre-assembled combination comprises: b motor circuit-breaker GV ME, b -pole reversing contactor LC K, b combination block GV AF0. Characteristics Starter type GV ME0K ME0K ME0K ME0K MEK MEK Breaking capacity (lq) () Conforming to IEC / V ka V ka V ka / kw /. kw References D.O.L. starters, reversing Standard power ratings of -phase motors 0-0 Hz in AC- 00/ V Setting range of thermal trips Fixed magnetic tripping current Irth 0 V 00 V Motor For customer assembly Pre-assembled Weight circuitbreaker Reference Contactor Reference to be completed () Basic reference, to be completed by adding the voltage code () kw kw kw A A kg GV ME0 LC K0 GV ME0Kpp 0.0 GV ME0Kpp GV ME0 LC K0 GV ME0Kpp 0.0. GV ME0 LC K0 GV ME0Kpp GV ME0 LC K0 GV ME0Kpp GV ME LC K0 GV MEKpp GV ME LC K GV MEKpp 0.0 Add-on blocks Description Sold in lots of Unit reference Weight kg Combination block between circuit-breaker and contactor 0 GV AF () The breaking performance of circuit-breakers GV ME can be increased by adding a current limiter GV L, see page 0/. () Please consult your Regional Sales Offi ce. () Standard control circuit voltages (for other voltages, please consult your Regional Sales Offi ce): Volts 0 0/0 0 0/0 0/00 a 0/0 Hz B F M P U Q c () BW () Coil: low consumption (. W), wide range (0.. Uc) with integral suppression device as standard. 0 Dimensions : page / 0 Schemes : page / 0-EN_Ver.0.indd

10 References TeSys motor starters - open version Combination automatic motor starters with overload protection built into the circuit-breaker 0 D.O.L. starters, non-reversing, from 0.0 to 0 kw at 00/ V, type coordination This pre-assembled combination comprises: b motor circuit-breaker GV ME or GV P, b -pole contactor LC D, b combination block GV AF (for GV DM). Characteristics Starter type GV DM 0 to DM 0 DM DM DM 0 DM DM DM Breaking capacity (lq) () References GV DM0pp Conforming to IEC / V ka V ka 0 00 V ka 0 D.O.L. starters, non-reversing Standard power ratings of -phase motors 0-0 Hz in AC- 00/ V Setting range of thermal trips Fixed magnetic tripping current Irth 0 V 00 V Motor For customer assembly Pre-assembled Weight circuitbreaker Reference Contactor Reference to be completed () Basic reference, to be completed by adding the voltage code () kw kw kw A A kg GV ME0 LC D0pp GV DM0pp () GV ME0 LC D0pp GV DM0pp () GV ME0 LC D0pp GV DM0pp () GV ME0 LC D0pp GV DM0pp () 0... GV ME0 LC D0pp GV DM0pp () GV ME0 LC D0pp GV DM0pp () 0.. GV ME0 LC D0pp GV DM0pp () 0.. GV ME0 LC D0pp GV DM0pp () 0. 0 GV ME LC D0pp GV DMpp () GV ME LC Dpp GV DMpp GV ME0 LC Dpp GV DM0pp 0.0 GV ME LC Dpp GV DMpp 0. 0 GV ME LC Dpp GV DMpp 0.. GV ME LC Dpp GV DMpp GV P0 () LC D0App GV P0 () LC D0App GV P () LC DApp Add-on blocks Description Mounting of GV Sold in lots of Unit reference Weight kg Combination block between circuit-breaker and contactor rail 0 GV-AF 0.0 Mounting plate 0 GV-AF 0.0 LAD () The breaking performance of circuit-breakers GV ME can be increased by adding a current limiter GV L, see page 0/. () Standard control circuit voltages (for other voltages, please consult your Regional Sales Offi ce): Volts 0 0 a 0/0 Hz B M P c () BD () Type coordination also possible, see page /. () Circuit-breaker supplied without downstream EverLink power terminal block. () Only available for GV DM. Coil with integral suppression device as standard. Dimensions : page / Schemes : page / 0-EN_Ver.0.indd

11 References TeSys motor starters - open version Combination automatic motor starters with overload protection built into the circuit-breaker D.O.L. starters, reversing, from 0.0 to kw at 00/ V, type coordination This pre-assembled combination comprises: b motor circuit-breaker GV ME, b -pole reversing contactor LC D, b combination block GV AF. Characteristics Starter type GV DM0 to DM0 DM DM DM0 DM DM DM Breaking capacity (lq) () References GV DM0pp Conforming to IEC / V ka V ka 0 00 V ka 0 0 D.O.L. starters, reversing () Standard power ratings of -phase motors 0-0 Hz in AC- 00/ V Setting range of thermal trips Fixed magnetic tripping current Irth 0 V 00 V Motor For customer assembly Pre-assembled Weight circuitbreaker Reference Contactor Reference to be completed () Basic reference, to be completed by adding the voltage code () kw kw kw A A kg GV ME0 LC D0pp GV DM0pp GV ME0 LC D0pp GV DM0pp GV ME0 LC D0pp GV DM0pp GV ME0 LC D0pp GV DM0pp GV ME0 LC D0pp GV DM0pp GV ME0 LC D0pp GV DM0pp GV ME0 LC D0pp GV DM0pp GV ME0 LC D0pp GV DM0pp 0. 0 GV ME LC D0pp GV DMpp GV ME LC Dpp GV DMpp 0... GV ME0 LC Dpp GV DM0pp 0. GV ME LC Dpp GV DMpp.0 0 GV ME LC Dpp GV DMpp.0. GV ME LC Dpp GV DMpp GV P0 () LC D0App GV P0 () LC D0App GV P () LC DApp Add-on blocks Description Combination block between circuit-breaker and contactor Mounting of GV Sold in lots of Unit reference Weight kg rail 0 GV-AF 0.0 Mounting plate 0 GV-AF 0.0 LAD () The breaking performance of circuit-breakers GV ME can be increased by adding a current limiter GV L, see page 0/. () Type coordination also possible, see page 0/. () See page 0/. () Standard control circuit voltages (for other voltages, please consult your Regional Sales Offi ce): Volts 0 0 a 0/0 Hz B M P c () BD () Circuit-breaker supplied without downstream EverLink power terminal block. () Coil with integral suppression device as standard. 0 Dimensions : page / Schemes : page / 0-EN_Ver.0.indd

