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CNC丨YCQ9HB ATS: Conduct Uninterrupted Energy Supply to Mission-Critical Components

CNC丨YCQ9HB ATS: Conduct Uninterrupted Energy Supply to Mission-Critical Components

YCQ9HB Automatic Transfer Switch ATS 1 S CB class 63A

YCQ9HB Automatic Transfer Switch(ATS) – The automatic transfer switch (ATS) designed by CNC Electric is used to ensure that systems in continuous operation do not have their electricity disconnected. The YCQ9HB is a state-of-the-art automatic dual power switching device, certified with CB-class and capable of handling a frame current of 63A.

It is applicable to AC 50Hz power systems, rated voltage≤400V, current ratings 10A to 63A. The YCQ9HB ATS can monitor a common power supply (N) and a standby power supply (R). No interruption, the YCQ9HB will switch to the operational power source automatically when an undervoltage phase failure, or power supply problems occur. If you want more control, manual switching is also available.

Key Features:

  • CB type ATS: Excellent performance in high industry standard.
  • Bag Current: Ideal for systems with a variety of current capacities.
  • Automatic Power Transfer: This allows the system to automatically switch between primary and backup power sources, ensuring continuous operation.
  • Manual Switch Option: For greater flexibility it allows you to manually switch when required.
  • IEC 60947-6-1 Compliance: Reliability and Safety.

Applications:

  • Health care: Ensures critical medical equipment continues to operate
  • Data Centers: Keeps servers and networks running during power glitches.
  • Telecommunications: Ensures reliability of communications networks and emergency systems.
  • Public Safety: Keeps the power on for fire stations, police stations and emergency services.
  • Commercial & Residential: Keeps the power going for hotels, shopping malls, and residential buildings.

The YCQ9HB ATS aims to help ensure redundancy for power systems in mission-critical environments where downtime is costly.

CNC Electric YCQ9HB, YCQ1B, YCQ9B, YCQ9Ms


Post time: Dec-27-2024