Delivery: ex stock | Warranty: 24 months Tension Compression Load Cell MODEL 8435 Highlights Measuring ranges from 0 ... 200 N up to 0 ... 5000 N Small dimensions Inexpensive execution Stable anti-kink protection Made of high quality stainless steel Connecting cable suitable for drag chains Options Pull-plate Load introduction button burster TEDS Various cable lengts available Applications Holding forces on loading machinery Automatic assembly equipment on production lines Friction force test in laboratory equipment Product description With load introduction button for With pull-plate for measuring measuring ranges up to 2 kN ranges up to 2 kN The tension and compression load cell model 8435 enables universal and fast installation, requires hardly any installation space and upgrades with technical data that are readily achieved by larger sensors. Due to its excellent price-performance ratio with regard to its mechanical and electrical data, the force sensor finds its place in products that are also manufactured in larger quantities and calculated with a small budget. This model of load cell uses proven strain gage technology to perform measurements. Strain gages are applied to the sensitive element and connected to form a full bridge. The electrical resistance of this full bridge increases with the load acting on it, so that the bridge supplies an output voltage proportional to the measurement variable. This model allows the force application of two kinds: compression via the load application button and tension via the centric internal thread. The measurement range of 0 ... 5000 N is supplied exclusively with the integrated load application button. The sensor has to be mounted on a level surface using screws fitted through the three bore holes in the outer ring. To achieve the highest possible measurement accuracy, the sensor should not be subject to lateral forces. A strain-relief and an anti-bend mechanism for the connection cable are integrated in the sensor housing. burster Sensors and Process Instruments – Technical changes reserved. All data sheets at www.burster.com

Measuring range calibrated in N and kN from 0 ... Accuracy Relative non-linearity* Characteristic curve deviation* Relative hysteresis Temperature effect on zero output Temperature effect on nominal sensitivity Electrical value Sensitivity nominal 1 mV/V Tension and compression direction. Calibration and positive signal in compression direction. Measurement direction Compression direction. Calibration in compression direction 0.8 mV/V (±0.25 %), option realized on an circuit board 48 x 7 mm (L x W) at the cable after 1.7 m from sensor or 0.3 m from cable end Standardization** Bridge resistance...

Dimensional drawing – Measuring range 0 ... 5000 N | 1124.0 lbs Dimensional drawing – Measuring range ≤ 0 ... 2000 N | 450.0 lbs Installation example Overload of the load cell is impossible due to a suitable spring. When the units are locked the spring will transfer not more load to the cell than the measuring range can cope with. burster Sensors and Process Instruments – Technical changes reserved. All data sheets at www.burste

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 data and other sensor parameters are saved. In conjunction with your own...

Compatible for measuring range from 0 ... Geometry Central blind threaded hole T Tightening torque mounting screws Mounting screws Mass Load buttons Load buttons are used when purely compressive forces are meant to be applied to the load cell and when direct coupling to the surrounding mechanical structure via the central threaded hole in the sensor is not required/possible. The domed surface of the load button minimizes angle errors for loads applied at an angle of up to 3°. The compressive force must be applied to the button via a flat and hardened contact surface. The optimum hardness is 60...

Calibration Test and calibration certificate Supplied with the sensor Amongst other data, includes figures for zero point, full-scale output and calibration offset Standard factory calibration certificate for load cells or measurement chains (WKS) Optionally available Our standard factory calibration is performed in 20% steps starting from zero until the reaching the nominal force, for increasing and decreasing load with unchanged installation position. Depending on the sensor model, factory calibrations can be performed in compression and/or tension direction. Special factory calibration certificate...

Order Code Measuring range Delivery ex stock at short notice N 8 Nominal sensitivity/not standardized Connection cable 1.7 m (with standardization in the cable 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 strands 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 8 pins coupling connector...