12 References TeSys motor starters - open version Combination automatic motor starters with overload protection built into the circuit-breaker 0 D.O.L. starters, non-reversing, from 0.0 to 0 kw at 00/ V, type coordination This pre-assembled combination comprises: b motor circuit-breaker GV P or GV P, b -pole contactor LC D, b combination block GV AF (for GV P only). Characteristics Starter type GV DP0 to DP0 DP DP DP0 DP DP DP Breaking capacity (lq) () References GV DP0pp Conforming to IEC / V ka V ka V ka D.O.L. starters, non-reversing Standard power ratings of -phase motors 0-0 Hz in AC- 00/ V Setting range of thermal trips Fixed magnetic tripping current Irth 0 V 00 V Motor For customer assembly Pre-assembled Weight circuitbreaker Reference Contactor Reference to be completed () Basic reference, to be completed by adding the voltage code () kw kw kw A A kg GV P0 LC D0pp GV DP0pp GV P0 LC D0pp GV DP0pp GV P0 LC D0pp GV DP0pp GV P0 LC D0pp GV DP0pp GV P0 LC D0pp GV DP0pp GV P0 LC D0pp GV DP0pp 0.. GV P0 LC D0pp GV DP0pp 0.. GV P0 LC D0pp GV DP0pp 0. 0 GV P LC D0pp GV DPpp 0. 0 GV P LC Dpp GV DPpp 0.. GV P0 LC Dpp GV DP0pp 0. GV P LC Dpp GV DPpp 0. 0 GV P LC Dpp GV DPpp 0.. GV P LC Dpp GV DPpp GV P0 () LC D0App GV P0 () LC DApp 0 00 GV P0 () LC D0App GV P0 () LC DApp GV P () LC DApp Add-on blocks Description Combination block between circuit-breaker and contactor Mounting of GV Sold in lots of Unit reference Weight kg rail 0 GV-AF 0.0 Mounting plate 0 GV-AF 0.0 LAD () The breaking performance of circuit-breakers GV P can be increased by adding a current limiter GV L, see page 0/. () See page 0/. () Standard control circuit voltages (for other voltages, please consult your Regional Sales Offi ce): Volts 0 0 a 0/0 Hz B M P c () BD () Circuit-breaker supplied without downstream EverLink power terminal block. () Coil with integral suppression device as standard. Dimensions : page / Schemes : page / 0-EN_Ver.0.indd

13 References TeSys motor starters - open version Combination automatic motor starters with overload protection built into the circuit-breaker D.O.L. starters, reversing, from 0.0 to 0 kw at 00/ V, type coordination This pre-assembled combination comprises: b motor circuit-breaker GV P or GV P, b -pole reversing contactor LC D, b combination block GV AF (for GV P only). Characteristics Starter type GV DP0 to DP0 DP DP DP0 DP DP DP Breaking capacity (lq) () References GV DP0pp Conforming to IEC / V ka V ka V ka D.O.L. starters, reversing Standard power ratings of -phase motors 0-0 Hz in AC- 00/ V Setting range of thermal trips Fixed magnetic tripping current Irth 0 V 00 V Motor For customer assembly Pre-assembled Weight circuitbreaker Reference Contactor Reference to be completed () Basic reference, to be completed by adding the voltage code () kw kw kw A A kg GV P0 LC D0pp GV DP0pp GV P0 LC D0pp GV DP0pp GV P0 LC D0pp GV DP0pp.0 0. GV P0 LC D0pp GV DP0pp.0.. GV P0 LC D0pp GV DP0pp.0... GV P0 LC D0pp GV DP0pp.0. GV P0 LC D0pp GV DP0pp.0. GV P0 LC D0pp GV DP0pp. 0 GV P LC D0pp GV DPpp. 0 GV P LC Dpp GV DPpp.. GV P0 LC Dpp GV DP0pp. GV P LC Dpp GV DPpp. 0 GV P LC Dpp GV DPpp.. GV P LC Dpp GV DPpp GV P0 () LC D0App GV P0 () LC DApp 0 00 GV P0 () LC D0App GV P0 () LC DApp GV P () LC DApp Add-on blocks Description Mounting of GV Sold in lots of Unit reference Weight kg Combination block between circuit-breaker and contactor rail 0 GV-AF 0.0 Mounting plate 0 GV-AF 0.0 LAD () The breaking performance of circuit-breakers GV P can be increased by adding a current limiter GV L, see page 0/. () See page 0/. () Standard control circuit voltages (for other voltages, please consult your Regional Sales Offi ce): Volts 0 0 a 0/0 Hz B M P c () BD () Circuit-breaker supplied without downstream EverLink power terminal block. () Coil with integral suppression device as standard. 0 Dimensions : page / Schemes : page / 0-EN_Ver.0.indd

14 Dimensions, mounting TeSys motor starters - open version Combination automatic motor starters GV MEppKppp On mounting rail AM DE00 GV MEppKpp GV MEppKpp 0 GV DMppppp On mounting rail AM DE00 With adapter plate LAD GV DMpppp GV DMpppp ± b b c c c c d d 0 GV DMp0pp to DMp0pp DMppp to DMppp GV DMp0pp to DMp0pp DMppp to DMppp b.. c.. c. 0. c 0.. c. 00. d.. d References pages 0/ : to 0/ -EN_Ver..indd

