IVY EV Charger Type B Residual Current Device 30mA AC 6mA DC RCD Protection Leakage Current Sensor
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- Supplier: Ivy Metering Co. Ltd.
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Product Overview
Description
Product Features
1. Complies with the DC and AC protection requirements of IEC62752 or IEC62955
2. Small Size, Integration Design, Vertical(Pin, Pin&Cable Type)/Horizontal(Cable Type) Mounting Optional
3. Integrated self-monitoring and test functions; Type B RCD Protection
4. AC DC Leakage Data Readable; Alarm Value Programmable; 3 Way Alarm Outputs; Digital Output
5. UART Comm, with Modbus Protocol; Standard: EN 61000-6-3:2007+A1 ,EN IEC 61000-6-1:2019
6. Professional Certification: TUV(IEC 62955/IEC 62752/IEC 61851-1); UL 2231-1/UL 2231-2; IS17017; CE-EMC
7. Electrical Safety at Low Cost (Compared to Type B RCCB)
8. Robust Mechanical and Electrical Design for Harsh Environmental Conditions
2. Small Size, Integration Design, Vertical(Pin, Pin&Cable Type)/Horizontal(Cable Type) Mounting Optional
3. Integrated self-monitoring and test functions; Type B RCD Protection
4. AC DC Leakage Data Readable; Alarm Value Programmable; 3 Way Alarm Outputs; Digital Output
5. UART Comm, with Modbus Protocol; Standard: EN 61000-6-3:2007+A1 ,EN IEC 61000-6-1:2019
6. Professional Certification: TUV(IEC 62955/IEC 62752/IEC 61851-1); UL 2231-1/UL 2231-2; IS17017; CE-EMC
7. Electrical Safety at Low Cost (Compared to Type B RCCB)
8. Robust Mechanical and Electrical Design for Harsh Environmental Conditions
Pin | Definition | Description |
1 | Vcc | 12V±20% input voltage |
2 | GND | Input terminal grounded |
3 | RX | UART receive（UART output voltage 5V）(Modbus Protocol) |
4 | TX | UART transmit（UART output voltage 5V）(Modbus Protocol) |
5 | AD | AC、DC leakage alarming output( output voltage 5V）(Digital Signal) |
6 | AO | AC leakage alarming output( output voltage 5V）(Digital Signal) |
7 | DO | DC leakage alarming output（output voltage 5V）(Digital Signal) |
Caution of Leakage Sensor :
MD0630T01A is a high sensititivity AC DC 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.
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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