American Market
Home > Product > Geography Oriented > American Market
  • MD0630T01A UL2231 UL1471 AO DO Output RCD Module Ground Fault Detector AC DC Leakage Current Sensor
  • MD0630T01A UL2231 UL1471 AO DO Output RCD Module Ground Fault Detector AC DC Leakage Current Sensor
  • MD0630T01A UL2231 UL1471 AO DO Output RCD Module Ground Fault Detector AC DC Leakage Current Sensor

MD0630T01A UL2231 UL1471 AO DO Output RCD Module Ground Fault Detector AC DC Leakage Current Sensor

Share :
Product parameters

Product Introduction

MD0630T01A is a RCD leakage current sensor specifically developed for EV-charging providing all-current sensitivity. The sensor can issues an alarm signal in case of hazardous electrical faults (DC and AC). It has the characteristics of accurate measurement, small size and integration. The RCD sensor can be set separately for AC and DC leakage and has a digital output function(AO/DO output). MD0630T01A is an automotive grade leakage current sensor from IVY also called residual current monitoring (RCM), residual current detection (RCD), earth leakage detector, differential current sensor, and fault current sensor. The MD0630T01A can monitor DC (6mA) and AC (30mA) residual currents, it is connected in series with the AC supply to an EV and will provide a signal output if a DC current ≥ 6mA DC flows in the circuit. It can not only detect AC fault current, DC pulsing and smooth DC fault current, but also sinus wave AC fault current at a high frequency up to 1kHz. 


Product Description

This product is fully compliant with TUV/CE-EMC 
The MD0630T01A is a residual current monitor intended for the detection of DC and AC residual currents in 50Hz/60Hz AC installations.
The MD0630T01A is primarily intended for use in Mode 2 Electric Vehicle In-Cable Control and Protection Devices (IC-CPDs) and Mode 3 Wallbox Charger, to disconnect the supply to the Electric Vehicle under an AC or DC residual current fault condition.
The MD0630T01A may also be used to detect DC or AC residual currents in DC, single phase or multiphase installations.
The MD0630T01A is a compact solution designed to be mounted directly onto a PCB.MD0630T01A UL2231 UL1471 AO DO Output RCD Module Ground Fault Detector AC DC Leakage Current Sensor

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; B Type Leakage Protection

4. AC DC Leakage Data Readable; Alarm Value Programmable; 3 Way Alarm Outputs; Digital Output

5. UART Comm, Modbus Protocol; Standard: EN 61000-6-3:2007+A1, EN IEC 61000-6-1:2019

6. Certification: TUV(IEC62955/IEC62752/IEC61851-1/IEC62196); UL2231-1/UL2231-2; IS17017; CE-EMC 

7. Electrical Safety at Low Cost (Compared to Type B RCCB)

8. Robust Mechanical and Electrical Design for Harsh Environmental Conditions


Product Parameters

  • Wide voltage input: 12V±20%

  • Measuring current range: DC current 2-15mA; AC current 3-100mA (default threshold: DC 6mA, AC 30mA)

  • Accuracy : at 25℃, DC±0,2mA, AC±0.3mA

  • Can read current value and set alarm current value

  • Three outputs: DC alarm, AC alarm, AC/DC alarm

  • Working environment temperature: -25℃~+80℃

  • Plastic case, small SIP package


Product Application

1.Being able to detect smooth DC residual currents which can occur in EV charger stations and photovoltaic systems, IVY RCD guarantees the safety of the people and of the installation

2.can guarantee dependable protection for field technicians and installed machinery by detecting high frequency residual current and protecting against smooth DC residual currents in the event of a fault.

3.can prevent damage to installed equipment and avoid operational impacts in situations where service interruption and out of order can cause discomfort.

4.In installation where we cannot necessarily withstand any sort of interruption, IVY RCD can minimize outages, equipment damage, failures and interruption of any critical operation