Companies found: 10
Siemens Spa (1190) |
Eaton Industries (Italy) S.r.l. (595) |
Schneider Electric Spa (343) |
Abb Spa (103) |
Lovato Electric Spa (74) |
Omron Electronics S.p.a. (47) |
Italweber Spa (24) |
Bticino Spa (22) |
Gewiss Spa (13) |
Vortice Spa (5) |
Motor protection circuit-breaker
Code | ||
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![]() | NZMN1-S100-SVE INT.AUT.RIMOV. 3P SOLO MAGN. - 112772 (4015081123124) motor protection circuit-breaker Overload release current setting: 0÷0 A Adjustment range undelayed short-circuit release: 8÷44328 A With thermal overload protection: FALSE Phase failure sensitive: FALSE Switch off technique: Magnetic | |
![]() | NZMH1-S100-SVE INT.AUT.RIMOV. 3P SOLO MAGN. - 112809 (4015081123490) motor protection circuit-breaker Overload release current setting: 0÷0 A Adjustment range undelayed short-circuit release: 8÷44328 A With thermal overload protection: FALSE Phase failure sensitive: FALSE Switch off technique: Magnetic | |
![]() | NZMB2-M200-SVE INT.AUT.RIMOV.3P PROT. MOT. - 113198 (4015081127337) motor protection circuit-breaker Overload release current setting: 160÷200 A Adjustment range undelayed short-circuit release: 1600÷2800 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
![]() | NZMB2-S200-SVE INT.AUT.DI POT.3P SOLO MAGN. - 113201 (4015081127368) motor protection circuit-breaker Overload release current setting: 0÷0 A Adjustment range undelayed short-circuit release: 8÷44328 A With thermal overload protection: FALSE Phase failure sensitive: FALSE Switch off technique: Magnetic | |
![]() | NZMC2-M200-SVE INT.AUT.DI POT.3P PROT. MOT. - 113225 (4015081127603) motor protection circuit-breaker Overload release current setting: 160÷200 A Adjustment range undelayed short-circuit release: 1600÷2800 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
![]() | NZMC2-S200-SVE INT.AUT.DI POT.3P SOLO MAGN. - 113228 (4015081127634) motor protection circuit-breaker Overload release current setting: 0÷0 A Adjustment range undelayed short-circuit release: 8÷44328 A With thermal overload protection: FALSE Phase failure sensitive: FALSE Switch off technique: Magnetic | |
![]() | NZMN2-M200-SVE INT.AUT.DI POT.3P PROT. MOT. - 113252 (4015081127870) motor protection circuit-breaker Overload release current setting: 160÷200 A Adjustment range undelayed short-circuit release: 1600÷2800 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
![]() | NZMN2-S200-SVE INT.AUT.DI POT.3P SOLO MAGN. - 113255 (4015081127900) motor protection circuit-breaker Overload release current setting: 0÷0 A Adjustment range undelayed short-circuit release: 8÷44328 A With thermal overload protection: FALSE Phase failure sensitive: FALSE Switch off technique: Magnetic | |
![]() | NZMH2-S100-SVE INT.AUT.DI POT.3P SOLO MAGN. - 113344 (4015081128792) motor protection circuit-breaker Overload release current setting: 0÷0 A Adjustment range undelayed short-circuit release: 8÷14 A With thermal overload protection: FALSE Phase failure sensitive: FALSE Switch off technique: Magnetic | |
![]() | NZMH2-S200-SVE INT.AUT.DI POT.3P SOLO MAGN. - 113347 (4015081128822) motor protection circuit-breaker Overload release current setting: 0÷0 A Adjustment range undelayed short-circuit release: 8÷44328 A With thermal overload protection: FALSE Phase failure sensitive: FALSE Switch off technique: Magnetic | |
![]() | NZMH2-M20-SVE INT.AUT.3P 20A PROT. MOT. - 113354 (4015081128891) motor protection circuit-breaker Overload release current setting: 16÷20 A Adjustment range undelayed short-circuit release: 350÷350 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
![]() | NZMH2-M100-SVE INT.AUT.3P 100A PROT. MOT. - 113361 (4015081128969) motor protection circuit-breaker Overload release current setting: 80÷100 A Adjustment range undelayed short-circuit release: 800÷1400 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic |