Integrated / Compact Screw Air Compressors

Where the air is always on

Integrated / Compact Screw Air Compressors

Rated Pressure: 0.8-1.6 MPa, 8-16 bar 

Air Flow @ Outlet: 0.8 – 5.0 m³/min

Power: 7.5 – 30 kW, 10 – 40 hp

● Equipped with strong magnetized motors that provide 6-7% more efficiency than conventional three-phase synchronous motors.

● Compact layout:eliminates the need for expensive valves or pressure-safety devices, improving overall operation efficiency. 

● Precise linear control:produces great accuracy with minimal power loss throughout the entire pressure range.

●  Smart Blending Technology:capable of reducing power usage by 30% compared to traditional base frequency motor power consumption.

Model No. / Drive Type+A2:G13s Power (kW/HP) Rated pressure (bar) Air Flow @ Outlet (m³/min) Lubricating Oil Volume (L) Dimensions (mm) Weight (kg) Air Tank Volume (L) Air Outlet Pipe Diameter
NXYT-7.5V NXYT-7.5F 7.5 / 10 8 1.1 7 1700*800*1500 420 350 Rp1/2
10 1.0
13 0.8
NXYT-11V NXYT-11F  11 / 15 8 1.6 12 1700*800*1700 490 400 Rp1
10 1.4
13 1.2
16 0.84
NXYT-15V NXYT-15F 15 / 20 8 2.4 12 1700*800*1700 510 400 Rp1
10 2.1
13 1.7
16 1.4
NXYT-22V NXYT-22F 22 / 30 8 3.6 18 1700*800*1800 610 500 Rp1-1/4
10 3.0
13 2.3
16 2.2
NXYT-30V NXYT-30F 30 / 40 8 5.0 18 1700*800*1800 660 500 Rp1-1/4
10 4.3
13 3.7
16 2.93

Note:

Model number remarks: “F” as fixed speed, “V” as VSD. Due to the potentially different rotation speeds of motors, the air flow rates of fixed speed represent the minimum in the range (i.e 30kW 8 bar 5.67m³/min), while VSD can reach the maximum at full loading.
Standard voltage in 380V (+/-10%), 50Hz +/-2% and available for customized voltage 220/380/440/460V/60Hz.

In cases of elevated altitudes, extreme temperatures, excessive humidity, heavy dust exposure, or any other challenging operational environments, we can offer tailored product designs to meet your specific needs. Customization is available to align with your unique requirements.

Check valve

The pressure maintenance valve is made of aluminium, with excellent rust prevention properties. It has a backflow function and a stable opening pressure setting, which ensures the system maintains an adequate cycling pressure, thereby guaranteeing lubrication of the body. 

Check valve

Air end and Motor Drive Structure

The air end and motor are designed with 1:1 direct connection, low weight design to reduce noise and vibration sources and improve the stability of the unit.

Air End

Cooling system

Cooling system designs can adopt a split structure to avoid heat conduction between oil coolers and rear coolers, and prolong the service life. It can sustain normal operation even in environments with temperatures up to 45℃. Thereby avoiding the need to replace the entire system when a single component fails, which saves on maintenance costs.

cooler

Intelligent Microcomputer Control Panel

The Controller offers a straightforward user experience with its ability to switch between Chinese/English and Simplified/Traditional characters, and its ability to separate air filter/oil filter/oil separator/lubricant. Its time-smart monitoring and management function also allows users to have the option of chain monitoring and remote monitoring.

Cloud network support

High Efficiency Motor

High Efficiency Motors are designed to meet the latest national standards outlined in GB18613/2013, with components such as inlet bearings, IP54 protection level, and F insulation grade. This ensures an average increase in output efficiency of around 4%.

motor

Coupling Drive

Coupling is the process of connecting a motor and a main machine rigidly in order to ensure effective transmission and reduce vibration. To achieve this, an elastic coupler is used to automatically align the two components and eliminate shock.

Coupling

Frequently Asked Questions

Why choose compact air compressor?

Compact air compressors are great for those who need a portable and space-saving option. They are also typically more affordable than larger models and can still provide enough power for small tasks like inflating tires or powering pneumatic tools. Additionally, they are often quieter and easier to maintain than larger compressors.

How to Choose Compact Air Compressors?

When choosing a compact air compressor, consider factors such as the size and weight, the type of power source (electric or gas), the maximum PSI (pounds per square inch) output, and the noise level. You should also think about the intended use, such as inflating tires or powering tools, and choose a compressor with the appropriate features and accessories.

What are the Maintenance Tips for Compact Air Compressors?

Regular maintenance is key to keeping your compact air compressor running smoothly. Some tips include checking and changing the oil regularly, cleaning or replacing the air filter, inspecting and tightening all bolts and connections, and draining the tank after each use to prevent moisture buildup. It’s also important to follow the manufacturer’s recommended maintenance schedule.

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