RGCS Type LV Low Voltage Switchboard High Safety Modular Design for Power Plant

RGCS Type Low-Voltage Switchboards
Discover the robust and reliable RGCS Type low-voltage switchboards, designed for draw-out applications. Engineered for superior performance and safety, these switchboards are the ideal solution for managing electrical distribution in demanding environments.
- Enhanced Safety and Protection
- Modular and Flexible Design
- High Reliability and Durability
- Efficient Power Distribution
- Easy Maintenance and Accessibility
Product Details
RGCS Type low-voltage switchboards of the draw-out version (abbreviated as device in the following parts) is studied and produced by two joint designing groups according to the requirements of the professional administration, the common electricity users, and the designing unit. It meets the conditions of our country, has high technical performance index, can apply to the developing need of the electricity market and can compete with the currently introduced products. This device is now widely used by the electricity users. This device applies to the electricity distribution system for the professions of power plants, oil, and chemical industry, me-tallurgy, textile and high-rise construction etc. In the places such as huge power plants, petrochemical industry system etc. which are highly automatic and should be interfaced to computers, it functions as the electricity distribution, the collective control of the motor and the low-voltage complete set of electricity distribution device, which is used for reactive-load compensation, in the electricity generation and supply systems whose triphase AC frequency is 50(60)Hz, whose rated working voltage is 38oV(400),(600) and whose rated current is less equal to 4000A.
Using conditions
2.1 The surrounding temperature must be less equal to +40°C and over equal to -5°C. The average temperature within 24hours must be less equal to +35°C. If so, capacity should be dropped according to the practical situations.
2.2 Used indoors. The altitude of the using location should be less equal to 2000m.
2.3 When the highest temperature is 40°C, the relative humidity of the temperature of the surrounding air must be less equal to 50%. At the lowest temperature, a higher relative humidity is allowed: for example, 90% when it is + 20°C. The influence of the occasional appearance of the moist because of the variety of the temperature should be taken into consideration.
2.4 The verticality of the installing device should be less equal to 5 and the whole group of boards should be relatively level.(meet the GBJ232-82 criteria)
2.5 The device should be installed in places without strenuous vibration and thrashing and not enough to corrode the electric components.
2.6 If the users have special requirements. they can contact the producer and solve them together.
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