Delivery: ex stock | Warranty: 24 months Miniature Bending Beam Tension and Compression Load Cell MODEL 8510 Highlights easuring ranges from 0 ... 1 N up to 0 ... 20 N, M 0 ... 0.224 lbs up to 0 ... 4.4 lbs Compact size Mechanical bidirectional overload protection Easy installation Special design upon request Options Non-linearity 0.075 % F.S. Standardized nominal sensitivity burster TEDS Applications Check of switches and buttons (limit-, micro- and toggle-switches) Contact coupling and contact decoupling forces Recording of frictional forces and spring characteristics Research and Development Product description The sensor element consists of a double bending beam with applied strain gages. Measurement direction Overload protection Changes in the ohmic resistance of the strain gage fullbridge caused by applied forces are converted into electrical voltages. The precise value (characteristic value) of the output voltage, resulting from the application of a rated force to the sensor, is specified in the accompanying calibration protocol. The sensor has to be mounted by two screws on the cable side. The opposite side is meant to receive applied forces (loads). Once the rated stress or strain is exceeded by 20 %, further deflection of the bending beam is prevented by an integrated, mechanical stop. This protects the sensor element against permanent deformation. Sensor attachment Bending protection burster Sensors and Process Instruments – Technical changes reserved. All data sheets at www.burster.com

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 1.0 mV/V Tension and compression direction. Load calibration in compression direction (clearly marked by an arrow on the sensor). 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) Insulation...

Dimensional drawing – Measuring ranges from ≤ 0 ... ±20 N | from ≤ 0 ... ±4.4 lbs Assembly side Connecting cable, length 1.7 m 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...

Accessories Connectors and units Order Code Connectors 9941 Connectors 12 pin, suitable to all burster desktop units Connectors 9 pin, suitable to SENSORMASTER, DIGIFORCE® and TRANS CAL Connectors 9 pin with TEDS Connectors 8 pin, suitable to ForceMaster Mobile measuring device with strain gage simulator and sensor test (Ri, Ra, Shunt, RISO) Sensor electronics, amplifier and process control units like digital indicator model 9180, model 9163, modular amplifier model 9250 or DIGIFORCE® model 9307 Calibration Test and calibration certificate Supplied with the sensor Amongst other data, includes...

Order Code Measuring range 0 ... Delivery ex stock at short notice N 8 Nominal sensitivity/not standardized *** temperature range limited to 0 ... +60 °C Connection cable 1.7 m (Standardization 2 m 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 with burster TEDS model 9900-V229...