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  • EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor
  • EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor
  • EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor
  • EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor
  • EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor
  • EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor
EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor

EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor

  • 1 - 99 Pieces
    $30
  • 100 - 999 Pieces
    $22.50
  • >= 1000 Pieces
    $16.50

Customization:

Customized logo（Min.Order: 1000 pieces）
Customized packaging（Min.Order: 1000 pieces）
Graphic customization（Min.Order: 1000 pieces）
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EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • 32A Earth Leakage Detection: Monitors AC/DC current in EV charging systems to ensure safety and prevent electrical faults.
  • Digital Communication Interface: Provides real-time data output via digital signals (DO/AO/DA) for integration with smart charging management systems.
  • Current Sensing: Designed to measure current flow through conductors without interrupting circuits, using a compact cylindrical design with a central opening.

Key features

  • 1. Durable Composite Material Construction

    • With its corrosion-resistant composite material body, the module can withstand harsh outdoor environments, ensuring long-term reliability in EV charging stations.

  • 2. Digital Communication Interface

    • Featuring a digital communication interface (DO/AO/DA/TX/RX), it enables seamless integration with smart EVSE systems, reducing wiring complexity compared to analog sensors.

  • 3. High-Capacity 32A Performance

    • With a 32A current detection capability and 12V operation, it ensures stable monitoring even during peak charging loads, delivering 2x faster response times than standard sensors.

  • 4. Compact Design for Versatile Installation

    • Its compact cylindrical shape with central conductor opening allows easy installation in tight spaces, saving 30% more space than traditional bulky RCD modules.

  • 5. Safety-Certified Earth Leakage Protection

    • Compliant with EV charging safety standards*, it provides precise AC/DC leakage detection to prevent electrical hazards, meeting regulatory requirements for EV infrastructure.

Product details

EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor

The EV Charging Components 32A EVSE RCD Module AC DC Earth Leakage Detection Current Sensor is a compact, high-precision sensor designed for real-time monitoring of AC/DC current leakage in EV charging systems. Built with a durable composite material and 12V power supply compatibility, it ensures reliable operation in demanding environments. Its digital communication interface and modular design enable seamless integration into smart EVSE (Electric Vehicle Supply Equipment) systems.

Technical specifications

FeatureSpecificationApplication Scenario
Current Rating32AEV charging stations, industrial equipment
Communication InterfaceDigital (RS485/CAN)IoT-enabled smart grid monitoring systems
Mounting TypePin/PCBEmbedded systems, control panels
Voltage Supply12VAutomotive and renewable energy systems
Detection TypeAC/DC Earth LeakageSafety compliance in electrical installations
Operating PrincipleCurrent Sensor (Hall Effect)Real-time fault detection in power circuits

Customization guide

Adjustable parameters include:

  • Detection Threshold: Customize leakage current sensitivity (e.g., 30mA–500mA) to meet regional safety standards.
  • Communication Protocol: Switch between RS485, CAN, or Modbus for system compatibility.
  • Output Signal: Tailor analog/digital output ranges for specific controller requirements.

Get inspired

Ensure safe and efficient EV charging with this sensor’s dual AC/DC leakage detection. Its compact design and digital integration capabilities make it ideal for retrofitting legacy systems or building next-gen EVSE infrastructure.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Current Rating32A40A50A
Detection Sensitivity±5%±2%±1%
Response Time50ms25ms (20% faster)10ms (50% faster)
Environmental ResistanceIP54IP65IP67
Industry BenchmarkStandard 20A sensors30A industrial models45A high-end solutions

Supplier's note

  1. Technical Breakthroughs:

    • Digital Integration: The RS485/CAN interface enables real-time data logging and remote diagnostics, a 30% improvement over analog sensors.
    • 32A Rating: Exceeds EVSE standards (typically 20A), supporting fast-charging infrastructure.
    • Dual AC/DC Detection: Covers both grid and battery systems, reducing equipment redundancy.

  2. Optimal Version Selection:

    • Base Model: Ideal for residential EVSE or low-power charging (e.g., 32A home stations).
    • Advanced Model: Suited for commercial fleets needing precise monitoring (e.g., ±2% accuracy for industrial charging hubs).
    • Pro Model: Designed for harsh outdoor environments (IP67) and high-current applications like DC fast-charging stations.

With its 32A rating, you can ensure compatibility with high-power EV charging systems. The Pro model’s IP67 rating, paired with 1% sensitivity, enables reliable operation in rain or dust, safeguarding both equipment and users.

Frequently asked questions

  • Which EV charging component is best for 32A EVSE systems?

  • How to clean the EVSE RCD Module’s sensors without damaging them?

  • Does the MD0630T41A support custom mounting options?

  • Is the 32A EVSE RCD Module CE-certified and FDA-approved?

  • Can the EVSE RCD Module integrate with smart home/energy systems?

  • How does the AC/DC Earth Leakage Detection work in real-time?

  • What’s the warranty and support for the EV Charging Components module?

  • Is the 12V supply sufficient for stable operation in outdoor settings?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Communication InterfaceReal-time EV charging station monitoringIndustry Standard: Analog (0-10V)
Our Base: RS-485 (1200-9600 bps)
Our Advanced: CAN bus (500 kbps▲)		▲ Advanced: Faster, reliable communication over long distances (CAN bus▲).
Base: Simplifies integration with digital systems.		Industry: Requires analog-to-digital converters.
Base: Limited bandwidth vs. CAN▲.
Mounting TypeCompact EVSE installationsIndustry Standard: DIN rail ▲
Our Base: Pin/PCB mount
Our Advanced: Pin/PCB + DIN rail▲		▲ Advanced: Versatile mounting options (DIN rail▲ + PCB).
Base: Cost-effective for small-scale systems.		Industry: Less flexible for PCB-based designs.
Base: Limited to fixed locations.
Current Sensing AccuracyHigh-precision EV charging controlIndustry Standard: ±3% (IEC 61010)
Our Base: ±2% (ISO 10218)
Our Advanced: ±1%▲ (IEC 62109▲)		▲ Advanced: 50% higher accuracy for EV-specific compliance▲.
Base: Reliable for standard charging needs.		Industry: Higher error margins in critical scenarios.
Advanced: Requires calibration costs.
Voltage Supply CompatibilityLow-power EVSE systemsIndustry Standard: 24V▲
Our Base: 12V (direct compatibility with 12V systems)
Our Advanced: 12-24V▲ (wide range▲)		Base: Simplifies wiring in 12V systems (e.g., RVs).
▲ Advanced: Works across 12V-24V▲ for universal deployment.		Industry: 24V may overload 12V systems.
Base: Limited to 12V-only setups.
Earth Leakage Detection RangeSafety-critical EV chargingIndustry Standard: ≤30 mA▲ (IEC 60947)
Our Base: 30 mA
Our Advanced: 50 mA▲ (IEC 62752▲)		▲ Advanced: Detects larger leakage currents (50 mA▲) for robust safety▲.
Base: Meets basic safety compliance.		Industry: Lower threshold may trigger false alarms.
Advanced: Requires higher power handling.
Compliance StandardsGlobal EV infrastructure projectsIndustry Standard: IEC 61010▲
Our Base: IEC 61010 + UL 60950
Our Advanced: IEC 62109▲ + ISO 15118▲		▲ Advanced: EV-specific certifications (ISO 15118▲) for smart charging▲.
Base: Broad regional compliance.		Industry: Lacks EV-specific protocols.
Advanced: Higher certification costs.

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