2026-04-09Views：
There may be many reasons why it is particularly difficult to turn on the air energy compressor after it is turned off. The following are several possible explanations:
high starting pressure: After the compressor is stopped, the pressure in the system may gradually equalize, resulting in the need to overcome a higher initial pressure when starting again. This is particularly true in high pressure ratio systems.
Electrical problems: Starting the motor may require a large starting current. If the grid voltage is unstable or the power line is over-extended, the voltage drop will affect the starting torque of the motor and make starting difficult.
Mechanical friction: The mechanical parts inside the compressor may increase friction due to the loss of lubricating oil or cooling after shutdown, and these frictional resistances need to be overcome when starting again.
System air leakage: If the compressor system has air leakage, the pressure in the system will drop rapidly after shutdown, and the pressure needs to be rebuilt when starting again, which will increase the difficulty of starting.
Control logic: Some compressors are equipped with a complex control system, including pressure sensors, temperature sensors and start/stop logic. Improper or faulty control system settings can also cause difficulty in starting.
shanghai granklin group product description:
Question: How to avoid the laborious problem of turning on the air energy compressor after it is turned off?
Answer: In order to avoid the problem that the air can compressor is turned off and then turned on, the following measures can be taken:
As a professional air compressor manufacturer, Shanghai Granklin Group's products are designed with ease of start and maintenance in mind. If you encounter difficulties in starting, it is recommended to contact a professional after-sales service team for inspection and repair.
The power frequency air compressor and the frequency conversion air compressor have their own advantages and applicable scenarios. It is impossible to simply judge which is better, but it needs to be selected according to the specific use requirements and scenarios. The following is a detailed comparison of the advantages and disadvantages of the two: the advantages of power frequency air compressor are stable and reliable: power frequency
Air compressors are widely used in many industries. The following are some industries and equipment that mainly use air compressors: Machinery manufacturing and automation: CNC machine tools: used for automatic tool change, fixture positioning, chip cleaning, etc. Automation equipment: such as assembly
Screw type unit and vortex type (scroll type) unit have their own advantages and applicable scenarios, there is no absolute "good" or "bad". The choice of which unit is better depends on the specific application needs, budget, energy efficiency requirements and
The maintenance cycle of water-lubricated air compressors will vary depending on the frequency of use, the operating environment and the recommendations of the equipment manufacturer. Generally speaking, you can refer to the maintenance cycle in the following aspects: Routine maintenance cycle: It is usually recommended to carry out once every 6 months to 1 year
Whether the screw air compressor adopts frequency conversion technology, in fact, it is obvious that it can be seen. First of all, you can observe whether there is a frequency converter on the compressor, because the frequency converter is a key component to realize frequency conversion control. If there is, then your compressor
The gas compressor itself is not directly equivalent to the environmental protection industry, but it plays an important role in the environmental protection field. The environmental industry broadly refers to those industries that are committed to protecting and improving the environment and reducing pollution and waste. The gas compressor, as a
The choice of oil or oil-free type of air compressor mainly depends on the specific application needs and environmental conditions. The following are the main features and applicable scenarios of the two types of air compressors: Oil air compressor: Lubrication and cooling: Use lubricating oil to lubricate mechanical parts
Permanent magnet variable frequency air compressor is a kind of air compressor with permanent magnet synchronous motor and variable frequency control technology. It combines the high efficiency performance of permanent magnet motors with the flexibility of variable frequency control to achieve energy efficiency optimization and precise control in the air compression process. Specifically, Yong.
Class II pressure vessels are special equipment. Special equipment refers to the equipment involving life safety and high risk, including boilers, pressure vessels, pressure pipes, etc. The second type of pressure vessel is based on the pressure level of the pressure vessel, the work in the process.
The control measures of air compressor room are the key link to ensure the safe and efficient operation of air compressor equipment. The following are a series of strict air compressor room management and control measures, aiming at improving the safety and stability of equipment operation: 1. site selection and layout Site selection is reasonable: the air compressor room should be
2018 Granklin Group. All rights reserved 沪ICP备18000439号-2
