@air
2025-03-08

What is the reason for the loud noise of screw compressors

There may be many reasons for high noise from screw compressors. Here are some common reasons:

  1. Mechanical vibration and noise:
    • Main machine bearings are damaged or excessively worn, which will lead to unbalanced rotation, resulting in noise.
    • The coupling may be loose or damaged, which can also cause vibration and noise.
    • The motor and compressor are poorly aligned, that is, the axis of the motor and the compressor are not in the same straight line, which will lead to instability and noise during operation.
  2. Fluid-induced noise:
    • Air flow noise, including eddy current noise formed during inhalation and exhaust, jet noise generated by reflux and expansion, etc.
    • Oil flow noise, such as oil injection noise, oil flow pipeline noise, etc.
  3. Electrical Noise:
    • For open screw compressors, the motor itself produces noise, including ventilation noise, mechanical noise, and electromagnetic noise.
  4. Noise in unit and other components: Vibration and noise in external structures such as housing, support structure, base, etc.
  5. Other components in the unit, such as oil separators, evaporators, cooling systems, etc., may also produce vibration and noise.
  6. Improper maintenance or aging of equipment:
    • In a screw compressor that runs for a long time, the housing panel may loosen due to vibration, and the sound insulation cotton may age and damage, which will cause noise leakage.
    • Looseness of each connecting component will also cause vibration and noise during the unit operation.

In response to the problem of high noise from screw compressors, corresponding measures can be taken, such as checking and replacing worn parts, strengthening equipment fixing, adjusting equipment operating parameters, etc. to reduce unnecessary vibration and noise. In addition, regular maintenance and inspections are also important measures to prevent noise problems.

Welcome!

Related Articles:
@air
2025-03-08

How to remove water in industrial trachea

When there is water in the industrial gas pipe, the following steps can be taken to remove it: Stop the flow of gas: First, the valve connected to the affected gas pipe needs to be closed to stop the flow of gas. This is to ensure safety during the treatment and to prevent more moisture […]

@air
2025-03-07

Application scenarios of power frequency screw air compressor

The power frequency screw air compressor has a wide range of applications in the industrial field due to its simple structure, low price, stable operation and convenient maintenance. The following are some common application scenarios for industrial frequency screw air compressors: 1. Manufacturing industry Mechanical manufacturing: In the mechanical manufacturing process, pneumatic tools such as […]

@air
2025-03-14

Is there a difference between fixed frequency and non-fixed frequency of screw units?

There are differences between fixed frequency and non-fixed frequency (converter). There are significant differences in the working principle, operation mode, energy consumption, stability, noise and vibration, cost, and applicable scenarios. 1. Working principle and operation mode Fixed frequency screw unit: Working principle: Gas compression is achieved through the rotational movement of a pair of spiral-shaped […]

@air
2025-03-08

How often does the air compressor filtration system change?

The replacement cycle of the air compressor filtration system is not a fixed time, but depends on a variety of factors, including the use environment of the air compressor, air quality, filter quality, and manufacturer’s recommendations. The following is a detailed analysis of the replacement cycle of the air compressor filtration system: 1. Air filter […]

@air
2025-05-12

Does the air compressor need to run 24 hours a day?

Professional explanation on the necessity of running the air compressor 24 hours a day whether the air compressor needs to run 24 hours a day requires comprehensive research and judgment based on production needs, equipment characteristics and operating costs. The following provides professional analysis in terms of technical feasibility, potential risks and optimization…