15 Dimensions, mounting (continued) TeSys motor starters - open version Combination automatic motor starters GV DPppppp On mounting rail AM DE00 With adapter plate LAD GV DPpppp GV DPpppp ± b b c c d d c c 0 GV DPp0pp to DPp0pp DPp0pp to DPppp GV DPp0pp to DPp0pp DPp0pp to DPppp b.. c.. c 0.. c.. c d d GV Ppp + LC D0A DA (for customer assembly) Vertical mounting Side by side mounting with S-shape busbar system GV S References pages 0/ : to 0/ -EN_Ver..indd

16 Schemes TeSys motor starters - open version Combination automatic motor starters GV MEppKpp /L /L /L GV MEppKpp /L /L /L /T /T /T A /L /T /L /L /NO /T /T A T/ A T/ T/ T/ T/ T/ T/ T/ T/ /L /L A A /L /NO /L /L /L /NO A GV DMpppp GV DMpppp /L /L /L /L /L /L /T /T /T /T /T /T A A /L T/ /L T/ /L T/ /NO /NC A A L L L /NO /NC /NO /NC A A U V W 0 References pages 0/ : to 0/ -EN_Ver..indd

17 Schemes (continued) TeSys motor starters - open version Combination automatic motor starters GV DPpppp /L /L /L GV DPpppp /L /L /L /T /T /T /T /T /T A A /L T/ /L T/ /L T/ /NO /NC A A L L L /NO /NC /NO /NC A A U V W Mechanical interlock with integral electrical contacts Control circuit a Control circuit c A KM A A A 0 A A A A 0 0 KM A KM A A A KM KM KM 0 References pages 0/ : to 0/ -EN_Ver..indd

18 Combination starters for customer assembly TeSys motor starters - open version D.O.L. starters with circuit-breaker and overload protection built into the circuit-breaker 0.0 to 0 kw at 00/ V: type coordination Standard power ratings of -phase motors 0/0 Hz in category AC- Circuit-breaker Contactor Reference Setting range Reference () 00/ V 0 V 00 V of thermal trips P Ie Iq () P Ie Iq () P Ie Iq () kw A ka kw A ka kw A ka A GV ME LC K0 or LC D GV ME LC K0 or LC D GV ME LC K0 or LC D0 GV ME0 0. LC K0 or LC D0 GV ME0. LC K0 or LC D GV ME0. LC K0 or LC D GV ME0... LC K0 or LC D GV ME0. LC K0 or LC D GV ME0. LC K0 or LC D0 GV ME 0 LC K0 or LC D GV ME LC K or LC D GV ME0 LC D. 0.. GV ME LC D GV ME 0 LC D GV ME LC D GV P0 0 0 LC D0A GV P0 0 LC D0A GV P LC DA GV RE0 0 LC DA 0 0 GV ME0 0 LC D0 0 GV RE0 0 LC D0 GV RE LC D 0 0 GV RE LC D GV RE0 0 0 LC D 0 0 GV RE0 0 0 LC D0 0 GV RE0 0 0 LC F GV RE0 0 LC F GV RE0 0 LC F 0 00 GV RE0 0 LC F () The breaking performance of circuit-breakers GV ME can be increased by adding a current limiter GV L, see page 0/. () For reversing operation, replace the prefi x LC with LC. version:. -EN.indd

19 Combination starters for customer assembly TeSys motor starters - open version D.O.L. starters with circuit-breaker and overload protection built into the circuit-breaker 0.0 to 0 kw at 00/ V: type coordination Standard power ratings of -phase motors 0/0 Hz in category AC- Circuit-breaker Contactor Reference Setting range Reference () 00/ V 0 V 00 V of thermal trips P Ie Iq () P Ie Iq () P Ie Iq () kw A ka kw A ka kw A ka A GV P0 or GV ME LC D GV P0 or GV ME LC D0 GV P0 or GV ME LC D0 GV P0 or GV ME0 0. LC D0 GV P0 or GV ME0. LC D GV P0 or GV ME0. LC D GV P0 or GV ME0.. LC D0 GV P0 or GV ME0. LC D0 GV P0 or GV ME0. LC D0 GV ME0. LC D0 GV P0. LC D0 GV P or GV ME 0 LC D0 GV ME 0 LC D0 GV P 0 LC D GV P or GV ME LC D GV P0 or GV ME0 LC D GV P or GV ME LC D 0 GV P or GV ME 0 LC D 0 GV P 0 LC D GV P or GV ME 0 LC D. 0 GV P0 0 0 LC D0A GV P0 0 0 LC DA 0 GV P0 0 LC D0A GV P0 0 LC DA GV P LC DA 0 GV P LC D0 GV RS0 0 LC D0 0 0 GV RS0 0 0 LC D0 0 GV RS0 0 LC D0 0 GV RS0 0 0 LC D GV RS0 0 LC D0 0 GV RS0 0 LC D0 GV RS0 0 LC D0 0 GV RS0 0 LC D 0 0 GV RS0 0 LC D 0 0 GV RS LC D GV RS0 0 0 LC D GV RS0 0 LC F GV RS0 0 LC F GV RS0 0 LC F () The breaking performance of circuit-breakers GV P can be increased by adding a current limiter GV L, see page 0/. () Combinations with circuit-breaker GV ME are type coordinated only at 00/ V and 0 V. () For reversing operation, replace the prefi x LC with LC. 0 -EN.indd version:.

