Application:

Application

For torque wrench testers.

Features

• Makes easy to set a torque wrench on a tester.
• With bidirectional knob. (RAmk2)
• With bidirectional lever. (RA12)

For tightening of large bolts.

Features

• Designed to multiply the output torque by 10 times of the input torque so the operator can work alone even when a large torque is required.
• With the cylinder-shaped compact design, it can be used for tightening work in confined space.
• DECA2 series models (DECA450N2 to DECA3000N2) are up to 30% lighter and have an overall length that is up to 22% shorter than their DECA predecessors. They have a ratchet mechanism as a new added feature, to improve workability in confined spaces.
• The DECA series (DECA4500N to DECA18000N) comes with a quick-turn device on the input side for more rapid operation.
• A series ranges from small to large, to cover varied applications.
• The reaction arm (=universal arm, sold separately) adapts to various shapes of applications.
• All models come with a calibration certificate.

Application

• Portable battery pack for Tohnichi digital products.
• The BP-100-3 model was updated to the BP-100-4 on July 21, 2016.

Features

• Use as a power source for digital torque devices manufactured by Tohnichi (AC adapter 12V)
• Useful even when voltage fluctuates considerably, in loud ambient noise environments, and when an AC power source is not available.
• Extended continuous operation time up to “7 hours” (in fully charged condition).
• Equipped with Lithium-ion Polymer rechargeable battery.
• Additional battery charging possible.
• Comply with RoHS directive.
• The BP-100-3 model was updated to the BP-100-4 on July 21, 2016.

Application

Portable battery pack for Tohnichi digital products.

Features

• Use as a power source for digital torque devices manufactured by Tohnichi (AC adapter 12V)
• Useful even when voltage fluctuates considerably, in loud ambient noise environments, and when an AC power source is not available.
• The battery pack can power torque tools for about 24 hours, when starting with a full charge.
• Equipped with Lithium-ion Polymer rechargeable battery.
• Additional battery charging possible.
• Comply with RoHS directive.

Data processing software.

Features

• The software to process data measured by CEM3, LC3, and TME2, etc.
• Data measured by digital torque device, can be input manually or automatically.
• Data change can be done on PC.
• Maximum value, minumum value, data range, mean value, standard deviation, and Cp value are calculated to make a histogram on the display.
• 1 file holds 100 readings, and up to 50 files are available for registration.

Application

Interface for data transfer by infrared.

Features

• Data tank receives data by infrared which were sampled on the site by CEM3, CEM2, ST, ST2, STC, CTA and CTB.
• Max. 999 readings can be saved internally (99 readings only when receiving data from CEM2).
• Saved data can be transferred to printer and PC.
• Can be connected to USB connector.

Application

Printer for Tohnichi digital torque meters and instruments.

Features

• Printer specially designed for Tohnichi digital instruments.
• Light weight and simple operation.
• Measured data will be printed out clearly in Thermal Line Dot printing.
• No need to prepare inked ribbon.
• Adopted paper drop in structure and easy to change paper.

Application

• It offers labor-saving data entry and prevents input mistakes.
• For managing the tightening and inspection data.
• Re-tightening inspections.
• Management of torque data in tightening work.

Features

• All data can be managed in a master data file consisting of Excel® and torque data, and can be easily monitored and stored.
• Excel® uses measured tightening data to automatically calculate N, X-bar, σ, cp and cpk. The Excel file can be output.
• The calculated values for N, X-bar, σ, cp and cpk are used to rapidly detect any abnormalities.
• Upgraded to Ver. 3.00 in April 2020. Standard specifications now compatible with Bluetooth-equipped ST3-BT torque measuring equipment, and the CEM3-BTA digital torque wrench with angle measurement function. The latest version is the Ver. 3.02. Also compatible with TDMS/TDMSHT systems with special specifications. For more detailed information, please contact us.
• Pairing possible for up to 6 torque devices.

