Accelerometers

Accelerometers feature ground-isolated titanium housings.
Accelerometers

Accelerometers feature ground-isolated titanium housings.

Models 352C43 (10 mV/g) and 352C44 (100 mV/g) are each housed in 7/16 in. hex x 0.42 in. tall titanium housing. Electrically isolated design eliminates ground loop and noise problems. Shear mode, piezo-ceramic sensing elements provide low-noise operation and accuracy through frequency range of 0.5 to 10k Hz (+/- 10%). Built-in microelectronic signal conditioning circuitry offers low impedance...

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Accelerometer utilizes 3-layer silicon sensing elements.
Accelerometers

Accelerometer utilizes 3-layer silicon sensing elements.

Model 8370B capacitive accelerometer is available in 4 basic versions with measurement ranges of ±1, ±2, ±10 and ±25 g and sensitivities of 2.66, 1.33, 0.266 and 0.106 mA/g respectively. Unit is completely calibrated, combining sensing element and integrated electronics in hermetically sealed, stainless steel housing. Model 8370B operates from single power supply between...

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Motion Sensors / Detectors / Transducers

Accelerometer measures vibration on mini-structures.

Adhesive-mounted Model 27AM1 ISOTRON® Accelerometer offers high resonance frequency and wide bandwidth of 0.3 Hz to 20 kHz. Packaged in hermetically sealed, titanium case, accelerometer's full-scale range is ±500 g for 27AM1-10 (10mV/g) and ±50 g for 27AM1-100 (100 mV/g). Operational temperature range is -67 to +257°F. Model 27AM1 features PIEZITE® Type P-8 crystal...

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Triaxial Accelerometer makes low frequency measurements.
Accelerometers

Triaxial Accelerometer makes low frequency measurements.

K-Beam accelerometer has 3-layer silicon micro-machined sensing elements for steady-state and dynamic measurements over ranges of ±2, ±10 and ±25 g, with sensitivities of 1000, 200 and 80 mV/g, respectively. Accelerometer is suitable for making steady state or low level, low frequency measurements in applications such as vehicles, structural analysis, bridge vibration, robotics,...

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Paratherm™ HR Heat Transfer Fluid: Higher Temperature Stability Leads to Longer Fluid Life
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Paratherm™ HR Heat Transfer Fluid: Higher Temperature Stability Leads to Longer Fluid Life

For the ultimate in heat transfer fluid performance, Paratherm offers HR Heat Transfer Fluid that is engineered specifically for closed loop liquid phase heating. When it comes to characteristics such as thermal stability and fluid degradation, Paratherm HR leads the industry in value and performance. See our video to learn how Paratherm is raising the bar for heat transfer fluids.

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