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Basic Info.
Model NO.
GGD Distribution Cabinet
Form
Partly-welded Type
Operation Voltage
High Voltage
Size
3/2 Uint
Application Range
Oil
Shell Material
Stainless Steel
Shell Protection Grade
IP30
Brand
Green Storage
Product Name
Ggd Distribution Cabinet
Keywords
Power Distribution Cabinet
Model
Ggd1 Ggd2 Ggd3
Rated Voltage(V)
380 V
Rated Current(a)
1000/600/400, 1500/1000, 3500/2500/2000
Frequency(Hz)
50 Hz
Rated Short-Circuit Breaking Current
15/30/50 Ka
Rated Short-Time Withstand Current
15/30/50 Ka
Rated Peak Withstand Current
30/63/105 Ka
Material
Cold Rolled Sheet
Number of Poles
3-Phase 4-Wire System, 3-Phase 5-Wire System
Installation Method
Indoor Installation
Application
Electric Power Transmission
OEM
Available
MOQ
1 Set
Transport Package
Export Standard Wooden Case
Specification
80.00cm * 60.00cm * 220.00cm
Trademark
GREEN STORAGE
Origin
Jiangsu, China
HS Code
8537109090
Production Capacity
50000 Sets/Year
Packaging & Delivery
Package Size
50.00cm * 50.00cm * 50.00cm
Package Gross Weight
50.000kg
Product Description
GREEN STORAGE Electrical Enclosure China Suppliers AC GGD Low Voltage Electrical Cabinet For Stable Power Supply
GGD Distribution Cabinet
The GGD Type AC Low-Voltage Distribution Cabinet Is Suitable For Power Users Such As Power Plants, Substations, And Industrial Enterprises As A Power Conversion System For Power, Lighting And Distribution Equipment With AC 50Hz, Rated Operating Voltage 380V, And Rated Current Up To 3150A. , Distribution And Control Purposes.
This Product Has High Breaking Capacity And A Rated Short-Time Withstand Current Of 50KA. It Has The Characteristics Of a Flexible Circuit Plan, Convenient Combination, Strong Practicability, And Novel Structure.
Structural features - 02
When designing the GGD cabinet, the heat dissipation problem during cabinet operation is fully considered. There are different numbers of heat dissipation slots at the upper and lower ends of the cabinet.
When the electrical components in the cabinet heat up, the hot air rises and is discharged through the upper slots, while the cold air is continuously replenished into the cabinet through the lower slots, making the sealed cabinet self-contained. A natural ventilation channel is formed from bottom to top to achieve the purpose of heat dissipation.
When designing the GGD cabinet, the heat dissipation problem during cabinet operation is fully considered. There are different numbers of heat dissipation slots at the upper and lower ends of the cabinet.
When the electrical components in the cabinet heat up, the hot air rises and is discharged through the upper slots, while the cold air is continuously replenished into the cabinet through the lower slots, making the sealed cabinet self-contained. A natural ventilation channel is formed from bottom to top to achieve the purpose of heat dissipation.
Model Meaning
GGD Low Voltage Power Distribution Primary System
Customized Main Circuit Scheme Diagram
