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Air motors, also called pneumatic motors, use linear or rotary motion to translate compressed air into mechanical work. From their safety components to their ability to work faster and harder than other motor types, they offer significant benefits for a variety of industrial processes.
Compact and reliable ATEX certified air motors with high power-to-weight ratios. We offer standard and customized range of vane, piston and turbine pneumatic motors. Pneumatic and electric motors for top performance in a variety of applications in different OEM segments.
A pneumatic motor (air motor), or compressed-air engine, is a type of motor which does mechanical work by expanding compressed air. Pneumatic motors generally convert the compressed-air energy to mechanical work through either linear or rotary motion.
Air motors, also called pneumatic motors, use linear or rotary motion to translate compressed air into mechanical work. From their safety components to their ability to work faster and harder than other motor types, they offer significant benefits for a variety of industrial processes.
Air motors operate on circulated compressed air in extreme temperature, wet, and corrosive environments. Air motors are nonsparking and provide an alternative to explosionproof electric motors. Oilless rotary vane air motors feature sealed bearings and contact points that do not require lubrication.
Air motors work eficiently in either direction. They are easi-ly reversed using a directional valve. Air motors can work in any posi-tion. The motors and the required air lines are easy to install. Air motors are virtually unaffected by heat, vibration, corro-sion or knocks and blows.
There are several types of air motor. The most commonly used types are vane, piston and turbine motors. This technical guide deals with vane motors only. Vane motors are produced with power ratings up to approximately 5 kW. The vane motor has a basic design and consists of only a few components.