CLX-8-8 One Piece Split Clamp Rigid Coupling

One-piece split rigid couplings, clamp type, imperial, in sizes CLX-4-4 to CLX-32-32 with bores of 1/4 to 2 inch. Clamp style rigid couplings wrap around the shaft and give high torsional holding power without the shaft damage and fretting that occurs when set screw style couplings are used.

The one-piece split design is a single clamp body that is slit and closed onto the shaft by the clamp screw. Each part number repeats the bore size, and the table below lists the bore, the A, B and C dimensions and the number of split pieces for each size.

Where this product is used

• Joining two shafts of the same diameter end to end
• Joining small and medium shafts in drives and machinery
• Light drives where a rigid connection is needed
• Replacing set screw couplings where shaft damage and fretting are a concern

Features

• Clamp type rigid coupling with high torsional holding power
• No set screw damage or fretting on the shaft
• One-piece split design
• Imperial sizes, bores 1/4 to 2 inch
• A, B and C dimensions listed for every size

Key specifications

Sizes available

Selecting and fitting

Choose the bore to match the shaft. The catalogue lists clamp couplings with and without keyways, in steel or stainless steel, and in one-piece and two-piece designs. It does not give torque ratings for this range, so contact AIMS if you need a rating or a keyway option. The other clamp coupling listings are One Piece Split Rigid Coupling, Clamp Type, Black Oxide, Metric, Two Piece Split Rigid Coupling, Clamp Type, Black Oxide, Metric, Two Piece Split Rigid Coupling, Clamp Type, Imperial.

Fit the coupling over both shaft ends with the shafts aligned, and tighten the clamp screws evenly. 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.