Force measurement - Import export

The dynamometers series TesT 323 include a force transducer and a process-controlled electronic unit with advanced software under Windows CE. Various functions are adapted to the daily requirements of quality assurance. An integrated data logger with 4 MB, supplemented by an SD card with 2 GB storage space allows, f.e., saving peak values and/or curves in xls files. Online or after use the data can be transferred to a computer via an USB 2.0 port, for further processing / storage. Basic settings, that had been stored once, even remain when the device has been switched off. After switching it on the device is immediately ready for usage again. The handy case with its ergonomic design is suitable for right and left handers. A fixed mounting in a testing fixture is also possible. Rechargeable batteries provide a smooth and mobile use for more than 10 hours. These robust devices are suitable for industrial applications. The calibration is carried out with reference instruments or weights.

The electronic handheld dynamometers model TesT 326 include a force transducer and a process-controlled electronic unit with advanced software. The standard version includes the most frequently used features in quality assurance: Peak Value Storage for Tensile and Compressive Forces, Choice of Unit: N, kg, lbs, On / off switch. Basic settings, that had been stored once, even remain when the device has been switched off. After turning it on the device is immediately ready for usage again. This handy case with its ergonomic design is suitable for right and left handers. A fixed mounting in a testing fixture is also possible. Rechargeable batteries provide a smooth and mobile use for more than 10 hours. These robust devices are suitable for industrial applications and can be recharged overnight. The calibration is carried out with reference instruments or weights, which are in turn calibrated regularly by DAkkS approved bodies. The traceability to ISO 9000 ff is thus guaranteed.

Compatibility: The mobile wireless receiver can be coupled with Vices of ALLMATIC Clamp assist Serie: TITAN 2 K/M/L TITAN 2-160 Scope of application: -Acquisition of the current tensions in the fully encapsulated high pressure spindle by means of an integrated, electronic measuring system and transfer to the mobile receiving unit -Independent from the jaws, the measurement system is integrated in the spindle -Clamping force is constantly monitored during its actual tension condition -Storing of the clamping forces can be called up at any time through the electronics integrated in the spindle -Power values are transmitted via radio to the mobile receiving unit (MWR) (2. 4 GHz) -MWR simultaneously and digitally displays the clamping force for up to 4 spindles in kN -The clamping force (reference power) default, set by the user, is indicated by a led at the MWR upon reaching the 90% mark -The last 200 stored clamping operations can be transferred in CSV format

Hydraulic load cells of the HMD series are robust measuring instruments that gauge axial compressive forces with median accuracy. The force is transferred by pressure pistons analogously and via the hydraulic fluid to a manometer with a kN-indicator scale. The measuring system is autarkic so there is no need for external or supplemental power. Therefore, static and dynamic forces can be detected in numerous applications of the entire spectrum of mechanical engineering in an easy and economical way. Construction features: • autarkic system - no external power • heat treated steel - corrosion resistant • multi piston system - compensation of erroneous angle

A regular check of clamping force is vital for a safe, precise, and productive process. Do you manufacture at the highest possible metal removal rates? Perhaps your clamping device can do more than you think! Those who face tough competition can no longer afford to manufacture with »theoretical clamping forces«. Nevertheless the DIN EN 1550 requires that static clamping force measurement must be performed by the manufacturer at regular intervals. Modular measuring system The TESTit clamping force gauge measures and records the clamping force for O.D. clamping and I.D. clamping and even the draw-in force of hollow tapered shank locations. TESTit consists of two parts: The basic unit, which is the IT module, and the measuring units, which are the TEST modules. You only need the IT module once – regardless of whether you want to measure the clamping force at O.D. clamping or I.D. clamping or the draw-in force.

With the new 8311, PFAFF INDUSTRIAL introduces a new generation of ultrasonic welding machines. With more than 30 years experience in rotary ultrasonic welding, the engineers at PFAFF have successfully developed this process even further. In addition to the regulation of speed and welding energy, the new 8311 allows the force measured during welding to be measured and kept constant - a true world first and a quantum leap in textile ultrasonic welding. Adjusting and handling the machine becomes much easier. The process becomes clearer, more reproducible and easier to understand. In short, the machine is taken to a new level.

