The JHQ1 Automatic Transfer Switch for Dual Power is designed for dual-circuit systems with AC 50Hz or 60Hz, supporting voltages of 220V or 380V and currents up to 63A. It offers protection against short-circuit and overload, features a compact design, and supports both manual and automatic switching modes, meeting GB/T 14048.11 standards.
The JHQ1 Automatic Transfer Switch for Dual Power by Jinhand Electrical is designed for dual-circuit systems operating at AC 50Hz or 60Hz, with voltages of 220V or 380V and currents up to 63A. This compact switch enables selective power source switching and offers protection against short-circuit, overload, and under-voltage. Featuring a single-motor drive for smooth operation and mechanical interlocks for safety, this reliable product is available from a trusted manufacturer and supplier in China.
Advantages
1.Selective Switching: Enables users to switch between two power sources as needed, enhancing operational flexibility.
2.Safety and Protection: Provides comprehensive protection against short-circuit, overload, under-voltage, and loss of voltage, ensuring safety in power supply systems.
3.Fire Protection Compliance: Suitable for environments that require fire safety compliance, such as office buildings, hospitals, and shopping malls.
4.Long Service Life: Designed for durability and reliability, resulting in a longer operational lifespan.
5.Quiet Operation: The single-motor drive mechanism ensures smooth and noise-free operation with minimal impact force.
Working Principle
1. Normal Main Power State:When the main power supply is functioning normally and the function switch is set to the automatic position, the standby circuit breaker opens while the main circuit breaker closes. This ensures that the main power supply is connected to the load.
2. Voltage Interruption Detection:If there is a voltage interruption in one or all three phases of the main power supply, the Automatic Transfer Switch (ATS) detects this abnormal condition.
3. Load Transfer:The ATS transfers the load from the main power supply to the standby power supply, provided that the standby power supply has normal voltage available.
4. Power Restoration:Once the main power supply returns to normal voltage levels, the ATS automatically switches the load back from the standby power supply to the main power supply.
5.Key Functions
Automatic Switching: Ensures seamless load transfer based on the status of the power supply to maintain continuous operation.
Real-Time Monitoring: Continuously monitors the voltage of the power supply to ensure system stability and safety.
Reliability: Provides backup power assurance to prevent disruptions due to main power failures.
Main Features
1.Rated Specifications: Operates at AC 50Hz or 60Hz with rated voltages of 220V or 380V and supports currents up to 63A.
2.Compact Design: Features a compact size and simple structure, making installation and operation straightforward.
3.Configuration Options: Available in both 3P (three-phase) and 4P (four-phase) configurations to meet various application needs.
4.Interlocking Mechanism: Equipped with mechanical and electrical interlocks for reliable switching between the main and standby power sources.
5.Manual and Automatic Modes: Supports both manual and automatic switching modes, providing versatility in operation.
6.Status Indication: Includes wiring terminals for user connections and indicators on the A.T.S. panel to show the open or closed status of the circuit breakers.
7.Standard Compliance: Meets the GB/T 14048.11 standard, ensuring adherence to safety and performance regulations.
Product Highlights
1.Intelligent Automatic Switching: Automatically switches to the backup power supply in case of main power failure and returns when normal, ensuring continuous power supply.
2.Selective Dual Power Protection: Supports overload, short-circuit, and undervoltage protection for both main and backup sources with independent tripping functions.
3.Multiple Operation Modes: Supports automatic, manual, and remote control modes to meet various application needs.
4.Compact Modular Design: Space-saving structure allows flexible installation in standard distribution boxes.
Operational Cost Optimization
1.Self-Diagnosis and Status Monitoring: Built-in voltage detection and fault self-diagnosis reduce the need for manual inspections.
2.Modular Maintenance Design: Controller, drive motor, and operating mechanism are modular for quick replacement of faulty components.
3.Long Life Design: Mechanical life up to 10,000 cycles, electrical life 5,000 cycles, reducing replacement and maintenance costs.
4.Low Standby Power Consumption: Low idle power consumption and energy-efficient operation.
Durability & Stability
1.High-Strength Structural Design: Enclosure made of flame-retardant reinforced engineering plastic; internal metal parts nickel-plated for corrosion and wear resistance.
2.Wide Voltage Adaptation Range: Broad voltage monitoring range for main and backup sources, resistant to grid fluctuations and interference.
3.Wide Temperature Operating Capability: Operating temperature from -25℃ to +55℃, suitable for various climates.
4.Vibration and Shock Resistance: Passes mechanical vibration and shock tests, suitable for environments like server rooms and workshops.
Production Process Advantages
1.Fully Automated Assembly Line: Key processes such as motor assembly, contact welding, and controller testing are automated.
2.Dual Functional Testing: Each unit undergoes electrical performance tests and mechanical linkage tests.
3.Strict Quality Control: Implements ISO 9001 quality management system with 100% inspection of critical components.
4.Traceability Management System: Each product has a unique serial number for full-process traceability.
FAQ
1. Does it support switching between generator and grid power?
Yes, can be set to grid priority or generator priority mode with adjustable switching time.
2. Is there a power interruption during switching?
Break-before-make design results in a brief interruption, typically ≤100ms.
3. Does it support remote monitoring?
Optional communication modules support remote status monitoring and control.
4. What are the phase sequence requirements during installation?
Main and backup power phase sequences must be identical; otherwise, switching may fail or cause equipment damage.
Customer Feedback
1. "Selected the JHQ1 series for multiple data center UPS projects. Reliable switching, stable operation, effectively ensuring continuous power for critical loads."
2."Compact product structure, comprehensive functions, especially suitable for hospitals, financial institutions, and other locations with high power supply reliability requirements."
Contact us
Through ten-plus years of relentless development, Jinhand ranks among China’s leading manufacturers and suppliers of electrical equipment. Our factory has adopted various advanced technologies and facilities, and we invite you to purchase our high-quality, cost-effective products manufactured in China.
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