Torque transducers - Import export

Particularly suitable for small screwing tools 4 torque range from ± 0 - 0,5 Nm to ± 0 - 5 Nm digital output Square drive or hexagon drive No service needed because of contactless data acquisition High accuracy due to frequency modulation and strain gage technology reduced power consumption High noise immunity due to digital signal very compact design Automotive industry Test benches Assembly applications Pulsed tools

Series DRDL torque transducers are suitable for lab and industrial applications because of their small size and multiple mounting options. As supply voltage and output signal are transmitted without contact, the device can operate continuously with low wear and no maintenance. These transducers are also available with optional speed and angular measurement for a host of applications. The integrated signal amplifier is powered with 12 V DC and outputs an electrically isolated analog signal of 0 to ± 10 V per torque range. Simultaneous measurement of peak torque and operating torque Torquesensor with speed or angle measurement High accuracy with 100% overload protection 16 measurement range from ± 0 - 0,5 Nm up to ± 0 - 5000 Nm 2 torque ranges (1/10 - 1/2 of the 1st measuring range) Integral signal amplifier Low moment of inertia Single supply voltage Wide range of applications Multipurpose use Contactless output signals Compact Speed measurement (option) Angular measurement (option)

With its compact, bearingless, maintenance-free design, the new TF Torque Flange Sensor from Magtrol brings many appealing advantages to torque measurement applications. The TF’s high torsional rigidity supports direct mounting on the machine shaft or flange, avoiding the use of couplings on one side. This allows easy integration into a test system, shortens the overall length of the test bench and reduces costs. Based on strain-gauge technology, the TF Sensor’s precise telemetry system enables highly accurate signal transmission. A signal amplifier mounted in the measuring flange amplifies the measuring signal, modulates it to high frequency and transmits it inductively (via the HF transmitter) to the receiver. In the receiver, the digitized torque signal is transformed into an analog output signal of ±10 VDC. Rotational speed can be measured and converted to a TTL output signal with the optional speed pickup. more info www.magtrol.com

TesT electrical torque transducers are available as static reaction sensors and with rotary axle for dynamic applications. The requirements of our customers to precise, durable devices for industrial applications are fulfilled. They are easy to handle, from high quality and long life span. Other dimensions, measuring ranges and executions are available on request. TesT delivers all electric force and torque transducers with TEDS chips (TEDS = Transducer Electronic Data Sheet nach IEEE 1451.4). The electronic units of the model 813 and the TesTController 850-USB may recognize sensors equipped with TEDS chips, read their properties and calibration data, and automatically calibrate them. Thus, these electronic units operate with dozens of different sensors, so that a complex recalibration is not required.

FF410 Static Torque Transducer provides a competitive option within the reaction transducer market Static Torque Sensor/Transducer FF410The Datum Electronics Series 410 Static torque sensor was developed following developments of our FF420 series of rotary torque transducers. The same basic shaft components and strain gauge technology have been applied to our 410 Reaction transducer range providing a competitive option within the static transducer market. SERIES 410 REACTION TORQUE TRANSDUCER - Flange Mounted static transducer - Flange torque transducer match standard DIN Flanges - Ideal design for easy fitting to test rigs and drive systems - No bearings with lightweight hollow shaft unit - Unique design offers high torsional stiffness model - Standard 410 reaction torque sensor range available from 250Nm-10,000Nm - Strain gauge output compatible with Datum Type310, Type324, Type 300 Indicators. ** Click for more **

The Datum Electronics Series RS425 bearingless torque transducer has been designed to fit easily in line with any drive-train or test rig, using either a spline or key-way shaft. We are able to modify the ends of the transducer to best suit your requirements, and can even design bespoke ends to fit. This type of transducer has many advantages over other torque systems including zero bearing friction, high speed and high torque applications. The Series 425 Torque Transducers can be adapted to replace exiting drive shafts on test rigs and in drive lines, this saves the time and cost of designing in special couplings and intermediate shafts to accommodate conventional transducers. By measuring torque on longer drive shaft you prove the accuracy of the measurement and its tolerance to offset loads. Using a direct replacement with a lightweight rotor the dynamics of the driveline are maintained. ** Click for more **

