Delivery: 1-2 weeks | Warranty: 24 months S-Beam Tension and Compression Load Cell MODEL 8512 Highlights Measuring ranges from 0 … 20 N to 0 … 880 N Non-linearity < 0,25 % v.E. Many load cycles Protection class IP54 Excellent price-performance ratio Option 3-fold overload protection Applications Dosing system Automated tool testing Tension force measurement for wire or thread winders Test and analysis systems in the pharma industry Withdrawal force Measuring loads in cable systems Product description Cable outlet with strain relief Overload protection in compression direction The measuring element of this load cell consists of a double bending beam with strain gages, the resistance of which changes with the application of force. Upon applying a voltage to the strain gage bridge, the change in the strain gage resistance is converted into output voltage, which is directly proportional to the force. The strain gages and the entire measuring element are protected from water spray by metal cover including sealing material. The tensile or compressive load to be measured is applied to the sensor element through the M6 threaded hole located on each end face. The load can be applied easily, along the sensor axis. This serves to prevent falsification of the measured values. Overload protection can be realized with little effort using a mechanical stop. burster Sensors and Process Instruments – Technical changes reserved. All data sheets at www.burster.

Measuring range calibrated in N from 0 ... Accuracy Relative non-linearity* Characteristic curve deviation* Relative hysteresis Temperature effect on zero output Temperature effect on nominal sensitivity Electrical values Sensitivity nominal Tension and compression direction. Load calibration in compression direction The full-scale output is likely to be different when used in the tension direction. Positive signal in compression direction Measurement direction Standardization** Bridge resistance 350 Ω nominal (deviations are possible) Environmental conditions Nominal temperature range Operating...

Dimensional drawing Option Standardization Cable extension TEDS in cable 9 Electrical termination Output signal burster load cells are based on a strain-gage Wheatstone bridge. This measurement principle means that the output voltage mV/V is highly dependent on the sensor supply voltage. Our website contains details of suitable instrumentation amplifiers, indicator and display devices and process instruments. Excitation + (white) Output signal - (green) burster burster TEDS The "burster Transducer Electronic Data Sheet" (TEDS) is a memory in which identification data of the sensor, calibration...

Options Overload protection in compression direction The optional overload protection guards the load cell against damage at a static compression force up to 300 % of its service load. Protection is achieved via a mechanical stop, which limits the measurement displacement of the sensor. Overload protection Measuring range from 0 ... Electrical termination Overload protection Calibration Test and calibration certificate Included in scope of delivery of sensor Amongst other data, includes figures for zero point, full-scale output and calibration offset Standard factory calibration certificate for...

Order Code Measuring range Measuring range Delivery ex stock at short notice N 8 Nominal sensitivity/not standardized TEDS Platine im Kabel Connection cable 1.7 m (Standardization 2 m) Connection cable 5 m (with sense line) Connection cable 3 m extended * Connection cable 5 m extended (with sens line) * * shortened delivery time compared with cable length 3 m and 5 m in one piece Open cable ends + 6 cm single wires 9 pins Sub-D connector model 9900-V209 9 pins Sub-D connector model 9900-V209 for 9163-V3xxxx 12 pins round connector model 9941 for burster desktop devices 9 pins Sub-D connector...