KX120 Cone Ring Coupling Pin Half, Pilot Bore, 130 mm Max Bore

Pin halves for cone ring couplings, pilot bore, in sizes KX020 to KX170. The pin half is supplied complete with pins, nuts and rubbers.

Cone ring couplings are a time-proven design. Two cast iron flanges are interlocked through a number of flexible elements, and the number depends on the coupling size. Each element is a tapered rubber ring mounted on a hexagonal steel pin, and the rings absorb the misalignment, shock and vibration found in most drives. Each pin half has a pilot bore, so you can have it bored and keywayed to suit your shaft up to the maximum bore listed for the size.

Where this product is used

• Motor to gearbox and gearbox to machine shaft connections
• Pump, fan and compressor drives
• Conveyor and crusher drives
• Heavy-duty drives with shock loading or a little misalignment

Features

• Cast iron flange, pilot bore
• Tapered rubber ring and steel pin elements that absorb misalignment, shock and vibration
• No lubrication needed
• Pins and rubbers can be changed without taking the coupling off the shafts
• Sizes KX020 to KX170, with maximum speed and nominal torque listed for each size

Key specifications

Sizes available

Selecting and fitting

Choose the size from the torque and speed you need to transmit. The nominal torque and maximum speed for every size are listed in the details for each model, and the shaft sizes must fit within the maximum bore of each half.

Order one pin half and one bush half of the same size. This listing is the pin half in pilot bore. The matching bush half is Cone Ring Coupling Bush Half, Pilot Bore, and the taper lock version of this half is Cone Ring Coupling Pin Half, Taper Lock.

Fit the coupling with the rubbers seated fully on the pins. Align the two shafts as closely as you can before fitting the coupling, and check the alignment again once the coupling is fitted. Good alignment gives the longest life, whatever the coupling type.

Dimensions are as listed in the manufacturer catalogue and are for reference. Contact AIMS to confirm a measurement if it is critical to your application.