Mark-10 Professional Digital Force Gauge 2 lbF / 10 N M7-2

Series 7 Professional Digital Force Gauge

Series 7 professional digital force gauges are designed with a number of sophisticated features for the most demanding tension and compression measurement applications, up to 500 lbF (2500 N). The gauges feature ±0.1% accuracy and a blazingly fast sampling rate of 14,000 Hz, producing reliable results for extremely quick-action tests.

Series 7 gauges include all the functions of Series 5 gauges, with several additional features, including high speed continuous data capture and storage, with memory for up to 5,000 readings, at an acquisition rate of up to 14,000 Hz. The gauges also feature programmable footswitch sequencing, break detection, and 1st / 2nd peak detection. Series 7 includes a coefficient of friction unit of measurement and user-defined unit of measurement. For productivity enhancement, the gauges also feature automatic data output, data storage, and zeroing functions upon the completion of break detection, averaging, external trigger, and 1st / 2nd peak detection.

Specification

• High-speed 14,000 Hz sampling rate
• High-speed 500 Hz data output rate
• Continuous data capture of up to 5,000 data points, at up to 14,000 Hz, downloadable to a PC
• Individual data point memory for up to 5,000 data points, downloadable to a PC
• USB, RS-232, Mitutoyo, and analogue outputs
• Sample break detection with auto functions, including stopping movement on the ESM303 test stand
• 1st / 2nd peak detection
• Automatic output / data storage / zeroing upon various event completions
• 5 units of measurement, plus Coefficient of Friction, and user-defined unit with configurable name
• Programmable footswitch command string
• Programmable set points, with indicators and outputs
• Averaging mode - calculates average readings over time
• External trigger mode - for switch contact testing or remotely stopping display update
• Password protection, configurable for individual keys and calibration
• 0.12 lbF / 2 ozF / 50 gF / 0.5 N / 500 mN

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