The series of models combines high-tech measurement and control technology with advanced means of modern humidification, dehumidification, cooling, heating, and air purification to achieve the goal of constant temperature and humidity in indoor environments.

Wine cellar air conditioning refers to low-temperature precision constant temperature and humidity air conditioning, commonly known as wine cellar machine. The principle of its unit is the same as that of ordinary air conditioners, but it has its own characteristics. It uses a low-temperature compressor because the temperature requirement for wine cellars is generally between 10 ℃ and 18 ℃, while the minimum air outlet temperature for ordinary air conditioners is around 18 ℃, achieving a minimum indoor temperature of around 20 ℃. Therefore, a low-temperature compressor must be used for refrigeration, and the actual refrigeration temperature of the low-temperature compressor is about 0 ℃ -20 ℃; The unit is equipped with a humidifier inside, which usually uses two types of humidification according to the power of the unit: ultrasonic humidification and electrode humidification. Built in imported water tank connected to humidifier, with its own temperature and humidity control system. In addition, according to the requirements of the wine cellar, the unit will also be equipped with a condensate drainage pump and an anti vibration device.

The storage of wine requires suitable conditions:

● Constant temperature and humidity system Product features:

The system integrates refrigeration, heating, humidification, and dehumidification into one, with a small size, beautiful appearance, quick installation, and the ability to use multiple machines simultaneously. It is centrally integrated

● Touch screen full temperature and humidity LCD display, microcomputer automatically controls dehumidification, humidification, cooling, heating, and the control system operation is extremely convenient and simple.

● Adopting current signal temperature and humidity sensor technology to achieve high-precision measurement and control

● Adopting digital microcontroller control, it can interface with microcomputers to achieve centralized monitoring, with long service life, good stability, high linearity, wide temperature and humidity measurement and control range, and high resolution.

The response time and sensitivity of the refrigeration, heating, humidification, and dehumidification processes are fast, with a controllable range of uniform temperature and humidity changes and high sensitivity.

● Water and electricity conservation, low noise. Correctly used, not easily damaged, and reasonably priced.

● Stable performance and reliable quality. The compressor is selected from high-quality brand fully enclosed scroll compressors according to the specific temperature and humidity requirements of the usage location. Compared with plug compressors, it has fewer vulnerable parts, strong resistance to liquid compression, and can achieve temperature regulation.

● Equipped with air purification devices to ensure the purification of indoor air in a closed environment.

● Humanized and high affinity operation interface control, optimized energy saving, high operating efficiency, equipped with multiple safety protections such as high and low pressure, antifreeze, oil pressure protection, overload protection, compressor three minute delay protection, and under reverse protection, ensuring safe and stable operation.

● Different from ordinary air conditioning units:

Ordinary air conditioners mainly solve environmental temperature changes, while constant temperature and humidity machines mainly integrate humidification and dehumidification parts, using PLC integrated controllers,

By sensing the current environmental temperature and humidity with high sensitivity, and starting the corresponding working system of the equipment according to the preset values of temperature and humidity, the energy-saving advantage is obvious.

During operation, the main function of a regular air conditioner is to control temperature changes. Although it also has a certain dehumidification effect during operation, it cannot be used for a long time

The temperature and humidity control requirements are met, and the constant temperature and humidity system is equipped with temperature and humidity compensation control, effectively solving the problem of constant temperature and humidity in the environment during continuous working time

The state of

Efficient air filtration system and clean water humidification system provide customers with higher quality clean space and comfortable environment

The constant temperature and humidity machine can not only be used as a standalone machine, but also can be connected in parallel for centralized measurement and control, with multiple functions such as manual and fully automatic, as well as timed opening and closing.

The sensors of ordinary air conditioners are usually placed at the return air outlet to measure temperature and humidity values that differ from the actual temperature and humidity changes in the environment

The sensors used can be placed in any indoor space according to the needs of the site, and multiple sets of probes can be placed in environments where high precision is required

● Same location, multi-point data acquisition, microcomputer processing of control signals to achieve uniform temperature and humidity requirements.

Compared to ordinary air conditioners, the constant temperature and humidity system can choose high-quality domestic/imported temperature and humidity probes according to customer needs, with higher control accuracy. But

Ordinary air conditioners use more common temperature probes, which have larger errors.

Working principle and flowchart:

This machine has four functions: dehumidification, humidification, cooling, and heating. Users can choose any one function according to their needs.

When indoor humid air passes through the surface of the evaporator, due to the evaporator temperature being lower than the dew point temperature of the humid air, water vapor in the air condenses and precipitates, accumulates in the water tray, and is discharged through the water pipe, reducing the moisture content of the air. After dehumidification, the humid air is heated by an air-cooled condenser, and its relative humidity is increased

Lowering to achieve the goal of dry ambient air.

1flow chart