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3 Way EV RCBO Enclosure – Type A High Immunity 32A Type B (WMEV332B)

  • £27.50
  • 18th Ed. Compliant

    2-Year Warranty

    UK Stock

    Free Delivery £30+

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    The WMEV332B is a compact 3-way EV RCBO enclosure designed to provide both earth leakage and overload protection for single-phase EV charging circuits. Fitted with a 32A Type A High Immunity RCBO (Type B curve), it offers full compliance with BS 7671:2018 Amendment 2 and delivers dependable protection against AC,...

    The WMEV332B is a compact 3-way EV RCBO enclosure designed to provide both earth leakage and overload protection for single-phase EV charging circuits. Fitted with a 32A Type A High Immunity RCBO (Type B curve), it offers full compliance with BS 7671:2018 Amendment 2 and delivers dependable protection against AC, pulsating DC, and 6mA smooth DC leakage.

    Built for installers who demand clarity and compliance, this enclosure combines Type A RCBO protection with a durable metal body and a compact footprint — perfect for indoor EV installations where space and simplicity matter. It’s preconfigured for PME-ready installs and can be paired with surge protection or PEN fault detection units as required.

    Installer Tip: Confirm the EV charger manufacturer’s curve requirements before ordering. Some chargers require Type C curves to accommodate higher inrush currents from onboard rectifiers.

    • Supplied with a 32A Type A High Immunity RCBO (B curve)
    • Detects AC, pulsating DC, and 6 mA smooth DC leakage
    • Provides dual overload + residual current protection
    • 3-module IP40 metal enclosure – compact and installer-friendly
    • Supports PME and surge-protected configurations
    • Built to order – typically dispatched within 3 working days
    Part Code Description RCBO Rating Trip Curve
    WMEV332B 3 Way EV RCBO Enclosure – Type A High Immunity 32A Type B 32 A B
    WMEV332C 3 Way EV RCBO Enclosure – Type A High Immunity 32A Type C 32 A C
    WMEV340B 3 Way EV RCBO Enclosure – Type A High Immunity 40A Type B 40 A B
    WMEV340C 3 Way EV RCBO Enclosure – Type A High Immunity 40A Type C 40 A C

    The WMEV332B delivers fast, compliant fault detection and overcurrent protection for single-phase EV supply circuits. Compact, regulation-ready, and built to last — it’s the ideal choice for installers who value reliability, safety, and ease of fit-out under the 18th Edition standards.

    Why use a Type A High Immunity RCBO for EVs?

    It detects AC and DC fault currents and prevents nuisance trips from charger inverters or harmonics, keeping EV installations safe and stable.

    Do I need a separate earth rod with this unit?

    No. When paired with a PME fault detection device, it can be used safely on TN-C-S (PME) systems without a rod.

    Can I choose a different rating or curve?

    Yes. Alternate models are available in 32 A or 40 A with B or C curves to suit your design requirements.

    Does it include surge protection?

    No. This unit focuses on RCBO protection only. Add a separate SPD if required by your installation design.

    Is it suitable for domestic EV chargers?

    Yes. It’s purpose-built for single-phase residential charge points and compact environments like garages or meter cupboards.

    • Model: WMEV332B
    • Modules: 3
    • Current Rating: 32 A
    • Trip Curve: B
    • Type: A High Immunity RCBO
    • Earth Leakage: 30 mA AC / 6 mA DC
    • Protection: Overload & Residual Current
    • Enclosure: IP40 metal body
    • Application: Single-phase EV charging supply
    • Compliance: BS EN 61009, BS EN 61439, BS 7671 (18th Edition)

    This RCBO enclosure must be installed by a qualified electrician. It’s designed for single-phase EV charge-point circuits requiring 6 mA DC leakage detection and overload protection. Always verify that the breaker rating and curve align with the charger’s load profile.

    • Mount securely on a flat surface using appropriate fixings
    • Maintain correct polarity and earth continuity throughout
    • Test RCBO operation with an RCD tester before commissioning
    • Install indoors in dry, ventilated locations (IP40 rated)
    • Label clearly to identify as the EV supply point