4P Three Phase 30mA – 300mA cmb

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circuit breaker tripped

The TORD4B 4P Three Phase 30mA – 300mA Type B RCCB represents a significant leap in earth leakage protection technology. Tailored for complex and high-powered electrical systems, this device is crucial for ensuring safety and reliability in various industrial and commercial applications.

The TORD4B 4P Three Phase 30mA – 300mA Type B RCCB is more than just a protective device; it is a testament to advanced electrical safety engineering. Its adaptability, precision, and robustness make it an ideal choice for modern electrical systems, especially those involving renewable energies and high-power applications. Integrating such cutting-edge technology is key to ensuring electrical safety now and in the future.

  1. Three-Phase Compatibility: Specially designed for three-phase electrical systems, the TORD4B 4P caters to the needs of high-demand power environments, ensuring consistent performance and safety.
  2. Variable Sensitivity Settings (30mA – 300mA): The adjustable sensitivity range allows for customization according to specific application requirements, enhancing protection efficiency and minimizing nuisance tripping.
  3. Type B RCCB Functionality: The Type B RCCB is adept at detecting both AC and DC residual currents, including mixed frequency residual currents, making it exceptionally suitable for modern electrical infrastructures with diverse power sources.
  4. Enhanced DC Leakage Detection: Its capability to detect DC leakage currents is particularly beneficial in settings with renewable energy systems, EV charging stations, and other DC-dependent technologies.
    Applications and Advantages
    • Industrial Settings: Ideal for manufacturing plants, warehouses, and other industrial facilities with complex electrical requirements.
    • Commercial Properties: Ensures advanced protection in office buildings, retail spaces, and hospitality venues with three-phase electrical systems.
    • Renewable Energy Installations: Essential for solar and wind power setups, offering reliable protection against DC leakage currents.
    • Electric Vehicle Infrastructure: Critical for EV charging stations, providing safety against both AC and DC faults

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