SHM-4-2000 Spring Vibration Isolators for Screw Chiller Units

SHM-4-2000 Spring Vibration Isolators for Screw Chiller Units

The official website of Shanghai Songjiang Vibration Isolators Group introduces information about the SHM-4-2000 Spring Vibration Isolators for Screw Chiller Units. Songjiang Group recommends a dedicated Spring Vibration Isolators for screw chiller units in data center air conditioning systems. This Spring Vibration Isolators is designed to effectively absorb over 85% of the vibration from the chiller unit, demonstrating significant results.

SHM-4-2000 Spring Vibration Isolators for Screw Chiller Units

Screw Chiller Unit Spring Vibration Isolators Overview:

The springs are designed with low-frequency values and undergo a weather-resistant spray coating process, ensuring durability and excellent anti-vibration effects.

Both the top and bottom feature anti-slip, wear-resistant rubber and fixed bolts, significantly enhancing safety performance.

Simple installation with the flexibility to adjust the level and height based on actual requirements.

Effectively isolates vibrations from large-scale power equipment such as chiller units, cooling towers, heat pump units, and generators, protecting and extending their operational lifespan.

Screw Chiller Unit Spring Vibration Isolators Warranty Statement:

All Spring Vibration Isolators products from Songjiang Group are covered by a 10-year warranty (limited to indoor use). The springs used in all our shock absorbers are made from automotive-grade spring steel, not comparable to industrial spring steel. We aim to provide a product that requires no replacement or maintenance of the Spring Vibration Isolators before you consider replacing the equipment.

Screw Chiller Unit Spring Vibration Isolators Introduction:

The water-cooled screw chiller unit is a type of chiller unit that employs a screw compressor as its main component. Due to the use of a screw compressor, it is named a water-cooled screw chiller unit. Its range of chilled water outlet temperatures is 3°C to 20°C, making it suitable for various industrial processes that require chilled water, such as plastics, electroplating, electronics, chemicals, pharmaceuticals, printing, and food processing. It is also used in central air conditioning projects in large shopping malls, hotels, factories, hospitals, and other areas where centralized chilled water supply is needed.

During the refrigeration process, the compressor draws low-temperature, low-pressure refrigerant from the evaporator into the cylinder. After the compressor does work, the refrigerant vapor is compressed into high-temperature, high-pressure gas and enters the condenser through the exhaust pipe. In the condenser, the high-temperature, high-pressure refrigerant gas undergoes heat exchange with cooling water, transferring heat to the cooling water, while the refrigerant gas condenses into high-pressure liquid. The high-pressure liquid leaving the condenser enters the evaporator after throttling and pressure reduction through the thermal expansion valve. In the evaporator, the low-pressure liquid refrigerant absorbs heat from the chilled water, vaporizing and cooling the chilled water to the required low temperature. The vaporized refrigerant gas is then suctioned back into the compressor for compression and discharge into the condenser, repeating the cycle continuously to achieve the purpose of continuous refrigeration.

The chilled water leaving the unit enters indoor terminal devices such as fan coils and variable air volume air handlers. It undergoes heat exchange with the indoor convective air, releasing heat to the indoor air. During this process, the water temperature rises due to absorbing heat from the indoor air (heat dissipation to indoor air), while the indoor air, after passing through the indoor heat exchanger, experiences a temperature drop. Driven by the fan, the air is then delivered into the indoor space, thereby reducing the indoor air temperature. The chilled water, now at an elevated temperature, re-enters the unit with the assistance of the water pump, and the cycle continues to achieve continuous cooling.

SHM-4-2000 Spring Vibration Isolators for Screw Chiller Units