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Mitsubishi UPS FW-S10C-0.7K

The Mitsubishi FW-S10C-0.7K is a high-performance uninterruptible power supply (UPS) built to cater to a wide range of applications, from office automation (OA) to factory automation (FA). Designed for reliability, the FW-S10C-0.7K ensures continuous power supply by providing seamless transitions to backup during power outages or voltage fluctuations, keeping critical systems running smoothly. With its broad input voltage range (AC85–144V) and customizable output settings, the FW-S10C-0.7K offers robust features like remote control, breaker interlock, and external signal management, making it an ideal choice for businesses requiring uninterrupted power and enhanced operational efficiency.

 

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Product Description

Mitsubishi UPS FW-S10C-0.7K

 

The Mitsubishi FW-S10C-0.7K is a high-quality uninterruptible power supply (UPS) designed to meet the diverse needs of both office automation (OA) and factory automation (FA) environments. Engineered for optimal performance, this UPS model ensures reliable power management and protection in critical applications, offering seamless transitions during power outages and voltage fluctuations.

 

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Key Features of the Mitsubishi FW-S10C-0.7K:

 

  1. Wide Input Voltage Range (AC85-144V)

    The FW-S10C-0.7K supports a broad range of input voltages, allowing it to reduce backup operations due to voltage fluctuations. This feature conserves battery life by minimizing unnecessary power consumption and ensures a smooth transition to backup power in the event of outages or momentary voltage dips.

  2. Clean Power Output

    Independent of the input voltage and frequency, the FW-S10C-0.7K provides user-configurable output settings (100-120V, 50/60Hz). This ensures stable power delivery to connected equipment, with gradual voltage ramp-up during startup to reduce inrush current. Additionally, the UPS cleans distorted voltage, eliminating harmonics, surges, and noise.

  3. Seamless Backup Power Transition

    The FW-S10C-0.7K seamlessly transitions to battery power during power failures without any interruption, ensuring the continuous operation of critical systems.

  4. Flexible Startup Modes

    • Commercial Power Startup: The FW-S10C-0.7K can start even with a degraded battery if commercial power is available.
    • Battery Startup: The UPS can initiate using its battery, acting as an emergency power source in cases where commercial power is not available.

  5. External Signal Control and Monitoring

    The UPS is equipped with external input/output signals, allowing remote monitoring of UPS status, including alarms, backup operations, and battery capacity. This ensures reliable management and supervision of both the UPS and connected load.

  6. Industry-First Breaker Interlock Feature

    Mitsubishi’s FW-S10C-0.7K integrates a breaker interlock function, allowing the UPS to continue power supply during breaker trips or shut down when the breaker is turned off. This is achieved by connecting the breaker’s alarm switch (AL) and auxiliary switch (AX) to the UPS.

  7. Remote ON/OFF Capability

    The FW-S10C-0.7K can be operated remotely through a control panel, enabling easy power management and shutdown from a distance.

  8. Bypass Switching and Shutdown Features

    The FW-S10C-0.7K offers both manual and external signal-triggered switching between UPS operation and bypass mode. Additionally, the UPS can be shut down during backup operations using an external signal.

  9. Emergency Stop Function

    For enhanced safety, the FW-S10C-0.7K includes an emergency output stop function, suitable for SEMI-compliant equipment, making it an ideal choice for environments requiring high levels of safety.

 

Conclusion

 

The Mitsubishi FW-S10C-0.7K UPS is a highly reliable and versatile power solution for both office and factory environments. With its wide input voltage range, robust backup capabilities, and advanced features like breaker interlock and remote control, it ensures uninterrupted power for critical systems, providing peace of mind in even the most demanding applications.