0712152, Phoenix Contact Thermal Circuit Breaker - TCP 0.5A Single Pole 65 V dc, 250V ac Voltage Rating, 500mA Current Rating, Автоматический выключатель

Phoenix Contact TCP Thermal Circuit Breaker

The compact TCP range of miniature thermal circuit breakers from Phoenix contacts have an integrated switching function which enables instant re-closure to ensure the availability of the system.

Features and Benefits

• IP40 rating
• Slow blow fuse
• Only 8.2mm wide
• Re-closable
• Available with nominal current levels from 0.1 to 10 A
• Screw or spring cage connections used as a basic terminal block

Note

When mounted in rows, the nominal device current can be limited to just 80% or must be over dimensioned accordingly.

Phoenix Contact Thermal Circuit Breaker, Single Pole, 65V DC / 250V AC Voltage Rating - TCP 0.5A - 0712152

Need to protect a circuit from excess current? Turn to this thermal breaker from Phoenix Contact. It functions much like a fuse, breaking the circuit in the event of overcurrent to prevent damage, but its integrated switching function means you can quickly reclose it to minimise system downtime. As a slow-blow breaker, it permits a surge overcurrent for a short period before tripping. This makes it a practical choice for protecting equipment against short circuits while allowing for the surge currents used in processes such as motor start-ups.
At just 8.2mm wide, this device will easily plug into screw-type terminal block UK 6-FSI/C (652-3335) and spring-cage terminal block ST 4-FSI/C (648-3170). Its rated at voltages of 250V AC and 65V DC, making it suitable for use with the UK mains power supply. Thanks to a wide operating temperature range of -20°C to +60°C, you can safely use this breaker in demanding industrial conditions.

• IP40 (ingress protection) rating means it's touch-proof and protected from wires larger than 1mm
• Dielectric strength of 3000V AC (actuation area) ensures it'll function as an effective breaker, even with high overcurrent

Phoenix Contact Circuit Breakers

Datasheet 712152