Proto® TorquePlus™ J1200ES-11 Anti-Slip Short Length Combination Wrench Set, Imperial, 11 Pieces, 1/4 to 3/4 in, Full Polished
Proto® TorquePlus™ J1200ES-11 Anti-Slip Short Length Combination Wrench Set, Imperial, 11 Pieces, 1/4 to 3/4 in, Full Polished
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BrandProto®
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UPC662679113148
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Manufacturer Part NumberJ1200ES-11
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CountryUSA|Canada
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FinishFull Polished
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TypeAnti-Slip Short Length
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Number of Pieces11
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Size Range1/4 to 3/4 in
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Specifications12 Point, 15 deg Offset, Box/Open End Drive
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Suitable For Use With4, 6 and 12 Point Fastener
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System of MeasurementImperial
- 12 point box end allows for fine indexing, helping to improve speed and access
- The wrench self-aligns with the fastener
- Full polish finish provides corrosion resistance and easy to clean surfaces
- The box end is countersunk for easy application to the fastener
- 15 deg angled offset helps keep shank clear of obstructions
- Anti-slip design (ASD) open end
- Box ends incorporate the TorquePlus™ system
| Competitor Name | Competitor Part Number |
|---|---|
| Grainger | 22DH12 |
| Grainger | 22DH12 |
| Grainger | 22DH12 |
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UNSPSC27111713
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Includes(11) Combination Wrenches
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Package DescriptionEACH
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Standards/ApprovalsASME B107.100-2035
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Catalog
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Proto® TorquePlus™ J1200ES-11 Anti-Slip Short Length Combination Wrench Set, Imperial, 11 Pieces, 1/4 to 3/4 in, Full Polished
Proto® TorquePlus™ J1200ES-11 Anti-Slip Short Length Combination Wrench Set, Imperial, 11 Pieces, 1/4 to 3/4 in, Full Polished
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.

