Companies found: 11
| Eaton Industries (Italy) S.r.l. (595) |
| Siemens Spa (595) |
| Schneider Electric Spa (342) |
| Abb Spa (103) |
| Lovato Electric Spa (74) |
| Omron Electronics S.p.a. (46) |
| Italweber Spa (24) |
| Bticino Spa (22) |
| Gewiss Spa (13) |
| Hager Bocchiotti SPA (13) |
| Vortice Spa (5) |
Motor protection circuit-breaker
| Code | ||
|---|---|---|
 | NZMH2-S125-SVE INT.AUT.DI POT.3P SOLO MAGN. - 113345 (4015081128808) 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-S160-SVE INT.AUT.DI POT.3P SOLO MAGN. - 113346 (4015081128815) 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-ME90-SVE INT.AUT.DI POT.3P PROT. MOT. - 113348 (4015081128839) motor protection circuit-breaker Overload release current setting: 45÷90 A Adjustment range undelayed short-circuit release: 90÷1260 A With thermal overload protection: TRUE Phase failure sensitive: TRUE Switch off technique: Electronic | |
 | NZMH2-ME140-SVE INT.AUT.RIM.3P PROT. MOT. - 113349 (4015081128846) motor protection circuit-breaker Overload release current setting: 70÷140 A Adjustment range undelayed short-circuit release: 140÷1960 A With thermal overload protection: TRUE Phase failure sensitive: TRUE Switch off technique: Electronic | |
 | NZMH2-ME220-SVE INT.AUT.RIM.3P PROT. MOT. - 113350 (4015081128853) motor protection circuit-breaker Overload release current setting: 110÷220 A Adjustment range undelayed short-circuit release: 200÷2800 A With thermal overload protection: TRUE Phase failure sensitive: TRUE Switch off technique: Electronic | |
 | NZMH2-M25-SVE INT.AUT.3P 25A PROT. MOT. - 113355 (4015081128907) motor protection circuit-breaker Overload release current setting: 20÷25 A Adjustment range undelayed short-circuit release: 350÷350 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
 | NZMH2-M32-SVE INT.AUT.3P 32A PROT. MOT. - 113356 (4015081128914) motor protection circuit-breaker Overload release current setting: 25÷32 A Adjustment range undelayed short-circuit release: 320÷448 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
 | NZMH2-M40-SVE INT.AUT.3P 40A PROT. MOT. - 113357 (4015081128921) motor protection circuit-breaker Overload release current setting: 32÷40 A Adjustment range undelayed short-circuit release: 320÷560 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
 | NZMH2-M50-SVE INT.AUT.3P 50A PROT. MOT. - 113358 (4015081128938) motor protection circuit-breaker Overload release current setting: 40÷50 A Adjustment range undelayed short-circuit release: 400÷700 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
 | NZMH2-M63-SVE INT.AUT.3P 63A PROT. MOT. - 113359 (4015081128945) motor protection circuit-breaker Overload release current setting: 50÷63 A Adjustment range undelayed short-circuit release: 504÷882 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
 | NZMH2-M80-SVE INT.AUT.3P 80A PROT. MOT. - 113360 (4015081128952) motor protection circuit-breaker Overload release current setting: 63÷80 A Adjustment range undelayed short-circuit release: 640÷1120 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |
 | NZMH2-M125-SVE INT.AUT.3P 125A PROT. MOT. - 113362 (4015081128976) motor protection circuit-breaker Overload release current setting: 100÷125 A Adjustment range undelayed short-circuit release: 1000÷1750 A With thermal overload protection: TRUE Phase failure sensitive: FALSE Switch off technique: Thermomagnetic | |