NHP DIN-T Residual Current Device Long Body w/ Overcurrent 10kA 1Pole and N C Curve 30mA Type A
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Product Description: Earth Leakage Circuit Breaker (ELCB)
Specifications:
- Electrical:
- Rated Current: 25 A
- Rated Voltage: 240 V
- Rated Leakage Current: 30 mA
- Frequency: 50/60 Hz
- Rated Short-Circuit Breaking Capacity (AS/NZS 61009): 10 kA
- Voltage Type: AC
- Trip Curve: C
- Rated Impulse Withstand Voltage (Uimp): 6 kV
- Leakage Current Type: A
- Tripping Time: 40 ms
- Service Voltage Range: 195 V - 265 V
- Rated Residual Make/Break Capacity: 10,000 A
- Rated Insulation Voltage (Ui): 500 V
- Electrical Life at Un, In (Service Cycles): 10,000 cycles
- Construction:
- Mounting Method: DIN rail (top hat rail) 35 mm
- Degree of Protection (IP): IP20
- Number of Protected Poles: 1
- Isolator Application: Yes
- Mechanical:
- Mechanical Life (Service Cycles): 20,000 cycles
- Shock Resistance: Up to 40 g, with a shock duration of up to 5 ms
- Vibration Resistance: Up to 2 m/s², with an operational frequency up to 80 Hz and a vibration duration of up to 30 minutes
- Dimensions & Weight:
- Depth: 76 mm
- Height: 125 mm
- Width: 18 mm
- Weight: 0.35 kg
- Environmental:
- Operating Temperature Range: -5 °C to 55 °C
This Earth Leakage Circuit Breaker (ELCB) is designed for superior protection and reliability. With a 25 A current rating and 240 V voltage rating, it ensures safety and performance in a variety of electrical applications. Its robust design, high mechanical life, and convenient DIN rail mounting make it suitable for a wide range of uses. The ELCB's 30 mA leakage current threshold and rapid 40 ms tripping time provide effective protection against electrical hazards. Additionally, it has a comprehensive service voltage range and rated impulse withstand voltage, offering resilience in different operating conditions. The compact size and low weight make installation and handling straightforward, while the IP20 rating provides adequate protection against physical contact and dust. Ideal for both residential and commercial electrical systems.