Torque sensors - Import export

This torque sensor is qualified for static and dynamic measurements on non-rotary applications. Further the measurement of reaction torques on rotating machine parts is possible. Especially the torque sensors with flanges are preferred. They are mounted between motor and stator, e.g. in agitator drives. This enables a maintenancefree torque measurement. For individual measuring tasks the design of our torque sensors can be adapted to the customer’s installation conditions. More application examples: Test structures in the field of precision mechanics Determination of friction torques Acquisition of breakage moments on screw caps The design has been optimized regarding overall length, weight and volume, so that axial forces up to relatively high limit values and bending moments of up to 20 % of the measuring range have only a small effect to the influence of the measuring element.

The gateway to the finest in torque measurement tools! Sturtevant Richmont TT-L Series Torque Transducers are designed to work with both System 4 / System 5 and System 8 Digital Torque Testers. These transducers incorporate an integral “L” bracket to facilitate horizontal or vertical mounting, such as for a bench or mobile (cart) application. Features and Benefits: - L-bracket has two (2) holes, 5/16” diameter, 3.25” on center on each leg of bracket. - Designed to be mounted to a bench or cart - very quickly. - Requires detachable cable (P/N 10293) for attachment to Switch Box or directly to tester. Related Products: - DTT System 8

The gateway to the finest in torque measurement tools! TT-Series Torque Transducers are designed to work with Sturtevant Richmont Digital Torque Testers or the like. Features: - Integrated SR mounting flange - Can be mounted to ML 250 Mechanical Loader. - Can be Mounted to Quad Plate for multiple mounting on ML 250. - Smaller sizes (up to 400 in.oz.) can be mounted to SSMB, STMB, or UMB brackets. - Larger sizes (500 ft. lbs. and above) can be mounted on UMB L-bracket. Related Products: - Mechanical Loader ML - DTT System 8 Optional Components: - 10293 = Detachable Signal Cable ca. 1,20 m * - 10153 = Single Mounting L-Bracket UMB (500 ft.lb and above) - 10154 = Triple Mounting L-Bracket STMB (up tp 400 in.oz) - 10601 = Switchbox 4-Way - 870776 = Square Adapter 1/4"f x 3/8"m - 870777 = Square Adapter 3/8"f x 1/2"m - 870778 = Square Adapter 1/2"f x 3/4"m - 870779 = Square Adapter 3/4"f x 1/1"m

The most accurate digital torque tester with Fail Safe Engineering! - Greater accuracy and durability with simplicity and ease of operation - Floating decimal point, 6 digit display is easy to read - Accurate to ± 0.25% (indicated value) from 10% to 100% - Over capacity alert and tracking System 8 error proofs your error-proofing program by letting you know when the unit has been stretched to 120% or more of capacity and may no longer be in calibration. System 8 has an LED that flashes red to alert you to the problem. It doesn’t stop until you reset the unit. The display also tells you the unit has been stretched over capacity. System 8 captures the over capacity data even if the memory was turned off. If memory was turned on and the unit is pulled over 120% capacity and a worker tries to erase the memory to stop the LED from flashing, the display tells the worker to “See Supervisor 120% Over Capacity”. No other torque tester on the market does this.

LOAD CELL AND TORQUE SENSOR – X/Y/Z - Model 8565 In robotics and automation engineering, the requirements for precise, tactile handling are constantly increasing. The robust 8565 multi-axis sensor with its low crosstalk enables you to monitor and evaluate your process at any time, regardless of the sensor’s orientation. With just one sensor, you can obtain accurate three-dimensional load information. Its six independent outputs let you selectively evaluate the direction of action of the loads (axial force [Fz] / lateral forces [Fx/Fy] / torque [Mz] / bending moment [Mx/My]). Thanks to its compact design and adaptation via the standardized robot flange in accordance with DIN ISO 9049-1, the sensor can be integrated into many applications quickly and easily. When the slightest deviations are detected in your fast-moving and complex production processes, you can intervene immediately to make adjustments. This helps to prevent faulty parts and reduce manufacturing costs.

