The 3030C1 is a high-temperature charge mode single-axis accelerometer (+500°F/+260°C), low sensitivity 0.4 pC/g, rugged hermetic sealed design for Environmental Stress Screening (ESS), HALT/HASS, and vibration in extreme temperature environments. Industry workhorse for test laboratories from cryogenic to high-heat.
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The 2200C is a charge mode high temp probe-style pressure sensor for far-field blast, ultra fast rise time, hydraulics/pneumatics, and general pressure monitoring.
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The 1050V is an IEPE force sensor for modal and structural analysis, high sensitivity, quartz compression mode design, suitable for dynamic force in structural testing with high accuracy and low mass.
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The 1217C is a high-performance ring-style charge mode force sensor, high pC/lbf sensitivity, rugged quartz design for accurate dynamic force measurement in harsh environments, suitable for press monitoring and high temp applications.
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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 3006A is a moisture-resistant single-axis accelerometer with high sensitivity 500 mV/g, designed for vibration measurement in humid or short-term immersion environments like structural monitoring or stress testing. Protected housing, high accuracy for long-term use in moist conditions. Suitable for food industry, marine, or high-humidity applications.
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The 3049D is a miniature high-temperature charge mode accelerometer (+350°F/+177°C), 5.8 pC/g sensitivity, low profile isolated design, suitable for vibration in high-temperature and tight spaces. Ideal for high-temperature vibration testing and industrial hot zones.
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The 3220C is a low profile charge mode single-axis accelerometer for high temperature, used in ESS, vibration control, and high temperature monitoring, rugged titanium construction.
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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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