E129899 Search Results

RH56

Abstract: 300 AMP 48 VDC CIRCUIT BREAKER MIL-PRF-55629 shunt trip & on EN60947-2 marking codes A32 UL489A circuit breaker 1 pole 10 amp
Contextual Info: F-Series – General Specifications F-Series breakers are available up to 700A, and are also available with a 25 millivolt metering shunt construction. This optional construction provides a safe method for monitoring current flowing through the breaker by simply connecting a

Contextual Info: 2 | PB-Series - Introduction PB-Series Ground Fault Circuit Protection The PB-Series utilizes the hydraulic magnetic principle which provides precise operation and performance even when exposed to extremely hot and/or cold application environments. The new PB-Series, AC Residual Current Circuit Breaker

Contextual Info: B-Series Circuit Breaker The B-Series hydraulic/magnetic circuit breakers are compact and temperature stable designed for precision operation in OEM markets requiring general purpose as well as full load amp applications. These circuit breakers are designed speciically for world market applications

EN60947-2

Abstract: 250 amp breaker shunt trip 125vdc shunt trip coil 400 AMP 24 VDC CIRCUIT BREAKER IEC EN60947-2 MOLEX BAR CODE DETAIL carling spst UL489A
Contextual Info: Carling Technologies F-Series – General Specifications F-Series breakers are available up to 700A, and are also available with a 25 millivolt metering shunt construction. This optional construction provides a safe method for monitoring current flowing through the breaker by simply connecting a

Carlingswitch

Abstract: 250 amp breaker 300v barrier type screw terminal carlingswitch 620 multi poles switch
Contextual Info: Time Delay Values E-Series DC AC Instantaneous 10000 50/60 Hz INSTANTANEOUS CURVE NO. 20 D.C. INSTANTANEOUS CURVE NO. 10 1000 TRIP TIME IN SECONDS 1000 TRIP TIME IN SECONDS 10000 100 10 1 .1 .01 .001 100 200 300 400 500 600 700 800 900 1000 1100 .1 .001

Contextual Info: E-Series Circuit Breaker The E-Series hydraulic/magnetic circuit breaker is ideally suited for higher current and voltage applications. It is UL listed and CSA certified for branch circuit protection, which does not require a fuse back up. It is also UL recognized and CSA

6v 511 spdt relay

Abstract: 12v DC johnson motor 270 VDC CIRCUIT BREAKER series 511 spdt relay 12v dc
Contextual Info: C-Series Circuit Breaker The C-Series hydraulic/magnetic circuit breakers are ideal for applications that require higher amperage and voltage handling capability in a smaller package. They are available in 1-6 poles, 0.02-100amps, UL Recognized up to 480VAC or 150VDC, UL489 Listed up to 240VAC or 125VDC,

RH56

Abstract: IEC 60947-2 circuit breaker E129899
Contextual Info: F-Series Circuit Breaker The F-Series hydraulic/magnetic high amperage circuit breakers are designed to handle high current applications in extremely hot and/or cold locations. Due to its timeproven hydraulic/magnetic design, the F-Series load sensing mechanism is insensitive to changes in ambient

en60934

Abstract: E75596 Coil Craft 104 270 VDC CIRCUIT BREAKER marking w16 shunt trip 3170 panel 120 AMP 250 VDC CIRCUIT BREAKER type f small craft marking codes A32
Contextual Info: E-Series – General Specifications Ideally suited for higher amperage applications. Available with front and back mounting, screw terminals, stud terminals and heavy duty box wire connectors for solid wire or a pressure plate connector for stranded wire. Power selector device available, consult factory.

Contextual Info: 8 | PC-Series - Introduction PC-Series Ground Fault Circuit Protection The PC-Series, AC Residual Current Circuit Breaker with Overcurrent Protection RCBO , combines the ground fault protection of a GFCI with the familiar overcurrent tripping characteristics of a normal circuit breaker.

Contextual Info: F-Series Circuit Breaker The F-Series hydraulic/magnetic high amperage circuit breakers are designed to handle high current applications in extremely hot and/or cold locations. Due to its timeproven hydraulic/magnetic design, the F-Series load sensing mechanism is insensitive to changes in ambient