The compact torque sensor model 8655 with standard square is contactless constructed. The torque is recorded by the torsion of the shaft using the strain gage principle. Thanks to the inductive and optical transmission of the signals, the sensor is maintenance-free, the signals are digitized directly on the shaft and made available by the evaluation electronics as a voltage signal or via USB. The direction of rotation can be seen from the potential of the output voltage, clockwise rotation corresponds to positive output voltage, counterclockwise rotation the voltage level is negative. The standard square enables simple integration into existing systems or devices, additional components such as couplings are not require. To record the speed and angle of rotation, the sensor can optionally be equipped with an incremental disc with 400 increments. This speed / angle signal is available as a TTL output signal.

The very short torque sensor model 8656 is contactless constructed. The torque is recorded by the torsion of the shaft using the strain gauge principle. Thanks to the inductive and optical transmission of the signals, the sensor is maintenance-free, the signals are digitized directly on the shaft and made available by the evaluation electronics as a voltage signal or via USB. Thanks to the high-quality, up to 10,000 rpm is possible. The direction of rotation can be seen from the potential of the output voltage, clockwise rotation corresponds to positive output voltage, counterclockwise rotation the voltage level is negative. The shaft is equipped with keyways in every measuring range, matching keys are included. If a key connection is not required, the key can be omitted. The torque is matched with suitable couplings, we recommend model 8690, safely transmitted.

The CheckStar Multi is the latest generation of Crane Electronics market leading CheckStar in line rotary torque transducer. It raises the standard for dynamic torque and angle measurement of all continuous drive and impulse tools, with proven reliable performance in thousands of applications worldwide. If angle is specified, the CheckStar Multi rotary torque transducer will include an angle encoder giving 0.125° resolution (720 PPR). It also incorporates a light ring, giving the user visual feedback of the status of a tightening, when used with a Crane readout or data collector. The CheckStar Multi fits in line between the assembly tool and the fastener, measuring the actual torques applied and angular rotation of the fastener, under production conditions. Whatever the vibration and shock loads experienced, CheckStar Multi’s patented contact system ensures a connection is always maintained between the readout and the strain gauges. [...]

The gateway to the finest in torque measurement tools! Sturtevant Richmont TT-QC series torque transducers are designed to work with System 8 Digital Torque Tester when used with ML 1000 and ML 2000 Mechanical Loaders. These transducers use Quick Connect baseplates that are a feature of the loader system. Features and Benefits: - Hex mounting flange style. - Can be mounted to ML 250 and ML 600 mechanical loaders. - All up to 250 lbf·ft capacity can be mounted to Quad Plate for multi-transducer mounting on the ML 250. - Smaller sizes (up to 300 lbf·in capacity) can be mounted to STMB or UMB brackets for use with a bench or table. - Larger sizes can be mounted on UMB L-bracket. - Requires detachable cable (P/N 10293) for attachment to Switch Box or directly to tester. Related Products: - Mechanical Loader ML - DTT System 8

This high-precision torque sensor is designed for both static and dynamic measurements on non-rotating parts. The 10mm diameter throughhole can be used to feed parts such as cables or Bowden cables through the sensor. The mounting flanges contain threaded holes and through-holes so that the sensor can be fitted at either end. With no rotating parts, this sensor needs no maintenance when used correctly. The modular design of this strain-gage sensor allows precise configuration for the desired application. With the integrated amplifier option, the sensor directly supplies a voltage signal of 0 ... ± 10 V that is proportional to the torque. The sensor can be configured via the micro-USB interface, providing access to, for example, a filter frequency setting, averaging, and a tare function. With the USB option, in addition to the voltage output, the measurement function is available via USB as well.

