Transmission components - Import export

GAT torsion motors are supplied as individual components or as complete torsion system consisting of torsion motor unit, application-specific control electronic s and hydraulic supply. Comprehensive consultation services from concept planning phase to commissioning complement our portfolio. GAT torsion motors consisting of a basic motor and a GAT rotary union are designed for quasi-static, pulsating and dynamic loads. Speed and torque as testing parameters are controlled independently. The torsion test rig with mechanical torsion application allows the energy-efficient testing of components at relatively low investment costs. Using a hydrostatic torsion motor in the test rig creates realistic and consistent testing conditions leading to test results very close to real-life conditions.

The ROTOKOMBI system allows all rotary union and slip ring types to be combined. The result is a complete rotary transmission system from a single source, with perfectly matched interfaces. ROTOKOMBI systems ensure that an optimally adapted sealing system is available for any medium. For any type of electrical transmission a corresponding system is selected to ensure adequate reliability. Thanks to the modular design, individual components can be replaced, retrofitted or upgraded as necessary. All components are selected and combined to meet your specific demands, without limitations to the number of electrical poles, media or size. Special solutions such as ATEX/IECEx or certifications according to UL/CSA regulations are also available on request.

GAT is a manufacturer and supplier of highly advanced Rotary Unions and Slip Rings. Further to an extensive range of standard products, we also provide individual solutions as your competent partner. We offer single-and multiple-channel Rotary Unions. Different media can be transferred at the same time. Combined units comprising Slip Rings are also available and can be realized as compact units. Our Rotary Unions are based on sealing technologies that have proven their worth for decades. We carefully select the optimal solution to meet your individual requirements.

Rotospray: The air bearing rotary atomizers have been specifically designed for the paint atomization in automated paint streets. The sprayer’s micro-jets ensure finest and consistent spraying at speeds up to 70,000 rpm. Thanks to its high-performance turbine that has been aerodynamically optimized for low air consumption, ROTOSPRAY achieves an enormous performance boost. The air bearing rotary atomizer can handle high loads, making the ROTOSPRAY system especially suitable for use in robotized applications. To cater for individual requirements, the rotary atomizer is available with specific connection layouts and housing variants.

GAT is a manufacturer and supplier of highly advanced Slip Rings and Rotary Unions. Further to an extensive range of standard products, we also provide individual solutions as your competent partner. Our Slip Rings are based on a modular system and are available with contacting and contactless transmission technology. Combined units comprising Rotary Unions are also available and can be realized as compact units. Compliance with specific directives or protection classes as well as certifications in accordance with UL/CSA can be provided on request.

Our individually combinable components for modular slip ring systems offer you maximum flexibility in planning your rotating current and data transmission systems. The individual components from MACK are available in different sizes and versions – from space-saving slip rings to the solid power ring for high currents. Naturally in connection with the right current collector. What characterises this system is optimum adaptability for every single customer application and installation situation.

Precise axial and radial positioning of the components. Easy to connect and to release – no seizures along the shaft. Perfect for engaged connections. Excellent concentricity and radial run. Characteristics Precise axial and radial positioning of the components Easy to connect and to release – no seizures along the shaft Perfect for engaged connections Excellent concentricity and radial run Single locking nut for quick installation and settings Minimal external diameter for assembling thin-walled components Excellent torque transmission even during partial seizures of the shaft Suitable for grooveless and keyless shafts Lightweight, low mass moment of inertia Basic dimensions when screws are not tightened d = Inner diameter D = Outer diameter L = Overall width L1 = Installation length without Locking nut SW = Wrench size T = Transmissible torque at given TA F ax = Transmissible axial force pW = Surface pressure on shaft at given TA pN = Surface pressure on hub at given TA TA =...

Precise axial and radial positioning of the components. Easy to connect and to release – no seizures along the shaft. Perfect for engaged connections. Excellent concentricity and radial run. Precise axial and radial positioning of the components Easy to connect and to release – no seizures along the shaft Perfect for engaged connections Excellent concentricity and radial run Single locking nut for quick installation and settings Minimal external diameter for assembling thin-walled components Excellent torque transmission even during partial seizures of the shaft Suitable for grooveless and keyless shafts Lightweight, low mass moment of inertia

Precise axial and radial positioning of the components. Easy to connect and to release – no seizures along the shaft. Perfect for engaged connections. Excellent concentricity and radial run. Precise axial and radial positioning of the components Easy to connect and to release – no seizures along the shaft Perfect for engaged connections Excellent concentricity and radial run Single locking nut for quick installation and settings Minimal external diameter for assembling thin-walled components Excellent torque transmission even during partial seizures of the shaft Suitable for grooveless and keyless shafts Lightweight, low mass moment of inertia

Precise axial and radial positioning of the components. Easy to connect and to release – no seizures along the shaft. Perfect for engaged connections. Excellent concentricity and radial run. Characteristics Precise axial and radial positioning of the components Easy to connect and to release – no seizures along the shaft Perfect for engaged connections Excellent concentricity and radial run Single locking nut for quick installation and settings Minimal external diameter for assembling thin-walled components Excellent torque transmission even during partial seizures of the shaft Suitable for grooveless and keyless shafts Lightweight, low mass moment of inertia Basic dimensions when screws are not tightened d = Inner diameter D = Outer diameter L = Overall width L1 = Installation length without Locking nut SW = Wrench size T = Transmissible torque at given TA F ax = Transmissible axial force pW = Surface pressure on shaft at given TA pN = Surface pressure on hub at given TA TA =...