南京天加环境科技有限公司
  • Global

    • Search

    Search Delete

    • Online Message X

      Submit

    • Follow the WeChat

    • Top

    Digital Variable-Capacity DX AHU

    Digital variable-capacity DX AHU features powerful output management and excellent cooling under low temperature, and is widely applied in multiple industries. With a maximum cooling capacity of 282kW, it is applicable to scenarios related to operating rooms, quarantine centers, medical laboratories, precision instrument manufacturing, biosafety laboratories, pharmaceuticals, food processing, and lithium batteries. For places with high power consumption, such as pharmaceutical factories, the digital condensation heat recovery feature can be used to optimize the air-side system for energy efficient operation.

    Advantages

    Powerful Dehumidification

    Large cooling capacity of single unit, large fluctuation of fresh air volume, operation with variable air flow, precise dehumidification even under low load conditions.

    Applicable to Precision Instrument Areas

    Mechanical variable-capacity, no electromagnetic interference generated by variable-capacity inverter.

    Professional Intelligent Control

    Smart control over all fresh air and operating room grade management of temperature and humidity through TICA technology.

    Energy-Saving

    Condensation heat recovery is optional to avoid waste of heat. R410A refrigerant does not contribute to ozone depletion and is unlikely to be phased out.

    Convenient and Worry-Free Use

    The unit is pre-charged with refrigerant upon delivery. The pipeline is simple and easy to be installed.

    Technical Parameters

    Condensation Heat Recovery
    The optional condensation heat recovery system can recover heat to reheat the air. In this way, the electric heater does not need to operate, and thus less energy is consumed.
    Cutting-Edge Digital Variable-Capacity Technology
    Winner of innovation award from ARI: Emerson digital variable-capacity compressor. 
    The compressor controls the movement of its scroll within a very narrow range via control of the action and time PWM valve, and changes the rise and engagement of the fixed scroll to regulate the cycle time of "load" and "unload" and therefore to implement varying capacity and control of the capacity output (continuously adjustable in the range of 10-100%). 
    Reliable system without electromagnetic interference.
    Self-Developed Energy-Saving Intelligent Control System
    The control logics are based on mature experience and comply with relevant national standards. The eco humidity priority control mode can be used. 
    Professional controller connector, intuitive and dynamic display of unit parameters, and complete alarm and protection design.
    Cutting-Edge Digital Variable-Capacity Technology for Precision Regulation
    The mechanically variable-capacity compressor supports stepless regulation and can achieve precise control over cooling capacity (10%-100%) despite of large fluctuation of fresh air flow. Energy waste caused by fixed speed compressor under partial load due to excessive cooling is prevented.
    Patented Frameless Case

    No cold bridge, no condensation, no leakage, energy efficiency.

    Patent Access Door Designed Using Aviation Technologies

    Double knife edge sealing, pressure test passed; no leakage.

    Professional Model Selection Software
    Self-developed model selection software, with embedded parameters and precise logics; intelligent recommendation of highly efficient energy-saving solutions; customization supported; fast export of complete set of reports; guaranteed delivery.

    Business Contact

    If you have any questions about TICA products, please contact us.

    • Nanjing, Jiangsu, China TICA Company, No. 6, Hengye Road,
      Economic and Technological Development Zone
    • Tel
    • 00-86-025-85238764

    COPYRIGHT @TICA2021

    00-86-025-85238764
    Global - English

    Follow TICA

    COPYRIGHT@TICA2021 By VTHINK

    Fill out a quick form to unlock our resources

    By submitting this form, you confirm and agree that your personal data may be transmitted, stored, and processed on servers located outside the People's Republic of China, and that your personal data will be processed by TICA in accordance with the Privacy Statement.

    Thank you for your time!

    * The documents have been sent to your registered email address.

    Scan to follow TlCA on social media and stay updated with our latest news.