20 Combination starters for customer assembly TeSys motor starters - open version D.O.L. starters with circuit-breaker and overload protection by separate thermal overload relay 0.0 to 0 kw at 00/ V: type coordination Standard power ratings of -phase motors 0/0 Hz in category AC- Circuit-breaker Contactor Thermal overload relay 00/ V 0 V 00 V Reference Rating Irm () Reference () Reference Setting P Ie Iq P Ie Iq P Ie Iq range kw A ka kw A ka kw A ka A A A GV LE0 0. LC K0 LR K GV LE0 0. LC K0 LR K GV LE0 0. LC K0 LR K GV LE0 0. LC K0 LR K GV LE0 0. LC K0 LR K GV LE0 LC K0 LR K GV LE0 LC K0 LR K GV LE0.. LC K0 LR K GV LE0.. LC K0 LR K GV LE0.. LC K0 LR K GV LE0 LC K0 LR K GV LE0 LC K0 LR K GV LE0. LC K0 LR K GV LE0. LC K0 LR K0.. GV LE 0 LC K0 LR K GV LE 0 LC K0 LR K0.. 0 GV LE 0 LC K0 LR K GV LE 0 LC K LR K GV LE 0 LC D LRD... GV LE0 LC D LRD.. GV LE LC D LRD 0. GV LE LC D LRD GV LE LC D LRD GV L0 0 0 LC D0A LRD GV L LC D0A LRD 0 0 () Irm: setting current of the magnetic trip. () For reversing operation, replace the prefi x LC with LC. version:. 0-EN_Ver..indd

21 Combination starters for customer assembly (continued) TeSys motor starters - open version D.O.L. starters with circuit-breaker and overload protection by separate thermal overload relay 0.0 to 0 kw at 00/ V: type coordination (continued) Standard power ratings of -phase motors 0/0 Hz in category AC- Circuit-breaker Contactor Thermal overload relay 00/ V 0 V 00 V Reference Rating Irm () Reference () Reference Setting P Ie Iq P Ie Iq P Ie Iq range kw A ka kw A ka kw A ka A A A GV L 0 LC DA LRD 0 0 GV L 0 LC DA LRD 0 GV L 0 LC D0 LRD 0 0 NS0HMA 0 00 LC D0 LRD 0 () NS00pMA () LC D LRD () NS00pMA () LC D LRD () NS0pMA () 0 00 LC D LRD 0 00 () NS0pMA () 0 0 LC D LRD 0 () () 0 () NS0pMA () 0 00 LC D0 LRD () NS0pMA () 0 0 LC F LR F 0 0 () 0 () NS0pMA () 0 00 LC F LR F () NS0pMA () 0 0 LC F LR F 0 0 () NS0pMA () 0 0 LC F LR F 0 () NS0pMA () 0 0 LC F LR F 0 () NS0pMA () 0 0 LC F LR F 0 0 () NS00pMA () 0 00 LC F LR F () NS00pMA () 0 0 LC F LR F () NS00pMA () 0 0 LC F0 LR F () 00 () NS00pMA () 0 0 LC F0 LR F () NS00pMA () 0 0 LC F0 LR F () NS00pMA () 0 0 LC F00 LR F () 0 () NS0pMA () LC F00 LR F () NS0pMA () 00 0 LC F00 LR F () NS0pMA () LC F00 LR F () NS0pMA () LC F00 LR F () 0 0 () () NS0pMA () LC F00 LR F () NS0pMA () LC F00 LR F 0 0 () Irm: setting current of the magnetic trip. () For reversing operation, replace the prefi x LC with LC. () Products marketed under the Merlin Gerin brand. Reference to be completed by replacing the p with the breaking performance code: Breaking performance Iq (ka) NS00pMA NS0pMA and NS0pMA NS00pMA and NS0pMA 00/ V V 0 00 V /0 V Code N H N H H L 0-EN_Ver..indd version:.

22 Combination starters for customer assembly (continued) TeSys motor starters - open version D.O.L. starters with circuit-breaker and overload protection by separate thermal overload relay 0.0 to 0 kw at 00/ V: type coordination Standard power ratings of -phase motors 0/0 Hz in category AC- Circuit-breaker Contactor Thermal overload relay 00/ V 0 V 00 V Reference Rating Irm () Reference () Reference Setting P Ie Iq P Ie Iq P Ie Iq range kw A ka kw A ka kw A ka A A A GV L0 or LE0 0. LC D0 LRD GV L0 or LE0 0. LC D0 LRD GV L0 or LE0 0. LC D0 LRD GV L0 or LE0 LC D0 LRD GV L0 or LE0 LC D0 LRD GV L0 or LE0.. LC D0 LRD GV L0 or LE0.. LC D0 LRD GV L0 or LE0 LC D0 LRD GV L0 or LE0 LC D0 LRD GV L0 or LE0. LC D0 LRD 0 GV LE0. LC D0 LRD 0 GV L0. LC D0 LRD 0. 0 GV L or LE 0 0 LC D0 LRD.. 0 GV LE 0 LC D LRD.. 0 GV L 0 LC D LRD.. 0 GV L or LE 0 LC D0 LRD 0. GV LE 0 LC D0 LRD 0. 0 GV L 0 LC D0 LRD 0. 0 GV LE 0 LC D0 LRD 0. 0 GV L 0 LC D0 LRD GV L 0 LC D LRD.. 0 GV L 0 LC D LRD GV L0 LC D LRD GV L LC D LRD GV L LC D LRD GV L LC D0A LRD.. 0 GV L LC DA LRD () Irm: setting current of the magnetic trip. () For reversing operation, replace the prefi x LC with LC. version:. 0-EN_Ver..indd

