What advantages does the GWL Series compressor have in terms of working efficiency compared to traditional air compressors?
Answer: It is more energy-efficient and has lower operating costs due to its oil-free design and advanced compression technology.
How is the isothermal compression effect achieved in the GWL Series compressor?
Answer: The isothermal compression is achieved through the use of water lubrication, which helps to dissipate heat more effectively.
What is the cooling method of this compressor?
Answer: It uses a water-cooled system to maintain optimal operating temperatures.
How is the noise level of the GWL Series compressor?
Answer: The noise level is relatively low, typically below [Z] dB(A).
What is the usual motor power equipped for the GWL Series compressor?
Answer: The motor power typically ranges from [C] to [D] kW.
What is the discharge capacity range of this series of compressors?
Answer: The discharge capacity ranges from [A] to [B] m³/min.
What is the discharge pressure range of the GWL Series compressor?
Answer: The discharge pressure range is typically between [X] and [Y] bar.
What are the main uses of the GWL Series compressor?
Answer: It is widely used in medical, food and beverage, electronics, pharmaceutical, chemical, textile, and laboratory industries.
How is the “oil-free water lubrication” technology applied in this compressor?
Answer: The compressor uses water instead of oil to lubricate the screw elements, eliminating the risk of oil contamination in the compressed air.
What does “low pressure” refer to in the GWL Series compressor?
Answer: “Low pressure” refers to the compressor’s ability to operate at relatively low pressure levels, making it suitable for applications that require low-pressure compressed air.