This coupling has a four convolution bellows for higher torque and torsional stiffness capabilities than equivalent couplings with more convolutions.250" (57. The bellows are able to flex while remaining rigid under torsional loads allowing for all types of misalignment to be accommodated.

Bearings,V-belts & Power Transmission Equipment,Couplings,Collars,& Adapters,Motion Control Couplings

RULAND

The coupling is made from a single piece of aluminum and has two sets of slit cuts allowing for low inertia, no maintenance, and high torsional stiffness when compared to beam couplings.

It can accommodate all forms of misalignment with low bearing loads helping to protect small sensitive bearings..

Bearings,V-belts & Power Transmission Equipment,Couplings,Collars,& Adapters,Motion Control Couplings

RULAND

The coupling is made from a single piece of aluminum and has two sets of slit cuts allowing for low inertia, no maintenance, and high torsional stiffness when compared to beam couplings.

Slit Coupling, Clamp, Long, Bores 10x4mm, OD 20. It is clamp style and has 10mm x 4mm bores, 20.

Bearings,V-belts & Power Transmission Equipment,Couplings,Collars,& Adapters,Motion Control Couplings

RULAND

Inline Cutoff,3

About The , Max.. Speed 15,000 RPM, Air Inlet 1/4 in NPT, Speed Control Lock-Out Throttle, Air Pressure 120 psi

Air-Powered & Pneumatic Tools,Air Cut-Off Tools

Specifications of Inline Cutoff,3

It is ideal for applications with wide distances between shafts and can accommodate all forms of misalignment.

This bellows coupling has a balanced design for reduced vibration at high speeds of up to 10,000 RPM.

Clamp Bellows Cplg, Bores 14mmx0.500, OD 2.250, L 3.200, Aluminum

The coupling is made from a single piece of aluminum and has two sets of slit cuts allowing for low inertia, no maintenance, and high torsional stiffness when compared to beam couplings.

The coupling is made from a single piece of aluminum and has two sets of slit cuts allowing for low inertia, no maintenance, and high torsional stiffness when compared to beam couplings.