Product Details
1/2" Drive SAE/Metric 25.1 to 250.8 ft-lb Digital Torque Wrench by GearWrench®. If you’re looking for a reliable solution to complete your project, this 1st-grade product is right up your alley. Designed utilizing the finest materials, it delivers unmatched levels of durability and strength needed to provide long-lasting service life. Superior in functionality, it will help you make any job easier and faster.
Specifications
Unit of Measure: SAE/Metric |
Ratchet Tooth Count: 72 |
Finish: Full Polish Chrome |
Drive Size: 1/2" |
Torque Accuracy: ± 2%, ± 3% |
Torque Increments: 0.1 ft-lb, 0.1 N-m |
Primary Scale: ft-lb |
Min Torque (ft-lb): 25.1 |
Max Torque (ft-lb): 250.8 |
Min Torque (N-m): 30 |
Max Torque (N-m): 340 |
Overall Length: 24.62" |
Weight: 2.88 lb |
Head Length: 2.65" |
Head Thickness: 0.840" |
Head Width: 1.580" |
Meets or Exceeds the Following Specifications: ASME B107.28M |
Includes
- (1) 1/2" Drive SAE/Metric 25.1 to 250.8 ft-lb Digital Torque Wrench
- (1) Blow Molded Case
Features
- Digitally Tracks Torque Measurement. Multiple Alerts When the Target Torque is Reached Prevent Over Torqueing of Bolts. Handle Vibrates, Buzzer Sounds & LED Light Shows Solid
- “Target Torque Alert” Gives a Warning as the Target Torque Setting is Approached, So There is Less Chance of Over Torqueing a Bolt
- Accurate in Clockwise Direction ± 2% and ± 3% in a Counter-Clockwise Direction, From 20% to 100% of Full Scale
- 5 Torque Measurement Units Available for Working in N-m, ft-lb, In-lb and kgf-m, kgf-cm
- 72-Tooth Ratchet Mechanism with a 5 Degree Swing Arc
- Handle and Housing are Oil and Solvent Resistant
- Requires 2 AA (alkaline) Batteries
- Meets or Exceeds ASME B107.28M
GearWrench® introduced the original patented five-degree ratcheting wrench in 1996 and quickly became a go-to brand for professional automotive technicians. The innovation didn’t stop there. Year after year, the GearWrench® brand continues to expand its line—in ratcheting tools and beyond—to help automotive and industrial technicians get their jobs done faster and easier.