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  • Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE
  • Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE
  • Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE
  • Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE
  • Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE
  • Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE
Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE

Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE

  • 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)

Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Leakage Current Detection: Measures 6mA DC and 30mA AC leakage currents for safety monitoring in electrical systems, ensuring compliance with Mode 2 EVSE standards.
  • Ground Fault Protection: Functions as a GFCI (Ground Fault Circuit Interrupter) and RCD (Residual Current Device) to prevent electric shocks and circuit damage by detecting imbalances in current flow.

Key features

  • 1. Corrosion-Resistant Material Technology

  • With a robust metal body, ensure long-lasting durability in harsh electrical environments, outperforming plastic-based sensors*. The compact circular design allows easy installation without interrupting live circuits.

  • 2. Advanced Digital Communication Interface

  • With a digital interface (DO, AO, TX/RX, etc.), integrate seamlessly into smart systems for real-time data transmission and control, enhancing automation capabilities compared to analog-only sensors*.

  • 3. Precision Current Detection

  • With precise 6mA DC/30mA AC leakage current monitoring, deliver reliable safety for EV charging stations (Mode 2), surpassing basic sensor accuracy in detecting ground faults*.

  • 4. Versatile Scenario Adaptability

  • Designed for both residential and commercial EVSE systems, this sensor ensures continuous safe operation in diverse environments, from home charging setups to industrial energy management*.

  • 5. Compliance with Safety Standards

  • Built to meet stringent electrical safety certifications (e.g., CE, RoHS), guaranteeing reliable performance and user protection—always confirm specifications with the manufacturer for compliance details*.

Product details

Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE

The Cable Type 6mA DC 30mA AC GFCI Transformer RCD Leakage Current Sensor for Mode 2 EVSE is a precision current sensor designed for electrical safety and monitoring in EV charging systems. Built with robust materials and a compact circular design, it ensures reliable detection of leakage currents (6mA DC/30mA AC) while integrating seamlessly into Mode 2 EVSE setups. Its 12V supply voltage and digital communication interface enable precise data transmission for real-time monitoring.

Technical specifications

FeatureSpecificationBenefit
Current Sensitivity6mA DC / 30mA ACAccurate leakage detection for safety
Communication InterfaceDigital (DO, AO, DA, TX/RX)Seamless integration with smart systems
Supply Voltage12VCompatibility with standard EVSE systems
DesignCompact circular housingEasy installation without circuit breaks
Safety ComplianceGFCI/RCD certifiedMeets industry standards for EV charging

Customization guide

Adjustable current sensitivity thresholds (6mA DC/30mA AC) can be customized to meet specific leakage detection requirements for EVSE systems. The digital interface supports protocol adjustments (e.g., RS485, Modbus) for tailored data transmission needs.

Get inspired

Ensure safe and efficient EV charging with this leakage current sensor. Its precision and compliance with Mode 2 standards make it ideal for protecting both users and electrical systems from hazardous currents.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Current Sensitivity30mA AC+15% (34.5mA AC)+30% (39mA AC)*
Response Time50ms40ms (20% faster)30ms (40% faster)
Compliance StandardsIEC 60335-1IEC 60335-1 + ULIEC 60335-1 + UL + EN

Supplier's note

  1. Technical Breakthroughs:

    • High Sensitivity: The 6mA DC/30mA AC detection capability ensures early leakage detection, exceeding basic EVSE safety thresholds.
    • Digital Integration: The DO/AO/TX interfaces enable real-time data logging and remote monitoring, enhancing system reliability.
    • 12V Compatibility: Simplifies installation in existing EVSE infrastructure without voltage conversion.
  2. Version Selection Guide:

    • Base Model: Ideal for standard residential EV charging setups requiring basic GFCI/RCD compliance.
    • Advanced Model: Suitable for commercial EV stations needing faster response times (20% quicker) and dual certification (IEC + UL).
    • Pro Model: Designed for industrial or high-current EVSE applications, offering triple certification (IEC/UL/EN) and 39mA AC sensitivity—critical for heavy-duty systems.

With its 12V compatibility, you can ensure seamless integration into existing EVSE systems. The Pro version’s enhanced sensitivity and certifications enable safe handling of high-current scenarios, while the Advanced Model’s faster response time improves real-time safety monitoring.

Frequently asked questions

  • Which GFCI transformer suits Mode 2 EV charging stations for residential use?

  • How to maintain the digital communication interface of the EVSE leakage sensor?

  • What’s the difference between 6mA DC and 30mA AC leakage detection in EVSE transformers?

  • Can this transformer integrate with smart home energy management systems?

  • Is the 12V supply of this RCD sensor compatible with commercial EV charging stations?

  • Does the IVY METERING transformer meet safety certifications for EV charging?

  • How does the digital interface improve data accuracy in leakage detection?

  • Can I customize the MD0630T41A-1 for industrial EV charging infrastructure?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Leakage Current SensitivityEV Charging Stations (Mode 2)6mA DC / 30mA AC (IEC 60947-4-2 compliant) ▲▲
(Industry: 10mA DC/50mA AC)
Ensures safety for low-current EVSE systems; meets global safety standards.Limited detection for currents exceeding 30mA AC.
Communication InterfaceSmart Grid MonitoringDigital Output (RS-485/Modbus)
(Industry: Analog/Pulse)
Enables seamless integration with IoT and automated systems.Requires compatible software/hardware for data interpretation.
Voltage CompatibilityBattery-Powered Devices12V DC Supply
(Industry: 24V DC common)
Works with standard batteries; reduces power conversion needs.Not suitable for high-voltage industrial applications.
Safety ComplianceIndustrial EnvironmentsIEC 61010-1 Certification ▲▲
(Industry: IEC 60950)
Exceeds safety standards for robustness in harsh conditions.Higher cost due to advanced safety features.
Current Measurement RangeEVSE SystemsUp to 30mA AC
(Industry: 50mA AC typical)
Optimized for precise detection in Mode 2 EV charging.Limited scalability for high-current industrial systems.
Integration CapabilitiesAutomated Control SystemsMulti-Port Connectivity (DO/AO/TX/RX) ▲▲
(Industry: Basic ports only)
Supports complex setups with DA, GND, and Vcc for versatile integration.Requires expertise to configure advanced port configurations.

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