Low Voltage Switchgear Fixed Switchgear

Overview 

Fixed switchgear serves as a reliable solution for power distribution in modern industrial and mining enterprises. This robust low voltage switchgear manages electricity in power plants and large-scale substations effectively. You can improve system reliability because it features high breaking capacity and strong thermal stability. This LV switchgear complies with standards such as IEC439 and GB7251, ensuring the long-term safe operation of your infrastructure.

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Environmental Conditions

• Ambient air temperature: -5°C to +40°C; 24h average ≤ +35°C

• Indoor installation only; operating altitude ≤ 2000m

• Relative humidity: ≤50% at +40°C, up to 90% at +20°C; account for occasional condensation from temperature changes

• Equipment inclination from vertical plane: ≤5°

• Installation site: No violent vibration, impact, or corrosive conditions for electrical components

• Uses have special requirements can be negotiated with the manufacturer to solve.

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Product Features

• Robust Frame Construction :This distribution cabinet uses a cold-formed steel frame because structural integrity is vital for heavy-duty use.

• Dynamic Thermal Stability :The electrical distribution board handles short-circuit currents safely and so it prevents damage during electrical surges.

• Versatile Scheme Options :This low voltage switchboard supports diverse circuit configurations but remains easy to maintain in various settings.

• Enhanced Ventilation System :Each electrical switchgear box features multiple cooling channels,keeps internal components running at optimal temperatures.

• Premium Industrial Safety :The power distribution equipment provides excellent insulation because protecting operators from contact is a top priority.

• Precise Circuit Management :The electrical distribution panel organizes complicated wiring clearly and so technicians can troubleshoot systems very quickly.

• Smart Industrial Control :Your Electrical Control Cabinet integrates high-quality sensors and breakers because precision is necessary for modern power grids.

Technical Data

Model number	Rated voltage(V)	Rated current(A)		Rated short circuit breaking current (kA)	Rated short-time withstand current  (1s)(kA)	Rated peak withstand current (kA)
GGD1	380	A	1000	15	15	30
GGD1		B	600(630)	15	15	30
GGD1		C	400	15	15	30
GGD2		A	1500(1600)	30	30	63
GGD2		B	1000	30	30	63
GGD2		C	600	30	30	63
GGD3		A	3150	50	50	105
GGD3		B	2500	50	50	105
GGD3		C	2000	50	50	105

Shape and size (mm)

Outline diagram                                                             Installation diagram

Product code	A(mm)	B(mm)	C(mm)	D(mm)
GGD06	600	600	450	556
GGD06A	600	800	450	756
GGD08	800	600	650	556
GGD08A	800	800	650	756
GGD10	1000	600	850	556
GGD10A	1000	800	850	756
GGD12	1200	800	1050	756

GGD1 main circuit scheme

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