Polysorb Disk springs delivery program De [mm]: Di [mm]: disc springs are annulus discs stressable in the axial direction, which are turned over in the shape of a disc in the axial direction. disc springs provide a more favorable space usage than other spring types. They are particularly suitable for designs that demand a small spring deflection. + When not to use Polysorb Disk springs? For the implementation of specially flat load deflection curves that are possible with metal only with considerable complexity and expenditure (slotted versions). For compensation of axial clearance and manufacturing tolerances For vibration compensation For noise dampening When an antimagnetic material is required For electrical and thermal insulation When no corrosion problems should arise When lubrication is not necessary For low weight For low space requirement – When not to use polyserb disk springs? When constant spring forces are necessary over a wide temperature range When high spring forces are required The spring deflection of the disk spring is relatively small. Therefore a number of disk springs are combined in practice. Alternatively layered disk springs enhance the spring deflection in proportion to the number, whereby the overall spring force is as large as the force of the individual disk spring. To increase the force, the disk springs can be layered in parallel as a spring packet. Chemical resistance Polysorb disk springs are resistant to many chemicals. iglidur® A500 has a higher resistance than iglidur® J. Medium Resistance iglidur® J iglidur® A500 Alcohols + + Hydrocarbons + + Fats, oils without additives + + Fuels + + Diluted acids 0 to - + Strong acids - + Diluted bases + + Strong bases + to 0 + Humidity absorption The low humidity absorption allows them to be used in wet or humid environment. Polysorb® disk springs absorb humidity. Thereby their mechanical properties alter. In the worst application that can be thought of - extremely long application in water - Polysorb® disk springs still exhibit high spring force. iglidur® Standard environment saturated in water J 18 15 A500 24 23 Increased operating temperature Increased temperatures lead to the decline of stiffening in polymers. Polysorb® disk springs exhibit a maximum spring force of 8 N even at the maximum permitted temperature of 80° C. See figure for relationship of spring force to ambient temperature. Polysorb Disk springs long-term tests X = downward deflection [%] Y= spring force [N] A = JTEM-10 B = A500TEM-10 Figure 35.1: Spring force depending on the percentage of deflection measured in installation size 10 X= Ambient temperature [°C] Y= Maximum spring force [N] Figure 35.2: Influence of the ambient temperature on the spring force, measured on JTEM-10 Polysorb Disk springs delivery program De [mm]: Di [mm]: Dimensions according to DIN 2093

