Proto®
Proto® TorquePlus™ J7424H Standard Length Socket, 1/2 in Square Drive, 3/4 in, 6 Points
801480
MFG #: J7424H
$19.48
/ EA
Non-Stock Item
- Bolt Clearance Depth: 27/32 in
- Country of Origin: US
- Drive End Width: 1-7/64 in
- Drive Size: 1/2 in
- Drive Type: Square
- Finish: Black Oxide
- Impact Rated: Yes
- Locking Type: Side Locking Hole
- Manufacturer Name: Stanley Black & Decker
- Material: High Alloy Steel
- Measurement System: Imperial
- Number of Points: 6
- Opening Depth: 51/64 in
- Overall Length: 1-1/2 in
- Socket End Width: 1-7/64 in
- Socket Size: 3/4 in
- Type: Standard Length
Proto® TorquePlus™ Socket, Standard Length, Yes Impact Rated, Measurement System: Imperial, Square Drive, 1/2 in Drive, 3/4 in Socket, 1-1/2 in Overall Length, 51/64 in Opening Depth, 1-7/64 in Drive End Width, 1-7/64 in Socket End Width, Side Locking Hole Locking, 6 Points, 27/32 in Bolt Clearance Depth, High Alloy Steel, Black Oxide
- Item Features
- Standards
- Application
- Proto® 6 point impact sockets are ideal for use on stubborn or damaged fasteners and also on fasteners made from soft materials
- The TorquePlus™ design is a high performance drive configuration which allows for quick and easy socket engagement to the fastener flats, not the corners
- The TorquePlus™ configuration employs a radius-corners design, shifting contact area and stress away from the fastener corners and distributing contact stresses over a large area of the socket, minimizing slippage
- Socket size stamped on tool for easy identification
- The TorquePlus™ internal design minimizes fastener rounding, helps to extend fastener life, and allows the user to more easily turn worn, rounded or rusted fasteners
- Specially heat treated for the correct balance of strength and durability
- Concentric openings
- Large clearance holes
- Tight nut end tolerances
- Made from high alloy steel for greater strength
ANSI B107.2|ASME B107.110-2012|ASME B107.2|Federal Specification GGG-W-660A
For use on stubborn or damaged fasteners and also on fasteners made from soft materials