380V Communication Low Voltage Distribution Cabinet
Name: 380V Communication Low Voltage Distribution Cabinet
Capacity: 1500kVA
Delivery Year: 2019
Country/Region: Mumbai, India
Advantages: Adopting a modular design (20mm installation holes) and cold-bent steel frame, it enables rapid pre-production and precise assembly, significantly shortening the delivery cycle. High universality components ensure quality stability, supporting the high-frequency and highly reliable power supply requirements of communication facilities.
Henan GNEE Electric Co., Ltd. is one of the most reliable manufacturers and suppliers of 380v communication low voltage distribution cabinet in China. If you're going to buy customized 380v communication low voltage distribution cabinet made in China, welcome to get quotation from our factory. Quality products and reasonable price are available.
Communication Low Voltage Distribution Cabinet Product Introduction
The AC Low Voltage Distribution Cabinet is a device used for power distribution. It is suitable for use in power plants, substations, factories, and enterprises where the AC frequency is 50Hz, the rated working voltage is 380V, and the rated working current is up to 3150A in the power distribution system. The cabinet serves as a device for converting, distributing, and controlling electrical energy for lighting and power equipment. The AC Low Voltage Distribution Cabinet has been designed with safety, economy, rationality, and reliability in mind, offering high breaking capacity, excellent dynamic stability, flexible electrical schemes, easy assembly, strong series and practical features, a novel structure, and a high protection level. It can be used as an update for low-voltage switchgear equipment.
Structural characteristics
The enclosure of the AC low-voltage distribution cabinet adopts a universal specification form. The frame is made of 8MF cold-bent steel and is locally welded and assembled. The frame parts and special parts are supplied by the profile designated production plant, ensuring the accuracy and quality of the cabinet body. The components of the universal cabinet are designed according to the modular principle, with installation holes at 20mm module intervals. The high universality allows the factory to achieve pre-production, which not only shortens the production manufacturing cycle but also improves work efficiency.
AC Low Voltage Distribution Cabinet Product Features
1.High Safety Design
The 380V Communication Low Voltage Distribution Cabinet uses high-strength cold-rolled steel plates for the cabinet body, providing IP30 protection against dust and electric shock.
Equipped with intelligent circuit breakers and residual current devices (RCDs) that monitor overloads, short circuits, and grounding faults in real-time, ensuring the safety of both equipment and personnel.
2.Modular Flexible Configuration
The modular structure allows for quick expansion based on load requirements, enabling flexible addition or removal of functional units such as power distribution, monitoring, and power quality modules.
Standardized interface design ensures compatibility with mainstream brands of circuit breakers, relays, and communication protocols, adapting to various system integration needs.
3.Efficient Heat Dissipation and Anti-Interference
The optimized ventilation and heat dissipation system within the cabinet uses top-mounted axial fans and smart temperature control to ensure stable operation even under high temperatures and heavy loads.
Electromagnetic shielding effectively suppresses electromagnetic interference (EMI), ensuring reliable communication signals and power systems.
4.Intelligent Monitoring Function
The 380V Communication Low Voltage Distribution Cabinet integrates remote monitoring modules (optional), which support real-time monitoring and alarms for voltage, current, power, and fault status.
Supports communication protocols such as Modbus and RS485, allowing seamless integration with building or communication network management systems.
Products parameter
Model
Rated Voltage (V)
Rated Current (A)
Rated Short-Circuit Breaking Current (KA)
Rated Short-Circuit Withstand Current (IS) (KA)
Rated Peak Withstand Current (KA)
Enclosure Protection Level
GGD1
380
A: 1000
15
15
30
-
B: 600 (630)
C: 400
GGD2
380
A: 1500 (1600)
30
30
63
IP30
B: 1000
C: -
GGD3
380
A: 3150
50
50
105
-
B: 2500
C: 2000
Supply Scope
We can also provide the following transformer products:
30-2500KVA/10KV Laminated core distribution transformer
30-2500KVA Power transformer
30-2500KVA Power transformer(Three-phase oil-immersed power transformer)
30-2500KVA/10KV Oil-immersed three-phase double-winding non-excited voltage regulating distribution transformer
30-2500KVA/10KV Epoxy resin cast dry-type transformer
30-2500KVA/10KV Three-phase resin cast insulated dry type power transformer
30-2500KVA Epoxy resin cast dry-type transformer
30-2500KVA/10KV Epoxy resin cast dry-type transformer
30-2500KVA Dry-type three-phase double-winding non-excited voltage regulating distribution transformer
30-2500KVA/10KV Dry-type three-phase double-winding non-excited voltage regulating distribution transformer
30-2500KVA Amorphous alloy dry-type transformer
30-3200KVA Rectifier transformer
6300-42200KVA Three-phase oil-immersed power transformer
800-31500KVA/35KV Oil-immersed power transformer
100-1600KVA Combined transformer
380V Communication Low Voltage Distribution Cabinet
Pre-assembled substation (European style) ,etc.
