Residual current circuit breaker with automatic switch Hager AD960J (2P, 10A, type A, 30mA, 230V)
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Residual current circuit breaker with automatic switch Hager AD960J (2P, 10A, type A, 30mA, 230V)

Residual current circuit breaker with automatic switch Hager AD960J (2P, 10A, type A, 30mA, 230V)

€ 85,32
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Description

Hager AD960J – a residual current circuit breaker with an automatic switch, designed for protection against overcurrents and leakage currents. This 2P device with a 10 A rated current is suitable for use in low-voltage electrical networks. It effectively interrupts the circuit in case of a 30 mA leakage current, ensuring safety.



Specification

  • Type: RCBO (residual current circuit breaker with automatic switch)
  • Number of poles: 2P (1P+N)
  • Tripping curve: C
  • Rated current: 10 A
  • Rated residual operating current (Idn): 30 mA
  • Residual current type: A
  • Rated short-circuit breaking capacity (Icn): 6 kA (at 230 V AC)
  • Rated operating voltage (Ue): 230 V AC
  • Number of modules: 2
  • IP protection class: IP2X
  • Operating temperature: from –25 to +40 °C
  • Connection type: Screw terminals
  • Rated tightening torque: 2.10 Nm
  • Conductor cross-section (rigid): 1–25 mm²
  • Conductor cross-section (flexible): 1–16 mm²
  • Mechanical durability: 2000 operations


Documents / Certificates

🔗 CE declaration



Frequently asked questions (FAQ)

What is an RCBO device for?

An RCBO (residual current circuit breaker with automatic switch) is designed to protect electrical circuits from overcurrents (overload and short-circuit) and from dangerous leakage currents.

How does a type A RCBO differ from other types?

A type A RCBO responds to both alternating current (AC) and pulsating direct current (DC) leakage currents, providing broader protection against various sources of leakage currents.

What does a 6 kA breaking capacity mean?

A 6 kA breaking capacity indicates the maximum short-circuit current that the device can safely interrupt without damaging its structure and ensuring protection for the circuit.

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