Tether-Ready Drive Deep Sockets, 3/8 in Drive, 17 mm, 2 3/4 in L, 12 Points
- Manufactured with four detent holes so that the pin detent will engage correctly regardless of the direction the socket is placed on the square drive
- The Positive Control System requires a separate tool to attach or remove the socket, meaning it cannot be removed without specific intent
- Chrome finish is applied after the holes are bored for better corrosion resistance
- 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-corner design, shifting contact area and stress away from the fastener corners and distributing contact stresses over a large area of the socket, minimizing slippage
Specifications
Weight
0.29lb
Height
1in
Width
1in
Length
2.8in
Brand
Proto
Category
Sockets
Drive Size [Nom]
3/8 In
Drive Type
Square
Finish
Full Polish
Head Width [Nom]
15/16 in
Locking Type
Pin
Measuring System
Metric
No. of Points
12
Opening Size [Nom]
17 mm
Overall Length [Nom]
2 3/4 in
Socket Length
2 3/4 in
Tip Type
Hex
Type
Drive Deep Socket
Width [Nom]
15/16 in
Wt.
0.27 lb
Tether-Ready Drive Deep Sockets, 3/8 in Drive, 17 mm, 2 3/4 in L, 12 Points
- Manufactured with four detent holes so that the pin detent will engage correctly regardless of the direction the socket is placed on the square drive
- The Positive Control System requires a separate tool to attach or remove the socket, meaning it cannot be removed without specific intent
- Chrome finish is applied after the holes are bored for better corrosion resistance
- 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-corner design, shifting contact area and stress away from the fastener corners and distributing contact stresses over a large area of the socket, minimizing slippage