Carr Lane CLR-1895-N90R-16MM | 60.00mm Diameter x 12.00kN Maximum Capacity x 16.00mm Stroke 5 Series Standard Swing Clamp Without Axial Swing Stroke

Product Information

5000 psi max Double Acting Swing Clamps without axial swing stroke are designed especially for swinging into small side pockets to clamp. These compact, heavy-duty Swing Clamps have a reinforced swing mechanism. Clamping arm can be mounted to start its 90 Degree swing from any position within 360 Degree. The top-flange version shown here allows low-profile installation. Dual mounting capability provides every clamp with the option of using either standard fittings or manifold mounting. Available in three sizes, each with a choice of clockwise or counterclockwise swing, double acting only. Clamping force at 5000 psi with a standard clamping arm: 1100 Lbs (3 series) 2700 Lbs (5 series) 4000 Lbs (6 series) .

Clamping Action

Available with clockwise or counterclockwise swing Applying fluid pressure to the A (clamping) port swings arm 90 Degree over workpiece then clamps down. This clamp's swing is entirely in a horizontal plane. Switching pressure to the B (unclamping) port positively lifts arm then swings it back 90 Degree for loading/unloading.

Clamping Arm

Standard Clamping Arm 5000 psi max Gooseneck Clamping Arm 5000 psi max Order clamping arm separately below. Maximum allowable operating pressure is 5000 psi. Longer, custom clamping arms will reduce allowable operating pressure, inversely proportional to arm length. Optionally, the clamping arm can be positively keyed to the piston rod in a fixed 90 Degree position by inserting an indexing pin (order separately).

Reinforced Swing Mechanism

Reinforced swing mechanism ensures positive arm position. The safety-clutch mechanism normally incorporated into our swing clamps is omitted in this design. In case the workpiece hits the clamping arm during loading, the angular position of the swing-clamp arm will be exactly maintained. Using a longer, heavier clamping arm will also not declutch the swing arm and affect arm position.