Demonstration video

Application

• It establishes a system that can use a variety of tools to match the output format of Tohnichi products with production line nutrunner protocols.
• It establishes a system for converting the output of Tohnichi’s Pokayoke (error-proofing) R-CM receiver to Ethernet.
• Nutrunner backup system
• It provides torque control for nutrunner tasks in difficult-to-reach confined spaces.
• It is used for preventing human tightening errors (Pokayoke) and managing tightening torque data.

Features

• Convert Tohnichi output format to a wide variety of protocols in your network. You can select from four protocols, including Atlas Copco Open Protocol. TPC model: ACOP serial / ACOP socket / Stanley / Custom TPC2 model: ACOP serial / ACOP socket / ToolsNet / Custom
• Can convert to protocols you are using in your network. Tell us your protocol specifications for us to match specific requirements.
• Can tag timestamps on tightening data. The built-in clock maintains the current time, so the device can add time-relevant data to output formats.
• Receive VIN data by connecting to a barcode reader. Has two COM ports, permitting concurrent use with a barcode reader.
• Can be connected to two different Tohnichi products. Has two COM ports, permitting connections to two different devices.
• RS232C <=> Can be used as an Ethernet converter. Input data can be output without requiring protocol conversion, using RS232C-to-Ethernet conversion functionality.
• Attachable on 35-mm wide DIN rail. Easy attachment for use in varied work environments.
• See our catalog for system configuration examples for the TPC/TPC2 protocol converter.

Application

Make/change setting on group channel, ID, etc. for FH wireless torque wrenches.

Features

• The SB-FH256 was upgraded to the downward compatible SB-FH2 to accommodate the upgrade made to the R-CM receiver.
• You can easily and wirelessly change the group channel, judgment code and ID for the T-FH256MC, T-FHSLS256, T-FHP, FD and FDD transmitters and the R-FH256 receiver.
• Instead of opening the cover of the transmitter/receiver to change settings, it can be done with simple wireless key operation.
• The SB-FH256 setting controller conforms to telecommunication standards in Japan, the U.S., Canada, the EU, China, Malaysia, Indonesia, India, Thailand, South Africa, South Korea, Russia, Taiwan, Mexico, Vietnam and Singapore (information valid as of March 2019). For other countries and regions, please contact Tohnichi.

Application

• The I/O-FH256 was upgraded to the IO-CM to accommodate changes made when the R-FH256 receiver was upgraded to the R-CM.
• Maximum 4 contacts selectable from R-FH256.

Features

• Transmitter (T-FH256MC, T-FHSLS256) sends signals with different IDs that are received by a single receiver (R-FH256), to be reordered and output to an external device. A maximum of 4 different IDs can be managed.
• Can be connected to the count checker (CNA- 4mk3) or PLC to create simple error-proofing system.

Application

• Receives tightened-to-completion signals from battery-operated semiautomatic torque wrenches in the HAC series.
• Tightening assurance system (Pokayoke) to prevent human tightening errors.
• Tightening data management system using HACQSPDY or PTA-BT.

Features

• Receives tightened-to-completion signals from the HAC series of battery-operated semi-automatic torque wrenches. Use it to easily build a reliable system connecting to devices such as the CNA-4mk3 error-proof count checker.
• One R-BT receiver can manage tightened-to-completion signals from up to four HAC wrenches.
• Can receive tightening torque data transmitted from the HACQSPD series of wireless data-transmitting preset semi-automatic electric torque wrenches or the PTA-BT series of battery-operated fully automatic torque drivers. Use it to easily build a tightening data management system. (Data Mode)
• R-BT settings (bearings, etc.) can be done easily not only by entering them on the R-BT body keypad but also by using free software installed on a PC.
• As of March 2019, the R-BT conforms to telecommunication standards in Japan, the U.S., Canada, the EU, Thailand, Mexico, Vietnam, and Russia. For other countries and regions, please contact us.

