Product Center

+
  • ZRH.jpg

ZRH temperature-controllable variable-angle jet nozzle

The product is a single-layer louver air outlet equipped with a temperature sensor. It can automatically adjust the blade angle according to changes in the supply air temperature with the seasons, achieving horizontal blowing in summer when supplying cold air and downward sloping in winter when supplying hot air, effectively suppressing airflow rise. Suitable for places with high requirements for the uniformity of room airflow, indoor temperature, and humidity, and high requirements for the regeneration noise of the supply airflow. Generally, it can be preferentially applied in rooms with a ceiling height of around 5 meters and offers multiple installation options, including ceiling and side mounting.
  • Commodity name: ZRH temperature-controllable variable-angle jet nozzle

Phone:

  • Product Description
  • Technical parameters
    • Equipped with a dedicated temperature-sensing sensor, the action is accurate, smooth, and produces no regeneration noise.
    • The louver's air delivery direction is changed by the action of the connecting rod mechanism, so that the airflow is delivered downwards at an angle. The maximum downward air delivery angle is 30°
    • The sensor is temperature-sensing and requires no power supply; no wiring or electrical control devices are required.
    • Double-layer structure, featuring simple structure, easy installation, and an elegant appearance.

     

    • Product Introduction
    • This product is a single-layer louver air outlet equipped with a temperature sensor. It can automatically sense and adjust the blade angle according to changes in the air temperature of the season, thus achieving horizontal blowing when delivering cold air in summer and downward angled blowing when delivering hot air in winter, effectively suppressing the rise of airflow.
      This product is suitable for places with high requirements for the uniformity of airflow, indoor temperature, and humidity, and high requirements for the regeneration noise of the delivered airflow. Generally, it can be preferentially applied in 5 rooms with a ceiling height of approximately meters, with multiple options such as top and side mounting, and has been widely used in various air conditioning systems.
    •  
    • Performance Characteristics
    • Equipped with a dedicated temperature-sensing sensor, the action is accurate, smooth, and produces no regeneration noise.
      When delivering cold air, the airflow can be delivered horizontally; when delivering hot air, the sensor action produces displacement, and the connecting rod mechanism changes the air delivery direction of the louver so that the airflow is delivered downwards at an angle. The maximum downward air delivery angle is 30°
      The sensor is temperature-sensing, requiring no power supply on-site, and no wiring or electrical control devices are needed during installation.
      It adopts a double-layer structure, featuring simple structure, easy installation, smooth surface, and an elegant appearance.
    • Model Designation
       

    RH

    Double-layer louver air outlet

    Z

    Temperature-sensing automatic adjustment control

    1

    Accessory Code 1 : Air outlet damper included 2 : Static pressure box included

    AxB

    Throat diameter specifications are shown in the dimensions table.

    • Example: ZRH/600x200 Indicates a double-layer louver with a throat size of 600x200 without accessories Temperature automatic control type Single-layer louver air outlet.

    Specifications

     

  •  

     

    Size Chart:

    ZRH Specifications Table for Temperature Controllable Variable Angle Jet Air Outlets

    Specifications WXH

    Specifications WXH

    Specifications WXH

    400X200

    600X250

    800X300

    500X200

    700X250

    900X250

    600X200

    600X300

    1000X250

    500X250

    700X300

    900X300

     

Keywords:

Product Inquiry

Please leave your email address, and our professionals will contact you as soon as possible!