GEARWRENCH locking indexing ratcheting wrenches need just 5° of swing arc to move the fastener, as opposed to the 30° necessary for standard box end wrenches. Patented indexing technology allows you to pick the angle you need depending on the situation. Just a push of the indexing button allows you to select 13 different angles. The box end features improved strength from the off-corner loading technology that also reduces fastener rounding. These ratcheting wrenches are made from premium alloy steel for a long lasting precision tool.
Details
Industrial Subcategory:
Screwdrivers and Nutdrivers
Armstrong to GearWrench Cross References:
BAHCO Cross Reference:
BE-8910|Screwdriver ergo® Torx® T10|NO;
Cornwell Cross Reference:
VMTDI10|T10 Torx Screwdriver|;
Fastener Size:
5/16 in 3/8 in 7/16 in 1/2 in 9/16 in 5/8 in 11/16 in 3/4 in
Grey Pneumatic Cross Reference:
TPS10|T10 Tamper-Proof Star Screwdriver|No;
JET Cross Reference:
720912|TDPT-10 T10 x 4" TORX DRIVER|;
Long Description:
8 Piece 72-Tooth 12 Point Indexing Combination SAE Wrench Set
Product Name:
Indexing Ratcheting Combination Wrench
Proto Cross Reference:
J9300-10C|SCREWDRIVER TORX T10|Yes;
Size:
5/16 in 3/8 in 7/16 in 1/2 in 9/16 in 5/8 in 11/16 in 3/4 in
SK Cross Reference:
84001|Scrdr Trx Srgrp T10x6|No;
Snap-on Cross Reference:
SHDTX310O|HARD GRIP IN|Yes;
Table Description:
8 Pc. 72-Tooth 12 Point Indexing Combination SAE Wrench Set
URREA Cross Reference:
9310WR|T10 TORX TIP ROUND SHANK RED HANDLE SCREWDRIVER|Yes;
Williams Cross Reference:
24269|Screwdriver Torx® #T25 X 4|Yes;
Manufactured By:
GearWrench
Other Details
13 locking positions across 180° of movement allow you to reach confined work areas
72-tooth ratcheting box end needs a minimal 5° to move fasteners vs. 30° for standard wrenches
Bright, full polish chrome finish easily wipes clean and resists corrosion
Included rack for storage and organization
Manufactured from alloy steel for better strength and longer tool life
Off-corner loading design on box end provides better grip and reduces fastener rounding