23 Combination starters for customer assembly (continued) TeSys motor starters - open version D.O.L. starters with circuit-breaker and overload protection by separate thermal overload relay 0.0 to 0 kw at 00/ V: type coordination (continued) Standard power ratings of -phase motors 0/0 Hz in category AC- Circuit-breaker Contactor Thermal overload relay 00/ V 0 V 00 V Reference Rating Irm () Reference () Reference Setting P Ie Iq P Ie Iq P Ie Iq range kw A ka kw A ka kw A ka A A A. 0 GV L0 0 0 LC D0A LRD GV L0 0 0 LC DA LRD GV L LC D0A LRD GV L LC DA LRD GV L 0 LC DA LRD 0 0 GV L 0 LC D0 LRD 0 NS0HMA LC D0 LRD 0 0 () NS00pMA () LC D0 LRD 0 () 0 () NS00pMA () LC D LR D () NS0pMA () 0 00 LC D LR D () NS0pMA () 0 00 LC D LR D 0 0 () () NS0pMA () 0 0 LC D0 LR D () NS0pMA () 0 0 LC D0 LR D () NS0pMA () 0 00 LC D0 LR D () 0 () NS0pMA () 0 0 LC F LR F 0 0 () NS0pMA () 0 0 LC F LR F () NS0pMA () 0 0 LC F LR F 0 () () NS0pMA () 0 00 LC F LR F 0 0 () 0 () NS00pMA () 0 0 LC F LR F () NS00pMA () 0 00 LC F LR F () NS00pMA () LC F0 LR F () NS00pMA () LC F0 LR F () NS00pMA () 0 00 LC F00 LR F () NS00pMA () 0 00 LC F00 LR F () () () () () 0 0 () () NS0pMA () LC F00 LR F NS0pMA () LC F00 LR F NS0pMA () 00 0 LC F00 LR F () NS0pMA () LC F0 LR F 0 0 () Irm: setting current of the magnetic trip. () For reversing operation, replace the prefi x LC with LC. () Products marketed under the Merlin Gerin brand. Reference to be completed by replacing the p with the breaking performance code: Breaking performance Iq (ka) NS00pMA NS0pMA and NS0pMA NS00pMA and NS0pMA 00/ V V 0 00 V /0 V Code N H N H H L 0-EN_Ver..indd version:.

24 Combination starters for customer assembly TeSys motor starters - open version Star-delta starters with circuit-breaker and overload protection built into the circuit-breaker. to 0 kw at 00/ V: type coordination Maximum operating rate: LC K: starts/hour; LC D: 0 starts/hour. Maximum starting time: 0 seconds. Standard power ratings of -phase motors Circuit-breaker 0-0 Hz in category AC- 00/ V 0 V Reference Setting range P Ie IrD () Iq () P Ie IrD () Iq () of thermal trips kw A A ka kw A A ka A Star-delta contactors Reference GV ME0. LC K GV ME0. LC K0 GV ME 0 LC K GV ME LC K GV ME0 LC K0.. GV ME0 LC DA GV ME LC DA GV ME 0 LC DA. 0. GV ME LC DA GV P0 0 0 LC DA 0 GV P0 0 0 LC DA 0 GV P0 0 LC DA GV P0 0 LC DA GV P LC DA GV P x LC D0A () 0 GV RE0 0 x LC D0A () 0 GV ME0 0 x LC D0A () GV RE0 0 x LC D0A () 00 0 GV RE x LC D0A () GV RE0 0 0 LC D0 0 GV RE0 0 0 LC D GV RE0 0 LC D GV RE0 0 LC D0 () IrD: current in the motor windings in delta connection. () The breaking performance of circuit-breakers GV ME can be increased by adding a current limiter GV L, see page 0/. () For mounting contactors LC DppA, star-delta starter kit LAD SD must be ordered separately, see page 0/. version:. -EN_Ver..indd

25 Combination starters or customer assembly (continued) TeSys motor starters - open version Star-delta starters with circuit-breaker and overload protection built into the circuit-breaker. to 0 kw at 00/ V: type coordination Maximum operating rate: LC D: 0 starts/hour; LC F: starts/hour. Maximum starting time: LC D: 0 seconds; LC F: 0 seconds. Standard power ratings of -phase motors 0-0 Hz in category AC- Circuit-breaker Star-delta contactors 00/ V 0 V Reference Setting range Reference P Ie Iq P Ie Iq () of thermal trips kw A ka kw A ka A GV P0. x LC D0 () GV P0. x LC D (). 0 GV P0... x LC D (). 0 GV P 0 x LC D () GV P 0 x LC D () GV P x LC D ().. 0 GV P x LC D () GV P0 x LC D () GV P x LC D () 0 GV P 0 x LC D () GV P x LC D0A (). 0 GV P0 0 0 x LC D0A ().. 0 GV P0 0 0 x LC DA () 0 GV P0 0 x LC D0A () 0 GV P0 0 x LC DA () GV P x LC DA () 0 GV RS0 0 x LC D0 () GV RS0 0 x LC D0 () 0 GV RS x LC D () GV RS x LC D () 0 GV RS0 0 0 x LC D0 () 0 GV RS0 0 0 x LC D0 () GV RS0 0 x LC F () GV RS0 0 x LC F () () The breaking performance of circuit-breakers GV P can be increased by adding a current limiter GV L, see page 0/. () For mounting contactors LC D0, star-delta starter kit LAD must be ordered separately, see page 0/. () For mounting contactors LC D or LC D, star-delta starter kit LAD must be ordered separately, see page 0/. () For mounting contactors LC DppA, star-delta starter kit LAD SD must be ordered separately, see page 0/. () For mounting contactors LC D0, star-delta starter kit LA D0 must be ordered separately, see page 0/. () For mounting contactors LC D or LC D0, see page /. () For mounting contactors LC F or LC F, see pages 0/ and 0/. -EN_Ver..indd version:.

