The 3092C is a single-axis charge mode accelerometer for high temperature, used in automotive engine/exhaust analysis, turbine vibration, and high temperature monitoring, low sensitivity for wide range. Rugged design for hot environments.
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The 3055C is a single-axis charge mode accelerometer with high temperature +375°F (+190°C), 15 pC/g sensitivity, titanium hermetic sealed housing, used for general vibration monitoring in high temperature. Lightweight, base isolated to reduce EMI.
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The 1051V is a general purpose dynamic IEPE force sensor measuring 10 to 5000 lbf, 1-500 mV/lbf sensitivity, quartz sensing, 28 g stainless steel housing, suitable for process control and general force measurements.
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The 3003B is a high performance triaxial accelerometer designed for down-hole drill head vibration monitoring, low sensitivity 2 mV/g to handle wide measurement range. Titanium housing, high shock resistance, low voltage operation, suitable for oil & gas and harsh environments. Ideal for applications requiring reliable data with minimal mass loading.
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The 2008A is an IEPE pressure sensor for high intensity acoustics, rugged design, suitable for industrial pressure pulsations and leak detection.
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The 3008B is a single-axis accelerometer for Health and Usage Monitoring Systems (HUMS) and transmission vibration, 100 mV/g sensitivity, rugged for aircraft and drivetrains. Provides accurate data for predictive maintenance and high-frequency vibration analysis.
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The 1210C is a high temperature charge mode ring style force sensor up to +400°F (+204°C), 18 pC/lbf sensitivity, quartz compression, 12 g stainless steel, suitable for force link and press monitoring in high temperature environments.
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The 2006V is an IEPE probe-style pressure sensor, high sensitivity, suitable for general purpose dynamic pressure measurements with fast rise time and wide frequency range for hydraulic/pneumatic systems.
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The 3010M is a primary transfer standard single-axis accelerometer for calibrating other sensors against NIST standards, 10 mV/g sensitivity, back-to-back design for high accuracy calibration. Ideal for laboratory and quality control with wide frequency range.
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