This high-precision torque sensor can be used to perform both static and dynamic measurements on non-rotating parts. The internal and external square drive design make this sensor especially easy to fit in existing or new screw-fitting applications. Quality assurance and monitoring of screw-fastening tools are just two applications that can take full advantage of sensor features such as USB port, built-in amplifier and side-load absorbing bearings. With no rotating parts, this sensor needs no maintenance when used correctly. Available accessories include mounting brackets and flange adapters, which enable quick, easy and practical integration of the sensor into existing or newly developed setups and test benches. The strain-gauge based sensor’s modular design allows precise configuration for the desired application. With the integrated amplifier option, the sensor directly supplies a voltage signal of 0 ... ± 10 V that is proportional to the torque.

The performance of an assembly tool is highly dependent on the conditions of the actual production joint on which it is used, which is where joint kits come in. Joint kits are an essential accessory for accurate off-line testing of powered assembly tools. Tooling engineers are well aware of the "mean shift" term used to describe the different torque delivered by the same tool when applied to a soft or a hard joint as defined by ISO 5393. It is therefore essential in testing and setting up tools off the production line to allow for the joint conditions which the tool will experience on the job. Crane's joint kits satisfy this requirement by using a bolt and suitably configured disc washers allowing free running of the bolt and a subsequent torque gradient to closely match the production joint condition. [...]

Workbench mounted Torque Transducer. Crane’s stationary transducers are the quality choice for the testing of all continuous drive, impulse and hand torque tools in the workshop and production line-side environment. For best results with impulse tools we recommend the use of a Crane CheckStar rotary torque transducer with a suitable joint kit rather than a stationary transducer. Stationary transducers are used off the production line in workshop or line-side test stations. Combined with joint kits that represent the production joint condition, the stationary transducers form an effective off line test for verification of assembly tool performance. Key Features: - Static accuracy ± 0.25% FSD (bi-directional) - Plug and Play with Crane display systems (UTA) - Combine with joint kits for workshop simulation of hard to soft joints - Built-in workbench mounting flange - Rugged and durable construction, aluminium housing, stainless steel shaft - Ingress protection rating IP40.

Rotary Transducer with Angle Measurement Option CheckStar sets the standard for dynamic torque and angle measurement of all continuous drive and impulse tools, with proven reliable performance in thousands of applications worldwide. CheckStar transducers fit in-line between the assembly tool and the fastener, measuring the actual torques applied under production conditions. Whatever the vibration and shock loads experienced, CheckStar's patented contact system ensures contact is always maintained between the readout and the strain gauges. Inferior systems suffer from "brush bounce" that leads to unreliable torque readings. The low inertia design of CheckStar ensures accurate and repeatable measurement of high speed transients, such as the point of shut-off on continuous drive tools and the pulsing of impulse tools.

Precise, reliable measurements of both static and dynamic torques in either direction can be made with this range of sensors. This opens a wide range of possible applications to the user. These torque sensors are standard equipment in a wide range of industrial automation, quality control and automotive components industry applications, as well as in laboratories. Typical applications: Screwing technology — Checking and adjusting bolting tools such as torque limiting wrenches, screwdrivers — Testing bolted connections Measuring the drag torque of motors and pumps — Frictional torques of gears, bearings and seals — Testing torsion springs — Adjusting equipment in the automobile industry (sunroof, power windows etc.) Strain gauges are mounted on the torsion shaft of the sensor element, itself made of steel, connected to form a full bridge.

1800 Nm max. on 1 3/8“ shaft according to ISO 500-3:2014 Type 1 On request also available: 1800 Nm max. on 1 3/8“ shaft according to ISO 500-3:2014 Type 2 2500 Nm max. on 1 3/4“ shafts according to ISO 500-3:2014 Type 3 contactless signal transmission built-in measuring amplifier rotation angle measurement (optional) extended EMC strength adjustable output level of rpm and angle signal (5V-24V) Frequency output 10kHz ±5kHz large input voltage range (10-28,8V) strain gauge technology robust design for use in field applications IP67 easy installation accurate results (0.2% accuracy) The torque sensor DRVZ provides a precise measurement of torque and angle of rotation when testing systems that are driven by PTO shafts, such as a tractor gearbox.

