Every new transducer or testing system must be calibrated to determine its properties and accuracy. It is also necessary to recalibrate transducers periodically because of drift, possible undetected damage, and normal wear and tear. The Gold Standard™ System is a complete PC-based system for the calibration of load cells and torque transducers. Separate software is available for the calibration of load cells in a dead-weight system. Utilizing the experience obtained in almost five decades of force calibration of tens of thousands of load cells, the system provides state-of-the-art accuracy. The system is user-friendly and calibrations can be conducted with minimal training. Pull-down menus and step-by-step instructions guide the operator through a complete calibration.
- 9840 Dual Channel 16-bit Intelligent Indicator with 0.005% nonlinearity
- Internal mV/V calibration of Model 9840
- ICS-202 force calibration software
- Two Gold Standard interconnect cable assemblies
- CX-0440 ±4mV/V transfer standard
- SIS-103 one-day training at Interface Inc.
MODEL 9840 DUAL CHANNEL INTELLIGENT INDICATOR The Model 9840 Dual Channel Indicator has 16-bit internal resolution and 0.005% nonlinearity which is connected to the computer through a USB interface.
SOFTWARE The software includes up to 29 descending or ascending points, polynomial curve fitting with 1st thru 5th degree equations, nonlinearity, hysteresis, non-symmetry, non-repeatability, actual output, combined error, and SEB output.
CX-0440 TRANSFER STANDARD SIMULATOR The CX-0440 is the highest accuracy load cell simulator in the world and is used to calibrate the 9840 Digital Indicator. This calibration can be performed in the field without the need to send the equipment to a laboratory.
MODEL 1600 OR 1800 GOLD AND PLATINUM STANDARD LOAD CELLS The 1600 Gold Standard has exceptional performance for repeatability, reproducibility, creep, and extraneous load sensitivity and is designed for a lower load limit of 4% per ASTM standard E74. The 1800 Platinum Standard series is machined with an integral stud and has a 2% lower load limit.