Water Cycle Cooling and Heating Temperature Control System

Water Circulation Refrigeration and Heating Temperature Control System

Introduction

Water Constant Temperature - Water Circulation Refrigeration and Heating Temperature Control System. The heating method utilizes heat from the air to warm the water, eliminating the need for an additional heating tube. In this era of environmental protection and energy conservation, this unit fully meets market demands..

Unit Refrigeration Principle

The compressor operates, converting low-temperature, low-pressure gaseous refrigerant into high-temperature, high-pressure gaseous refrigerant, which enters the condenser. Part of the heat from the refrigerant inside the condenser is expelled by external cooling water or cooling fans. After releasing heat, the refrigerant liquefies into a high-temperature, high-pressure liquid and flows out. It then passes through a dryer filter for drying and filtration, enters the expansion valve for throttling (a rapid cooling process) and pressure reduction, and liquefies into a low-temperature, low-pressure liquid before entering the evaporator for heat exchange. The low-temperature, low-pressure liquid refrigerant absorbs heat from the surrounding medium (water, oil) outside the evaporator. During the heat absorption process, the refrigerant temperature remains unchanged while its volume changes. After absorbing heat, the low-pressure hydraulic refrigerant vaporizes into a low-temperature, low-pressure gaseous refrigerant and enters the compressor. It is compressed into a high-temperature, high-pressure gaseous state and enters the condenser, thereby completing the entire refrigeration cycle.

Unit Heating Principle

Based on the refrigeration principle, the compressor operates, converting low-temperature, low-pressure gaseous refrigerant into high-temperature, high-pressure gaseous refrigerant, which passes through a four-way valve and a liquid storage tank before entering the condenser. The heat inside the condenser is utilized to heat the water tank, with heated water reaching up to 90 degrees Celsius. After releasing heat, the refrigerant liquefies into a high-temperature, high-pressure liquid and flows out. It then passes through a dryer filter for drying and filtration, enters the expansion valve for throttling (a rapid cooling process) and pressure reduction, and liquefies into a low-temperature, low-pressure liquid before entering the evaporator for heat exchange. The low-temperature, low-pressure liquid refrigerant absorbs heat from the surrounding medium (water, oil) outside the evaporator. During the heat absorption process, the refrigerant temperature remains unchanged while its volume changes. After absorbing heat, the low-pressure hydraulic refrigerant vaporizes into a low-temperature, low-pressure gaseous refrigerant and enters the compressor. It is compressed into a high-temperature, high-pressure gaseous state and enters the condenser, thereby completing the entire heating cycle.

Features

The Water Circulation Refrigeration and Heating Temperature Control System includes eight protection devices:1. Phase loss and reverse phase protection device; 2. Motor overload protection device; 3. High and low pressure protection device; 4. Water shortage automatic alarm device; 5. Low temperature and anti-freezing protection device; 6. Coil overheating protection device; 7. Insufficient water flow protection device; 8. Fully automatic temperature control system

Unit Performance

The unit is entirely manufactured using original parts supplied by reputable brands recognized in the market, ensuring stable performance and continuous operation of this series.

Control System

1. Control components, microcomputer boards, single modules, PLCs, etc., use market-recognized brands such as LG, Bangpu, Siemens, Schneider, and Mitsubishi.

2. To enhance the stability and safety of the Water Circulation Refrigeration and Heating Temperature Control System during use, the EU quality management system certification has been actively implemented in the production process. Quality control is rigorously managed in supplier selection, and load specifications are strictly standardized. The unit's performance includes additional protection devices such as phase loss and reverse phase protection, motor overload protection, high and low pressure protection, water shortage automatic alarm, low temperature and anti-freezing protection.

After-Sales Service

1.One-year free warranty, lifetime maintenance (excluding human factors, wear parts, and force majeure).

2.Upon receiving written equipment repair notification from the customer, response and on-site repair within 36 hours in Guangdong Province, and 72 hours outside Guangdong Province.

3.After the warranty period, a separate service agreement can be arranged to ensure effective support during the customer's equipment usage in production.

4.During the warranty period, if equipment failure is caused by product quality (excluding human factors), all costs will be borne by our company.

5.Outside the warranty period, costs incurred for equipment maintenance will be charged based on actual expenses.

Unit Technical ParametersAir energy water refrigeration heating machine set Technical Parameters

0.18

116

Note: 1. Refrigeration compressor: Maximum operating temperature 45°C, uses refrigerant R22. Refrigeration compressor: Support highest temperature  45 ℃、Refrigerant R22 for use.

2. Screw unit energy automatic control at 75%-50%-25%. Screw water chillers energy automatic control for 75%-50%-25%.

3. Evaporation temperature inlet water 12°C, evaporation temperature outlet water 7°C. Condensation temperature inlet water 30°C, condensation temperature outlet water 35°C. Evaporation temperature into the water 12 ℃、Evaporation temperature water 7 ℃、Cooling water temperature into 30 、Cooling water temperature for 35.

4. The above parameters are subject to change without prior notice. The above parameters are subject to change without prior notice.