Place of Origin: | Suzhou, Jiangsu, China |
Brand Name: | Yide |
Model Number: | YDL-25F |
Certification: | CE |
Minimum Order Quantity: | 1 |
Delivery Time: | 20Days |
25HP Air-cooled Water Chillers--Efficient and Stable Industrial Cooling Solution
Accurate temperature control is important in industrial production. It is necessary to control the temperature to a fine degree so that the quality of your products and the life of the equipment can be guaranteed. A 25HP air-cooled water chiller is designed for medium and large industrial applications, with the advantages of high-efficiency refrigeration and intelligent temperature control. This kind of chiller is widely used in plastics processing, electronics manufacturing, electroplating, laser, food and pharmaceutical industries, etc. Compared with a water-cooled system, it does not require a cooling tower and is easy to install, which is especially suitable for situations where water resources are limited or when it’s inconvenient to install a complex cooling system.
High-efficiency refrigeration, precise temperature control
This model adopts an international brand of compressors: American Copeland, can quickly cool down and keep the water temperature stable. An intelligent temperature control system controls temperature between 3℃ to 35℃ with an accuracy of ±0.5℃. The condensing system adopts a finned condenser to ensure stable heat dissipation in a high-temperature environment.
High-quality accessories, stable operation
• Compressor: new American Copeland compressor, high efficiency and durability.
• Evaporator: stainless steel shell and tube type, strong corrosion resistance
• Water pump: well-known brand —— South pump, to ensure stable water circulation
• Control system: PLC intelligent control, real-time temperature monitoring
• Refrigerant: support R22, R407C, R134a and other environmentally friendly refrigerants
• Electrical appliances: Schneider, original genuine products, to ensure stable operation.
Working Principle
The equipment realizes cooling through a vapor compression refrigeration cycle:
Step 1. Compression: the refrigerant is compressed into high-temperature and high-pressure gas.
Step 2. Condensation: the gas enters the condenser to dissipate the heat and become a high-pressure liquid.
Step 3. Throttling: the refrigerant is depressurized by the expansion valve and becomes a low-temperature and low-pressure liquid.
Step 4. Evaporation: low-temperature refrigerant absorbs the heat of the chilled water to decrease the water temperature.
Why choose a 25HP air-cooled chiller?
• No cooling tower, easy to install, reduces maintenance costs
• High-efficiency refrigeration system, rapid cooling, stable operation
• Intelligent temperature control system, accurate temperature control, improved production efficiency
• International brand core components to ensure high quality and long life.
• Environmentally friendly refrigerant, in line with global environmental standards, energy saving and consumption reduction.
• Multiple safety protection, stable operation, guarantee production safety.
Parameter | unit | YDL-25F |
refrigerating capacity | KW 50Hz | 62.82 |
Kcal/Hr | 54013 | |
total input power | KW | 22.8 |
output power | HP | 25 |
power | Volt | 3N-380V/50Hz |
refrigerant | name | R22 |
charge amount(kg) | 6.8*2 | |
control type | With hermetic gyral or piston | |
compressor | type | Fully enclosed scroll type |
(KW) | 9.4*2 | |
evaporator | type | High efficiency external threaded shell tube type |
condenser | type | Sleeve plate |
fan power(KW) | 0.55*3 | |
chilled water | flow (L/min) | 400 |
tank(L) | 240 | |
in/output pipe size | 2" | |
water pump | power (KW) | 3 |
headlift (Kpa) | 24 | |
overall dimension | length (mm) | 2420 |
width(mm) | 1000 | |
high (mm) | 1800 | |
weight | kg | 1200 |
protective devices | compressor | Overload relay |
pumping | Overload relay | |
air blower | Overload relay | |
freezing circuit | High and low pressure switch/antifreeze switch | |
water circuit | Water tank level switch (optional)/bypass valve | |
unit conversion | 1 KW= 860Kcal/hr 1RT= 3024Kcal/hr 10000Btu/hr= 2520Kcal/hr |
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