Schneider residual current circuit breaker

Residual current circuit breakers from Schneider Electric – For maximum safety in your electrical installation

Reliable protection for people, animals and technology

The Residual current circuit breaker (RCCB) from Schneider Electric offer you the highest level of electrical safety in the home, business, or industry. They recognize dangerous Fault currents and interrupt the circuit in a flash – before any damage can occur. This is how you reliably protect yourself against electric shocks , fires and Device damage .

Why choose a residual current circuit breaker from Schneider?

  • Fast & reliable triggering in case of fault currents
  • Protection against electric shock and cable fire
  • Suitable for residential and commercial buildings
  • Compact design – ideal for any distribution box
  • Compatible with DIN rail devices
  • Available as Type A, Type AC & Type B – for all areas of application
  • Easy assembly & long service life
  • Certified brand quality from Schneider Electric

The right solution for every application

Whether Residential building , Workshop , office building or industrial plant Schneider Electric offers a wide selection of residual current circuit breakers (RCCBs) for a wide range of requirements:

  • Type A residual current circuit breaker (RCCB) : Protects against sinusoidal alternating and pulsating direct fault currents – standard in households.

  • Type B residual current circuit breaker (RCCB) : For special applications with frequency converters, PV systems or charging infrastructure for e-mobility.

  • FI/LS combinations : Residual current protection and line protection in one device – space-saving and efficient.

Security from a world-leading brand

Schneider Electric is one of the world's leading manufacturers in the field of Energy distribution and building automation . With the high-quality Residual current circuit breakers Do you rely on tested quality? DIN VDE standards fulfills you and gives you a feeling of security in the long term.