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.
View DetailsEV 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.
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.
2R4Z
2R4Z Type A + DC 6mA RCD Sensor
Type A + DC 6mA RCD sensor with integrated voltage and current transformers for EV charging applications.
View Details3R14X
3R14X Type A + DC 6mA RCD Sensor
Compact Type A + DC 6mA residual current sensor for AC EV charger safety detection.
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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.
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5R15Z
5R15Z Type A + DC 6mA RCD Sensor
Type A + DC 6mA RCD sensor used in GB-standard EV charging pile applications.
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6R2Z
6R2Z Type A + DC 6mA RCD Sensor
Type A + DC 6mA residual current sensor with integrated current transformer.
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CT1719
CT1719 Type A + DC 6mA RCD Magnetic Core
A+6 leakage detection magnetic core with integrated current transformer, used with the ILM2112TQC chip.
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CT1836
CT1836 Type A + DC 6mA RCD Magnetic Core
Compact A+6 leakage detection magnetic core designed for use with the ILM2112TQC residual current detection IC.
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CT2728
CT2728 Type A + DC 6mA RCD Magnetic Core
A+6 leakage detection magnetic core with an integrated 32A current transformer for EV charging equipment.
View DetailsChoose by Application
Start from the charger platform
Use the charger architecture as the first filter, then confirm conductor layout, rated current, integration level, and target standard with EVsense engineering.
IC-CPD / portable EV charger
Mode 2 Portable Charger
Start here for compact controller layouts where residual current detection must fit inside a portable charging device.
Use 4R2Z for compact module layouts; consider 2R4Z when integrated VT/CT functions help simplify the design.
Wallbox / AC charging station
Mode 3 AC Charger
For AC charger controllers that need Type A + DC 6mA residual current detection in Mode 3 platforms.
Recommended
2R4Z is useful for integrated sensing; 1R20 Series is a broad fit for Mode 3 charger platforms.
GB/T AC charging pile
GB-Standard AC Charging Pile
For GB-standard AC charging pile projects where the residual current detection module sits inside the charger safety loop.
Recommended
5R15Z is the primary starting point for GB-standard AC charging pile applications.
Higher-power Mode 3 AC charger
Three-Phase 22kW Charger
For larger conductor paths and three-phase AC charger architectures that need Type A + DC 6mA detection.
Recommended
Discuss conductor layout and rated current early so the proper 1R20 Series variant can be selected.
Integrated sensing block
Integrated CT Architecture
For designs that benefit from current transformer integration or fewer separate magnetic components around the controller.
6R2Z provides an integrated current transformer; 2R4Z also integrates voltage and current transformer functions.
Custom leakage detection circuit
Chip + Magnetic Core Solution
For teams that prefer a solution-level architecture using an external leakage detection chip with a magnetic core.
Recommended
CT1719 is a starting point for ILM2112TQC-based custom circuit evaluation.
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
5R15Z in a GB-Standard AC Charging Pile
5R15Z is suited to GB-standard AC charging piles that require Type A + DC 6mA residual current detection around the charger power path.
5R15Z
4R2Z for European Mode 2 EV Chargers
4R2Z is shown on a European Mode 2 charger control board where compact residual current detection is required within the portable charger architecture.
4R2Z
2R4Z Integrated Sensor for European Mode 2 Chargers
2R4Z integrates voltage and current transformer functions for Mode 2 charging designs that need a compact residual current detection solution.
2R4Z
2R4Z Integrated Sensor for European Mode 3 AC Chargers
2R4Z is shown in a European Mode 3 AC charger board where residual current detection and integrated sensing functions are required.
2R4Z
ILM211T + CT1836 Chip Solution for Mode 3 AC Chargers
The ILM211T + CT1836 combination provides a flexible chip-and-magnetic-core leakage detection architecture for European Mode 3 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.
Frequently Asked Questions
Before selecting an EV charging RCD sensor
These answers cover the first questions engineers and sourcing teams typically ask. Contact us with your controller architecture for model-specific guidance.
Ask an Engineering QuestionWhat residual currents do EVsense RCD sensors detect?
The featured EV charging sensor series is designed for Type A residual current plus smooth DC residual current detection up to the 6 mA threshold. Confirm the exact trip-current window in the selected model datasheet.
Do EVsense RCD sensors require an external power supply?
The listed digital-output RCD sensor models use a 5 V supply. Integration requirements vary by model, so the controller interface, self-test circuit, and output logic should be checked during model selection.
Which standards are these sensors designed to support?
Products are positioned for EV charging designs involving IEC 62955, IEC 62752, IEC 61851, GB/T 40820, and GB/T 22794. Final compliance belongs to the complete charging product and its certification program.
How do I choose between EVsense sensor models?
Start with charger mode, target market, rated current, conductor path, available PCB space, integration level, and output requirements. EVsense can review these inputs and recommend a model for sample evaluation.
Can I request samples, MOQ, and lead-time information?
Yes. Send the target model or application details through the inquiry form. Sales will confirm sample availability, minimum order quantity, pricing, and current lead time for the requested configuration.