GGD Low Voltage Electrical Switchgear & Power Distribution Panel
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product details
The Low Voltage Electrical Switchgear and Power Distribution Panel is a comprehensive electrical control solution designed to ensure safe, stable, and efficient distribution of electrical power in industrial, commercial, and utility applications. This product integrates advanced electrical components within a robust metal enclosure, providing centralized control, monitoring, protection, and isolation of low-voltage electrical systems. It is widely used in power plants, substations, manufacturing facilities, commercial buildings, data centers, infrastructure projects, and public utilities. Manufactured using high-quality cold-rolled steel or galvanized steel sheets, the switchgear cabinet features a strong, rigid structure with a smooth powder-coated surface finish. This coating provides excellent resistance to corrosion, moisture, dust, and mechanical wear, ensuring long service life even [ ]in demanding operating environments. The neutral color and clean panel design give the cabinet a professional appearance suitable for indoor electrical rooms and controlled industrial spaces.The switchgear system is typically divided into multiple functional compartments, including incoming panels, outgoing feeder panels, metering sections, and control sections. Each compartment is carefully engineered to isolate electrical functions, improving operational safety and simplifying maintenance procedures. Clear labeling and panel identification enhance usability and help operators quickly identify circuits and functions during operation or trouble shooting.
Applications of this electrical switchgear panel are extensive. In industrial plants, it manages power distribution to machinery, motors, and production lines. In commercial buildings, it ensures reliable power supply to lighting, HVAC systems, elevators, and critical equipment. In infrastructure and utility projects, it plays a vital role in substations, water treatment plants, transportation systems, and renewable energy installations.
Overall, the Low Voltage Electrical Switchgear and Power Distribution Panel offers a reliable, safe, and efficient solution for managing electrical power. Its durable construction, advanced protection features, modular design, and customization options make it an ideal choice for projects requiring dependable electrical control and long-term operational stability. This product represents a high-performance solution for modern power distribution needs, combining safety, flexibility, and efficiency in a single integrated system.
Product Specifications
| Parameter | Specification |
| Product Type | Low Voltage Electrical Switchgear & Distribution Panel |
| Rated Voltage | Up to 415V AC |
| Rated Frequency | 50Hz / 60Hz |
| Rated Current | Up to 6300A |
| Short Circuit Withstand | Up to 50kA / 65kA |
| Enclosure Material | Cold Rolled Steel / Galvanized Steel |
| Surface Treatment | Epoxy Powder Coated |
| Protection Class | IP42 / IP54 (Optional) |
| Installation Type | Indoor, Floor Mounted |
| Cooling Method | Natural Ventilation / Forced Ventilation (Optional) |
| Cable Entry | Top / Bottom |
| Control Type | Manual / Automatic |
| Metering | Digital / Analog Meters |
| Safety Protection | Overload, Short Circuit, Earth Fault |
| Compliance Standards | IEC 61439 / ANSI / ISO |
| Customization | Available |
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FAQ
Find answers to common questions about GGD low-voltage switchgear, including rated current, short-circuit capacity, customization, components, applications and quotation requirements.
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What is the rated voltage of the GGD low-voltage switchgear?
The GGD low-voltage switchgear is typically designed for AC 50Hz power distribution systems with a rated operating voltage of 380V. Other low-voltage configurations can be reviewed according to the project specification and electrical system requirements.
What is the maximum rated current of the GGD switchgear?
The GGD series can be configured for different current ratings according to the project requirements. For this product series, the rated current can reach up to 3150A, depending on the main busbar, incoming circuit, outgoing circuits, and overall system design.
What is the short-circuit withstand capability of the GGD panel?
The GGD switchgear is designed for industrial power distribution applications requiring reliable short-circuit performance. Depending on the selected configuration, the rated short-time withstand current can reach up to 50kA. The final value should be confirmed according to the project's short-circuit level.
Can the GGD switchgear be customized according to our single-line diagram?
Yes. The cabinet configuration can be designed according to your single-line diagram (SLD), including incoming circuits, outgoing feeders, busbar ratings, circuit breakers, metering, protection, control functions, and auxiliary circuits. Please send us your SLD or electrical drawing for technical review.
What electrical component brands can be used?
The circuit breakers, contactors, meters, protection devices, and other electrical components can be selected according to the customer's technical specification or approved vendor list. If you require a specific component brand or model, please include this information in your RFQ.
What is the difference between GGD and withdrawable switchgear such as GCS or MNS?
GGD is generally a fixed-type low-voltage distribution cabinet, with a relatively simple structure and practical configuration. GCS and MNS are normally withdrawable or modular switchgear systems and are more suitable for applications requiring frequent maintenance, multiple feeder units, motor control, or higher operational flexibility. The most suitable solution depends on the project design, maintenance requirements, and budget.
Where is GGD low-voltage switchgear normally used?
GGD switchgear is widely used in: Power plants Substations Industrial factories Commercial buildings Mining projects Infrastructure projects Power distribution systems It can be used for power conversion, distribution, lighting distribution, and electrical control applications.





