AGCD-250D II B VP Screw Air Compressor, Specifically Designed for Factory Energy-Saving Retrofits; Two-Stage Compression Saves 30%+ on Electricity Costs
The AIRERA AGCD-250D II B VP screw air compressor is specifically engineered for large-scale, low-carbon factory energy retrofits. Featuring a heavy-duty two-stage compression airend paired with a high-capacity smart VSD system, this model guarantees a massive, stable airflow while delivering an impressive 30%+ reduction in electricity consumption compared to conventional single-stage machinery. Its high-strength, integrated chassis ensures maximum durability and continuous uptime in punishing environments, serving as the ultimate technical backbone for heavy industries to replace inefficient legacy legacy infrastructure and achieve lean operational excellence.
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Advanced and reliable electronic control system
Large-size color LCD touch screen, with a good human-machine communication interface, the touch screen has anti-mistouch and sleep functions;Completely monitor various parameters of the machine, including voltage detection, three-phase unbalance detection, overvoltage, overtemperature, etc., without special supervision;configure the Internet of Things, you can check the operating status of the unit on the mobile phone.Independent air duct design, suitable for various working conditions.
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Efficient after cooler
The cooler adopts a new type of threaded finned tube shell-and-tube heat exchanger, and the compressed air goes inside the tube. The advantages are as follows: a. The compressed air goes through the tube, which improves the pressure bearing capacity compared with the outer finned tube.
- Independent air intake system
Independent air intake ensures that the intake air temperature is equal to the ambient temperature. Large-capacity air filter is used to achieve better filtering effect, lower intake pressure loss, and energy saving and high efficiency. Maintenance and replacement are more convenient.
| ITEM | UNIT | MODEL AGCD-250II VP |
|---|---|---|
| Air capacity | m³/min | 21.38-53.45|20.60-51.50|17.80-44.50|15.88-39.70 |
| Working pressure | MPa | 0.7~1.3 |
| Compressor type | Oil inject dual stage screw compressor | |
| Cooling type |
Air cooling |
|
| Driven type | Direct driven | |
| Inlet status Temperature | ℃ | ≤45 |
| Inlet status Pressure | MPa | Atmospheric pressure |
| Inlet status Relative humidity | ≤90% | |
| Noise Level | dB(A) | ≤79 |
| Residual oil content | ppm | ≤2 |
| Drive rotor speed | rpm | 1500 |
| Compressed air outlet temperature | ℃ | Ambient temperature＋10 |
| Cooling air flow | m3/hr | 19200 |
| Control mode | Intelligent controller | |
| Safety valve set pressure | MPa | 0.77-1.43 |
| Lubricating oil volume | L | 110 |
| Lubricating oil brand | ROTORCOMP | |
| Compressed air outlet connection | DN80 | |
| Dimension L | mm | 3150 |
| Dimension W | mm | 1800 |
| Dimension H | mm | 2100 |
| Net Weight | kg | 3600 |
| Motor Model | YPM-315L2-8 | |
| Motor Speed | rpm | 1500 |
| Motor Rated Power | KW | 250 |
| Motor Service factor | 1.2 | |
| Motor Protection type | IP55 | |
| Motor Efficiency | IE3 | |
| Motor Startup mode | Frequency conversion starting | |
| Motor Voltage | V | 380(Special on request) |
| Motor Frequency | Hz | 80-200 |
| Motor Rated current | A | 445 |
| Motor Weight of motor | kg | 1610 |
The large-displacement heavy-duty two-stage airend equipped in this model possesses exceptional airflow regulation capabilities, paired with a millisecond-response industrial VSD control system to precisely sense micro-pressure fluctuations within large, complex pipeline networks. No matter how air-consuming equipment across multiple workshops alternately starts and stops, the unit instantly adjusts motor speed and output volume to keep total plant pressure fluctuations within an extremely narrow range, completely preventing any potential negative impacts on high-end precision manufacturing quality caused by unstable air pressure.
Despite possessing a powerful airflow capacity serving heavy industries, the R&D team kept the overall footprint of this high-power equipment at an exceptionally ideal level through deep spatial integration and a compact modular structural design. This compact integrated chassis allows plants to execute in-place replacement deployments within existing spaces reserved for legacy equipment during energy-saving retrofits, eliminating the need for time-consuming and costly large-scale factory expansions or complex civil engineering, which drastically shortens the production downtime and construction period of major technological overhaul projects.
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