Functional Condition - ExcellentWe checked out this item for functionality & found to be in excellent condition. When you get the item, it will have all features and functions fully operational.
Cosmetic Condition -Above AverageCosmetically speaking, it looks to be in above average cosmetic shape for an item of this type with only the most minor of cosmetic wear as shown. To be more specific, here is what we noticed: Only minor scratching.
Details & Specs
This information is to be used for reference only. Accessories or warranties mentioned may not apply to this listing. Please check the accessories section and photos to see everything that comes with this item.
This Armstrong 3/8" Drive Micrometer Torque Wrench (10 ft/lb - 100 ft/lb) is designed with an innovative linear ball bearing mechanism that improves the performance of the wrench by eliminating friction between spring and case for greater accuracy, eliminates speed sensitivity errors, and produces a "crisp audible click" over the entire range. Meets or exceeds ASME B107.14M 1994 and has an accuracy of +/- 3% CW from 20% to 100% of wrench capacity. The twist detent locking ring allows easy setting of desired pre-set torque and prevents accidental change of the torque setting while in use. Created with a lightly knurled and grooved handle provides a comfortable, non-slip grip. The ratchet head is specifically designed for torque wrenches with more material in high stress areas, enclosed with 10 degree ratcheting arc that seals out contaminants for improved performance and longer life, torque wrap designed to reduce stress on gear and pawl teeth for greater strength and durability.
- Made in the USA
- Innovative Linear Ball Bearing Design Mechanism
- Twist Detent Locking Ring
- Rubber Seal Between the Ratchet Head and Tube
- Ratchet Head Specifically Designed for Torque Wrenches
- Enclosed Head Design with 10 Degree Ratcheting Arc
- Torque Wrap Ratchet Head Design
- Lightly Knurled and Grooved Handle
- Accuracy, +/-3% CW from 20% to 100% of Wrench Capability
- Meets or Exceeds ASME B107.14M 1994