Home > Product > Power distribution equipment > GGD Switchgear
Overview
This 250A distribution cabinet, a dedicated GGD cabinet, serves as the core power supply board for textile mill drawing machines. It regulates
3-phase electrical flow, converting and distributing power to meet the high-demand, continuous operation of drawing machines. With robust
construction, it functions as a reliable circuit breaker switchboard, preventing overloads or short circuits common in textile production. Ideal
for textile workshops, it ensures consistent power, minimizing downtime and supporting efficient drawing processes.
Core Components and Features
The cabinet features key components tailored for textile drawing machines: a high-performance circuit breaker switchboard to cut off faulty currents,
preventing damage to drawing equipment; 3-phase busbars for balanced power distribution, critical for the stable rotation of drawing machine motors;
and terminal blocks ensuring secure connections with drawing machine circuits. As an industrial electrical panel, it monitors real-time voltage and
current, alerts on anomalies, and controls power on/off for drawing machines. This power distribution panel integrates protection (overload, short-circuit)
and regulation, ensuring the drawing machine’s motor runs smoothly without interruptions.
Design and Compliance
Design:
The GGD cabinet adopts a sealed, dust-resistant enclosure, addressing textile mills’ fiber-laden environment to avoid component clogging. Ventilation
slots are optimized for heat dissipation, coping with the continuous operation of drawing machines. Its modular design allows easy access to internal
components, simplifying maintenance—vital for minimizing production halts in textile workshops.
Compliance:
It meets strict standards for industrial electrical panels, including 3-phase electrical safety norms and textile machinery power supply regulations.
Certified for electrical distribution cabinet safety, it ensures compatibility with drawing machine voltage requirements, adhering to global textile
industry electrical standards.
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Key Advantages
Tailored Reliability:
As a 250A distribution cabinet, it leverages high-quality internal components and stable 3-phase power regulation to deliver consistent electricity
for drawing machines’ non-stop operation. This minimizes unplanned shutdowns in textile production, directly boosting output efficiency and
reducing losses from interrupted workflows.
Enhanced Safety:
Equipped with a sensitive circuit breaker switchboard and multi-layer 3-phase protection, it detects overloads or short circuits in milliseconds,
triggering instant power cuts. This not only shields expensive drawing equipment from damage but also prevents electrical hazards, ensuring
worker safety in busy textile workshops.
Textile-Ready Design:
Its sealed enclosure blocks fiber dust—common in textile mills—from clogging components, while optimized ventilation slots dissipate heat from
continuous operation. This design adapts to the harsh, high-humidity environment, ensuring long-term, trouble-free performance.
Efficient Integration:
Compatible with major drawing machine brands and models, this power supply board features modular connection ports, simplifying installation
into existing textile production lines. It reduces setup time, letting factories resume operations quickly after deployment.
Parameter
Rated Current |
250A |
Frequency |
50Hz |
Rated Voltage |
380V (3-Phase AC) |
Protection Level |
IP55 |
Cabinet Material |
Galvanized steel |
Application Scenarios
Factories:
In manufacturing facilities such as automobile plants, machinery processing workshops, and electronics assembly factories, the cabinet distributes
power to high-power equipment like stamping machines, conveyor belts, and precision lathes. It stabilizes current output to avoid equipment
malfunctions caused by power fluctuations, ensuring smooth and uninterrupted production—critical for meeting daily output targets.
Commercial Buildings:
In shopping malls, office complexes, and high-end hotels, it supplies power to multi-system loads including lighting, central HVAC, elevators,
and commercial refrigeration. During peak periods (e.g., weekend shopping sprees or weekday office hours), it dynamically adjusts power
allocation to high-demand areas, preventing local overload and ensuring a comfortable and reliable environment for customers and employees.
Data Centers:
As a key part of data center power infrastructure, it manages power delivery to servers, storage arrays, and cooling systems. It works in tandem
with UPS (Uninterruptible Power Supply) systems to achieve seamless power switching in case of sudden outages, avoiding data loss or system
crashes—essential for safeguarding sensitive data and maintaining continuous service for users.
Infrastructure Projects:
Applied in large-scale public infrastructure like subway stations, airports, and municipal water treatment plants, it supports critical electrical
systems. For example, in subway operations, it powers traction systems and platform lighting; in airports, it supplies stable power to terminal
security check equipment and baggage handling systems—ensuring these 24/7 operational facilities run reliably without interruptions.
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