Armstrong® 64-084 Micrometer Torque Wrench, 1/2 in Drive, 10 to 100 ft-lb, Ratcheting Head, 0.5 ft-lb Graduation, 17.1 in OAL, ASME B107.14M

31226931 MFG #: 64-084
$429.05 / EA
Estimated Delivery 7 to 10 Business Days
Armstrong® Micrometer Torque Wrench, 1/2 in Drive, 10 to 100 ft-lb Torque, Ratcheting Head, Graduations: 0.5 ft-lb, 17.1 in Overall Length, CW Rotation, +/-3% Accuracy, Setting: Pre-Set, Audible Click Indicator, Knurled/Grooved/Comfort/Non-Slip Grip Handle, Specifications Met: ASME B107.14M
  • Innovative linear ball bearing design mechanism for improved performance eliminates friction between
  • Eliminates speed sensitivity errors
  • Produces a crisp audible click over the entire range
  • Twist detent locking ring allows easy setting of desired pre-set torque and prevents accidental chan
  • Rubber seal between the ratchet head and tube keeps lubrication in and contaminants out of the torqu
  • Ratchet head is specifically designed for torque wrenches with more material in high stress areas
  • Enclosed head design with 10 deg ratcheting arc seals out contaminants for improved performance and
  • Torque wrap ratchet head design reduces stress on gear and pawl teeth for greater strength and durab
  • Accuracy +/- 3% clockwise from 20% to 100% of wrench capability
Innovative linear ball bearing design mechanism for improved performance eliminates friction between spring and case for greater accuracy
Eliminates speed sensitivity errors
Produces a crisp audible click over the entire range
Twist detent locking ring allows easy setting of desired pre-set torque and prevents accidental change of the torque setting while in use
Rubber seal between the ratchet head and tube keeps lubrication in and contaminants out of the torque mechanism assuring accuracy and repeatability
Ratchet head is specifically designed for torque wrenches with more material in high stress areas
Enclosed head design with 10 deg ratcheting arc seals out contaminants for improved performance and longer life
Torque wrap ratchet head design reduces stress on gear and pawl teeth for greater strength and durability
Accuracy +/- 3% clockwise from 20% to 100% of wrench capability