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Overview
The 315A Single Phase ATS Control Cabinet is a dual-power automatic transfer switch (ATS) system designed to seamlessly switch
between two power sources (such as utility power and a backup generator). It guarantees continuous power supply to critical equipment
by automatically detecting mains failures and transferring loads, while also supporting manual operation. Ideal for applications demanding
high reliability, this switch cabinet simplifies power management for sensitive or essential systems.
Core Components and Features
Core components include CHINT molded case circuit breakers (for overload/short-circuit protection), an Aisikai ATS controller (for intelligent
power monitoring and switching logic), a clear ATS control panel with voltmeter/ammeter (for real-time power status visibility), and robust
bus bars (for secure power distribution). The cabinet automatically switches to the backup source when mains fail and reverts to mains once
power is restored. Manual control is available via the ATS controller’s selector switch. Additionally, it provides comprehensive protection
against overloads, short circuits, and abnormal voltage conditions.
Design and Compliance
Design:
The cabinet features an IP55-rated enclosure, shielding internal components from dust and water ingress—making it suitable for both indoor
and demanding environments. Its structured interior ensures organized wiring and easy maintenance. The intuitive front panel, with indicator
lights and meters, enhances usability for monitoring and operation.
Compliance:
Manufactured to meet IEC standards, this dual power ATS control cabinet holds CE and CB certifications, ensuring safety, reliability, and compatibility
with global electrical norms for switchgear and power control systems.
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Key Advantages
Reliable Power Transfer & Equipment Protection:
Automatically switches between two power sources in milliseconds to avoid downtime—critical for servers (preventing data loss) and medical
devices (avoiding life-support disruption). It also has built-in circuit breakers to shield loads from overloads, short circuits, and voltage
fluctuations, reducing maintenance and downtime.
User-Friendly Operation:
The ATS control panel comes with clear indicators and manual control options, enabling easy monitoring of system status and quick intervention
during maintenance or emergencies, enhancing operational convenience.
Durable Build & Versatile Compatibility:
Features a robust steel enclosure with powder coating and IP55 protection, ensuring long service life in harsh, dusty, or wet environments with
minimal upkeep. Optimized for single-phase (2P) systems, it integrates seamlessly with mains power and various generators, fitting commercial,
medical, and other scenarios.
Parameter
Rated Current |
315A |
Phase |
Single Phase (2P) |
Applicable Voltage |
AC 220V |
Protection Level |
IP55 |
Typical Transfer Time |
<100ms |
Application Scenarios
Commercial Buildings:
Ensures continuous power for critical systems like lighting, HVAC, elevators, and point-of-sale terminals in malls, offices, and hotels during
mains outages. This uninterrupted supply prevents customer dissatisfaction, business disruptions, and revenue losses that often come with
sudden power cuts.
Industrial Facilities:
Maintains seamless operation of essential machinery—including assembly lines, robotics, and processing equipment—by instantly switching
to backup power when mains fail. This rapid transition minimizes production downtime, avoids costly workflow halts, and protects against
potential damage to sensitive industrial gear.
Critical Service Providers:
Acts as a lifeline for data centers and healthcare facilities. For data centers, it shields servers, networking gear, and storage systems from
power disruptions, preventing irreversible data loss and service outages. For hospitals and clinics, it keeps life-support devices, imaging
equipment, and medical IT systems running, safeguarding patient lives during power failures.
Unstable or Remote Areas:
Serves as a core component of backup power systems in regions with unreliable mains supply or remote locations—such as rural communities,
construction sites, and off-grid facilities. It ensures consistent power for basic needs like lighting, tools, and communication devices, supporting
daily operations and productivity.
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