No service needed because of contactless data acquisition High accuracy due to frequency modulation and strain gage technology Single power supply High noise immunity due to amplified active signal integrated sensor-detection chip for use with GMV2 analyzer automotive industry test benches assembly applications pulsed tools hexagonal drive 7 Measurement range from ± 0 - 1 Nm up to ± 0 - 20 Nm optionally with angle measurement

11 torque range from ± 0 - 0,5 Nm to ± 0 - 1000 Nm Low cost. Very short. Broad input voltage range. Current output and voltage output. Optional speed measurement. Measurement accuracy: ≤ 0,5% of full scale. Torque ranges from 0,5 to 1000 Nm. Multipurpose use. Contactless transfer of measurement signal. Integrated signal amplifier. Proven strain gage technology. Single power supply.

11 torque range from ± 0 - 0,5 Nm to ± 0 - 1000 Nm current and voltage output measurement accuracy ≤ 0.25% contactless signal transmission proven strain gauge technology built-in signal amplifier simple power supply universally applicable RPM measurement optional The new features: more versatile mounting options torsion shaft stainless mistake-proof installation oriented mounting large coupling selection The torque sensors of the DRBL series are a further development of our DRBK series and are suitable for use in the laboratory and for industrial environments with their compact dimensions and diverse mounting options. A factory calibration certificate with 25% increments (left, right) is included in the scope of delivery. The non-contact transmission of the measurement signal and the supply energy enables low-wear and m aintenance-free continuous operation.

This high precision torque sensor is designed for both static and dynamic measurements on non-rotating applications. It is particularly suitable for torque measurements on, for instance, extremely small electrical actuating drives and micro-mechanical actuator elements, or for measuring reaction torques e.g. on micro-motors. The high accuracy of measurement also makes this sensor ideal for use as a reference in many fields of industrial manufacture as well as laboratory research and development projects. Not containing any rotating parts, it requires no maintenance if properly used. The strain-gage based sensor’s modular design allows precise configuration for the desired application. With the integrated amplifier option, the sensor directly supplies a voltage signal of 0 ... ±10 V that is proportional to the torque. The sensor can be configured via the micro-USB interface, providing access to, for example, a filter frequency setting, averaging, and a tare function.

The OnRobot force-torque sensor provides accurate force and torque measurement along all 6 axes. This gives you precise control during difficult assembly, polishing, grinding or deburring. In addition, the HEX software offers path recording, force control and special functions for insertion. This reduces the integration time for your production line. Our sensors are suitable for most of the industrial robot arms currently in use. Common applications are polishing, grinding, deburring and assembly. They can also be used for teach-in applications and collision detection. Currently available models: HEX-E – High precision, HEX-H – Low deformation, HEX-E QC, HEX-H QC Seamless integration into the robot of your choice. For example Universal Robots, Nachi, Doosan, Yaskawa, TM Robot, Kawasaki, ABB, Kuka, Hanwha, Fanuc.

The 8661 precision torque sensor is the ideal choice for reliable measurement of static and dynamic clockwise and counter-clockwise torques. Thanks to its high measurement quality and low linearity error, the sensor is equally at home in quality control or research & development. Designed for non-contact operation and zero-maintenance, the 8661 is also ideally suited to the production environment, whether on shift-based production lines, test benches or end-of-line test systems. The 8661 torque sensor is the specialist device for constant torque measurements during continuous operation and for test-bench measurements of holding, friction, break-away or tightening torques. An optional built-in incremental encoder disk with up to 2000 increments makes the sensor the perfect alternative where space or budget rule out an additional angle or speed sensor. For mobile use and for instant digital access to measurement data, the 8661 torque sensor is also available with a USB interface.

