How to Use an Oil Free Booster Correctly

How to Use an Oil Free Booster Correctly
Oil free turbochargers are a commonly used pressure transmission device that can transfer high-pressure nitrogen gas to equipment or systems that require turbocharging. They are commonly used in fields such as laboratories, industrial production, and scientific research. The correct use of oil-free turbochargers by high-pressure air compressor manufacturers not only improves work efficiency, but also ensures work safety. The following are the steps and precautions for correctly using an oil-free supercharger.
1、 Safe operation steps:
Ensure the safety of the surrounding environment and prevent the presence of flammable, explosive, harmful gases, and other substances.
Check whether the connecting pipelines, valves, and other equipment of the oil-free booster are normal to ensure no leakage or damage.
Connect the oil-free booster to the equipment or system to be pressurized, ensuring that the connection is tight and reliable.
Turn on the main power switch of the oil-free booster and start the motor on the booster according to the instructions to ensure normal operation of the motor.
Observe the pressure gauge or digital display screen of the oil-free booster engine and wait for the pressure to rise to the desired boost value.
After reaching the required boost value, turn off the stop switch of the oil-free booster and also turn off the power switch of the booster.
The high-pressure air compressor manufacturer checks whether the oil-free booster and pipeline equipment are normal, and closes the relevant valves of the booster and the equipment to be pressurized.

2、 Precautions:
Before using an oil-free booster in a medium pressure air compressor manufacturer, it is necessary to carefully read and understand the equipment's operating manual, and operate according to the manual.
When using an oil-free booster, attention should be paid to the installation position of the equipment to ensure its safe and stable operation.
During the working process, various components of the oil-free booster should be regularly inspected, such as the motor, pressure gauge, safety valve, etc., to ensure the normal operation of the equipment.
If abnormal noise, odor or other conditions are found in the oil-free booster engine, it should be stopped for inspection in a timely manner, troubleshooting or contacting professional personnel for repair.
During operation, attention should be paid to avoiding contact with equipment and pipelines to prevent accidents such as scratches and squeezing.
When operating or repairing an oil-free booster, the power supply of the equipment should be cut off to prevent accidents.
When using an oil-free booster, attention should be paid to maintaining the accuracy of the pressure gauge, regularly inspecting and calibrating to ensure accurate readings.
After the shutdown, the power switch of the equipment and the main power switch of the booster should be turned off to prevent safety hazards caused by long-term unattended operation.
When using an oil-free booster, attention should be paid to preventing nitrogen leakage from causing waste, and seals should be regularly inspected and replaced.
The high-pressure nitrogen generated during the operation of an oil-free booster has a certain degree of danger, and operators should use personal protective equipment correctly, such as gloves, goggles, etc. If necessary, relevant safety training should be received.
In short, the correct use of oil-free turbochargers requires an understanding of their operating procedures and precautions. Operators should strictly follow the instructions and pay attention to the safe operation and regular maintenance of the equipment to ensure work safety.