FD/FDD
Click type data transfer torque wrench
Tightening Torque Data Management
Preset
Interchangeable Head
Judgement
Wireless
Wireless transfer of tightening torque data at the time of clicking. Immediate pass/fail decision offers highest level of workability. FDD facilitates tightening work with even higher reliability backed by two rounds of tightening detection function.
Interchangeable head QH15D is connected to CSPFD100N3×15D.
When tightening torque pass/fail decision is OK.
When tightening torque pass/fail decision of NG
or in the case of two rounds of tightening detection.
R-FHD256
Principle of two rounds of tightening detection in FDD series
Marking torque wrench "MQSPFD/MQSPFDD" equipped with the FD/FDD transmitter, with which you can ensure in a later process or even after shipment that tightening was correctly performed; can be custom-made after receiving an order.
Click here for conventional FDD.
Application
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Tightening Torque Data Management
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Pokayoke (tightening error-proof)
Features
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Defect prevention with a large pass/fail decision LED: Transmission error or tightening torque defect can be immediately known from this large LED.
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Battery life is five times that of the conventional product.*: Continuous use time is significantly increased to 24 hours from 5 hours in the case of conventional FHD. It can be used for about one day without changing the batteries, which not only reduces the battery cost, but also eliminates the effort required for replacing the batteries.(*In the case of FD model. Continuous use time in the case of FDD model is 12 hours.)
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Conventional receiver/setup box can be used: If you are having conventional FHD/FHDS, you can use version [Ver.V01A] of your receiver R-FHD256 and setup box SB-FH256. Therefore, you can minimize the migration cost.
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LCD display of the transmitter would show the tightening torque.
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Compact transmitter with enhanced workability: Transmitter has been made compact compared to the conventional product. Starting from 25N・m class torque wrench (example: CSP25N3) it can be loaded, and it can be used in a small place or for tightening at a small torque.
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Setup can be easily done from the computer: Group settings/ID settings/setting of upper and lower limit of tightening torque, etc. can be made from "FD/FDD parameter setup software". You can download the setup software from the Tohnichi website free of charge.
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[Features of FDD] "Two rounds of tightening detection function": By mounting a gyro sensor and monitoring the angle, it is possible to prevent the tightening of bolts two times. Pokayoke for just managing the number of times of tightening or simple tightening torque data management offer highly reliable torque management. (*Remodeling from FD model is also possible.)
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Marking torque wrench "MQSPFD/MQSPFDD" equipped with the FD/FDD transmitter, with which you can ensure in a later process or even after shipment that tightening was correctly performed; can be custom-made after receiving an order.
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The FD / FDD conform to telecommunication standards in Japan, the U.S., Canada, Thailand, Malaysia, Indonesia, Taiwan, Mexico, Vietnam, the EU, China, South Korea, India, Brazil and Russia (information valid as of March 2019).
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Tohnichi’s interchangeable head torque wrenches can be used with our interchange head lineup which offers the best selection in the world, making these wrenches ideal for your work.
Demonstration video
FD/FDD Series click-type wireless data transfer preset torque wrenches are now available.
Specifications
Model |
FD |
CSPFD
25N3-10N×10D |
CSPFD
25N3×10D |
CSPFD
50N3×12D |
CSPFD
50N3×15D |
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FDD |
CSPFDD
25N3-10N×10D |
CSPFDD
25N3×10D |
CSPFDD
50N3×12D |
CSPFDD
50N3×15D |
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Torque range [N・m] |
Min ~ Max |
2~10 |
5~25 |
10~50 |
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Hand force (P) at max. torque [N] |
53.8 |
134.4 |
240.4 |
229.4 |
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Dimensions
[mm] |
Effective length |
L |
186 |
208 |
218 |
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Overall length |
L’ |
193 |
214 |
217 |
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Head |
Φd3 |
10 |
12 |
15 |
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Body |
m |
23 |
29.5 |
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n |
9.2 |
11.2 |
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Φd |
15 |
20 |
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ΦD |
29 |
34 |
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Approx. weight [kg] |
0.32 |
0.46 |
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Accuracy ±3% |
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Model |
FD |
CSPFD
100N3×15D |
CSPFD
140N3×15D |
CSPFD
200N3×19D |
CSPFD
280N3×22D |
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FDD |
CSPFDD
100N3×15D |
CSPFDD
140N3×15D |
CSPFDD
200N3×19D |
CSPFDD
280N3×22D |
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Torque range [N・m] |
Min ~ Max |
20~100 |
30~140 |
40~200 |
40~280 |
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Hand force (P) at max. torque [N] |
343.6 |
400.6 |
449.4 |
424.2 |
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Dimensions
[mm] |
Effective length |
L |
291 |
349.5 |
445 |
660 |
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Overall length |
L’ |
290 |
349 |
429 |
627 |
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Head |
Φd3 |
15 |
19 |
22 |
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Body |
m |
33 |
40 |
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n |
12.2 |
15 |
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Φd |
21.7 |
27.2 |
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ΦD |
34 |
27 |
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Approx. weight [kg] |
0.65 |
0.77 |
1.2 |
1.65 |
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Accuracy ±3% |
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Model |
Transmitter |
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FD |
FDD |
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Angle range for double
tightening judgments |
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0 ~ 360° |
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LED lamps |
Blue: Torque value judgment OK
Flashes Red: Transmission NG
Glows Red: Torque value judgment NG |
Blue: Double tightening judgment & torque value judgment both OK
Flashes Red: Transmission NG
Glows Red: Double tightening judgment or torque value judgment NG |
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LCD screen |
3-digit torque display
Unit display; battery charge level display (4 levels) |
3-digit torque display (+ angle display)
Unit display; battery charge level display (4 levels) |
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Operating keys |
Power switch, Test switch, Set switch |
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Power source |
2 AAA nickel metal hydride batteries or 2 AAA alkaline batteries |
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Hours of continuous use |
Approx. 24 hours |
Approx. 12 hours |
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Other functions |
Auto-Zero; Auto Power Off (0 ~ 99 min) |
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Frequency |
2.4 GHz band (2.402 ~ 2.479 GHz; 1 MHz intervals; 78 types) |
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Communication method |
Spread spectrum (frequency hopping) |
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Modulation method |
GFSK |
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Modulation speed |
1Mbps |
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Group |
Gr 000 ~ 255 |
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ID |
3 digits (000 ~ 999); 7 alphnumeric characters |
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Antenna |
Chip antenna |
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Transceiving distance |
Approx. 10 ~ 20 m (depends on radio wave environment) |
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Operating temperature range |
0 ~ 45°C |
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Model |
Receiver |
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R-FHD256 |
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Power source |
AC100V~240V |
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Frequency |
2.4 GHz band (2.402 ~ 2.479 GHz; 1 MHz intervals; 78 types) |
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Communication method |
Spread spectrum (frequency hopping) |
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Modulation method |
GFSK |
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Modulation speed |
1Mbps |
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Group |
Gr 000 ~ 255 |
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ID |
3 digits (000 ~ 999); 7 alphnumeric characters |
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Antenna |
Dipole antenna |
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Transceiving distance |
Approx. 10 ~ 20 m (depends on radio wave environment) |
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Operating temperature range |
0 ~ 45°C |
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Notes
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Japan's Measurement Law requires that the units of measure for products marketed and used in Japan be SI units, except for some specialized fields.
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Products manufactured for the global market offer a selection of metric and American units of measure.
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Verify the wireless standards and technical criteria used in the applicable country or region.