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FH Torque Wrench w/ Wireless Transmitter

SKU
QSP-FH
Brand: Tohnichi
In stock
Only %1 left

The wireless Pokayoke (error proofing) transmitter and receiver that are used to prevent missed tightening have been upgraded. Transmitter battery voltage can now be monitored, data transfer distance has been increased to about 20–30 meters, and battery life has been extended to about 650,000 times of use.

Application

  • Prevents human tightening errors (Pokayoke)

Features

  • Upgraded from the FH256MC.
  • The wireless distance of the T-FHM has been extended to around 20–30 meters (only when operated in new telecommunication mode).
  • Can monitor transmitter battery voltage. Alerts when voltage drops below set voltage (only when operated in new telecommunication mode).
  • T-FHM/T-FH transmitter battery life: Approx. 650,000 times of use, therefore about 25% more than for the older T-FH256MC transmitter model.
  • T-FHM mode can be changed to the older telecommunication mode using the R-CM receiver or the SB-FH2 setting controller. The R-FH256MC receiver is compatible with the previous FH256MC. The T-FH transmitter set to the older telecommunication mode is also available.
  • Upon reaching the set torque, a completion signal is transmitted by radio wave.
  • Wireless wrench eliminates space limitations.
  • Uses answerback system for operator to verify communication status.
  • The T-FHSLS256 is compact and offers excellent workability. Easy to convert from an LS torque wrench.
  • Using just the R-CM receiver (sold separately) makes it possible to manage the number of tightening times for a single torque wrench, taking advantage of the Pokayoke (error proofing) system to prevent missed tightening.
  • When the IO-CM contact box (sold separately) is connected to the receiver, one receiver can check the IDs of up to four torque wrenches. When combined with use of the CNA-4mk3 Count Checker (Poka Patrol), it is easy to build a Pokayoke (error proofing) system.
  • The FHM/FH series are compliant with ISO 6789:2017 starting January 2022. For more information, see the technical data “Initiatives for ISO 6789:2017” at the bottom of the screen.
  • Accuracy ±3%
MODEL QLFHM25N5
QLFHSLS25N5
QLFHM50N
QLFHSLS50N
QLFHM100N4
QLFHSLS100N4
QLFHM140N
QLFHSLS140N
QLFHM200N4
QLFHSLS200N4
QLFHM280N
QLFHSLS280N
TORQUE RANGE
[N・m]
MIN.〜MAX. 5~25 10~50 20~100 30~140 40~200 40~280
GRAD. 0.25 0.5 1 2
DIMENSION
[mm]
EFFECTIVE LENGTH L 155 180 255 318 400 600
OVERALL LENGTH L’ 230 260 335 400 490 695
SQ. DRIVE
a 9.53 12.7 19.05
b 11 14 15.4 20.5
HEAD
R 13 16 17 18.8 20 22.5
h 22 25.6 32 33.5 38.4 44.5
BODY
m 19 25.5 28 35
n 9.2 11.2 12.2 15
Φd 15 20 21.7 27.2
ΦD 26 38.5 40 51.5
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