Application

For tightening count verification, and production management.

Features

• Can be connected to LS (Limit Switch) torque wrenches for count management.
• Up to four LS torque wrenches can be connected, and each can be set with a different number of bolts to tighten. So up to four operators can perform tightening tasks at the same time.
• From one unit, the numbers of four different types of bolts to be tightened can be set.
• Bolt counting can be set 0-99 pcs for each torque wrench, and count down upon receiving a signal.
• OK/NG judgement signal can be transferred to external device through relay output.
• Connected with LS type torque wrenches (sold separately), CNA4-mk3 establishes error-proofing system.

Demonstration video

Specifications

Dimensions

Application

• Telecommunication settings performed on the R-CM Wireless Receiver with Interchangeable Modules
• Telecommunication settings performed on the FHM/FH, etc., for wireless Pokayoke (error proofing) torque wrenches
• Telecommunication settings performed on FD/FDD and FDD-AD click type data transfer torque wrenches

Features

• Without even opening the case, you can easily and wirelessly perform a number of settings (group channel, judgment codes, IDs, etc.) for the R-CM Wireless Receiver with Interchangeable Modules and wireless Pokayoke (error proofing) transmitter.
• Easy switching between new and old telecommunication modes when using the receiver and transmitter.
• When a PC with “Pokayoke (error-proofing) device configuration software” installed is connected with an SB-FH2 via RS-232C, the PC can configure FHM, R-CM, FD/FDD, CSPFHW, and other products wirelessly. *The “Pokayoke (error-proofing) device configuration software” can be downloaded free of charge from [Software] below.
• SB-FH2 can be used for: R-CM, T-FH256MC, T-FHSLS, T-FHP, RTDFH/RNTDFH, QSPCAFHP/QSPCAFH, QSPCAFHM, CSPFHW, T-FHM, T-FH, FD/FDD, and FDD-AD.

Application

Use of the R-CM Wireless Receiver with Interchangeable Modules to check Pass/Fail results.

Features

• The buzzer alert volume for the R-CM Wireless Receiver with Interchangeable Modules has been increased (from 75dB to 98dB).
• The surface area of the Pass/Fail LED is about 6.4 times larger than its predecessor, making Pass/Fail results easy to recognize from a distance.

Application

Expanded functionality for the wireless Pokayoke (error proofing) system

Features

• The expansion box doubles the input/output contact capability of the R-CM wireless receiver.
• A Pokayoke (error proofing) system can be constructed through a connection to the CNA-4mk3 Count Checker or PLC.

Application

• Wireless Pokayoke (error proofing) torque wrench signal reception to prevent missed tightening
• Wireless Pokayoke (error proofing) torque screwdriver signal reception to prevent missed tightening
• Click type wireless data transfer torque wrenches FD/FDD and FDD-AD data reception

