Shear Pins

Browning® 1305002 Stock Shear Pin, 3/16 in Dia Neck, 1-1/8 in OD, For Use With Model SHH1 Hub, 3730 in-lb Torque, Steel

Browning® shear pin hubs are designed to shear a necked pin at a predetermined load. This protects equipment from overloads. Consisting of a hub assembly, a sprocket and shear pin, the shear pin bridges between the sprocket and hub assembly. The shear pin is available in load increments, so the closest one to your application requirements must be chosen. Resetting the shear pin hub is accomplished manually by replacing the shear pin. Best applied to applications where infrequent overloads are encountered.

Browning® 1305051 Stock Shear Pin, 7/32 in Dia Neck, 1-7/16 in OD, For Use With Model SHP1 Hub, 7330 in-lb Torque, Steel

Browning® shear pin hubs are designed to shear a necked pin at a predetermined load. This protects equipment from overloads. Consisting of a hub assembly, a sprocket and shear pin, the shear pin bridges between the sprocket and hub assembly. The shear pin is available in load increments, so the closest one to your application requirements must be chosen. Resetting the shear pin hub is accomplished manually by replacing the shear pin. Best applied to applications where infrequent overloads are encountered.

Browning® 1305168 Stock Shear Pin, 13/32 in Dia Neck, 2-7/16 in (SHQ1)/2-5/8 in (SHR1) OD, For Use With Model SHQ1/SHR1 Hub, 33530 in-lb Torque, Steel

Browning® shear pin hubs are designed to shear a necked pin at a predetermined load. This protects equipment from overloads. Consisting of a hub assembly, a sprocket and shear pin, the shear pin bridges between the sprocket and hub assembly. The shear pin is available in load increments, so the closest one to your application requirements must be chosen. Resetting the shear pin hub is accomplished manually by replacing the shear pin. Best applied to applications where infrequent overloads are encountered.

Martin SHEAR PINS MAI SP-29

Shear pin sprockets provide simple, dependable protection against expensive machinery damage caused by overloads or jamming. Torque is transmitted by a single pin, necked to shear when the safe load is exceeded. When an overload occurs the pin shears, disconnecting the drive immediately. Shear pins can be necked to customer specific torque ratings.