4 Pole RCD Circuit Breaker 415V 63A 3 Phase Circuit Breaker
- Brand: OEM
- Product Code: ANS-RCD-63A
- Availability: In Stock
-
$70
Product Information
Looking for the ultimate protection for your EV charging station? Look no further than our 4 Pole RCD Circuit Breaker, a reliable and innovative solution for safe and efficient charging.
Our 4 Pole RCD Circuit Breaker is available in a variety of configurations, including:
3 Phase RCD Circuit Breaker: Ideal for commercial and industrial applications with three-phase power supply.
415V Circuit Breaker: Designed for high-voltage applications, ensuring maximum safety and performance.
63A RCD Breaker: Delivers robust protection for high-current charging stations.
3 Phase 415V Breaker: Combines the power of three-phase and high-voltage capabilities for demanding applications.
63A 4 Pole RCD Breaker: Offers the highest level of protection for your EV charging station.
Our 4 Pole RCD Circuit Breaker is perfect for a wide range of applications, including:
Public charging stations
Commercial and industrial facilities
Residential charging stations
Fleet charging
With its advanced features and innovative design, our 4 Pole RCD Circuit Breaker offers numerous benefits:
Enhanced safety: Provides superior protection against earth leakage faults, preventing electrical shock and fires.
Increased reliability: Ensures uninterrupted charging by automatically disconnecting the circuit in case of a fault.
Improved efficiency: Optimizes energy consumption by minimizing power loss.
Compact design: Saves valuable space in your charging station.
Easy installation: Designed for quick and hassle-free installation.
As a leading manufacturer of EV charging accessories, we are committed to providing high-quality, innovative products that meet the highest safety standards. Our 4 Pole RCD Circuit Breaker is the perfect solution for protecting your EV charging station and ensuring a safe and reliable charging experience.
Order your 4 Pole RCD Circuit Breaker today and experience the ultimate protection for your EV charging station!
Page Description:
4 Pole RCD Circuit Breaker: Protect your EV charging station with our reliable and innovative solution. Choose from a variety of configurations, including 3 Phase, 415V, 63A, and more. Ideal for public, commercial, and residential applications.
4 Pole RCD Circuit Breaker
,3 Phase RCD Circuit Breaker
,415V 63A 3 Phase Circuit Breaker
Product Name: |
63A RCD Circuit Breaker |
Rated Current: |
63A |
Poles: |
2Pole (1P+N) , 4Pole (3P+N) |
Rated Voltage: |
2Pole: 230V/240V , 4Pole: 400V/415V |
Rated Frequency: |
50/60Hz |
Rated Residual Operation Current: |
30mA |
Short-circuit Current Inc: |
Ic 10000A |
Standard: |
IEC 61008-1, IEC 62423 |
Product Name: |
63A RCD Circuit Breaker |
Rated Current: |
63A |
Poles: |
2Pole (1P+N) , 4Pole (3P+N) |
Rated Voltage: |
2Pole: 230V/240V , 4Pole: 400V/415V |
Rated Frequency: |
50/60Hz |
Rated Residual Operation Current: |
30mA |
Short-circuit Current Inc: |
Ic 10000A |
Standard: |
IEC 61008-1, IEC 62423 |
40A 4 Pole 30mA Type B 10KA Residual Current RCD Circuit Breaker
What are RCDs?
Residual Current Devices (RCDs) are safety switching devices. They are designed to provide safety for three types of protection;
- Fault Protection. Any tripping current dependent on the resistance of the earth path.
- Additional Protection. RCDs not exceeding 30 mA tripping current.
- Fire Protection. A tripping current not exceeding 300 mA.
Specification
| Type(wave form of the earth leakage sensed) | B Type RCCB |
| Rated current In |
63A
|
| Poles | 4P |
| Rated voltage Ue |
2P 240V~,4P 415V~
|
| Insulation voltage Ui | 500V |
| Rated frequency | 50/60Hz |
| Rated residual operation current(I n) | 30mA |
| Rated residual making and breaking capacity (I m) |
500A(In≤40A), 10In(In＞40A)
|
| Short-circuit current Inc= I c | 10000A |
| SCPD fuse | 10000 |
| Break time under I n | ≤0.1s |
| Rated impulse withstand voltage(1.5/50) Uimp | 4000V |
| Dielectric test voltage at ind.Freq. for 1min | 2.5kV |
| Electrical life | 2,000 Cycles |
| Mechanical life | 4,000 Cycles |
Installation
| Contact position indicator | Yes |
| Protection degree | IP20 |
| Ambient temperature(with daily average≤35°C) | -5°C~+40°C |
| Storage temperature | -25°C~+70°C |
| Terminal connection type | Cable/Pin-type busbar/U-type busbar |
| Terminal size top/bottom for cable | 35mm2 18-3AWG |
| Terminal size top/bottom for busbar | 35mm2 18-3AWG |
| Tightening torque | 2.5Nm 22In-lbs |
| Mounting | On DIN rail EN60715(35mm) by means of fast clip device |
| Connection |
Power supply in both directions
|
Tripping Current Range
|
Tripping
|
Lagging Angle
|
I△n＞0.01A
|
I△n≤0.01A
|
|
Current
|
0°
|
0.35I△n≤I△≤1.4I△n
|
0.35I△n≤I△≤2I△n
|
|
Range
|
90°
|
0.25I△n≤I△≤1.4I△n
|
0.25I△n≤I△≤2I△n
|
|
135°
|
0.11I△n≤I△≤1.4I△n
|
0.11I△n≤I△≤2I△n
|
| Detectable wave form | Pulsating direct current sensitive | Surge current proof |
| B class Tripping is ensured for sinusoidal AC residual currents pulsed DC residual currents,alternating residual sinusoidal currents up to 1000Hz,pulsating direct residual currents and for smooth direct residual currents,whether applied suddenly or increasing slowly. |
 They react to AC and pulsating DC fault current which reach 0 or almost 0 within one time period of the mains frequency. |
 RCCB’s surge capacity. Not tripping at standardized 8/20 υs surge-current waves acc.to VDE 0432 Part 2 with surge current values of up to 250A. |
What are the effects of DC residual fault current on RCDs?
it might be worth thinking about some older models of earth fault loop impedance testers, which could cause the RCD to operate unintentionally. To prevent this, some types of earth fault loop impedance testers imposed a DC current on the AC test current. This DC current saturated the magnetic core of the RCD preventing it from tripping under the test condition.
Where equipment produces an element of residual DC, for example, variable-speed drives is connected to the electrical installation, the DC component can saturate the magnetic core and effectively blind or locks the RCD. This is known as ‘blinding’ and could either prevent the RCD from operating or reduce the sensitivity resulting in a dangerous situation.
Application
Construction sites
Agricultural and horticultural premises
Conducting locations with restricted movement
Caravan and camping parks
Exhibition shows and stands
Outdoor lighting
Marinas
Medical locations
Solar Photovoltaic system power supplies
Mobile or transportable units
Electric vehicle charging installations
Temporary installations for structures, amusement devices and booths at fairgrounds, amusement parks and circuses, and
Floor and ceiling heating systems.
Certification:TUV
