Rotary Screw Air Compressor For Laser Cutting Industry - Color: Yellow Black

4

1 Number

1 Unit/Units

1 Unit/Units

Yellow Black

White

White

Industrial

Industrial

Industrial

Electric

Electric

Electric

1090

1090

880

880

DIRECT DRIVEN (COUPLING)

DIRECT DRIVEN (COUPLING)

A direct drive screw air compressor is a type of rotary screw compressor where the electric motor is directly connected to the compressor unit (airend) eliminating the need for belts pulleys or gears. This direct connection offers several advantages making it a popular choice for various industrial applications. How it Works: Like all rotary screw compressors the direct drive model utilizes two intermeshing helical rotors (a male and a female rotor) that rotate in opposite directions. As they spin they trap air in the cavities between the rotors and their housing. The design of the rotors progressively reduces the volume of these cavities compressing the air. The compressed air is then discharged through an outlet port. In a direct drive system the motor's shaft is directly coupled to the airend's shaft. This means the airend rotates at the same speed as the motor. Key Characteristics and Benefits: * High Efficiency: * Reduced Power Loss: The direct connection eliminates the energy losses associated with friction and slippage in belts or the inefficiencies of gearboxes. This leads to higher power transmission efficiency meaning more of the motor's power is converted into compressed air. * Lower Energy Costs: The improved efficiency translates directly into lower electricity consumption resulting in significant energy savings over the compressor's lifespan especially for continuous operation. * Low Maintenance and High Reliability: * Fewer Moving Parts: Without belts pulleys or gears there are fewer components to wear out or break down. This reduces the need for routine maintenance tasks like belt tension checks and replacements. * Longer Service Life: The reduced mechanical stress and fewer wear points contribute to a longer operational life for the compressor. * Lower Downtime: Less maintenance and fewer potential failure points mean increased uptime for your operations. * Quieter Operation: * The absence of belts and gears often results in a quieter operating compressor which can be beneficial in certain work environments. * Compact Design: * The integrated design of the motor and airend allows for a more compact footprint which can be advantageous in spaces with limited room. * Better for Harsh Environments: * Direct drive systems tend to be more robust and can withstand extreme temperatures better than belt-driven counterparts as belts can be affected by temperature fluctuations. Direct Drive vs. Belt-Driven Screw Air Compressors:

A direct drive screw air compressor is a type of rotary screw compressor where the electric motor is directly connected to the compressor unit (airend) eliminating the need for belts pulleys or gears. This direct connection offers several advantages making it a popular choice for various industrial applications. How it Works: Like all rotary screw compressors the direct drive model utilizes two intermeshing helical rotors (a male and a female rotor) that rotate in opposite directions. As they spin they trap air in the cavities between the rotors and their housing. The design of the rotors progressively reduces the volume of these cavities compressing the air. The compressed air is then discharged through an outlet port. In a direct drive system the motor's shaft is directly coupled to the airend's shaft. This means the airend rotates at the same speed as the motor. Key Characteristics and Benefits: * High Efficiency: * Reduced Power Loss: The direct connection eliminates the energy losses associated with friction and slippage in belts or the inefficiencies of gearboxes. This leads to higher power transmission efficiency meaning more of the motor's power is converted into compressed air. * Lower Energy Costs: The improved efficiency translates directly into lower electricity consumption resulting in significant energy savings over the compressor's lifespan especially for continuous operation. * Low Maintenance and High Reliability: * Fewer Moving Parts: Without belts pulleys or gears there are fewer components to wear out or break down. This reduces the need for routine maintenance tasks like belt tension checks and replacements. * Longer Service Life: The reduced mechanical stress and fewer wear points contribute to a longer operational life for the compressor. * Lower Downtime: Less maintenance and fewer potential failure points mean increased uptime for your operations. * Quieter Operation: * The absence of belts and gears often results in a quieter operating compressor which can be beneficial in certain work environments. * Compact Design: * The integrated design of the motor and airend allows for a more compact footprint which can be advantageous in spaces with limited room. * Better for Harsh Environments: * Direct drive systems tend to be more robust and can withstand extreme temperatures better than belt-driven counterparts as belts can be affected by temperature fluctuations. Direct Drive vs. Belt-Driven Screw Air Compressors:

42 Ampere (amp)

42 Ampere (amp)

1"

1"

INDUSTRIAL USAGE LIKE: pneumatics tools automation material handling painting & finishing cleaning & blowing molding & forming pacakaging cutting etc.

INDUSTRIAL USAGE LIKE: pneumatics tools automation material handling painting & finishing cleaning & blowing molding & forming pacakaging cutting etc.

Cash in Advance (CID)

Cash in Advance (CID)

5 Per Month

5 Per Month

Yes

Yes