AIRERA Flagship Series: 75kW (100HP) Industrial Belt-Driven Screw Air Compressor
Engineered as the powerhouse for large-scale manufacturing, the AIRERA 75kW oil-injected screw compressor delivers the ultimate synergy of stable output and streamlined maintenance. Specifically reinforced for high-intensity 0.8-1.3MPa operations, its premium air-end operates at optimized low speeds, while the high-strength synchronous belt system cushions torque impact during startup, significantly extending bearing service life. To address the critical heat dissipation needs of high-power equipment, we’ve integrated a redundant air-cooling system and patented oil circulation, ensuring the unit remains "cool" under pressure and eliminating heat-induced downtime. More than just a spec-driven machine, this is AIRERA’s customized solution for high-output factories—supporting your uninterrupted production ambitions with a lower threshold for maintenance.
Advantages of AGFD Oil-Inject Air Screw Compressor:

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Pick-up French Schneider white-color high-end contractor to keep more durable in extreme environment

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Higher efficient energy-saving motor in SF.1.2.IP55, IE3 CE&MEPS to increase 15% efficiency

Technical Specifications - 75KW Air Cooling Compressor
75KW Air Cooling Compressor Parameters
| ITEM |
UNIT |
MODEL AGFD-75 |
| Free air delivery |
m³/min |
13-8.8 |
| Max. working pressure |
MPa |
0.8-1.5 |
| Compressor type |
|
Oil inject screw compressor |
| Cooling type |
|
Air cooling |
| Driven type |
|
Belt driven |
| Inlet status - Temperature |
℃ |
≤55 |
| Inlet status - Pressure |
MPa |
Atmospheric pressure |
| Inlet status - Relative humidity |
|
≤90% |
| Noise Level |
dB(A) |
≤76 |
| Residual oil content |
ppm |
≤1 |
| Drive rotor speed |
rpm |
5100~3600 |
| Compressed air outlet temperature |
℃ |
Ambient temperature+10 |
| Cooling air flow |
m³/hr |
11200 |
| Control mode |
|
Intelligent controller |
| Safety valve set pressure |
MPa |
0.88 ~ 1.6 |
| Lubricating water volume |
L |
50 |
| Compressed air outlet connection |
|
G2 |
| Dimension - L |
mm |
1700 |
| Dimension - W |
mm |
1200 |
| Dimension - H |
mm |
1700 |
| Net Weight |
kg |
1570 |
| Motor - Model |
|
Y2225M2-2 |
| Motor - Speed |
rpm |
2970 |
| Motor - Rated Power |
KW |
75 |
| Motor - Service factor |
|
1.2 |
| Motor - Protection type |
|
IP55 |
| Motor - Efficiency |
|
IE3 |
| Motor - Startup mode |
|
ʏ-Δ starting |
| Motor - Voltage |
V |
380(Special on request) |
| Motor - Frequency |
Hz |
50(Special on request) |
| Motor - Rated current |
A |
139 |
| Motor - Weight of motor |
kg |
515 |
AIRERA 75kW Screw Air Compressor: Frequently Asked Questions (FAQ)
Since 75kW falls into the high-power category, why recommend this belt-driven model over a direct-drive one?
It’s a professional choice focused on "balancing application scenarios." While direct-drive units offer a slight transmission advantage at high speeds, the AIRERA 75kW belt-driven series is specifically designed for factories with complex production environments that prioritize maintenance efficiency. The belt drive provides superior vibration isolation, effectively shielding the motor and air-end bearings from instantaneous overload. More importantly, it allows for easy adjustments to discharge pressure and flow by simply changing pulleys—a level of "post-installation flexibility" that fixed-speed direct-drive units cannot match, better adapting to your future production line upgrades.
Heat dissipation is a major concern for a 100HP unit. How does AIRERA ensure it won't trip during the summer?
A 75kW unit generates significant heat, which is why we utilize a redundant cooling design. AIRERA equips this model with an oversized aluminum plate-fin cooler, offering a heat exchange surface 20% larger than industry standards. Paired with a high-volume, low-noise centrifugal (or high-efficiency axial) fan, it creates a powerful cooling flow throughout the cabinet. Even in a 45°C confined compressor room, the oil temperature remains well within the safety threshold, ensuring your production stays steady during the peak of summer.
Is the belt on such a high-power machine durable? How is the risk of breakage managed?
For the 75kW model, we use multi-vee high-strength synchronous belts with a design life typically exceeding 8,000 hours. To eliminate user concerns, the machine features an automatic tensioning reminder system to ensure the belt is always under optimal stress, preventing overheating or wear caused by slippage. Additionally, because the belt chamber uses an accessible structure, personnel can complete a visual inspection in seconds. This "visible safety" provides the essential peace of mind required for high-output production lines.