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MD36DA-P EV Charger RDC-DD 6mA DC Leakage Protection Residual Direct Current Detection Device

·DC 2~15mA Level Measurement
·DC 3~6mA Alarm (Needn’t Set)
·Self-test Function, Open Collector Alarm Output
·Integrated Design, Cable/Horizontal Type Installation

Product Details

Product Description

MD36DA-C is a pin-type RDC-DD, also known as a leakage current sensor, residual current sensor, residual current monitor (RCM), residual current device (RCD), or differential current sensor. With a digital output of fault detection and integrated self-testing functions. 


The sensor can be used to build an IEC 62955 Residual Direct Current - Detecting Device (RDC-DD) together with an EV charging controller and switching devices inside EV chargers, which can meet the AC/DC residual current protection request defined in IEC 61851-1 and IEC 60364-7-722.


IVY MD series RCDs are optimized for fast, cost-effective assembly, combined with the highest product and production quality. In addition to the use of charging piles. 


Also suitable for solar inverters, UPS, power distribution cabinets, marine power board, smart home, industrial machines, etc. There is a DC component leakage scenario. Provide more reliable protection. Protecting personal and electrical equipment safety.


MD36DA-P EV Charger RDC-DD 6mA DC Leakage Protection Residual Direct Current Detection Device


Product Dimension

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Product Parameters

Voltage

12V±20% (Current about 12mA)

Current

DC current 2~15mA/AC current 3~100mA

Alarm Current Range

DC 3~6mA/AC 15~30mA

Alarm Output

Open Collector

Operation Temperature Range

-25~+80℃

Installation

PCB/Pin/Vertical Type

Appearance

Plastic casing V0


Product Applications 

MD36DA-C EV Charger RCMU Protection 3-6mA Open Collector Alarm Output DC RCD Leakage Current Sensor

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

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