The latest technology Datum Electronics Series FF425 non-contact rotary torque transducer and FF410 torque sensors have been designed to fit easily inline with any drive train or test rig using standard DIN size couplings. With Flange couplings at either end of the torque transducer, it has many advantages over other torque measurement systems. FF425 Non-Contact Torque Transducers and Sensors The FF425 rotary torque transducer utilises a strain gauged shaft for accurate and reliable torque measurement and a set of rotating on shaft conditioning electronics, the digital signals are transmitted to the non-rotating part of the system or stator providing a reliable and highly accurate torque measurement solution. ** Click for more **

Torsionally rigid HighSpeed-couplings for test benches FlexDur FD-HS •Torsionally rigid and backlash-free torque transmission •Directly adaptable to HBM torque transducers •Suited for very high rotational speeds •Compensates for axial, radial and angular misalignments •Low reaction forces in case of shaft misalignment •Low mass moments of inertia through high power density •For use at ambient temperatures from 35 °C up to +110 °C •No maintenance or lubrication required •Almost unlimited lifetime and wear-free with proper shaft alignment

Torque range from ± 0 - 0,01 Nm to ± 0 - 1500 Nm with speed or angle detection waterproof (IP67) contactless integral torque amplifier single supply voltage wide range of application small form low moment of inertia speed measurement (option) angle measurement (option) DRWPL series torque transducers are fitted with a number of gaskets in compliance with international protection IP67. The devices are also available with optional speed or angle detection for a host of applications. The integrated signal amplifier is powered with 12 V DC and outputs an electrically isolated analog signal of 0 to ± 10 V.

3 measurement range from ± 0 - 0,5 Nm to± 0 - 50 Nm DRDML | DRDMS | DRDMN for mechanical connection to Maxon gearboxes with contactless data acquisition as a complete drive and torque measuring unit Test bench construction Screwing technology

DPFR-004 Customized Solution for friction measurement of transmission A hand-held enclosure with integrated torque transducer, start buttons and 1 display for torque andf speed. Is used to the friction torque of tapered roller bearing set or monitor. portable Safety circuit by two-hand operation Constant load independent test speed

Customized Solution Hand-held device with integrated torque transducer. Direct channel selection of filed test programs. Drive of the transmission is achieved to the predetermined moment of friction during the assembly. Subsequent break-in period and subsequent Reibwertprüfung with threshold monitoring, visual evaluation and documentation. Direct channel selection of filed test programs Safety circuit by two-hand operation Constant load independent test speed either vertically or horizontally about Balancer

Series DRVL torque transducers are suitable for lab and industrial applications because of their small size and multiple mounting options. As supply voltage and output signal are transmitted without contact, the device can operate continuously with low wear and no maintenance. These transducers are also available with optional speed and angular measurement for a host of applications. The integrated signal amplifier is powered with 10 - 28,8 V DC and outputs an electrically isolated analog signals of 0 ± 10 V and 10 kHz ± 5 kHz. The standard version has smooth shaft ends, several types are available with optional keyways

Magtrol’s Model 3411 Torque Display is designed for use with all Magtrol TS, TM, TMHS, TMB and TF Torque Transducers. This easy-to-use device powers the transducer and utilizes high speed processing to display torque, speed and mechanical power. It includes a tare function to help offset any slight residuals caused by couplings or suspended loads. The 3411 may also be used with any torque sensors requiring 24 V DC power (500 mA max.) with ± 5 V DC torque output (± 10 V DC max.) and open collector, TTL or CMOS output for the speed signal.

Magtrol offers three types of torque transducers for dynamic torque and speed measurement. All three transducer models employ our unique non-contact differential transformer torque measuring technology. This measuring technology offers many benefits most notably that no electronic components rotate during operation. Each model has an integrated conditioning electronic module providing a 0 to ±10 VDC torque output and an open collector speed output. Magtrol’s Torque Transducers are very reliable, providing high overload protection, excellent long-term stability and high noise immunity.

