English
Español
Type B RCD (Residual Current Device) for EV (Electric Vehicle) and PV (Photovoltaic) applications with the following specifications: 10kA breaking capacity, 4P (4 pole), 63A rated current, this type of RCD is intended for electric Car charging and photovoltaic systems provide leakage and fault current protection. This is important to ensure the safety of electrical installations and their connected equipment.
B type RCD for EV,PV application 4P 63A Technical Data
| Rated operating segment capacity | 10In A |
| TYPE | Auxiliary electromagnetic |
| Residual current characteristics | B |
| Pole No | 1p+n,3p+n |
| Rated current(A) | 25, 40, 63 |
| Rated voltage | 230(240)1400(415) |
| Rated frequency | 50/60Hz |
| Connection height | 19mm |
| Mechatronics life | 4000 cycles |
| Tightening torque | 2.0Nm |
| Enclosure rating | IP20 |
B type RCD for EV,PV application 4P 63A Features
Elegant appearance; cover and handle in arc shape make comfortable operation. Contact position indicating window
Transparent cover designed to carry label.
In case of overload to protected circuit, RCBO handle trips and stays at central position, which enables a quick solution to the faulty line. The handle cannot stay in such position when operated manually.
RCBO handle can be locked either at “ON” position or at“OFF” position to prevent unwanted operation of the product.
Provides protection against earth fault/leakage current, short-circuit and overload
High short-circuit capacity
Provides complementary protection against direct contact by human body.
Effectively protects electric equipment against insulating failure
Contact position indication
Provides protection against over-voltage
B type RCD for EV,PV application 4P 63A Overall & Installation Dimensions
B Type RCD for EV,PV Wiring Diagram
B type RCD for EV,PV application 4P 63A Video
B Type RCD for EV,PV Picture
Construction and Feature
Tags:B type RCD,RCD EV,63A RCD,63 Amp RCD,4P RCD,RCD 4P
> How Does a Liquid Level Relay Automate Your Water Pump?
Automatic water pump control using liquid level relay. Wiring diagrams for fill and drain modes, electrode selection, and troubleshooting.
> How to Diagnose a Failing Surge Protective Device (SPD) – Step‑by‑Step Troubleshooting
SPD failed without visible damage? Learn to check status indicators, measure leakage current, and know when to replace.
> What Is a Timer Relay?
What’s the difference between on‑delay and off‑delay? Can a timer relay replace a PLC? Answers to 6 common B2B questions.
> Common Causes of Overload Relay Tripping and How to Prevent Them
Why does your motor overload relay keep tripping? Learn real causes (overload, phase loss, ambient heat) and how to prevent false trips.