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Torque Limiters
A torque limiter is an automatic device that protects mechanical equipment, or its work, from damage by mechanical overload. A torque limiter may limit the torque by slipping (as in a friction plate slip-clutch), or uncouple the load entirely (as in a shear pin). The action of a torque limiter is especially useful to limit any damage due to crash stops and jams.

Torque limiters may be packaged as a shaft coupling or as a hub for sprocket or sheave.

A torque limiting device is also known as an overload clutch.
Bevel Gear Boxes
Our ranges of bevel gearboxes transmit rotary mechanical power through ninety degrees or split power from one input drive to two or three output drives.

They use precision-cut spiral bevel gears to deliver a smooth and quiet transmission with an efficiency of up to 98%, delivering high torque ratings and impressive thermal characteristics.

They are built into a robust bevel gearbox housing optimized to minimize installation space.

The standard design is suitable for most applications but we can customize units to meet the most arduous of conditions – whether inside, outside, on land or subsea.
Worm Gear Reducers
he right angle worm speed reducer is consists of a compact worm gear characterized by its universal foot and flange-mount housing. Available in various mounting possibilities.
Helical Inline
Helical Inline gear units feature closely stepped speed reduction ratios, infinite life gears, high permissible radial forces and minimum backlash in a space saving design. A flexible modular design allows for a variety of input, output and mounting configurations.
Helical Bevel
The combination of high quality helical and spiral bevel gears have an industry leading ratio range and deliver trouble free and quit transmission of power to the output shaft. Helical bevel gear units can also offer operational cost savings compared to less efficient worm gearing.
Helical Worm
The combination of high quality helical and worm gears have an industry leading ratio range and deliver trouble free quiet transmission of power to the output shaft, while providing modest efficiency gains and reduced operating costs compared to traditional worm gearing. The helical worm offering is available as a foot, shaft or flange-mounted unit. Modular design allows many input options including an integral motor, NEMA or IEC adapter, or a solid input shaft.
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