The GGD Series Automatic Transfer Switch (ATS) Cabinet is a critical power management solution designed to ensure uninterrupted electrical service for mission-critical loads. Operating in AC 50Hz/60Hz systems with rated voltages up to 415V, this cabinet serves as the "brain" between two power sources—typically the Utility Grid and a Standby Generator.

Utilizing the proven GGD fixed-type framework, this cabinet houses high-performance motorized changeover switches or interlocked circuit breakers. In the event of a primary power failure, the integrated smart controller detects the loss of voltage and automatically transfers the load to the backup source within milliseconds, protecting sensitive equipment and maintaining operational continuity.

• Seamless Automatic Transition: Equipped with a programmable logic controller (PLC) or specialized ATS controller that monitors phase loss, under-voltage, and frequency fluctuations to trigger instant switching.

• Dual-Power Mechanical & Electrical Interlocking: Features a foolproof interlocking system that physically prevents both power sources from being connected simultaneously, eliminating the risk of back-feeding or short circuits.

• High Breaking Capacity: Engineered within the GGD chassis to handle significant short-circuit stresses, with a rated withstand current (Icw) up to 50kA.

• Flexible Operation Modes: Supports "Auto-Lead/Auto-Restore," "Auto-Lead/Manual-Restore," and "Manual Override" modes to give facility engineers total control during maintenance or grid testing.

• Robust GGD Frame: Constructed from 2.0mm thick cold-rolled steel with an 8MF profile, providing the structural integrity needed to house heavy motorized switches and large-gauge copper busbars.

1. Healthcare Facilities: Ensuring life-support systems and operating theaters remain powered during grid outages.

2. Data Centers & Telecom: Protecting server uptime by bridging the gap between utility power and UPS/Generator sets.

3. High-Rise Buildings: Managing emergency power for fire elevators, smoke extraction fans, and emergency lighting.

4. Continuous Manufacturing: Preventing costly production line stoppages in semiconductor or chemical processing plants.

• Turnkey Customization: We build to your specific load requirements. Choose from leading switch brands like ABB, Schneider, Socomec, or CHINT.

• Visual Status Monitoring: The front panel includes high-visibility LED indicators for "Source Available," "Source Connected," and "Fault," along with digital meters for real-time voltage and frequency tracking.

• Ease of Maintenance: The GGD fixed-panel design offers a spacious interior, making it easy for technicians to inspect cable terminations and test the motorized mechanism.

• Corrosion Protection: Every cabinet undergoes a rigorous multi-stage treatment process followed by an industrial epoxy powder coating, ensuring a service life of over 20 years.

GCS low voltage withdrawable switchgear assembly(hereinafter referred to as device)is the former state Ministry of Machinery, the Ministry of Electric power joint design group according to the industry authorities, the majority of power users and design units developed in line with the national conditions, with high technical performance indicators, can adapt to the development of the power market needs and can compete with the existing introduced products. In July 1996, the device passed the appraisal jointly presided over by two departments in Shanghai, and received the attention and affirmation of the production and manufacturing units and power use departments.

The device is suitable for power plant, petroleum, chemical, metallurgy, textile, high-rise building and other industries of power distribution system. In large power plants, petrochemical systems and other places with a high degree of automation, requiring computer interface, as a three-phase AC 50(60)Hz, rated working voltage 380V, rated current 4000A and below the distribution, centralized control of the motor, reactive power compensation of the low-voltage distribution device.

The device conforms to IEC439-1 and GB7251.1 standards.

1. 1, The ambient air temperature is not higher than +40℃, not lower than -5℃, and the average temperature within 24 hours is not higher than +35℃.
2. 2, The relative humidity at high temperature is not more than 50%, in the lower temperature is allowed to have a high relative humidity, such as +20℃ at 90%, but should take into account the temperature change, may occasionally produce moderate condensation.
3. 3, The altitude does not exceed 2000 meters.
4. 4, Installation tilt shall not exceed 5°.
5. 5, No dust, corrosive gas and rain immersion indoors.