26 Combination starters for customer assembly TeSys motor starters - open version Star-delta starters with circuit-breaker and overload protection by separate thermal overload relay. to kw at 00/ V: type coordination Maximum operating rate: LC K and LC F: starts/hour; LC D: 0 starts/hour. Maximum starting time: LC K and LC D: 0 seconds; LC F: 0 seconds. Standard power ratings of -phase motors 0/0 Hz in category AC- Circuit-breaker Star-delta contactors Thermal overload relay 00/ V 0 V Reference Rating Irm () Reference Reference Setting P Ie IrD () Iq P Ie IrD () Iq range kw A A ka kw A A ka A A A GV LE0 LC K0 LR K GV LE0. LC K0 LR K GV LE 0 LC K0 LR K GV LE0. LC K0 LR K GV LE 0 LC K0 LR K GV LE 0 LC K0 LR K0.. GV LE 0 LC K0 LR K0... GV LE 0 LC K0 LR K0... GV LE0 LC K0 LR K0.. GV LE 0 LC DA LRD. 0 GV LE LC K LR K0. 0. GV LE0 LC K LR K0 0 GV LE LC K LR K0 0. GV LE LC DA LRD. 0 GV LE LC DA LRD GV L0 0 0 LC DA LRD 0 0 GV L LC DA LRD GV L 0 LC DA LRD 0 0 GV L 0 LC DA LRD 0 0 GV L 0 x LC D0A LRD NS0HMA 0 0 x LC D0A LRD 0 0 NS0HMA 0 00 x LC D0A LRD 0 0 NS0HMA 0 0 x LC D0A LRD () NS0pMA () 0 00 LC D0 LRD 0 () NS00pMA () x LC D0A LRD 0 00 () NS00pMA () x LC D0A LRD 0 () NS0pMA () 0 00 LC D0 LRD 0 0 () NS0pMA () 0 00 LC D LRD () 0 0 () NS0pMA () 0 0 LC D LRD 0 0 () NS0pMA () 0 0 LC D0 LRD () NS0pMA () 0 0 LC D LRD () NS00pMA () 0 0 LC D0 LR D () NS0pMA () 00 0 LC F LR F 0 0 () NS00pMA () 0 0 LC D0 LRD () NS00pMA () 0 0 LC F LR F () 0 0 () NS0pMA () 00 0 LC F LR F 0 0 () 0 0 () NS0pMA () LC F LR F () NS0pMA () LC F0 LR F () C0p+STRME LC F0 LR F 00 0 () 00 () C0p+STRME LC F0 LR F 00 0 () C0p+STRME LC F00 LR F () IrD: current in the motor windings in delta connection. () Irm: setting current of the magnetic trip. () Products marketed under the Merlin Gerin brand. Reference to be completed by replacing the p with the breaking performance code: Breaking performance Iq (ka) NS00pMA NS0pMA, NS0pMA NS00pMA, NS0pMA C0p+STRME 00/ V V 0 00 Code E S E S H L H L version:. -EN_Ver..indd

27 Combination starters for customer assembly (continued) TeSys motor starters - open version Star-delta starters with circuit-breaker and overload protection by separate thermal overload relay. to 0 kw at 00/ V: type coordination Maximum operating rate: LC D: 0 starts/hour; LC F: starts/hour. Maximum starting time: LC D: 0 seconds; LC F: 0 seconds. Standard power ratings of -phase motors 0/0 Hz in category AC- Circuit-breaker Star-delta contactors Thermal overload relay 00/ V 0 V Reference Rating Irm () Reference Reference Setting P Ie Iq P Ie Iq range kw A ka kw A ka A A A GV L0 x LC D LRD GV L0. x LC D LRD 0. 0 GV L 0 x LC D LRD 0. 0 GV L 0 x LC D LRD GV L 0 x LC D LRD GV L0 x LC D LRD. 0 GV L x LC D LRD GV L x LC D LRD GV L x LC D0A LRD. 0 GV L0 0 0 x LC D0A LRD GV L0 0 0 x LC DA LRD GV L x LC D0A LRD GV L x LC DA LRD GV L 0 x LC DA LRD 0 GV L 0 x LC D0 LRD 0 NS0HMA 0 0 x LC D0 LRD 0 () 0 () NS00pMA () x LC D LR D () NS0pMA () 0 00 x LC D LR D 0 0 () NS0pMA () 0 00 x LC D0 LR D 0 0 () 0 () NS0pMA () 0 00 x LC D0 LR D () 0 () NS0pMA () 0 0 x LC F LR F () NS0pMA () 0 0 x LC F LR F 0 () NS0pMA () 0 0 x LC F LR F () 0 () NS00pMA () 0 0 x LC F LR F () NS00pMA () 0 0 x LC F0 LR F () NS00pMA () 0 0 x LC F0 LR F () 0 () NS0pMA () 00 0 x LC F00 LR F () 0 0 () NS0pMA () x LC F00 LR F () NS0pMA () x LC F00 LR F () Irm: setting current of the magnetic trip. () Products marketed under the Merlin Gerin brand. Reference to be completed by replacing the p with the breaking performance code: Breaking performance Iq (ka) NS00pMA NS0pMA, NS0pMA NS00pMA, NS0pMA 00/ V V 0 Code E S E S H L -EN_Ver..indd version:.

28

29 Contents Motor starters up to 0 A TeSys GV, GV and GV motor circuit-breakers b Thermal-magnetic circuit-breakers Selection guide page 00Q/ v Presentation page / v Characteristics page 0/ v Curves page / v References page 0/ v Dimensions, mounting page / v Schemes page /0 b Magnetic circuit-breakers Selection guide page 0Q/ v Characteristics page / v Curves page / v References page / v Dimensions, mounting page / v Schemes page / b Enclosed circuit-breakers v References, dimensions, schemes page 0/ 0

30 Selection guide TeSys protection components Thermal-magnetic motor circuit-breakers Applications Protection of motors against short-circuits and overloads Tripping threshold on short-circuit In Standard motor power ratings in AC-, V Up to kw Up to 0 kw kw Operational current at V 0. A A 0 A Breaking capacity at V (Icu) to IEC ka 00 ka 0 00 ka ka Door interlock mechanism Without With With Without Circuit-breaker type GV ME GV P GV P GV ME0 Pages 0/ and 0/ 0/ 0/ 0/ 0 00Q-EN_Ver.

