During the production process, due to the continuous generation of heat from machinery, molds, and industrial reactions, product quality is unstable when the temperature exceeds the tolerance of the material. For example, in the production of plastic products and electroplating, the cooling time accounts for more than 80% of the entire cycle, and the importance of reducing the cooling time can be seen from this.
Understanding the impact of dampness on air-cooled screw chillers can provide targeted moisture and waterproofing measures for chiller equipment to avoid major problems affecting the normal progress of industrial production. How to comprehensively "protect" air-cooled screw chillers:
1. Timely wipe the condensed water outside the equipment
The mechanism of the main factors of concern during cooling of water chillers is cold key. The air-cooled unit always adheres to the design concept of environmental protection, intelligence, and reliability, and provides new high-quality, efficient air-cooled unit products for the market. Refrigeration units at and below 30RT use imported fully enclosed scroll humidifiers, with an efficiency of 20% higher than humidifier humidifiers, stable operation, low vibration, and strong resistance to liquid hammer.
At present, low efficiency often occurs in the use of industrial water chiller equipment. There are many reasons for this phenomenon. Only by comprehensively understanding this problem can we find corresponding solutions to improve the efficiency of industrial electric equipment.
Poor oil return of screw chillers is a headache. Generally speaking, the main reason for poor oil return of screw chillers is the mixture of lubricating oil and refrigerant during operation.
The refrigerant and refrigerator lubricating oil are mutually dissolved during the operation of the refrigeration system, resulting in the lubricating oil and refrigerant in the refrigeration compressor being discharged into the condenser in the form of mist and micro-drop gas. Poor effect of the oil separator or improper design of the system will lead to poor effect of the separator and poor oil return of the system.