drylin® W - Advantages Dirt-resistant Weight saving Lubrication-free High speed Silent and light weight drylin® W - Advantages drylin® W - technical properties The technical properties of the drylin® W profile guide system Technical properties drylin® W - configuration Find the right profile guide system in 4 simple steps with the system and life calculation. drylin® W - configuration Single rail and housing bearing - round Sizes: 10 mm, 16 mm, 20 mm and 25 mm DryLin® W single rail and housing bearing - round Single rail and housing bearing - angular Sizes: 6 mm, 10 mm, 16 mm and 20 mm DryLin® W single rail and housing bearing - angular double rail, round Sizes: 10 mm (rail width 40 mm, 74 mm and 120 mm), 16 mm (rail width 58 mm), 20 mm (rail width 82 mm) and 25 mm (rail width 120 mm) DryLin® W double rail Guide carriage, assembled Sizes: 10 mm, 16 mm, 20 mm and 25 mm DryLin® W guide carriage, assembled double rail, square Sizes: 06 mm (rail width 30 mm), 10 mm (rail width 40 mm and 74 mm) and 16 mm (rail width 58 mm) drylin® W double rail, square Mono-slide guide carriage Size: 10 mm Mono-Slide guide Single rail and housing bearing - round, adjustable Sizes: 10 mm, 16 mm and 20 mm Linear Guides with “Turn-To-Fit” Hybrid bearing WJRM drylin® roller bearings - Roll and glide for easy movement. drylin® W hybrid bearing | roller bearing hybrid bearing double WJRM drylin® double roller bearing - Roll and glide for easy movement. drylin® W hybrid bearing double Double rail, reduced weight Sizes: 6 mm (rail width 30 mm), 10 mm (rail width 40 mm and 80 mm) DryLin® W double rail, reduced weight Hybrid carriage with rollers Size: 10, 16 mm DryLin® W hybrid carriage with rollers Stainless steel guide V4A, individual Size: 20 mm DryLin® W stainless steel guide V4A - individual Stainless steel guide V4A - double DryLin® W stainless steel guide V4A - double drylin® W slider rails/carriages drylin® W rail profiles with 3/8" threads, complete rails with Ø 10 mm through bore, with/without hand clamps DryLin® W double rail, square Gliding elements For round and angular rails. DryLin® W - Gliding elements Manual clamp Developed for simple positioning tasks. DryLin® W - Manual clamp Digital measuring system With immediate digital indication of position. DryLin® W - Digital measuring system Hand clamp for higher forces Designed for positioning tasks with higher forces. DryLin® W hand clamp for higher forces DryLin® WKMEX digital measuring system with external output drylin® WKMEX measuring system with external output DryLin® SLW - the compact* Spindle-lift tables The extremely thin unit is based on a DryLin® W profile system, and its entire length is supported. This design offers an extremely high torsional stiffening simultaneously with compact dimensions. DryLin® SLW - Compact DryLin® ZLW Toothed belt axis For quick positioning of small loads. DryLin® ZLW - Toothed belt axis Single rail and housing bearing - round Sizes: 10 mm, 16 mm, 20 mm and 25 mm DryLin® W single rail and housing bearing - round Single rail and housing bearing - angular Sizes: 6 mm, 10 mm, 16 mm and 20 mm DryLin® W single rail and housing bearing - angular double rail, round Sizes: 10 mm (rail width 40 mm, 74 mm and 120 mm), 16 mm (rail width 58 mm), 20 mm (rail width 82 mm) and 25 mm (rail width 120 mm) DryLin® W double rail Guide carriage, assembled Sizes: 10 mm, 16 mm, 20 mm and 25 mm DryLin® W guide carriage, assembled double rail, square Sizes: 06 mm (rail width 30 mm), 10 mm (rail width 40 mm and 74 mm) and 16 mm (rail width 58 mm) drylin® W double rail, square Mono-slide guide carriage Size: 10 mm Mono-Slide guide Single rail and housing bearing - round, adjustable Sizes: 10 mm, 16 mm and 20 mm Linear Guides with “Turn-To-Fit” Hybrid bearing WJRM drylin® roller bearings - Roll and glide for easy movement. drylin® W hybrid bearing | roller bearing hybrid bearing double WJRM drylin® double roller bearing - Roll and glide for easy movement. drylin® W hybrid bearing double Double rail, reduced weight Sizes: 6 mm (rail width 30 mm), 10 mm (rail width 40 mm and 80 mm) DryLin® W double rail, reduced weight Hybrid carriage with rollers Size: 10, 16 mm DryLin® W hybrid carriage with rollers Stainless steel guide V4A, individual Size: 20 mm DryLin® W stainless steel guide V4A - individual Stainless steel guide V4A - double DryLin® W stainless steel guide V4A - double drylin® W slider rails/carriages drylin® W rail profiles with 3/8" threads, complete rails with Ø 10 mm through bore, with/without hand clamps DryLin® W double rail, square Gliding elements For round and angular rails. DryLin® W - Gliding elements Manual clamp Developed for simple positioning tasks. DryLin® W - Manual clamp Digital measuring system With immediate digital indication of position. DryLin® W - Digital measuring system Hand clamp for higher forces Designed for positioning tasks with higher forces. DryLin® W hand clamp for higher forces DryLin® WKMEX digital measuring system with external output drylin® WKMEX measuring system with external output DryLin® SLW - the compact* Spindle-lift tables The extremely thin unit is based on a DryLin® W profile system, and its entire length is supported. This design offers an extremely high torsional stiffening simultaneously with compact dimensions. DryLin® SLW - Compact DryLin® ZLW Toothed belt axis For quick positioning of small loads. DryLin® ZLW - Toothed belt axis drylin® W - Advantages Dirt-resistant Weight saving Lubrication-free High speed Silent and light weight drylin® W - Advantages drylin® W - technical properties The technical properties of the drylin® W profile guide system Technical properties drylin® W - configuration Find the right profile guide system in 4 simple steps with the system and life calculation. drylin® W - configuration