31 Protection of motors with high current peak on starting 0 In. 0 kw Up to kw 0 A 0. A and ka 0 ka 00 ka With With GV RE GV RS GV RT 0/ 0/ and 0/ 0 00Q-EN_Ver.

32 Selection guide TeSys protection components Magnetic motor circuit-breakers Applications Protection of motors Magnetic circuit-breakers provide short-circuit protection. They must be combined with thermal overload relays to provide motor overload protection. Tripping threshold on short-circuit In Standard motor power ratings in AC-, V Operational current at V Up to kw 0. A Breaking capacity at V (Icu) to IEC ka 00 ka Door interlock mechanism Circuit-breaker type GV LE GV L With Pages / / 0 0Q-EN_Ver.

33 In In.. In Up to 0 kw kw 0. 0 kw A 0 A. 00 A 0 00 ka ka. and 0 ka. 0 ka. 0 ka With With With GV L GK EF0 NS 0 NS 00 to NS 0 NS 00 and NS 0 / / Please consult the Schneider Electric catalogue - Low Voltage Distribution 0 0Q-EN_Ver.

34 Presentation TeSys protection components Thermal-magnetic motor circuit-breakers GV, GV and GV GV ME with screw clamp terminals GV ME with spring terminals connections Presentation GV ME, GV P, GV ME, GV P and GV R motor circuit-breakers are -pole thermal-magnetic circuit-breakers specifically designed for the control and protection of motors, conforming to standards IEC 0- and IEC 0--. Connection GV GV ME and GV P circuit-breakers are designed for connection by screw clamp terminals. Circuit-breaker GV ME can be supplied with lugs or spring terminal connections. Spring terminal connections ensure secure, permanent and durable clamping that is resistant to harsh environments, vibration and impact and are even more effective when conductors without cable ends are used. Each connection can take two independent conductors. 0 GV GV circuit-breakers feature connection by BTR screws (hexagon socket head), tightened using a n Allen key. This type of connection uses the EverLink system with creep compensation () (Schneider Electric patent). This technique makes it possible to achieve accurate and durable tightening torque, in order to avoid cable creep. GV circuit-breakers are also available with connection by lugs. This type of connection meets the requirements of certain Asian markets and is suitable for applications subject to strong vibration, such as railway transport. 0 GV P GV P GV GV circuit-breakers: with connection by screw clamp terminals (for bars and lugs) and by clip-on connectors. Operation Control is manual and local when the motor circuit-breaker is used on its own. Control is automatic and remote when it is associated with a contactor. GV ME and GV ME0 Pushbutton control. Energisation is controlled manually by operating the Start button I. De-energisation is controlled manually by operating the Stop button O, or automatically by the thermal-magnetic protection elements or by a voltage trip attachment. 0 GV P, GV P and GV R b Control by rotary knob: for GV P and GV P b Control by rocker lever: for GV R. Energisation is controlled manually by moving the knob or rocker lever to position I. De-energisation is controlled manually by moving the knob or rocker lever to position O. De-energisation due to a fault automatically places the knob or rocker lever in the Trip position. Re-energisation is possible only after having returned the knob or rocker lever to position O. () Creep: normal crushing phenomenon of copper conductors, that is accentuated over time. GV R 0 Characteristics: pages 0/ to / References: pages 0/ to 0/ Dimensions: pages / to / Schemes: pages / and / -EN_Ver.

35 Presentation (continued) TeSys protection components Thermal-magnetic motor circuit-breakers GV, GV and GV Presentation (continued) Protection of motors and personnel Motor protection is provided by the thermal-magnetic protection elements incorporated in the motor circuit-breaker. The magnetic elements (short-circuit protection) have a non-adjustable tripping threshold, which is equal to times the maximum setting current of the thermal trips. The thermal elements (overload protection) include automatic compensation for ambient temperature variations. The rated operational current of the motor is displayed by means of a graduated knob. Personnel protection is also provided. All live parts are protected against direct fi nger contact from the front panel. The addition of an undervoltage trip allows the circuit-breaker to be de-energised in the event of an undervoltage condition. The user is therefore protected against sudden starting of the machine when normal voltage is restored, since the Start button I has to be pressed to restart the motor. With the addition of a shunt trip, de-energisation of the unit can be remotely controlled. The operators on both open-mounted and enclosed motor circuit-breakers can be locked in the Stop position O by up to padlocks. Because they are suitable for isolation, these circuit-breakers, in the open position, provide an adequate isolation distance and indicate the actual position of the moving contacts by the position of the operators. Special features These motor circuit-breakers are easily installed in any confi guration thanks to their universal fi xing arrangement: screw fi xing or clip-on mounting on symmetrical, asymmetrical or combination rails. 0 Characteristics: pages 0/ to / References: pages 0/ to 0/ Dimensions: pages / to / Schemes: pages / and / -EN_Ver.

