Load Cell and Torque Sensor – X/Y/Z Configurable up to 3x force / 3x torque Preliminary data sheet Highlights 6-axis sensor easuring range Fx: 1 kN / Fy: 1 kN / Fz: 2 kN M Mx: 50 Nm / My: 50 Nm / Mz: 50 Nm Other measuring ranges available on request Non-linearity < 0.1 % F.S. Excellent price/performance ratio Customer-specific axis configuration Applications Robot-assisted applications Pick & place Tactile sensing in manufacturing Collision detection Force-controlled machining Product description 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. Strain gage output Robot flange in accordance with DIN ISO 9049-1 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. burster Sensors and Process Instruments – Technical changes reserved. All data sheets at www.burster.

Measuring range Fx calibrated in N from 0 … Measuring range Fy calibrated in N from 0 … Measuring range Fz calibrated in N from 0 … Measuring range Mx calibrated in Nm from 0 … Measuring range My calibrated in Nm from 0 … Measuring range Mz calibrated in Nm from 0 … Accuracy Relative non-linearity * Relative hysteresis Characteristic curve deviation* < 5 % from Fz to other axes (other crosstalk significantly less) Temperature effect on zero output Temperature effect on nominal sensitivity Electrical values Sensitivity (nominal) Fx: Measurement direction Positive output signal for compressive...

Geometry see dimensional drawing Installation Intended mounting screws Tightening torque mounting screws Mounting screws Dimensional drawing 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. C - Excitation D - Output signal + E - n.c. burster Sensors and Process Instruments – Technical changes reserved. All data...

Connector pin assignment Measurement channel Measurement signal (-) Measurement signal (-) Measurement signal (-) Measurement signal (-) Measurement signal (-) Measurement signal (-) Souriau 26-pin connector, series 851 cable installation Accessories Connector, cables and devices Order code Connector 9900-V724 Connector socket 26 pin (included with device) Connecting cable, 3m, 3x strain gage (Fx/Fy/Fz) Connecting cable, 3m, 3x strain gage (Mx/My/Mz) Connecting cable, 3m, 6x strain gage Connecting cable to USB interface 9206-V3xxxx, 3x force, length 3 m, suitable for drag chains Connecting cable...

Order Code Measuring range Measuring range Example order Ordering example 1x Sensor with application 3x force / 3x torque Connecting cable, open cable end, length 3 m, suitable for drag chains Single-channel in-line instrumentation amplifier for strain gage sensors Calibrate a measuring chain rochure B Our brochure “Load cells – for production automation, R&D and quality assurance” is available for download on our website or can be requested. It contains numerous applications, detailed product specifications and overviews. roduct videos P You can find our installation videos at: www.youtube.com/bursterVideo...