Very compact, small dimensions, robust, for static and dynamic measurement in very restricted structures, made of stainless steel, low-priced.
—Measuring ranges from 0 ... 200 N up to 0 ... 5 kN
—Made of stainless steel
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.
You can apply this miniature compression load cell as a measuring element in
— Fully automated production centers
— Measuring and controlling equipment
— Precision mechanics
— Tool manufacturing
— Equipment construction, etc.
High quality sensors are required due to the constantly rising demand in accuracy and reliability in almost all technical fields. In addition to particularly small linearity errors, measuring applications often call for improved reversal errors, longtime stability and temperature constancy.
Measuring ranges from 0 ... 500 N to 0 ... 100 kN
Very high linearity < 0.05 % F.S.
Highest precision and manufacturing quality
Static and dynamic measurements
Protection class IP65
Made of high quality stainless steel
With standardized output signal
WKS (Factory Calibration Certificate) or DKD/DAkkS (Deutsche Akkreditierungsstelle GmbH - German Accreditation Body) calibration optional
Examples of application:
Reference sensor for adjustment and control of force measurement facilities in production and in laboratories
Spring fame force measurements
Model 8512 bending beam load cells are designed for measuring tension and compression forces. Their high accuracy, low torque sensitivity and thanks to the very flat design make these sensors particularly suitable for use in weighing and dosing technology as well as for laboratory and production use.
Extremely simple force application makes the sensor easy to handle. It offers a very favorable price/performance ratio and can be used universally for static and dynamic measurements.
Examples of application:
—Automated tool testing
—Tension force measurement for wire or thread winders
—Test and analysis systems in the pharma industry
—Measuring loads in cable systems
—Measuring ranges from 0 … 20 N to 0 … 880 N
—Non-linearity < 0.1 % F.S.
—Many load cycles
—Protection class IP54
—Excellent price-performance ratio
For direct and accurate measurement of mechanical displacements, lateral force-free drive, very long life duration, high displacement speed
Measurement ranges 0 ... 25 mm to 0 ... 150 mm
Non-linearity: max. ± 0.05 %
Service life: 108 movements
Displacement speed: up to 10 m/s
Drive free of lateral forces caused by ball joint coupling
Integrated cable or plug connection
Displacement sensors models 8710 and 8711 with resistance tracks made of conductive plastic material are designed for a direct and accurate measuring of mechanical displacements. A special ball joint coupling is mountable on both ends of the driving rod. Because of this the sensor may be used free of clearance or lateral forces also with angular or parallel misalignment between sensor and measuring device.
A special multi-fingered slider provides a good electrical contact also at high adjustment speeds or vibrations.
For precise and linear measurements in large measurement ranges, high resolution, compact, without rod
Measurement ranges from 0 ... 100 mm to 0 ... 2000 mm
Non-linearity up to 0.05 % F.S.
Compact design, without rod
Displacement speed up to 10 m/s
Service life: >108 movements
Areas of application are:
Hydraulic and pneumatic cylinders
Detection of positions on coordinate
Displacement of plungers, knee levers or extruders
Coil and de coil lengths
Strokes on chassis
Displacement sensors model 8718, using a resistance track made of conductive plastic material, are suitable for direct, accurate and absolute measurements of displacements and lengths.
Special processes are applied to give the resistance tracks low friction, low tendency to stick/slip, resistance to abrasion and long-term stability.
These displacement sensors are potentiometric displacement sensors used for direct measurement, testing and monitoring of mechanical displacements. The spring-loaded control rod eliminates the need of coupling with the measurement object.
A prerequisite for a very long life duration of the devices is a parallel alignment of the motion direction of the measurement object and the rod.
Areas of application are:
—Switches and buttons
Due to the technology employed in potentiometric displacement sensors, they always operate with a sliding contact system.
—Measurement ranges: 0 ... 10 mm to 0 ... 150 mm
—Non-linearity up to 0.05 % F.S.
—Durability 108 operations
—Resolution 0.01 mm
—Follower roll on request
—Optional with internal spring
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.
— 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
This high-precision calibration source is able to measure currents up to ±50 mA, voltages ±100 V and temperature setpoint values of 12 thermocouple types, including R, S, B, J, T, E, K and N. Voltage drops across the measuring leads can be easily compensated via the sense line.
With “thermoelectric voltage simulation” you can enter °C, °F and K, the temperature scales ITS-90 or IPTS-68 and the reference junction type constant/external. Furthermore, when simulating thermocouples a calibrated external reference junction can be used, with the calibration data being taken into account in the device.
The device can be operated both via the keypad and via the Ethernet and USB interface.
— DC voltage up to ±100.0000 V, ±0.002 %
— DC current up to ±50.0000 mA, ±0.005 %
- Thermocouple simulation of R, S, B, J, T, E, K, N, M, C, D, G2
- Automatic sequence function (ramp function)
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.
— Measurement ranges of 0 ... 1 N·m to 0 ... 100 N·m
— Very short design
— Output signal ±10 V / USB
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.
— Measurement ranges of 0 ... 1 N·m to 0 ... 160 N·m
— Internal square and external square
— Very short design
— Output signal 0 ... ±10 V