The 9206 USB sensor interface series is ideally suited to Notebook-based mobile use for high-precision, traceable calibration jobs that must be performed on-site for equipment such as presses, torque measurement facilities and pressure control systems. A factory calibration certificate or German-accredited DAkkS calibration certificate can optionally be provided for the USB interface plus relevant sensors, ensuring compliance even with the stringent traceability requirements of quality assurance standards. Specific characteristics: —Cost effective "Plug&Measure" concept —24-bit resolution —Practical and convenient DigiCal calibration and data acquisition software —Pt100 as option —Free LabView driver DLL for integrating in your own software environment —Multipurpose reference measurement chain with optional factory calibration certificate or Germanaccredited DAkkS calibration certificate —6-wire connection technology

The 7270 TRANS CAL can run on standard or rechargeable batteries for portable use or from an external power supply. The handy model 7270 digital indicator supports load cells, pressure sensors and torque sensors based on strain gages. The 14 mm high display shows the current measured value. The TARE function allows any base load that may be present to be zeroed. The clear, well organized control structure enables quick and easy configuration of the TRANS CAL. The 7270 is equipped with a charge state indicator. Features: — Easy to operate - For all load cells, pressure sensors and torque sensors based on strain gages — Tare function - Excellent value for money - Built-in charge controller

The newly developed sensor PROFIBUS module model 9221 is predestined for the integration of various analog sensor output signals into complex, net worked and peripheral automation structures. This module finds its fields of application in the industrial automation technology as well as the test rig technology based on its secure and reliable transfer mode, the fast transfer speed and its simple construction. The inputs (e.g. PLC signal gauge) and outputs in addition to the external control allow a zero compensation by trigger via proximity switch or fast alerting on passing of set point values. Industrial type connection and mounting techniques enable the user the adaption and integration in the existing mechanical and electrical environment. The excellent quality of measurement together with the high grade capture of mean values also enable the application in research and development. The use of standardized PROFIBUS protocols makes the connection an easy task for the programmer.

Inductive displacement sensors of this series measure linear displacements and indirectly all mechanical values convertible into displacements by additional equipment (i.e. tension and compression forces, extension, torque, vibration). The sensor body equipped with a connector has an outer diameter of only 8 mm and therefore is especially well suitable for the integration in dimensionally restricted structures. Typical application fields are displacement and extension measurements on: —Machines —Servo systems —Motor vehicles —Test benches —Production plants The cylindrical case made of stainless steel, houses a differential transformer (LVDT). It consists of a primary and two secondary coils with axially moveable core. A displacement of this core changes the magnetic induction of the coils. The INLINE carrier frequency amplifier converts the displacement into a direct proportional electrical DC voltage.

High-precision potentiometric low-torque rotary sensor, synchro housing 11

The Intelligent Robot gripper RG2-FT is a modern gripper with additional sense of touch and intelligence. It has an integrated force/torque and proximity sensor for extremely precise automation. This enables real collaboration with human users and supports them like a helping hand. Insertion is faster and more precise. For example, this gripper can easily insert pins, which would be difficult for humans. Due to the advanced sensor technology, the gripper allows the robot to feel during assembly when a part is correctly assembled. The RG2-FT Robot gripper offers high productivity and rapid deployment, saving technicians many hours of man-hours during integration. It´s the world’s first robot gripper with integrated force/torque and proximity sensors that can see and feel objects to ensure extremely safe handling

The range of functions has been limited deliberately to ensure operation is simple and self-explanatory. With its unique, large and clear digit height of 20 mm, the digital display can be installed easily in process control panels and control cabinets. Thanks to the large choice of measurement signals that can be indicated, the display is ideal for use in a huge range of industry-based applications. As a simple and compact digital display, it can also be used as a multi-channel solution in laboratory or test systems, where several different measurements may need to be taken and displayed simultaneously. Specific characteristics: — Less expensive digital display — For force, pressure or torque measurements using gauge sensors — Two limit alarms optionally available — Extremely easy-to-read display with 20 mm digit height — Display range -1999 to + 9999 — TARE function — Scaling possible using teach-in procedure or by entering sensor data directly