Cheap price pneumatic vane air motor online for sale, with rated power 300 watt, rotate speed 10000rpm, 0.31Nm rated torque, which can up to 0.65Nm. It has advantages of small size, light weight, simple structure and easy to use.
Cost-effective vane air motor with rated power 0.3 kW, rotate speed up to 6000rpm, 47 m³/h air comsumption, maximum torque 0.68Nm, it is widely used in ship, offshore platform, metallurgy, papermaking and petrochemical industries, etc.
1200 watt pneumatic vane air motor with maximum torque rotated speed 300rpm, three kinds of installation methods can be chosen, gray color. It is widely used in rock drilling of mine, drilling, ship, metallurgy, chemical engineering, and papermaking etc.
4hp pneumatic vane air motor online for sale, with 228 m³/ h air consumption, 13 Nm rated torque, foot mounting/ face mounting/ IEC flange mounting three installation methods can be chosen. Light weight, gray color and long service life.
7kW vane air motor with two different installation methods, foot mounting/ IEC flange mounting can be chosen, rated torque 34 Nm, 275 cfm air consumption. It offers simple structure, strong power, water resistance, fire protection and moisture & explosion proof, etc.
The vane air motor is a power device that uses compressed air as the working medium and uses the expansion effect of compressed air to convert pressure energy into mechanical energy. The air motor is used in mining, rock drilling, drilling, loading and other mechanical equipment power, and is widely used in ships, offshore platforms, metallurgy, papermaking and petrochemical industries.
ATO.com online store offers six kinds of vane air motor for you to choose. ATO series pneumatic vane motor has a wide range power from 300W to 7000W, with rotate speed 200 rpm to high speed 10000 rpm. The air vane motor has simple structure, small size, light weight, large horsepower, easy operation, convenient maintenance and whicy has the characteristics of water resistance, fire resistance, explosion resistance, moisture and dust resistance, and the pneumatic motor can work in harsh environments such as humidity, high temperature, and high dust.
Vane Air Motor Design:
A slotted rotor rotates eccentrically in the chamber formed by the cylinder and cylinder end plates.
Since the rotor of rotary vane air motor is off-center and its diameter smaller than that of the cylinder, a crescent-shaped chamber is created.
The rotor slots are provided with vanes that move freely to divide the chamber into separate working chambers of different sizes.
As a result of the centrifugal force, which is often reinforced by the compressed air, the vanes are forced against the cylinder wall to seal the individual chambers of vane air motor.
The actual efficiency of these seals is a function of what is called "internal leakage".
Features of Vane Air Motor:
With explosion-proof performance because of the characteristics of the working medium of the pneumatic motor air itself and structural design considerations, can not produce sparks in the work, so it is suitable for explosion, high temperature, dusty occasions, and can be used in the air very humid environment, without the danger of leakage.
The soft characteristics of the pneumatic motor itself enable it to work at full load for a long time, with small temperature rise and overload protection performance.
Vane air motor with high starting torque, can start with load.
Easy to press, simple operation, van air motor can achieve stepless speed regulation.
Compared with the motor, the power size of pneumatic vane motor is small, light weight. Suitable for installation in a narrow location.
Vane Air Motor Working Principle:
ATO vane air motors are produced with power ratings up to approximately 7 kW. To understand how a pneumatic vane motor works is the important step.
The gas with a certain pressure reaches the air distribution plate through the air-controlled reversing valve. At this time, the gas enters the rotary vane air motor in two ways: the pressure gas enters the brake chamber and pushes it away brake piston; or the pressure gas enters the motor chamber from the motor air inlet. The pressurized gas generates pressure on the blades and overcomes a certain friction force to push the high torque air motor rotor to rotate. When the blades leave the air inlet 1 behind the chamber, the chamber is at a critical position A. When the front vane of this chamber reaches the main exhaust port, the adiabatic expansion of the chamber is over and it is at the critical position B.
When the rear vane of this chamber leaves the main exhaust port, enters the critical position C. Chamber undergoes adiabatic compression stage. When the rear vane of the chamber leaves the auxiliary exhaust port, the auxiliary exhaust of this chamber ends and the next cycle of air motor is entered. In this way, the vane type air motor can continuously rotate and output the speed and torque outward.