Features

• You can change wireless modules for the R-CM receiver on your own. Three different R-CM wireless modules are available: one for FHM/FH, one for FD/FDD (FDD-AD), and one for BL. Because you can change modules on your own, you don’t need to purchase a separate receiver, reducing your upgrade costs. For example, you can upgrade at minimum cost from the FHM/FH series, which transmits tightened-to-completion signals, to a receiver for the FD/FDD series, which transmits tightening torque value data.
• Wireless modules M-FH and M-FD feature a diversity antenna for expanded communication performance.
• Communication setup can be easily performed wirelessly. Using the setting controller SB-FH2 and setting software, R-CM communication settings can be easily performed wirelessly. * Excluding BL. A torque wrench equipped with a transmitter can be set wirelessly by operating the keys on the R-CM. * The setting software can be downloaded for free from the link shown below.
• The R-CM receiver can, even without the CNA-4mk3, control the number of tightening operations of one torque wrench or torque screwdriver. (Easy Pokayoke [error proofing] counter function)
• Expandability is improved. For FHM/FH, when contact box IO-CM (sold separately) is connected, contact output is doubled from 4 points to 8 points, and input is doubled from 2 points to 4 points. In addition, connecting the high volume buzzer BZ-CM (sold separately) will increase volume from 75dB to 95dB. The large LED display on the BZ-CM makes it easy to recognize judgment results even from a distance. Connect the CNA-4mk3 Pokayoke Counter (“Poka Patrol,” sold separately) to easily build a Pokayoke (error proofing) system.
• Traceability is connected. Torque wrenches can be identified with a 7-digit alphanumeric character ID or 3-digit ID, so the torque wrench used for tightening can be specified. This permits traceability. * ID data is output from the RS-232C of the R-CM.
• Even if you have already built a Pokayoke (error proofing) system using the R-FH256 receiver, you can continue to use it by changing the R-CM communication mode to the older communication mode. This reduces the need to purchase devices when upgrading to a new receiver. * Radio communication distance is approx. 10 to 20 meters. No battery voltage monitoring function. You can switch wirelessly between new and old communication modes by operating the keys on the R-CM or by using the SB-FH2 setting controller.
• The following devices use the old communication mode: T-FH256MC, T-FHSLS, T-FHP, and RTDFH/RNTDFH.
• When you order, we can make your required modifications for R-FHSET-EN-AC with Ethernet output. (Your current R-CM can be connected to TPC/TC2 for Ethernet output.)

Demonstration video

Specifications

Notes:

• The R-CM receiver (when equipped with wireless module M-FH/M-FD) conforms to wireless technical standards in Japan (TELEC), the U.S. (FCC), Canada (IC), the EU (CE), South Korea (KC), Thailand (NTC), India (WPC), Indonesia (SDPPI), Taiwan (NCC), and Singapore (IMDA). (Information valid as of July 2021.) However, certain restrictions apply regarding export procedures to Indonesia (SDPPI), so please check with Tohnichi for more information. Can also be used in China.
• The R-CM receiver (when equipped with wireless module M-FH) conforms to wireless technical standards in Brazil (ANATEL) and South Africa (ICASA). (Information valid as of July 2021.)
• Effective distance between transmitter and receiver depends on the radio wave environment. In some cases it may be shorter.
• If you intend to use AC 100 ~ 240V, you will need an AC adaptor (BA-8R, sold separately).
• One receiver (R-CM equipped with M-FH) can handle up to four torque wrenches. However, simultaneous transmission is not supported.
• The following devices use the old communication mode: T-FH256MC, T-FHSLS, T-FHP, RTDFH/RNTDFH, FD/FDD, BL, T-FH, and FD/FDD-AD.
• The following devices use the new communication mode: CSPFHW and T-FHM.

* For the CSPFHW, T-FHM, or T-FH, use the SB-FH2 setting controller to switch between old and new communication modes.

• One R-CM receiver can communicate with a maximum of four torque devices, but it does not function with a mixture of new and old communication modes.
• ETHERNET is a trademark of Fuji Xerox Co., Ltd. in Japan and other countries.

Dimensions

R-CM

M-FH

M-FD

M-BLA

Application

Display for strain gauge sensor.

Features

• Low cost, compact digital display for strain gauge sensor.
• Applicable with Tohnichi TCF, TCR series, and torque wrench with sensor.
• Can perform Pass/Fail judgment and output relay point of contact. Also provides analog output.
• Calibration methods: equivalent input calibration or by the actual weight.
• Measured data can be saved up to 1000 data items.
• Saved data can be transferred to PC or printer though RS232C output (equipped as standard).
• Can be used in a variety of AC power source environments, from 100 to 240V. Battery pack also available as an option.
• DtRcv (Data Receiver) is a wired data input tool facilitating Excel® data management, and can be downloaded without charge. * ExRcv (Excel Receiver) was upgraded to DtRcv (Data Receiver) in March 2021. * Excel® is a registered trademark of Microsoft Corporation.