36 Characteristics TeSys protection components Thermal-magnetic motor circuit-breakers 0 Environment Circuit-breaker type GV ME GV P GV P GV ME0 GV R Conforming to standards IEC 0-, 0-, 0--, EN 00, UL 0, CSA C. n -0, NF C -0, -0, -0, VDE 0, 00 Product certifications UL, CSA, CCC, CEBEC, GOST, TSE, BV, GL, LROS, DNV, PTB, EZU, SETI, RINA, ATEX UL (), CSA, PTB, EZU, GOST, TSE, DNV, LROS, GL, BV, RINA, CCC, ATEX IEC/EN 0-, 0-, 0--, UL 0 type E, CSA C. n -0 type E UL, CSA, CCC (pending), GOST, ATEX (pending) IEC/EN, NF EN, BS EN, DIN EN 0-, 0-- UL, CSA, LROS IEC 0-, 0-, 0--, EN 0-, 0-, EN 0--, NF C -0, NF C -0, -0, VDE 0, 00 UL, DNV, CCC Protective treatment TH TH TC TC Degree of protection Conforming to IEC 0 Open mounted IP 0 IP 0 IP 0 IP 0 with terminal shrouds In enclosure GV Mp0: IP GV Mp0: IP GV PC0 and GV PC0: IP Shock resistance Conforming to IEC gn - ms On: gn - ms Off: 0 gn - ms Vibration resistance Conforming to IEC 00-- gn ( 0 Hz) gn ( 00 Hz) GV CE0: IP gn - 0 ms gn - ms. gn (0 Hz). gn ( Hz) Ambient air temperature Storage C Operation Open mounted C () In enclosure C Temperature compensation Open mounted C () In enclosure C Flame resistance Conforming to IEC 0-- C Maximum operating altitude m Suitable for isolation Conforming to IEC Yes Yes Yes Resistance to mechanical impact J IK 0 IK 0 (in enclosure) Sensitivity to phase failure Yes, conforming to IEC Technical characteristics Circuit-breaker type GV ME GV P GV RT GV P GV ME0 GV Rp0... Rp00 Utilisation category Conforming to IEC 0- A A A A Conforming to IEC 0-- AC- AC- AC- AC- Rated operational voltage Conforming to IEC 0- V (Ue) Rated insulation voltage (Ui) Conforming to IEC 0- V Rated voltage Conforming to CSA C- n, UL 0 Rated operational frequency Rated impulse withstand voltage (U imp) Conforming to IEC 0-- UL, CSA V (B00) Hz 0/0 0/0 0/0 0/0 Conforming to IEC 0- kv GV Rp0 GV Rp0 Total power dissipated per pole W... Mechanical durability C.O (C.O.: Close, Open) Electrical durability for AC- duty 0 V In/ C.O V In C.O Duty class (maximum operating rate) C.O./h Maximum conventional rated thermal current (Ith) Conforming to IEC 0-- A Rated duty Conforming to IEC 0-- Continuous duty () UL 0 type E for GV PppH () Leave a space of mm between circuit-breakers: either an empty space, or side mounting addon contact blocks. Side by side mounting is possible up to 0 C. () For operation up to 0 C, please consult your Regional Sales Office. References: pages 0/ to 0/ Dimensions: pages / to / Schemes: pages /0 and / 0-EN_Ver.0

37 Characteristics (continued) TeSys protection components Thermal-magnetic motor circuit-breakers Mounting characteristics Operating position Without derating, in relation to normal vertical mounting plane () Connection characteristics Connection to screw clamp terminals or spring terminals Bare cables h Circuit-breaker type GV ME GV P GV P GV ME0 Connection to screw clamp terminals Min. Max. Min. Max. Min. Max. Min. Max. () Solid cable mm x x x x x x and x. x (Max. number of x conductors x c.s.a.) Flexible cable without cable end Flexible cable with cable end mm x. x x. x x x and x mm x x x x x x and x x. x x. x Tightening torque N.m.... : mm : mm Connection to spring terminals Number of conductors x c.s.a. Solid cable mm x () x Flexible cable without cable end mm x. () x Connection by bars or lugs Bars or lugs e L d L d Ø L' Circuit-breaker type GV MEpp GV Ppp GV GV Rp0 GV Rp0 Rp0...Rp00 Pitch Without spreaders mm.. With spreaders mm Bars or cables with lugs e mm y y y y y L mm y. y. y y y L mm y. y. d mm y 0 y 0 y 0 y 0 y 0 Screws M M M M M Bare cables (copper or aluminium) with connectors Tightening torque N.m. 0 Height (h) mm C.s.a. mm Tightening torque N.m () When mounting on a vertical rail, fi t a stop to prevent any slippage. () For motor circuit-breakers GV P: BTR hexagon socket head screws, EverLink system. Require use of an insulated Allen key, in compliance with local electrical wiring regulations. () For cross-sections to. mm, the use of an LA D cable end reducer is recommended. 0 References: pages 0/ to 0/ Dimensions: pages / to / Schemes: pages /0 and / 0-EN_Ver.0

38 Characteristics TeSys protection components Thermal-magnetic motor circuit-breakers GV ME and GV P Breaking capacity of GV ME and GV P Circuit-breaker type GV ME GV P 0 to 0 Rating A 0. to. Breaking capacity conforming to IEC & 0 to 0 0. to &.. 0 &.. 0 & 0/0 V Icu ka g g g g g g g 0 0 g g g g g g g g g Ics % () g g g g g g g g g g g g g g g g 00/ V Icu ka g g g g g 0 g g g g g g Ics % () g g g g g g g g g g g V Icu ka g g g 0 g g g g g Ics % () g g g g g g g g 00 V Icu ka g g g 0 0 g g g g Ics % () g g g g g g g 00 0 V Icu ka g g Associated fuses (if required) if Isc > breaking capacity Icu conforming to IEC 0- Ics % () g g /0 V am A g g g g g g g 0 0 g g g g g g g g g gg A g g g g g g g g g g g g g g g g 00/ V am A g g g g g 0 0 g g g g g g gg A g g g g g g g g g g g 0 V am A g g g g g g g g gg A g g g 0 0 g g g g g V am A g g g g g g g gg A g g g g g g g 0 V am A g g gg A g g 0 0 g > 00 ka. () As % of Icu. 0 References: pages 0/ to 0/ Dimensions: pages / to / Schemes: page /0 0-EN_Ver.0