EV Charging Safety Components

Type A + DC 6mA RCD Sensors for EV Charging Safety

Residual current detection solutions for AC EV chargers, wallboxes, portable Mode 2 charging devices, and Mode 3 charging stations.

EVsense Type A plus DC 6mA RCD sensor
IEC 62955IEC 61851IEC 62752GB/T 40820GB/T 22794

Product Families

RCD sensor options for different charger platforms

Compare compact digital-output sensors, integrated transformer options, and magnetic core solutions for EV charging controller designs.

1R20 Series Type A + DC 6mA RCD Sensor

1R20 Series

1R20 Series Type A + DC 6mA RCD Sensor

Digital residual current sensor for AC EV charging stations, designed for Type A + DC 6mA detection requirements.

Digital outputBuilt-in self-test function5V power supply
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2R4Z Type A + DC 6mA RCD Sensor

2R4Z

2R4Z Type A + DC 6mA RCD Sensor

Type A + DC 6mA RCD sensor with integrated voltage and current transformers for EV charging applications.

Digital outputBuilt-in self-test function5V power supply
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3R14X Type A + DC 6mA RCD Sensor

3R14X

3R14X Type A + DC 6mA RCD Sensor

Compact Type A + DC 6mA residual current sensor for AC EV charger safety detection.

Digital outputBuilt-in self-test function5V power supply
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4R2Z Type A + DC 6mA RCD Sensor

4R2Z

4R2Z Type A + DC 6mA RCD Sensor

Type A + DC 6mA RCD sensor for European Mode 2 EV charging devices and AC charging applications.

Digital outputBuilt-in self-test function5V power supply
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5R15Z Type A + DC 6mA RCD Sensor

5R15Z

5R15Z Type A + DC 6mA RCD Sensor

Type A + DC 6mA RCD sensor used in GB-standard EV charging pile applications.

Digital outputBuilt-in self-test function5V power supply
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6R2Z Type A + DC 6mA RCD Sensor

6R2Z

6R2Z Type A + DC 6mA RCD Sensor

Type A + DC 6mA residual current sensor with integrated current transformer.

Digital outputBuilt-in self-test function5V power supply
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Engineering Advantages

Built around the practical needs of AC EV charger design

EVsense RCD sensors are positioned for compact PCB integration, stable residual current detection, and standards-driven charger safety.

Digital Output

Clear output behavior for charger controller integration and safety logic.

Built-In Self-Test

Self-check support for charger platforms that require regular safety verification.

5V Power Supply

Designed for common embedded charger controller power architectures.

Low Temperature Drift

Stable sensing behavior across outdoor and enclosure operating environments.

Anti-Interference Design

Suitable for electrically noisy charger systems and compact PCB layouts.

Integrated CT Options

Selected models integrate current transformer functions to reduce design complexity.

Applications

From portable chargers to three-phase 22kW systems

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RCD Sensor for GB-Standard AC EV Charging Piles

5R15Z is positioned for GB-standard AC EV charging pile applications that require Type A + DC 6mA residual current detection.

5R15Z

RCD Sensor for European Mode 2 EV Chargers

4R2Z is suitable for European Mode 2 charging devices where compact residual current detection and Type A + DC 6mA protection are required.

4R2Z

Integrated RCD Sensor for European Mode 2 EV Chargers

2R4Z integrates voltage and current transformers, making it suitable for Mode 2 charging designs that need a compact residual current detection solution.

2R4Z

Integrated RCD Sensor for European Mode 3 AC Chargers

2R4Z can be used in European Mode 3 AC charging systems that require Type A + DC 6mA leakage detection and integrated sensing functions.

2R4Z

Chip-Based Leakage Detection Solution for Mode 3 AC Chargers

The ILM211T + CT1836 solution can be positioned as a chip-based residual current detection option for Mode 3 AC charger designs.

ILM211TCT1836

Manufacturing & Support

Engineering support for product selection, samples, and testing

EVsense supports charger manufacturers with model selection, datasheets, application guidance, and residual current detection testing.

EVsense production lineEVsense manufacturing facilityEVsense workshop