2026-04-14Views:
Screw air compressor in the loading state does not pump, there are a variety of possible reasons. First of all, it is necessary to check whether the air inlet of the air compressor is unblocked, because the blocked air inlet will prevent air from entering the compressor, thereby affecting its pumping ability. Secondly, if the filter device of the air compressor, such as the air filter, is not cleaned or replaced for a long time, it may also cause poor air intake due to blockage, which will affect the pumping effect.
In addition, the internal parts of the screw air compressor, such as screws, bearings, etc., if worn or damaged, will also reduce its pumping efficiency. At the same time, the sealing performance of the compressor is also an important factor affecting the pumping effect. The sealing is not tight, which may lead to gas leakage, thereby reducing the pumping pressure.
In addition, it is necessary to consider the setting of the air compressor. For example, improper setting of the pressure switch may cause the air compressor to stop pumping when the preset pressure is not reached. At the same time, problems in the electrical control system, such as the failure of contactors, relays and other components, may also affect the normal operation of the air compressor.
In summary, the screw air compressor loading does not pump the reason may involve the air inlet blockage, filter device blockage, internal parts wear, poor sealing performance and set or electrical control system problems and other aspects. In order to accurately find out the problem, it is recommended to conduct a comprehensive inspection of the air compressor and take corresponding maintenance or replacement measures according to the actual situation.
In the field of air compressors, PPM(Parts Per Million) is usually not a parameter used to directly describe the performance of air compressors. However, in the quality detection of compressed air, PPM is an important indicator, it is the representation of volume concentration, used to quantify the compressed air
As a kind of equipment that compresses and stores air, air compressor is widely used in many industries and fields. The following are the main application scenarios of air compressors: 1. Industrial production of pneumatic tools and power: air compressors are pneumatic tools (such as pneumatic drills, pneumatic screwdrivers, spray
Regarding the replacement frequency of the filter element of the compressed air precision filter, it mainly depends on the comprehensive consideration of many factors. Generally speaking, the replacement cycle of the filter element is not fixed, but needs to be judged according to the actual use and the degree of pollution of the filter element. First, use the ring
The main maintenance method of screw air compressor is to replace the three filters and one oil. The main methods are: 1. Air filter element. It needs to be replaced after 1500 hours of work; 2. Lubricating oil filter element. Daily use about 2000 hours need to be replaced; 3, oil and gas
Professional instructions on the output pressure of air compressors in large factories The output pressure of air compressors in large factories shall be comprehensively determined according to the production process, equipment characteristics and safety specifications, and there is no globally unified fixed value. Now from the technical standards, industry practice and optimization direction to provide
The air pressure in a normal factory is not a fixed value, but is determined according to specific application requirements and equipment specifications. Generally speaking, the commonly used air pressure range in the factory is usually between 0.2 and 1.0 MPa. This range is suitable for many pneumatic tools, automatic
Oil-free air compressors do not require any form of lubrication at all, but achieve an "oil-free" state during compression through special designs or alternatives. The following is a detailed explanation: the core principle of 1. oil-free lubrication air compressor
The standard for oil-free compressed air is mainly defined according to the international standard ISO 8573-1, which specifies the classification and purity level of pollutants in compressed air, including solid particles, water (humidity) and oil. Compressed air in oil-free square
The displacement is how much compressed air this air compressor can "spit" out per minute. You can think of it as the water outlet speed of a water pipe-the greater the displacement, the more compressed air the machine can produce per minute, and the more "vigorous" the work ".
When choosing a compressor, whether it is an oil-free compressor or an oil compressor, it has its own advantages and applicable scenarios. Here are some comparisons of the two to help you make a decision: Oil-free compressor: Advantages: High air quality: Oil-free compressor in
2018 Granklin Group. All rights reserved 沪ICP备18000439号-2