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Couplings
Geislinger Coupling
Robust torsional elastic, high- damping steel spring coupling. The Geislinger Coupling is a torsional elastic high-damping steel spring coupling with hydrodynamic damping properties. High reliability, long intervals between overhauls, and low operating costs are some of the main features of this ATEX-certified coupling. While steel leaf springs transfer torque and provide elasticity, pressured oil ensures high hydrodynamic damping. The Geislinger Coupling is perfectly suited for all types of drivetrains where outstanding reliability is essential.Applications: Marine, Power Generation, Off-Highway, Wind Power & Renewables, Industrial Applications, Digital Solutions.
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Couplings
Geislinger GESILCO® BUTTERFLY
The world’s most lightweight misalignment coupling. The Geislinger GESILCO® Butterfly is a misalignment coupling made from lightweight and highly flexible advanced composite material membranes. This achieves the lowest reaction force possible, which increases the system’s reliability by protecting the driveline and bearings from possible overloads. This unique coupling is suitable for a wide range of applications. Its multiple designs make it compatible with a variety of connection interfaces. Applications: Marine, Power Generation, Off-Highway, Wind Power & Renewables, Industrial Applications, Digital Solutions.
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Couplings
GEISLINGER SAE Coupling
Compact, torsional elastic steel spring coupling for SAE standards. The Geislinger SAE Coupling is the perfect solution for installations in harsh environments with tight installation spaces, low
air ventilation, and high air temperatures. It complies with SAE standards and is ATEXcertified. Available in four different stiffness levels, the Geislinger SAE Coupling adapts perfectly to the stiffness and torque requirements of different applications. Applications: Marine, Power Generation, Off-Highway, Industrial Applications, Digital Solutions.
Couplings
GEISLINGER SILENCO®
Lightweight composite coupling with highest acoustic sound attenuation. The Geislinger SILENCO® Coupling is an acoustically optimized misalignment coupling. It consists of flanges, long service life composite membranes with increased damping properties, composite shafts, and steel spacers. The coupling provides superior chemical resistance, and it is electrically insulated. Depending on the acoustical needs and the required torque, different versions of flanges, membranes, and shafts are available. Applications: Marine, Off-Highway, Wind Power & Renewables, Industrial Applications, Digital Solutions.
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Couplings
Geislinger CARBOTORQ®
Lightweight, torsional elastic misalignment coupling. The CARBOTORQ® is a lightweight, elastomer coupling that combines advanced composite material and silicone elastomer. It is designed to minimize reaction forces and bearing loads while providing torsional elasticity and misalignment capacities with the lowest possible weight. The torsional elastic component is bonded between fiber composite membranes, which provide elasticity and high internal damping properties. Applications: Marine, Power Generation, Industrial Applications.
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Couplings
Geislinger GESILCO® DISC
Lightweight, electrically insulating coupling solution. The GESILCO® Disc coupling became the new industry standard for close coupled gensets in high-performance applications like rail or mining. The coupling is designed using advanced materials and is specifically developed for closed coupled generator sets and highly integrated wind turbine powertrains. Under extreme and rough conditions, the highest shock resistance of the GESILCO® Disc coupling as well as its homokinetic, nonmagnetic and non-conductive properties are an essential benefit. Applications: Marine, Wind Power & Renewables, Power Generation, Off-Highway, Industrial Applications, Digital Solutions.
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Couplings
Geislinger GESILCO® COMPOSHAFT
Lightweight, advanced composite material coupling. The COMPOSHAFT® misalignment coupling consists of two double membranes and an intermediate shaft made of advanced composite materials. The membranes are corrugated with decreasing wall thickness, as the diameter increases. The superior advantages of the corrugated membrane design, in comparison to a flat
membrane, are a higher deflection capacity and lower, almost linear reaction forces. Applications: Marine, Power Generation, Off-Highway, Industrial Applications, Wind Power & Renewables, Digital Solutions.
Couplings
GEISLINGER FLEXLINK
Heavy duty, robust, misalignment steel coupling. The Geislinger Flexlink is a misalignment coupling specifically designed for heavyduty applications. Even with maximum misalignments in axial-, radial-, and angular directions, the Geislinger Flexlink reduces the reaction forces to a minimum. This lowers the bearing loads and helps to avoid torsional excitations, which in turn
extends the service life of the drivetrain. Its high permissible torques and its resistance to heat and oil make it a solution for numerous applications – particularly if long service life and reliability are critical requirements. Applications: Marine, Power Generation, Off-Highway, Industrial Applications, Digital Solutions.
Couplings
GEISLINGER COMPOWIND® COUPLING
Fatigue-resistant, high protective composite coupling. Installed between the rotor hub and the gearbox, the low-speed shaft (LSS) coupling protects the gearbox and the whole drivetrain by significantly reducing nontorque loads. The coupling design allows the gearbox to be mounted rigidly onto the main frame without the use of elastomer-hydraulic torque supports. As a result,
bending modes and dynamic effects are virtually eliminated. The reliability of the drivetrain increases noticeably, resulting in reduced operational costs. Applications: Wind Power & Renewables.
Couplings
Geislinger Hub
Lightweight, fiber-reinforced composite shaft coupling. The use of fiber-reinforced composite shafts is a major benefit for lightweight powertrains due to their low mass. The innovative Geislinger Hub connects a cylindrical solid shaft by means of a bolted flange and helps to further reduce the weight of the whole driveline. Compared to conventional hub designs, the Geislinger Hub also facilitates the design of shaftlines that are much more compact due to higher torque transmission within the same installation space. Applications: Marine, Power Generation, Industrial Applications.
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