Thermal circuit breakers provide optimum protection against overload for your consumers in power distribution systems. When the circuit breaker trips, the integrated switch function enables immediate reactivation. Unlike a fuse, the circuit breaker does not need to be replaced. The higher the overload, the faster the thermal device circuit breaker trips.
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 2Â A
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 1Â A
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 4Â A
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 6Â A
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 0.5Â A
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 10Â A
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 3Â A
1-channel thermal device circuit breaker for protecting loads up to 32Â VÂ DC in the event of an overload. Fuse type:Â slow-blow. Can be plugged onto fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 10Â A
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 0.25Â A
1-channel thermal device circuit breaker for protecting loads at 250Â VÂ ACÂ /Â 72Â VÂ DC in the event of an overload. For installation on fuse terminal blocks and interfaces for flat plug-in fuse of type C according to standard ISOÂ 8820-3. With fixed nominal current: 0.1Â A
Thermal device circuit breakers
Thermal device circuit breakers are normally tripped via a bimetal strip. In the event of a fault, the bimetal heats up and disconnects the circuit.
As a rule, the higher the overload, the faster the thermal device circuit breaker trips.
The devices can be switched on again at any time. Thermal device circuit breakers are available as pluggable versions.
The TCP DC device circuit breakers are the resettable alternative for your automotive fuses. Easily retrofit your applications and reduce on-site service effort. The portfolio offers optimum overload protection for your application with two characteristic curves.
Reset tripped circuits easily. The tripped channels can be quickly and clearly identified via visual indication.
The housing contour also protects against accidental reset.
The TCP DC product family has the same pin connector pattern as commercially available automotive fuses. This means that existing systems can be easily retrofitted. Just like automotive fuses, the different nominal currents are color coded. The correct plugs are thus easy to identify and clearly assign.
With the choice of two different characteristic curves, your overload protection can be optimally adapted to the connected loads. The nominal current range of 5 to 40 A ideally rounds out the basic protection.
Thermal device circuit breakers in the control cabinet
Typical areas of application for thermal device circuit breakers are sensors and actuators in systems.
These include motors, heating elements and fans, and devices with high starting current.
Thermal device circuit breakers have a maximum voltage range of 250 V AC or 65 V DC.
