instron load cell accuracy

Instron load cells are precision force transducers containing a full bridge of strain gauges bonded to internal load bearing structures. Load measurement accuracy: +/- 0.5% of reading down to 1/1000 of load cell capacity option (2580 Series load cells) Up to 2.5 kHz data acquisition rate option simultaneous on load, extension, and strain channels ; Speed range of 0.001 - 3000 mm/min (0.00004 -120 in/min), depending on the model ; Customizable Control Panel The load cells allow the user to zero out the tare weight of a grip or fixture that weighs up to 10% or 40% of the force capacity, depending on the model, while still maintaining the full specified accuracy. 200:1 force range (i.e. A load cell is classified by the alphabetical classification and the maximum number of load cell intervals stated in units of 1000. Accuracy class: A class of load cells which are subjected to the same conditions of accuracy. System accuracy when used with Instron 5900 Series: 0.5% of reading down to 1/500th of load cell capacity Worldwide Headquarters European Headquarters 825 University Ave, Norwood, MA 02062-2643, USA The other Instron Test Method Parameters were used per TM; Crosshead Speed of 2.0 inches per minute and Gauge Length of 1”, but with the 50 N Load Cell. Typical applications. Ranging in capacity from 2.5 N to 600 kN, static load cells are suitable for a variety of testing applications including tension, compression, cyclic, and reverse stress tests. The load cells can withstand loads up to 150% of their force capacity without damage and 300% without mechanical failure. Instron load cells are tested for accuracy and repeatability on a calibration apparatus traceable to international standards, with an uncertainty of … Load cells are an integral part of most weighing systems in industrial, aerospace and automotive industries, enduring rigorous daily use. Instron static load cells are designed for use with our 6800, 3400, 5900, and 3300 Series testing systems. Instron controls the design, manufacture and quality of all load cells, with customer applications in mind. Instron 2580 Series load cells are precision force-transducers that contain a full strain gauge bridge bonded to an ultra-high stiffness elastic element. Instron® has pioneered many of the significant developments in the materials testing industry since being founded in 1946 by two research scientists. They are certified in accordance with international standards for use in material testing machines only. Instron's Massachusetts headquarters houses the largest commercial deadweight stack in the United States, which allows Instron load cells to often exceed the level of accuracy required by most materials testing standards. New industry leading features include load measurement accuracy to +/-0.5% of reading down to 1/1000 of load cell capacity and fast, synchronized data acquisition rates up to 2,500 points per second. The chart provides an overview of typical applications, ranging from the lowest to the highest accuracy class.. Load cells with relatively low accuracy classified D1 to C2 are sufficient for simple building materials scales used to weigh sand, cement or water. Load measurement accuracy: +/- 0.5% of reading down to 1/1000 of load cell capacity option (2580 Series load cells) Up to 2.5 kHz data acquisition rate option simultaneous on load, extension, and strain channels; Speed range of 0.001 - 3000 mm/min (0.00004 -120 in/min), depending on the model; Customizable control panel Over time, load cells will drift, age and misalign; therefore, they will need to be calibrated regularly to ensure accurate results are maintained. All Instron load cells are individually temperature-compensated and tested for accuracy and repeatability on calibration apparatus It includes Instron® advanced digital control electronics, DynacellTM load cell, Console software, and the very latest in testing technology – hassle-free tuning based on specimen stiffness, electrically operated crosshead lifts, a T-slot table for flexible test set ups, and a host of other user-orientated features. The 2580 Series load cells are specifically designed for use with 6800 testing systems, offering exceptional performance with the ability to measure forces as low as 1/1000th of the force capacity to an accuracy of ±0.5% of reading. Instron 2580 Series Load Cells The 2580 Series load cells are specifically designed for use . Load cell verification interval: The load cell interval (v), expressed in units of mass, used weight of the fixture up to 50% of the rated load cell capacity, and still maintain specified accuracy through the full range. Load cells with different accuracy classes are required depending on the application. The most common uses of these mechanical testing systems are for tensile, compression, bend, peel, shear, tear and cyclic tests. When the element is subjected to a force, the electrical resistance of the gauges changes, which results in an output signal proportional to the applied force. with 6800 testing systems, offering exceptional performance with the ability to measure forces as low as 1/1000th of the force capacity to an accuracy of ±0.5% of reading. The load cells allow the user to zero out the tare weight of a grip or fixture that weighs up to 40% of the force capacity, while still maintaining the full specified accuracy. use the load cell to 0.5% of capacity with no loss of accuracy) Load accuracy of 0.5% of indicated load; 500Hz data acquisition rate; Full software control (cyclic capability optional) Compatible with Bluehill ® Software / Instron Connect; Automatic transducer recognition for load cells and extensometers Classification and the maximum number of load cells with different accuracy classes are required depending the. And automotive industries, enduring rigorous daily use the alphabetical classification and the number... Of 1000 elastic element cell capacity, and still maintain specified accuracy through the full.... Subjected to the same conditions of accuracy cell capacity, and still maintain accuracy. Testing industry since being founded in 1946 by two research scientists daily use 50 of. 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