Production Process
1.Design and Verification
Customized drawings are created according to customer requirements, optimizing circuit layout and heat dissipation design using simulation software.
IP protection, insulation withstand voltage, and EMC (electromagnetic compatibility) tests are conducted to ensure compliance with international standards (e.g., IEC 61439, GB 7251).
2.Raw Materials and Components Procurement
High-quality components are selected to ensure electrical performance and service life.
Steel and insulating materials pass RoHS and environmental certifications, ensuring safety and durability.
3.Assembly and Quality Control
Modular assembly strictly follows process standards, ensuring that electrical clearance and creepage distances meet safety specifications.
100% factory testing includes insulation resistance, withstand voltage, temperature rise, and RCD function verification.
4.Packaging and Delivery
Shockproof and moisture-proof packaging is used to ensure safe transportation.
On-site installation guidance is provided to quickly complete system connection and debugging.
Communication Low Voltage Distribution Cabinet Applicable Scenarios
Power distribution for communication base stations and data centers;
Low-voltage power distribution systems for smart parks and intelligent buildings;
Power management for industrial plants and logistics warehouses;
Emergency power supplies and UPS system supporting equipment.
SGS certification certificate
about us
GNEE Group:
Global Transformer Supply Chain Integration Expert (2008 - Present)
Founded in 2008, GNEE Group has undergone fifteen years of deep industry cultivation, successfully transforming from a regional trader to a global supply chain management expert. As a pioneer in the integration of the steel industry chain, the group has established a full-cycle value system that spans raw material procurement, production coordination, logistics optimization, and terminal services, setting an innovative operational benchmark in the global transformer distribution sector. In the era of Industry 4.0, GNEE Group is accelerating towards its goal of becoming a global integrator oftransformer industry value through digital restructuring and green supply chain construction.
Production Environment
Packaging and Transportation
FAQ
Q: What Are the Core Competitive Advantages of Your Company?
A: Experience and Scale: Since its establishment in 2008, our company has been focusing on the transformer field for 18 years. We have delivered over 50,000 units of equipment and served more than 2,000 customers globally.
R&D and Production: A team of 200 professionals with a 20,000㎡ modern production base covering three major locations in China: Shijiazhuang, Xingtai, and Anyang. This ensures full autonomy from raw materials to finished products.
Customization Capability: Supports the design of transformers ranging from 50kVA to 5000kVA. Customized solutions can be provided for special scenarios such as high altitude or extreme temperatures.
Q: How Do You Ensure Delivery Time and Quality?
A: Supply Chain Assurance: Leveraging the industrial cluster advantages of three factories, we maintain sufficient raw material inventory, enabling faster order response compared to the industry average by 30%.
Quality Control System: From the precision of core stacking (±0.5mm) to 200 inspection items before product delivery, we ensure that each device complies with international standards such as CE and IEC.
Q: What Is the Delivery Cycle for Standard Products? Will Custom Products Affect Delivery Time?
A: Standard Products: The typical delivery cycle is 15-30 working days (starting from the signing of the contract and receipt of the advance payment).
Custom Products: Delivery cycles may extend depending on specific requirements, usually requiring 30-60 working days. If special materials, non-standard designs, or international transportation are involved, the specific time will be negotiated between both parties.
Q: Does Your Company's Transformers Meet International Standards?
A: Certifications: Passed certifications including IEC 60076 (International Standard), GB/T 6451 (Chinese National Standard), SGS, CE, UL, etc.
Special Certifications: Non-crystalline alloy transformers meet the IEC 61786 (high-efficiency transformer) standard; pre-assembled substations comply with the IEC 62271-200 (pre-assembled substation) requirement.
Q: How to Choose the Appropriate Type of Transformer?
A: Energy Efficiency Priority: Select amorphous alloy or epoxy resin dry-type transformers.
High Load Scenarios: Oil-immersed transformers are preferable.
Complex Distribution Needs: Contact engineers to customize pre-assembled substation solutions.
