B Type 400V RCCB Residual Current Circuit Breaker ELCB 63 Amp 4 Pole 30ma
- Brand: OEM
- Product Code: ANS-RCD-63A
- Availability: In Stock
-
$70
Product Information
400V RCCB, 63 Amp 4 Pole, 30mA Residual Current Circuit Breaker, ELCB, RCCB Earth Leakage Protection, 4 Pole RCCB, Electrical Safety Breaker, Industrial RCCB, 30mA RCCB, Residual Current Breaker 63 Amp
Product Listing:
Protect your EV charging infrastructure with our top-of-the-line 400V RCCB, a 63 Amp 4 Pole Residual Current Circuit Breaker with 30mA sensitivity. This ELCB (Earth Leakage Circuit Breaker) offers superior protection against earth leakage faults, ensuring the safety of your personnel and equipment during EV charging.
Key Features:
400V AC operation: Compatible with high-voltage EV charging systems.
63 Amp capacity: Suitable for high-power charging applications.
4 Pole design: Provides comprehensive protection for all phases and neutral.
30mA sensitivity: Detects even the smallest earth leakage currents for maximum safety.
Compliant with international standards: Ensures reliability and performance.
Durable construction: Built to withstand harsh industrial environments.
Easy installation: Designed for quick and straightforward mounting.
Applications:
EV charging stations
Industrial facilities
Commercial buildings
Data centers
Hospitals
And more
Benefits:
Enhanced safety: Protects against electrical shock and fire hazards.
Increased reliability: Prevents damage to equipment and infrastructure.
Improved efficiency: Minimizes downtime and maintenance costs.
Peace of mind: Ensures compliance with safety regulations.
As a leading manufacturer of EV charging accessories, we offer a wide range of RCCBs to meet your specific needs. Our team of experts can help you choose the right product for your application.
Contact us today to learn more about our 400V RCCB and other EV charging solutions.
Page Description:
400V RCCB, 63 Amp 4 Pole, 30mA Residual Current Circuit Breaker (ELCB) for enhanced EV charging safety. Protect your personnel and equipment with our high-quality RCCBs, compliant with international standards and offering superior earth leakage protection. Contact us for expert advice and a wide range of EV charging solutions.
Product Listing:
Protect your EV charging infrastructure with our top-of-the-line 400V RCCB, a 63 Amp 4 Pole Residual Current Circuit Breaker with 30mA sensitivity. This ELCB (Earth Leakage Circuit Breaker) offers superior protection against earth leakage faults, ensuring the safety of your personnel and equipment during EV charging.
Key Features:
400V AC operation: Compatible with high-voltage EV charging systems.
63 Amp capacity: Suitable for high-power charging applications.
4 Pole design: Provides comprehensive protection for all phases and neutral.
30mA sensitivity: Detects even the smallest earth leakage currents for maximum safety.
Compliant with international standards: Ensures reliability and performance.
Durable construction: Built to withstand harsh industrial environments.
Easy installation: Designed for quick and straightforward mounting.
Applications:
EV charging stations
Industrial facilities
Commercial buildings
Data centers
Hospitals
And more
Benefits:
Enhanced safety: Protects against electrical shock and fire hazards.
Increased reliability: Prevents damage to equipment and infrastructure.
Improved efficiency: Minimizes downtime and maintenance costs.
Peace of mind: Ensures compliance with safety regulations.
As a leading manufacturer of EV charging accessories, we offer a wide range of RCCBs to meet your specific needs. Our team of experts can help you choose the right product for your application.
Contact us today to learn more about our 400V RCCB and other EV charging solutions.
Page Description:
400V RCCB, 63 Amp 4 Pole, 30mA Residual Current Circuit Breaker (ELCB) for enhanced EV charging safety. Protect your personnel and equipment with our high-quality RCCBs, compliant with international standards and offering superior earth leakage protection. Contact us for expert advice and a wide range of EV charging solutions.