The Digimes Universel is a 5 KHz carrier current bridge for resistive, inductive or differential transformer transducers connected in full or half bridge. The sensitivity is adjustable by the user between 2 mV/V and 100 mV/V according to six measuring ranges. Gain and offset can be adjusted with potentiometers to allow calibration of the sensor. There is also the Digimes Compact, dedicated to one sensor.

The CLA TSF-000 through TSF-5 are bidirectional, inductive type torque sensors. The measurement system is composed of an axis mounted on flexible pivots with cruciform springs allowing frictionless torque measurement. The axis rotation angle measurement, which is proportional to the measured torque, is performed via an inductive displacement sensor with carrier frequency. The small rotation angle, approximately 1° for all measurement range, allows very good linearity and negligible hysteresis.

The NEOvario is a high-technology device, which is completely compact and integrated. The measuring devices will meet the demanding needs of torque and force measurement fields. ACCESSORYS : - Universal Digimes - Universal sample holder for watch movement - VARIOweight - Measurement standard - Adjustable angular support - Anti-vibration table

VARIOcouple® The VARIOcouple® apparatus for torque and force measurement manufactured by CLA is a very precise instrument mainly used in development laboratories of watchmakers. This instrument allows quantifying and analyzing small torques and forces generated in low stress systems. ACCESSORYS : - Universal Digimes - Universal sample holder for watch movement - VARIOweight - Measurement standard - CLApt1000 - Temperature sensor - Adjustable angular support - Anti-vibration table

The force measuring chain has been developed for applications where the requirements for precision are not the primary focus, but rather where an economical purchase price and simple functionality are the key criteria. The sensor‘s strain gauge technology allows both static and dynamically changing forces to be measured. The large display means that the force acting on the sensor can be read easily. The four integrated threaded holes allow the sensor to be integrated quickly and easily into existing production and assembly equipment. Typical applications include: —Testing the strength of welded joints —Sports medicine —Monitoring the clamping force of hose connections The body of the sensor is a flat, cylindrical disk, into which a domed force application knob is integrated. It is important that the force is applied axially to the center of the sensor.

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.

Inside the multi-component force transducer are two webs, each offset by 90°, each with a strain gage full bridge, which convert the radially acting X / Y forces on the guide bush into an electrical signal. Due to the sensor body made from a block with its special structure, the sensor has a very high degree of dimensional accuracy and low crosstalk between the two forces. Due to the special design, the sensor has excellent linearity properties and is designed for a long service life in dynamic applications. The two independent signal connections allow flexible adaptation and further processing. Features: — Measuring ranges: 0 ... 4448 N / 0 ... 2224 N (0 ... 1000 lbs / 0 ... 500 lbs); 0 ... 8896 N / 0 ... 4448 N (0 ... 2000 lbs / 0 ... 1000 lbs) — Further measuring ranges on request — Non-linearity < 0.1 % F.S. — Low cross talk < 0.75 % F.S. — High dimensional accuracy, because sensor is made from one part — Excellent price/performance ratio

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 SENSORMASTER 9163 covers a wide range of applications in which process values need to be measured, displayed, analyzed and transferred to higher-level control systems. Typical applications include measuring geometric values in production, for instance differential measurements, or testing material properties in the laboratory. The measured values can be transferred via USB, RS232 or analog output. Features: — For force, pressure or torque measurements using strain gauge sensors — For position or angle measurement using potentiometric or DC/DC sensors — For temperature measurement using Pt 100 sensors or thermocouples — Optional multi-channel model — Optional Profibus or serial interface — 0.1 % measurement accuracy plus sensor-specific linearization — Range of mathematical functions (e.g. differential measurement) — OK/NOK feedback on multi color display and via 4 alarm limit outputs — High sampling rate (500/sec.)

