Westward
Westward 53YT39 3/8" Drive SAE Deep Socket 7/16" 6 Pt
Deep 3/8-inch drive socket fits 7/16-inch SAE fasteners with six-point alloy steel construction
- Typesocket
- Alloy steel construction resists wear and deformation
- Deep socket reaches recessed fasteners with ease
- Six-point hex grip reduces rounding on bolt heads
- Full polished finish protects against corrosion
- Meets ASME B107.110-2012 dimensional standard
Westward 53YT39 3/8" Drive Deep Socket
This Westward socket fits 3/8 inch drive tools and engages 7/16 inch SAE fasteners with a six-point hex profile. The deep well reaches recessed nuts and bolts that standard sockets cannot access. Alloy steel construction provides strength for professional automotive and industrial use. It meets ASME B107.110-2012 dimensional standards.
Thermals noise and power draw
As a hand tool this socket generates no heat, noise or electrical draw during operation. The full polished finish resists corrosion and wipes clean easily. Torque loads transfer directly through the alloy steel body without vibration damping concerns. No external power source or cooling is required for normal use.
Upgrade considerations
This deep socket replaces standard-length 7/16 inch sockets when fastener depth exceeds shallow reach. The six-point grip reduces rounding risk compared to twelve-point alternatives on worn heads. Buyers needing impact-rated drive compatibility or metric sizing should select a different specification. Tethering requires a separate accessory not included.
Highlights
- Alloy steel construction resists wear and deformation
- Deep socket reaches recessed fasteners with ease
- Six-point hex grip reduces rounding on bolt heads
- Full polished finish protects against corrosion
- Meets ASME B107.110-2012 dimensional standard
Specifications
| Brand | WESTWARD |
|---|---|
| Type | socket |
Questions about this item
How do I fit the 3/8" female square drive onto my ratchet without rounding the 7/16" hex?
Align the square drive fully on the ratchet anvil, then engage the 6-point hex on the fastener; the deep 2-1/2" length gives clearance so you can seat the socket before applying torque.
Will the alloy-steel finish wear off and require replacement?
The full-polished alloy steel resists corrosion under normal shop use; replace the socket only if the 6-point hex shows visible rounding or the square drive cracks.
At what point does the ASME B107.110-2012 torque limit become the bottleneck?
The standard defines the maximum proof torque for a 7/16" 6-point socket; sustained loads above that value will deform the hex walls before the drive fails.
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