• Piezoelectric


• Piezoresistive


• 0 Hz to 25 kHz
• 500 g shock
• Velocity output
• Acceleration and temperature
• Built in signal conditioning
• Miniature
• High Frequency

Honeywell Sensotec Accelerometers are manufactured as standard, modified standard, and custom to provide the fastest delivery possible.

We offer a wide range of frequencies from DC to 6000 Hz and full ranges of 5 G to 2000 G. These units will survive overloads up to 500% (varies with model) and are also designed to cope with operating temperature between 100 and 500 degrees Fahrenheit. Our range of outputs are as varied as any manufacturer in the world and include 5V, 100mV, 100 pC/G, and 2-10mA. We offer a wide range of sizes, including miniature transducers, and a wide array of mounting configurations (screw type, bolt mount, epoxy, etc.). Bi-axial and tri-axial measurements and special underwater, submersible units are also available.

Accelerometer Selection Guide

Finding the correct accelerometer for you application is never easy but help is at hand. Visit our on-line Accelerometer Selection Guide to access our interactive guide (complete with help pages) to step you through the whole process.

Accelerometers with Built-in Signal Conditioning

Analyzing the vibration signal from an accelerometer does not always require expensive or complicated analysis equipment. Built in signal conditioning in the model MA15, MA321, and MA322 accelerometers provides a 4-20mA output that is proportional to the RMS vibration value. This built in signal conditioning means that with only a 4-20mA meter hooked up to your accelerometer you can be monitoring vibration, quickly, easily and cheaply.

The MA15 provides an output proportional to g vibration, the MA 52 provides an output proportional to velocity vibration levels and the MA 321/322 provides g vibration down to zero hertz.

Velocity Output Accelerometers

Accelerometers are a very common way to measure vibration. However, acceleration vibration data is most useful for high frequencies while velocity data is suited to lower frequencies and in particular vibration found in most rotating machinery. Velocity vibration data is also a much better indicator of machinery health as it changes with a linear relationship to machine health. Velocity vibration data can be obtained from the MAV51 and MAV52 accelerometers both of which have built in integration circuits in them.

Accelerometer
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