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Circuit breakers

xPole Combined RCD/MCB Device PFL6/7, 1+N-pole

This residual current operated circuit breaker with integrated overcurrent protection in 1+N pole is a high-quality residual current circuit breaker and miniature circuit breaker combination, which has a line voltage-independent breaking capacity of 6 kA or 10 kA.
Rated currents
up to 40 A
Tripping Characteristics
B and C
Rated breaking capacity
6 or 10 kA

Core features

  • Combined RCCB/MCB device
  • 3-position DIN rail clip, permits removal from existing busbar system (PFL7)
  • Comprehensive range of accessories suitable for subsequent installation
  • Type-A: Protects against special forms of residual pulsating DC which have not been smoothed (PFL7)
  • Type-G: 10ms time delay in order to avoid unwanted tripping, e.g. during thunderstorms (PFL7)
  • Rated currents up to 25 A (PFL6) and 40 A (PFL7)
  • Tripping characteristics B, C
  • Rated breaking capacity 6 kA (PFL6) and 10 kA (PFL7)
  • 1+N pole
  • Line voltage-independent tripping
  • Compatible with standard busbar
  • Twin-purpose terminal (lift/open-mouthed) above and below
  • Busbar positioning options (above or below)
  • Free terminal space despite installed busbar
  • Guide for secure terminal connection
  • Switching toggle (MCB component) in colour designating the rated current
  • Contact position indicator red - green

All in one device

Eaton's high quality standard guarantees comprehensive personal- and equipment protection by combining the functionalities of a residual current circuit breaker with those of a miniature circuit breaker.
This means spending less time and effort wiring while still protecting the system against overload, short circuit and residual current. Using Eaton's line of RCBOs, your electrical system will increase in safety and reliability.
By organizing the equipment-, lighting- and socket circuits to several protective switching devices, the impacted circuit can be switched off remotely in the event of a fault.

Suitable RCD/MCB types for all contingencies

Wiring the circuits separately increases the operational safety of an electrical system, because in the event of a ground fault on a separated circuit will allow for that circuit to be opened when tripping limits are exceeded. Often a ground fault can lead to an unintentional disconnection of a residual current protection device when other inputs are protected by the same breaker. This type of nusiance tripping can be prevented by individually wiring the system with several circuit breakers.
  • Type AC: This type only detects pure sinusoidal AC residual currents.
  • Type -A: Ideal for standard application. Protects against special forms of residual pulsating DC which have have not been smoothed.
  • Type -G: 10 ms time delay in order to avoid unwanted tripping (e.g. during thunderstorms).

IEC Standard quality design

The RCBO line adheres to the IEC standard of IEC/EN 61009 – an IEC region as well as European standard for RCDs with integrated overcurrent protection (RCBOs). This applies to both the line voltage-independent and line voltage-dependent RCDs/MCBs with rated currents up to 125 A for fixed installations.

All requirements of IEC/EN 61009 are 100 % fulfilled by Eaton's RCBO line. All required standards are printed on the devices.
Specifications

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