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Overview
The UPS distribution cabinet plays a central role in uninterrupted power systems. It functions as both an industrial UPS power distribution board and a
main electrical switchboard, efficiently distributing and controlling power across connected equipment. The three-phase 380V design enables high-capacity
performance, ensuring constant operation during power transitions. Its robust construction, user-friendly layout, and compatibility with various industrial
standards make it suitable for demanding applications such as data centers, production plants, and healthcare facilities. Designed for seamless integration
with UPS systems, it enhances overall energy efficiency and operational stability. Whether in large-scale manufacturing or mission-critical networks,
this cabinet maintains reliable, safe, and efficient power delivery under all working conditions.
Core Components and Features
This UPS distribution cabinet integrates a complete set of electrical components engineered for reliability and performance. Core elements include
high-quality molded case circuit breakers, automatic transfer switches (ATS), contactors, surge protection devices, and precision metering instruments.
These components work together to provide uninterrupted power flow and smooth transition between mains and backup sources. The metering
modules deliver accurate monitoring of voltage, current, and load balance, ensuring operators can make timely adjustments for maximum efficiency.
The cabinet enables effective voltage regulation, overload protection, and power switching functions. The ATS allows for seamless transfer between
power sources during outages, minimizing operational interruptions. Additionally, the modular wiring structure simplifies maintenance and future
expansion, while the 380V power configuration ensures compatibility with standard industrial supply systems. Designed with reliability at its core, this
distribution cabinet acts as a key control point for stable, secure, and continuous power delivery in mission-critical environments.
Design and Compliance
Design:
The cabinet adopts a carbon steel structure for long-term durability and enhanced heat dissipation. Its interior layout follows a clear and modular
design, allowing easy wiring, inspection, and maintenance. The 3-phase configuration ensures efficient load distribution, while the switchboard
compartments are optimized for operator safety. Flexible expansion options and removable panels simplify customization according to site requirements.
Ventilation channels and protective coatings further enhance reliability under heavy industrial conditions.
Compliance:
The UPS distribution cabinet fully conforms to international and regional standards for electrical safety and performance, such as IEC 61439 and GB7251.
It undergoes rigorous quality testing to meet industrial-grade insulation, grounding, and short-circuit protection requirements. Each component is
selected and assembled following certified manufacturing processes, ensuring consistent product reliability. With its compliance and certification, this
complete electric panel guarantees safe operation in critical applications like hospitals, data centers, and manufacturing lines.
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Key Advantages
Continuous Reliability
Ensures uninterrupted power supply for vital operations with millisecond-level automatic switching between main and backup power. Its built-in
redundancy design and stable distribution system effectively cope with grid fluctuations, blackouts, or voltage instability, preventing downtime in
critical scenarios like data centers and healthcare facilities. It maintains consistent power output to safeguard sensitive equipment and mission-critical tasks.
Flexible Customization
Each cabinet supports tailored configurations based on project-specific requirements, including voltage rating (380V/220V), protection level (IP55),
and installation space constraints. The modular design allows easy later expansion or function upgrades, adapting to diverse needs across industries
like manufacturing, telecom, and healthcare. It shortens project adaptation cycles and meets personalized operational demands efficiently.
High Efficiency
Optimized internal wiring layout and high-performance components (such as energy-saving circuit breakers and intelligent metering modules) reduce
energy losses by 10%-15%. It enhances power utilization efficiency while lowering long-term maintenance costs, as advanced components boast longer
service lives and require fewer replacements. The streamlined design also improves heat dissipation, further boosting operational efficiency.
Comprehensive Safety
Beyond overload, short-circuit, and surge protection, it integrates leakage, overvoltage, and undervoltage safeguards. Compliant with international safety
standards (e.g., IEC), the system features real-time fault alerts to enable timely troubleshooting. These multi-layered protection mechanisms fully guarantee
user safety and equipment integrity, minimizing potential downtime and economic losses.
Parameter
Voltage Rating |
380V Low Voltage |
Phase |
3 Phase |
Frequency |
50 / 60 Hz |
Protection Level |
IP55(customizable) |
Customization |
Available (Custom Power Distribution) |
Application Scenarios
Textile and Light Manufacturing Plants
Provides stable power distribution for spinning, weaving, finishing, and packaging operations in textile and light manufacturing facilities. Its 3-phase
feeder switchboard maintains consistent voltage and balanced load, critical for automated production lines and precision equipment like electronic
jacquard looms or dyeing machines. By minimizing voltage fluctuations, it prevents process disruptions that could cause product defects, supporting
continuous 24/7 operation and improving production efficiency for textile manufacturers.
Data Centers
The UPS distribution cabinet is a key power hub in data centers, sustaining servers, storage systems, and critical network infrastructure. Its stable
3-phase 380V configuration supports high electrical loads, ensuring uninterrupted operation during grid fluctuations. With intelligent monitoring and
modular design, it enables scalable expansion, prevents overloads, and minimizes data loss, safeguarding 24/7 cloud computing and big data operations.
Industrial Manufacturing
Widely used in factories and process plants, the cabinet delivers reliable power to production lines, automated machinery, and precision tools. Its durable
steel housing and modular structure resist vibration, dust, and temperature changes. Equipped with overload/short-circuit protection, it minimizes downtime,
adapts to smart manufacturing needs, supports flexible workflows, and enhances operational efficiency through easy maintenance.
Healthcare Facilities
Hospitals and clinics rely on it for uninterrupted power to life-support systems, diagnostic devices, and communication networks. Its redundancy design
(dual-power input, fast switching) and compliance with strict healthcare safety standards eliminate leakage or voltage risks. It protects sensitive medical
equipment, ensuring continuous care in ICUs and emergency departments, directly impacting patient safety and treatment outcomes.
Telecommunication Infrastructure
In telecom base stations and network centers, the cabinet ensures continuous service during grid failures. Seamlessly integrated with UPS units, it provides
stable voltage and smooth transitions, preventing network downtime. Optimized for 5G/IoT deployments, its modular architecture adapts to high-density
equipment demands, supports remote monitoring, and reduces maintenance costs for seamless user connectivity.
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