Air Motor GAST MVP Series

Air Motor GAST MVP Series

MVP02DS-ANC-NXXA-01, MVP02DS-ANC-NXSA-01, MVP02DS-ANC-IXXA-01, MVP03DS-ANC-NXXA-01, MVP03DS-ANC-NXSA-01, MVP03DS-ANC-IXXA-01, MVP05DS-ANC-NXXA-01, MVP05DS-ANC-NXSA-01, MVP05DS-ANC-IXXA-01, MVP06DS-ANC-NXXA-01, MVP06DS-ANC-IXXA-01

Air motors have some general advantages when compared to other power sources, such as electric motors.

1. CONTROL Adjust speed and power output by simply throttling inlet air pressure or restricting exhaust air.
2. NON-SPARKING As a non-electrical device, air motors greatly reduce the possibility of igniting flammable gases.
3. COOL RUNNING Air motors can be stalled or overloaded indefinitely without damage. Plus, expanding compressed air cools the motor

FEATURES

• 316 Stainless steel motor housing with 32 Ra Surface finish (Stainless Steel model only) and Aluminum Construction Motors
• Lightweight and powerful
• Flange and hub mounting options
• Versatile vane material for long life in lubricated or non-lubricated operation

Applications

• MVP air motors’ lightweight construction, high power-to-weight ratios, operating efficiency and reasonable pricing make them ideal for a wide range of applications.

MVP Rotary Vane Air Motors : MVP rotary vane air motors make Gast dependability available to manufacturers powering the next generation of rotating equipment. Rely on MVP’s modular air motor technology to make your innovative engineered products lighter, quieter, more efficient and easier to manufacture and service.

Variable Speed and Power Output : Precisely control speed and power output by simply throttling inlet air pressure or restricting exhaust air. This is a cost-effective way over electric motor speed controls.

Efficient : Machined to the highest tolerances. MVP air motors generate more power while consuming less energy. This also gives MVP improved power density, providing more torque output in a lighter-weight air motor.

Modular : MVP’s modular design makes it easy to maintain MVP air motors. Simply remove the back plate of any MVP air motor to swap out the internal cartridge.

Universal Vanes : MVP air motors use a proprietary engineered vane material rated for operation with or without lubrication so operating conditions for the same motor can be varied.

ATEX Approved and Non-Electrical Sparking : Most MVP models meet the requirements of ATEX Directive 2014-34-EU and applicable standards: EN80079-36, EN 80079-37, IEC 60079-0. MVP air motors can be used in ambient temperatures up to 250°F (120°C) in non-hazardous atmospheres.

Output Power : The output power of an air motor is relative to speed and to air-line pressure.

Torque vs. Speed : An air motor slows down when load increases. At the same time, its torque increases to the point where it matches the load. It will continue to provide increased torque all the way to the stalled condition, and it can maintain the stalled condition without any harm to the motor. As the load is reduced, an air motor will increase speed and the torque will decrease to match the reduced load. When the load on the air motor is either increased or decreased, speed can be controlled by increasing or decreasing air pressure or by restricting exhaust air. Starting torque of an air motor is lower than running torque.

Air Consumption : Air consumption increases as speed and air pressure are increased.

SPECIFICATIONS GAST MVP SERIES