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 CLA LC-01 and LC-1 are bidirectional, inductive type force sensors. The measurement system is composed of a displacement transducer which mobile core is linked to two leaf copper beryllium springs. The spring flexion measurement, which is proportional to the force to be measured, is performed by inductive sensor with carrier frequency. The measurement shaft is interchangeable, allowing the use of special shaft.

The CLA SC-002 is bidirectional, resistive type force sensor. The measurement system is composed of a semiconductor strain gage. The measurement shaft is made of a 0.5mm diameter axis with a positioning notch for calibration and measurement. The design of that sensor is specially made for a high resonance frequency.

In order to measure torque and force, a large range of sensors is available. All these sensors are bidirectional, inductive or resistive type with a good linearity and negligible hysteresis. These sensors allow to measure torque less than 1 uNm and up to 1 Nm.

The force to be measured must be introduced axially and perpendicularly to the entire surface of the inner and outer bands of the sensor in the opposite direction. Conversion of the acting force into an electrical output signal is performed by strain gages connected together in a full bridge circuit. To achieve optimal accuracy, the base of the sensor should rest on a smooth level surface, hardened to at least ≥ 58 HRC with sufficient dimensions. The base cover welded to the surface has a stabilizing effect on the sensor element. Lateral forces must be avoided anyway as they distort the measured results. Tension and bending relief for the sensor cable is to be carried out on the machine side. FEATURES: — Measuring ranges from 0 ... 100 N to 0 ... 200 kN — Centric throughout hole — Flat disc design — Made of stainless steel — Completely welded sensor body — Nominal characteristic value standardization possible — burster TEDS optionally available

The force measuring chain is an universal reference measuring chain for the calibration of press-fit force measuring equipment. It finds applications in the quality assurance, commissioning and equipment monitoring fields. A DAkks calibration certificate is included so that the force measuring chain can be traced back. The calibration is traceable through accreditation at the German Accreditation Body. The calibration certificate records the displayed values for mounting positions at 0°, 120° and 240°. During calibration in field, the reference load cell is inserted in line with the flux of the press-fit measuring equipment. The force application is of central significance here for the quality of the measurement. Special force application parts are required, so that the line of action of the force agrees as exactly as possible with the geometrical axis of the load cell that is to be measured (central loading).

This, related to its measuring range, miniaturized load cell enables an universal and reliable operation in industries and laboratories. It is well suited for compression measurements in very restricted structures. The load cell is a compact construction and made of superrefined steel. Therefore it can be used in many fields of industry, like. Examples are: — Press-in force measurements on longitudinal and transversal connections — Compression force measurements on punch and roller applicancy — Spring tension measurements on shock absorbers for cars — Contact pressure determination in push rods — Compression force measurements on compressed-air knee-lever presses Thanks to the rounded top, in shape of a little hat, the force to be measured is led into the sensor centrically and free of lateral force. Specific characteristics: Very small dimensions Drug chain qualified cable Made of stainless steel burster TEDS optionally available

Due to their small dimensions and sturdy construction, these miniature compression load cells made of stainless steel can be used in a wide range of industrial applications and in laboratories. This compression load cell is easy to handle and its installation is uncomplicated. Its small size makes it perfect for use in very restricted structures for both static and dynamic compression force measurements. The miniature compression load cell model 8415 is a flat cylindrical disc, the bottom of which is closed with a cover. The load application button for receiving the compression forces is an integrated part of the sensor. A strain gage full bridge is applied in the gauging member of the measuring element. This produces bridge output voltage directly proportional to the measured force. The small diameter of the sensors results in high rigidity and a short measurement range. The measuring force has to be applied centrically and free from lateral forces.