Standards-Oriented Selection
Product families are positioned for EV charging applications involving IEC 62955, IEC 61851, IEC 62752, GB/T 40820, and GB/T 22794.
Technical Support
Support for Type A + DC 6mA residual current detection
Practical guidance for charger manufacturers evaluating RCD sensors, integrated current transformer options, sample testing, and standards-driven design.
Application Review
EVsense can review charger type, rated current, cable path, PCB space, and enclosure requirements before recommending a suitable sensor.
Testing Capability
In-house Type B leakage current testing capability supports product validation and pre-compliance engineering work.
FAQ
Questions engineers usually ask first
What is Type A + DC 6mA residual current detection?
It refers to residual current detection for AC leakage and smooth DC leakage up to the DC 6mA threshold commonly required in EV charging safety designs.
Which standards should be considered?
Common EV charging references include IEC 62955 for RDC-DD, IEC 61851 for conductive charging systems, and IEC 62752 for Mode 2 IC-CPD.
How should I choose a model?
Start with charger type, target region, rated current, PCB layout, required integration level, and whether current transformer functions are needed.
Can EVsense provide samples and datasheets?
Yes. Use the inquiry form with your target product model and charger application so the engineering team can respond with the right materials.