Magtrol’s Model DSP7000 High Speed Programmable Dynamometer Controller employs state-of-the-art Digital Signal Processing Technology to provide superior motor testing capabilities. Designed for use with any Magtrol Hysteresis, Eddy-Current or Powder Dynamometer, Magtrol In-Line Torque Transducer or auxiliary instrumentation, the DSP7000 can provide complete PC control via the USB or optional IEEE-488 or RS-232 interface. With up to 500 readings per second, the DSP7000 is ideally suited for both the test lab and the production line.

Magtrol's new PSD hand-held indicator is a stand-alone unit powered by 3 AA batteries or via USB. It is very compact (~160 x 80 x 50 mm) and can be easily carried and used on a civil engineering site, in a research & development office or laboratory as well as in production shop. Its case is ergonomic, waterproof (IP54) and protected by a rubber shock absorber. It is suitable to any type of strain gauge transducers, being a load cell, a load pin or a reaction torque sensor. The internal amplifier can process signal range of ±0.3 ... 5 mV/V. The new PSD Portable Display is very flexible and complies with the highest specification in terms of accuracy (0.01%) and measurement frequency (1600/s). It allows to store up to 16 programmable measurement ranges which can be configured either directly on the unit or via its USB interface and dedicated software (included). Multiple force or torque transducers can be connected for which actual data as well as the ... read more: www.magtrol.

General purpose, high capacity noncontact rotary torque sensors. o Bidirectional o Measurement range up to 25 kN·m (>25 kN·m on request) o Rotating speed up to 8000 rpm o Integrated signal conditioning o Analogue output signal (see Wiring table)

General purpose, high rotating speed, noncontact rotary torque sensors with square or round shaft. o Bidirectional o Maintenance free o Round or square shafts (see drawing) o Measurement range up to 100 N·m o Max. rotating speed Square shaft 5 000 rpm Round shaft 10 000 rpm o Integrated signal conditioning o Analogue output signal (see Wiring table)

General purpose, lowcost, noncontact rotary torque sensors with square or round shaft. o Bidirectional o Cost effective solution o Measurement range up to 500 N·m o Rotating speed up to 5000 rpm o Round or square shafts (see drawing) o Integrated signal conditioning o Analogue output signal (see Wiring table)

Nonrotating torque meters with hexagonal head. Cable output with radial connector (see drawing) Mechanical fastening by collar (see drawing)

Nonrotating torque meters with hexagonal head. Compact design, easy to install Material stainless steel (6500 / 6500A) anodised aluminium alloy (6502 / 6502A)

Highrange reaction torque transducers with square ends. 6300V stainless steel 6305V alloy steel

Nonrotating torque meters designed to be placed between ratchet and wrench. Easy to install (standardised wrenches) o Compact design

Universal nonrotating torque meters combining accuracy and sturdiness. Easy to install, compact design Also available as standard reference torque meters

Universal nonrotating torque meters combining accuracy and sturdiness. o Easy to install, compact design Also available as standard reference torque meters

The CONDA420 conditioners amplifiers provide standardised signals in current and voltage from every load cell, force transducer and torque sensor based on straingauge technology. Sensor excitation 10 V (120 mA max.) available for up to 4 x 350 ohms. Load cells connected in parallel o DIN rail mounting

The CONDSGA conditioners amplifiers provide standardised signals in current and voltage from every load cell, force transducer and torque sensor based on straingauge technology. Power supply CONDSGAA 115...230 VAC / 18...24 VDC CONDSGAD 18...24 VDC

TesT Force transducers comply with the best technologies available. They incorporate our long experience as well as our customer's preferences and requirements for precise and robust devices for various applications. TesT Force transducers are particularly characterized by precision, quality, robustness, durability and convenient handling. On demand we also provide specially-designed force transducers with other dimensions and measuring ranges. TesT delivers all electrical force and torque transducers with TEDS chips (TEDS = Transducer Electronic Data Sheet nach IEEE 1451.4). The electronic units of the model 813 and the TesTController 850-USB may recognize sensors equipped with TEDS chips, read their properties and calibration data and automatically calibrate with them. Thus, these electronic units operate with dozens of different sensors so that a complex recalibration is not required.