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.
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BrandBrowning®
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UPC662289215133
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Manufacturer Part Number1305051
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CountryUSA
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MaterialSteel
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Maximum Speed100 rpm
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Torque Rating7330 in-lb
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Neck Diameter7/32 in
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Horsepower11.6 hp
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Outside Diameter1-7/16 in
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Suitable For Use WithModel SHP1 Hub
- Helps prevent damage to machinery due to sudden overload by shearing a necked pin at the predetermined load
- Sprocket rotates freely after pin breakage, allowing the drive to idle
- Universal mounting
- Reversibility and repeatability
- Morse and Browning offer a complete line of Torque Overload Devices to protect machinery from overloads or jams
- Browning offers a complete set of replacement shear pins
- Shear pins are available in a wide range of minimum shear strength
- Browning torque limiters are friction type devices that reset to any position
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Alternative Part Number5P SH PIN
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UNSPSC31161610
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Package DescriptionEACH
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Warranty1 Year
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Instruction/Installation Manual
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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.
