H.Stars (Guangzhou) Refrigerating Equipment Group Ltd.

  Generally speaking, everyone will have doubts when purchasing a   chiller . I don't know how to judge the chilled water flow of the chiller? From what aspects should the water flow of the chiller be considered? Today I would like to share with you four suggestions: 1. Detection of return water temperature and outlet water temperature of the chiller (the unit needs to be in normal state): 30 minutes after starting up the unit, you can read the temperature of the inlet and outlet water when the unit is running through the parameters of the unit's control system or the inlet and outlet water thermometers of the unit's chilled water system. The difference should be ensured to be about 4-6 degrees. If the water temperature difference is too large, it means that the water flow of the water system through the plate type device is too small, which may cause the unit to fail to operate normally or be damaged. 2. Water pressure detection of the inlet and outlet pipes of the  chille

  Industrial Chillers   are widely used, providing cooling water systems for industrial production and helping companies improve product output and quality. Therefore, we need to understand how to use chillers simply and correctly to avoid problems during use and delay production. Let us briefly understand the use of chillers from the following aspects. One: the protection of the chiller: 1. Check whether the voltage is normal, lack of phase, 2. Check and record the running current. 3. Measure and record whether the high and low pressure and temperature control temperature are normal. 4. Under normal conditions, the high pressure is 1.5MPa / the low pressure is 0.45MPa4 Check whether the interlocking control circuit device is loose and aging. 5. Check whether the oil level and oil temperature are normal. 6. Check the compressor for abnormal sound and abnormal vibration. 7. Refrigerant system test. 8. Overall commissioning and testing. 9. Regularly check whether the quality of the chill

  It’s common acknowledged that chemical factory is quite easy cause explosion if all the electrical products don’t handle well. Today we are going to share one of the cooling project with explosion proof chiller system to help you understand How to design a best   explosion proof industrial chiller   for Chemical factories. Project Overview This project is an industrial cooling project of Chemical Co., Ltd. The content of the project includes: 1. Pure water system: The dosage is 15T/day, and it needs to be reduced from 25°C to 4°C within 8H; 2. Chilled water system: water flow rate is 100m3/h, inlet water temperature is 12°C, outlet water temperature is 4°C; 3. Cooling water system: the water flow rate is 370m3/h, and the temperature difference between inlet and outlet water is 5℃. The explosion-proof grade of all electrical equipment is required to reach ExdIIBT4. Equipment configuration instructions 1. The cold source of the pure water system uses a model 20STB-25AD4 air cooled low