Low Voltage Equipment  Manufacturers, Traders, Suppliers

This series of RCCB is mainly suitable for AC 50Hz or 60Hz, rated voltage 230V/400V and below, rated current up to 80A. It is applied in household and similar places where there’s no relations between motion performance and the line voltage to protect people from electric shock and indirect contact. when the current exceeds the specified value, it can protect people and the electrical equipment.Under normal circumstances can it be also used as an infrequent operating conversion of the line.

1.Thermal trip and Electronic trip
2.Two connection modes: By Cables and Busbars for more firmness
3.Ventilating design for quicker cooling and stability.
4.Stickers available under transparent protective cover for rooms recognition
1.Thermosetting and anti-flaming shell for carbonization when fired
2.Optional multiple tripping currents; A quick trip within 0.04s
3.Protection degree: IP20---To guarantee a safe and reliable connection.
4.Stain-resistance: Level Ⅲ---To prevent dust and conductive pollution.
1. Make productions strictly in accordance with ISO14001 requirements.
2. All spare parts do not contain harmful elements such as heavy metals and halogens.
3. Low energy consumption and significant energy conservation
4. Improve the production and ecological environment and economize equipment maintenance
1.Latest micro-electric transmission technology to achieve controllable operations
2.Digitalization and informatization management by Internet of Things
3.Remote monitoring and controlling on circuit breakers.

The Low Voltage Switchgear is designed for power distribution and control in industrial facilities, commercial buildings, and infrastructure projects. It features modular design, compact structure, safe operation, and comprehensive protection functions. The rated current range is wide and customizable to meet CE certification and international standards.

Low-voltage distribution boxes prioritise safety, adaptability and convenience through a standardised component installation architecture. This facilitates flexible combinations of circuit breakers, residual current devices and other components to meet diverse distribution requirements. Comprehensive electrical isolation design employs insulating materials and rational wiring to mitigate short-circuit and leakage risks. Integrated overload and earth leakage protection functions enable rapid disconnection of faulty circuits. Optimised wiring and interface design, coupled with clear labelling, facilitate subsequent maintenance and commissioning. These enclosures are suitable for low-voltage distribution applications in domestic, commercial, and industrial settings.

Industrial Plants: Steel, chemical, machinery, automotive manufacturing, and other high-power industries
•Power Generation & Substations: Power plants, renewable energy systems, and substations for stable high-voltage distribution
•Infrastructure Projects: Large commercial complexes, airports, railway stations, and metro systems
•High-Rise Buildings & Skyscrapers: Centralized high-voltage distribution for multi-story buildings
•Data Centers & Communication Hubs: Ensuring continuous high-voltage power supply for critical systems
•Hospitals & Public Facilities: Reliable emergency power distribution in essential services
•Tunnels, Underground Facilities & Transportation Systems: High-density, fire-resistant, and secure power distribution