Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger

Product Details
Customization: Available
Type: Electromagnetic
Output Signal Type: Digital Output
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Registered Capital
1000000 RMB
Type of Ownership
Limited Company
Management System Certification
ISO 9001, ISO 14001, QC 080000
  • Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger
  • Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger
  • Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger
  • Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger
  • Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger
  • Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger
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Basic Info.

Model NO.
MD0630T01A-2
Material
Plastic
Application
Residual Current Protection
Certification
TUV,CE,RoHS
Customized
Customized
Product Name
AC DC Residual Current Detector RCD Sensor
Current
DC Current 2~15mA, AC Current 3~100mA
Installation
PCB/Pin/Vertical Installation
3 Ways Output
DC Alarm, AC Alarm, AC/DC Alarm
Certificate
TUV-IEC, CE-EMC
Usage
EV Charger, Solar PV, Leakage Protection Device
Theory
Current Sensor
Accuracy
DC 0.2mA, AC 0.3mA
Voltage
12V
Plastic Casing
SIP Encapsulation
Transport Package
Cartons
Specification
TBA
Trademark
IVY
Origin
Zhejiang, China
HS Code
8536411000
Production Capacity
5, 000, 000.00/ Year

Product Description

Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV ChargerFactory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV ChargerFactory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV ChargerFactory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV ChargerFactory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger
Voltage 12V±20%
Current DC current 2~15mA, AC current 3~100mA
Accuracy DC±0.2mA, AC±0.3mA @ 25ºC
3 Ways Output DC alarm, AC alarm, AC/DC alarm
Operation Temperature Range -25~+80ºC
Installation PCB/Pin/Vertical Installation
Plastic Casing Plastic CasingSIP encapsulation
Factory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV ChargerFactory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV ChargerFactory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV ChargerFactory Direct Type B RCD Rcmu AC 30mA DC 6mA Leakage Current Sensor for AC Portable EV Charger
Caution of Leakage Sensor:

MD0630T01A-2 is a high sensititivity leakage current sensor for electric vehice charging station, which can also be called residual current sensor, residual current monitor (RCM), residual current device (RCD), differential current sensor, leakage detection sensor, fault current sensor etc. This residual current monitor will detect DC and AC residual currents in 50Hz/60Hz AC installations according to IEC62955. It's primarily intended for use in Electric Vehicle charging stations to disconnect the supply to the Electric Vehicle under a DC residual fault current condition. It will protect against DC (6mA) and AC (30mA) residual currents, and will signal to the Smart EVSE if a fault occurs.

MD series residual current sensor (RCD/RCM) is an ideal protection device, for the detection and protection of different leakage currents/residual currents/fault currents. The RCD could quickly output alarm signal when people get an electric shock or leakage current exceeds stipulated value, protecting personal and electrical equipment safety.

AS a Type B RCD, MD series leakage sensor have numerous applications and are suitable for many industries including electric vehicle charging, photovoltaic systems (solar panels), industrial device, medical device, new energy, DC screen, fire distribution cabinet, IOT field and any installation where there is a risk of DC current flowing. It is the technology that brings us closest to total protection for all known residual fault currents.

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