UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station

Product Details
Customization: Available
Type: Electromagnetic
Output Signal Type: Open Collector Output

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Registered Capital
1000000 RMB
Type of Ownership
Limited Company
Management System Certification
ISO 9001, ISO 14001, QC 080000
  • UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
  • UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
  • UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
  • UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
  • UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
  • UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
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Basic Info.

Model NO.
MD20STA-C
Material
Plastic
Application
Residual Current Protection
Certification
UL
Customized
Customized
Product Name
American UL RCD Leakage Current Sensor
Alarm Current
DC 40X1.414mA, AC 15~20mA
Installation
Cable/Horizontal Installation
Alarm Output
Open Collector
Application Scenarios
EV Charger, Solar Inverter
Theory
Current Sensor
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

UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station

 
                           Product Parameters
 
Voltage 12V±20% 
Leakage Protection Type CCID20
Alarm Current  DC 40x1.414=56.56mA/AC 15~20mA
Alarm Output Open Collector Output
Operation Temperature Range -25~+80ºC
Installation Cable/Horizontal Type
Appearance Plastic casing V0



UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station

UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger StationUL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station


UL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger StationUL Certified EV/PV AC/DC 20/56.56mA Cable SIP RCD Self-Test Ccid20 Residual Current Sensor Unit Device for Electric Vehicle Charger Station
Caution of Leakage Sensor:

MD20STA-C is a AC/DC leakage current sensor with the characteristics of high sensitivity, accurate measurement,
small size, and integration. When a AC/DC leakage current of 15~20/56.56mA is detected, an alarm signal will be
output, and it has a self-test function.

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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