Air Cooled Water Chiller Unit Modular Industrial Water Chiller System With PLC Control

Air Cooled Module Water Vortex Heat Recovery

Air Cooled Modules Water Vortex Heat Recovery In a heat recovery configuration, an integrated heat exchanger captures heat and transfers it to a separate water loop for reuse. This enables efficient heating applications in addition to traditional cooling functions in buildings or processes.

Product Features:
Air cooled module unit have the following characteristics:

1.High efficiency and energy saving: The industrial air cooler adopts high-efficiency and energy-saving compressors and coolers, which have high cooling efficiency and can save energy.

2.Flexible installation: The industrial air cooler can be installed indoors or outdoors, and the type selection and installation can be carried out according to specific needs.

3.Simple maintenance: The maintenance of industrial air coolers is relatively simple, and only requires regular cleaning and maintenance, which is relatively easy to maintain.

4.Long service life: The main components of the industrial air cooler have a long service life, which can ensure the stable operation of the equipment.

5.High temperature control accuracy: The Air cooled module unit is equipped with a precise temperature control system, which can achieve precise temperature control.

Techinical Parameters:

Application Industry:

Air-cooled module units are used in the following industries and occasions:

1. Office buildings: Office buildings have large spaces and dense personnel, and require high comfort and stability of air conditioning. Air-cooled module units can flexibly combine modules according to different areas and usage requirements of office buildings to achieve precise temperature control and provide a comfortable working environment for office staff.

2. Shopping malls: Shopping malls have large traffic and long business hours, and require air-conditioning systems to have efficient and stable operating performance. Air-cooled module units can adapt to the large space and complex environment of shopping malls, provide sufficient cooling and heat, and can flexibly adjust the operating mode according to changes in different seasons and passenger flow to achieve energy saving.

3. Hotels: Various areas of the hotel, such as guest rooms, restaurants, conference rooms, etc., have high requirements for the comfort and quietness of air conditioning. Air-cooled module units operate quietly and can provide hotel guests with a comfortable rest and activity environment. In addition, the modular design of air-cooled module units facilitates phased construction and equipment expansion of hotels.

Automotive Manufacturing Chemical Engineering Electronics Industry Electroplating Industry

How does the constant temperature control system of the air-cooled module unit work?
The constant temperature control system of the air-cooled module unit mainly works together through components such as temperature sensors, controllers and actuators to achieve precise control of the ambient temperature.
1. Temperature detection: The temperature sensor is installed in the space where constant temperature control is required or near the object to be cooled. It will monitor the current ambient temperature in real time and convert the temperature signal into an electrical signal and transmit it to the controller. For example, in a computer room using an air-cooled module cabinet, the temperature sensor will sense the air temperature in the computer room.
2. Signal processing and comparison: The controller is the core component of the constant temperature control system. It receives the electrical signal from the temperature sensor and compares it with the preset temperature value. There is a set value storage unit inside the controller, and the user can set the required constant temperature according to actual needs. If the temperature detected by the sensor is higher than the preset value, the controller will determine that cooling operation is required; conversely, if the temperature is lower than the preset value, it may be necessary to perform operations such as heating or stopping cooling.
3. Control signal output: According to the comparison result, the controller will send a corresponding control signal to the actuator. These signals can be analog signals or digital signals, depending on the design of the system and the type of actuator.