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Use accurate torque controls to improve quality! Case examples can be found in torque handbook 10
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Pokayoke Torque Wrench
These Pokayoke (error proofing) torque wrenches are designed to prevent human tightening errors. The lineup includes wired LS type torque wrench using tightening count control to prevent human tightening errors, wireless FH type that transmits tightened-to-completion signals, BL type that uses solar power instead of batteries, the CSPFHW series that prevents double tightening, marking type that automatically leaves a mark on the bolt head to show the bolt is tightened-to-completion as soon as the tightening operation is completed, and the wired CSPLD that transmits tightening torque data. You can, on your own, upgrade the wired LS type torque wrench to a wireless Pokayoke (error proofing) torque wrench by removing the LS module and replacing it with the compact T-FHLS transmitter.
QLLS/CLLS/PQLLS/PCLLS/TiQLLS/YCLLS
Pokayoke torque wrench with limit switch output to eliminate missed tightening.
Pokayoke (tightening assurance).
QSPLS/CSPLS/QRSPLS/SPLS/SPLS-MH/RSPLS/RSPLS-MH/SPLS-N
Pokayoke torque wrench with limit switch output to eliminate missed tightening.
Pokayoke (tightening assurance).
QSPCAMS/QSPCALS
A torque wrench that prevents 3 problems: under-tightening, over-tightening, and other human tightening errors.
Prevents under-tightening, over-tightening, and other human tightening errors.
FH
The FHM/FH series was integrated with the T-FHP series in March 2024, becoming the FH series. It supports wireless Pokayoke (error proofing) torque wrenches ranging from 0.3 N･m to 420 N･m. The button battery-powered compact T-FHPM/T-FHLS transmitter now offers significantly greater wireless communication range and longer battery life.
Prevents human tightening errors (Pokayoke)
QSPCAFH
The QSPCAFHP and QSPCAFHLSM series were integrated in March 2024 to create the QSPCAFH series of torque wrenches with “triple no problem” design to prevent insufficient tightening, overtightening, and human tightening errors. Battery life has improved significantly, and wireless communication range is greater than that of the older QSPCAFHP. Compatible with rotary slip wireless Pokayoke (error proofing) torque wrenches ranging from 2 N･m to 70 N･m.
Pokayoke system to prevent under-tightening, over-tightening and missed tightening
CSPFHW
Achieves high reliability Pokayoke (error-proofing) (eliminate missed tightening) with its double tightening detection function. Sales of the improved model began in March 2024.
Prevents human tightening errors (Pokayoke)
Double Tightening Prevention
T-BLA/QLBLA
Now also available in the U.S., Canada, and Mexico. Torque wrench with wireless “pokayoke” error proofing to prevent missed tightening, using the Energy Harvest system for solar power generation. No need to change batteries, eliminating battery expense and bothersome battery replacements. The R-BL receiver has been upgraded to the R-CM, which is downward compatible.
Pokayoke error-proof system helps prevent human error when tightening bolts and screws
Assembly line interlock control system using tightening count control
Pokayoke (error-proof) system / Tightening control system
CSPLD
Tightening torque data captured when the wrench clicks at the set torque is transferred by cable. The Pass/Fail judgment is displayed on the body’s LED display for handy confirmation.
Tightening torque data management
Collects tightening torque data in work environments where an FD/FDD type of wireless torque wrench cannot be used.
MPQL/MQL
Pokayoke (error-proofing) marking torque wrench. Lets you make direct visual checks for bolt tightening errors.
Pokayoke (tightening assurance).
MPCL
This open-end interchangeable head pre-lock marking torque wrench comes with the ever-popular torque scale.
Nut torque control.
Prevents human tightening errors (Pokayoke).
Tightening piping on hydraulic / pneumatic devices.
Construction projects involving electrical / telecommunication / power facility / air-conditioning equipment / natural gas installations, etc.
Useful in confined areas where MPQL/MQSP cannot be used for tightening hex bolts.
CMQSP
A mark is made on the tightened cap screw and an adjacent location on your work. This lets you check for subsequent loosening. A marking torque wrench for tightening cap screws, which prevents human tightening errors.
Pokayoke (tightening error-proof)
MQSP
Pokayoke (error-proofing) marking torque wrench. Lets you make direct visual checks for bolt tightening errors.
Pokayoke (tightening assurance).
MCSP
Interchangeable open end head marking torque wrench. When the set torque is reached, the wrench automatically leaves a mark on nuts (bolts) to provide evidence of proper tightening.
Nut torque control.
Prevents human tightening errors (Pokayoke).
Tightening piping on hydraulic / pneumatic devices.
Construction projects involving electrical / telecommunication / power facility / air-conditioning equipment / natural gas installations, etc.
Useful in confined areas where MPQL/MQSP cannot be used for tightening hex bolts.
FHM/FH
The FHM/FH series was upgraded to the FH series in March 2024. This lets you use the transmitter to check and switch between new and old communication modes with a transmitter. Another plus: the T-FHSLS256 features longer battery life and greater communication range.
Prevents human tightening errors (Pokayoke)
T-FHP
Wireless Pokayoke (error proofing) transmitter for compact torque wrenches satisfies keen expectations. The T-FHP was integrated with the FH series in March 2024. It lets you switch to new communication mode for longer battery life and greater communication range.
Tightening count control for pokayoke prevention of human tightening errors
QSPCAFHP/QSPCAFHLSM
Torque wrenches with “triple no problem” design to prevent insufficient tightening, overtightening, and human tightening errors. *QSPCAFHP/QSPCAFHLSM were integrated in March 2024 to create the upgraded QSPCAFH series. It lets you switch to new communication mode for longer battery life and greater communication range.
Pokayoke system to prevent under-tightening, over-tightening and missed tightening
FH256MC
Cordless. Designed to prevent missed tightening. The FH256MC transmitter has been upgraded to the FHM/FH, and the R-FH256 receiver has been upgraded to the downward compatible R-CM.
Ideal for torque verification assembly processes.
Use accurate torque controls to improve quality! Case examples can be found in torque handbook 10
