GLOBE Airmotors | Boerhaaveweg 9-11 | NL - 2408 AD Alphen a/d Rijn | Tel +31 172 426 608 | [email protected] Brochure GLOBE Vane Air Motor

About GLOBE Airmotors GLOBE Airmotors is part of the GLOBE Group. The GLOBE Group was founded in 1986 and specializes in the developing, producing, advising and sales of air motors, gas boosters, high pressure test equipment and systems. The focus of GLOBE Airmotors is mainly on the production and sales of the air motors. We offer a very wide program of different types of air motors. With a team of experts with lots of experience, we are able to help with all kinds of questions about air motors and everything related to high pressure. A big benefit is that we have our own production department....

The GLOBE Vane Air Motors The vane air motor is the most widely used design of air motor. They are available in a broad range of power and can operate in any position. Thanks to our unique and simple construction, this air motor is maintenancefriendly, easy to use and offers a long service life. Because of their design, these air motors are intrinsically safe, self-cooling and therefore very suitable for use in situations with explosion hazard and/or extreme conditions such as moisture and high temperatures. In addition, they are lighter and smaller than electric motors and when compared with...

Working Principle No pins or springs The GLOBE construction is based on the principle of roller bearings. In this construction, the vanes are hold together by the outer ring (the motor body, shown as 1 in the figure below) and the inner ring (the ejection ring, shown as 2 in the figure below). Two ejection rings are placed centrically from the motor body on the front and back side of the rotor, keeping the vanes (3) in place. The rotor (4) is placed in a excentric position from the motor body. With the GLOBE construction, the vanes have circular tips so the ejection ring is kept perfectly in...

Controlling Speed, Torque and Power The GLOBE vane air motors are easy to control and one of the toughest and versatile type of motors available. The performance is dependent on the inlet pressure. When the inlet pressure is constant, the torque/speed output of the GLOBE vane air motors will have a linear relation, as shown in the graphs below. By regulating the air supply, the output of the vane air motor can be altered. Regulating the air supply can be done with two methods: throttling and pressure regulation. Throttling The air flow is controlled by placing a flow control valve at the inlet...

Advantages GLOBE vane motors have a high starting torque, high efficiency and a superior power to weight ratio. Circular operation is possible even with a low number of revolutions. The motor can operate in two directions and is reversable in just a portion of a rotation. Permanent burdening in standstill is allowed. The GLOBE vane motors are insensitive to outside dirt and moist. All vanemotors are explosion-proof and are supplied with ATEX certification. Our vane motors can operate in all positions with a variable motorspeed. Vane air motors offer a unique form of drive and incorporate advantages...

Also available in stainless steel or lubrication free. The GLOBE vane air motors are available in various types and sizes, but are also available in stainless steel (INOX) and lubrication free. Lubrication free All our vane air motors are available for lubrication free applications. These motors are ideal for mixing applications because the absence of oil will result in a cleaner surrounding area. Oilless operation also means that surrounding equipment can’t come in contact with contaminating aerosols . Stainless steel All our vane motors are available in stainless steel. The external parts of...

How to select the right air motor To be able to select the right air motor for your application, you will need at least two of the three following variables: - Operating speed - Torque - Power This will establish the so called ‘working point‘ and will make selecting the right air motor easy. Once the working point has been established, the right air motor can be selected using the graphs included in the specifications of our vane air motors. Vane air motors have a wide operating range, so it is possible that multiple air motors fit your desired operating speed and torque. Where motors are not...

Select easily with the ordering code your version and order it at our sales team. Do you have special wishes? For example ATEX Certified, oilfree, different mountings, gearboxes, brakes etc. You name it (and we make it possible. Contact us for your wishes and we will Ine happy to engineer a proposal to suit your requirements. Mounting position •— A Foot, Face or NEMA flange S* Metric Flange * Mounting type J&X Foot, Face mounting C Flange mounting (IEC, NEMA) P PowerPack mounting Cast Iron I Inox 12 19 hp 14 kW (only flange models) All our Vane Air Motors are delivered with the ATEX Certificate:...

V1 Vane Air Motor Why buy the GLOBE V1 Vane Air Motor Our V1 Vane Air Motors have a maximum power range of 0,52 kW (0.7 HP) with 0,84 Nm (7.4 in.lbs.) torque at max. power. The V1 is standard supplied according to the ATEX regulations. The power and speed are easily adjusted by pressure and air flow. These vane motors can be completed as desired with various accessories such as brakes, (control) valves and gearboxes. A GLOBE Silencer is neccessairy for optimal reach of maximum power. Not installing a GLOBE Silencer will increase the risk of hearing damage, motor malfunctions or loss of power....

Dimensions VA1X / VS1C » Silencer supplied with motor » Max. Overhung Force on shaft 18 N (4.0 lbf.) » Axial loads should be kept to a minimum » Maximum temperature for ATEX applications -20°C to +60°C (-4°F to +140°F) » Maximum temperature for non-ATEX applications -20°C to +80°C (-4°F to +176°F) GLOBE VANE AIR MOTOR BR

Performance V1 / V1-INOX TORQUE -- SPEED » Silencer supplied with motor. STARTING TORQUE -- PRESSURE 1,2 » Maximum temperature for ATEX applica- (-4°F to +140°F) » Maximum temperature for non-ATEX When designing for applications where the minimum start torque requirement is equal to the running torque (in hoists for example) the motor should be operated in the area below the starting torque. Airsupply lubrication and filtration: Use 64 micron filtration or better. Choose a lubricator suitable for the flow required. Lubricator drop rate 2-3 drop / minute continuous operations Lubricator drop rate...