WKC 2 Pole 10kA MCB's 6-63A

  • £7.49
  • The WCED 2 Pole 10kA Miniature Circuit Breaker (MCB) range delivers dependable overcurrent and short-circuit protection for domestic, commercial, industrial, solar, and EV applications. Built for long service life and stable performance, these MCBs are available from 6A to 63A with B, C, or D trip curves to match your...

    Size
    Curve

    WKC 10kA 2 Pole MCB Technical Diagram

    The WCED 2 Pole 10kA Miniature Circuit Breaker (MCB) range delivers dependable overcurrent and short-circuit protection for domestic, commercial, industrial, solar, and EV applications. Built for long service life and stable performance, these MCBs are available from 6A to 63A with B, C, or D trip curves to match your circuit requirements.

    • 10kA breaking capacity – suitable for high fault level environments
    • 2 pole design – isolates both live conductors for added safety
    • Available in B, C & D curves (D curve on request)
    • Rated for 6–63A operation
    • Bi-directional – install either supply end up
    • Provides short-circuit and overload protection, plus isolation
    • Suitable for solar PV and EV installations
    • Compact DIN rail mounting – 36mm width

    What’s the difference between B, C, and D curve MCBs?

    B curve trips at lower inrush currents, C curve handles moderate motor loads, D curve is for high inrush loads such as large motors or transformers.

    Can I use this MCB in a solar PV installation?

    Yes – it’s suitable for solar PV systems as well as EV charger circuits.

    Does it protect both live conductors?

    Yes – the 2 pole design provides simultaneous isolation of both live lines.

    • Brand: WCED
    • Poles: 2
    • Rated Current: 6A, 10A, 16A, 20A, 25A, 32A, 40A, 50A, 63A
    • Curve Type: B, C, or D (D on request)
    • Breaking Capacity: 10kA
    • Standards: IEC/EN 60898-1
    • Mounting: DIN rail EN 60715 (35mm)
    • Application: Domestic, commercial, industrial, solar, EV

    To be fitted by a qualified electrician in accordance with BS 7671. Ensure correct curve and current rating are chosen for the circuit type and load.

    • Check distribution board and system compatibility before installation
    • Maintain recommended torque settings on terminal screws
    • Test after installation to verify trip function