Highlight:
30ma RCCB Residual Current Circuit Breaker
,400V RCCB Residual Current Circuit Breaker
,ELCB 63 Amp 4 Pole 30ma
Product Name: |
63 Amp 30mA Type B 10KA RCD |
Rated Current: |
63A |
Poles: |
3 Phase 4Pole (3P+N) |
Rated Voltage: |
4Pole: 400V/415V |
Rated Frequency: |
50/60Hz |
Rated Residual Operation Current: |
30mA |
Short-circuit Current Inc: |
Ic 10000A |
Standard: |
IEC 61008-1, IEC 62423 |
Logo: |
Support Customzation |
Product Name: |
63 Amp 30mA Type B 10KA RCD |
Rated Current: |
63A |
Poles: |
3 Phase 4Pole (3P+N) |
Rated Voltage: |
4Pole: 400V/415V |
Rated Frequency: |
50/60Hz |
Rated Residual Operation Current: |
30mA |
Short-circuit Current Inc: |
Ic 10000A |
Standard: |
IEC 61008-1, IEC 62423 |
Logo: |
Support Customzation |
B Type 400V RCCB Residual Current Circuit Breaker ELCB 63 Amp 4 Pole 30ma
B Type RCCB Residual Current Circuit Breaker DC ELCB 2P 63 Amp 30mA Type B 10KA RCD
- Residual current circuit breakers RCCBs are the safest devices for detecting and preventing the tripping of leakage currents, thus ensuring protection against electric shocks caused by indirect contact.
- These devices must be used in series with MCBs or fuses to protect them from the potentially damaging thermal and dynamic stress of any overcurrent.
- They can also be used as the main disconnecting switch upstream of any derived MCB.
- The main purpose of the RCCB is to provide protection against direct and indirect contact with people or livestock, as well as possible fire, from shocks caused by electrical leakage, which can be fatal.
Technical Data
| Mode | Electromagnetic | ||||||||
| Type(wave form of the earth leakage sensed) Rated current In |
63A | ||||||||
| Poles | 4P | ||||||||
| Rated voltage Ue | 4P 415V~ | ||||||||
| Insulation voltage Ui | 500V | ||||||||
| Rated frequency | 50/60Hz | ||||||||
| Rated residual operation current(I△n) | 30mA | ||||||||
| Rated residual operating current(I△dc) | 6mA | ||||||||
| Rated residual making and breaking capacity (I△m) | 500A(In≤40A), 10In(In＞40A) | ||||||||
| Short-circuit current Inc= I△c | 10,000A 10000 | ||||||||
| Break time under I△n Rated impulse withstand voltage(1.5/50) Uimp | ≤0.1s 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 Ambient temperature(with daily average≤35℃) |
IP20 -5℃~+40℃ |
||||||||
| Storage temperature | -25℃~+70℃ | ||||||||
| 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
| Lagging Angle 0° |
I△n＞0.01A 0.35I△n≤I△≤1.4I△n |
I△n≤0.01A 0.35I△n≤I△≤2I△n |
|||||||||||||||||||||||||||||
| 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 | |||||||||||||||||||||||||||||
RCD Protection
- This device is very important in electrical wiring installations as a life protection device against electric shocks. Other circuit breakers can only detect overcurrent and short-circuit faults, but not leakage.
- This is why the RCCB is very important, only this device can detect electrical leakage, which can cause injury or death to people and can lead to the risk of fire. When designing your distribution panel board, please ensure that this device is included in our planning of the installation.
- Protection in case of indirect contact (indirect protection of persons) and fault protection when disconnection is caused by an impermissibly high touch voltage caused by a short circuit in an exposed conductive part.
- Protection in case of direct contact (direct protection of persons) - disconnection as additional protection in case of direct contact with live conductors. If the device has a rated residual current of In - 30 mA, dangerous inrush currents are disconnected within a short time.
Certification:TUV
