IEPE Accelerometer Shock Sensors MM147A Series
Our MM147A Series are Low Frequency Triaxial IEPE Accelerometer Shock Sensors and measure a wide range of vibration and high shock levels. These IEPE shock accelerometers have a sensitivity of between 0.5 to 1 mV/g and a measurement range from 5,000 to 10,000g.
They also come with an Inspection Certificate, Mounting Block, 2M Coaxial Shielded Cable and One Year Warranty.
Shipment times for this unit are approximately 2-3 weeks upon placement of order.
MM147A-01 features 1 mV/g Sensitivity and ±5,000g frequency
MM147A-02 features 0.50 mV/g Sensitivity and ±10,000g frequency
Our MM147A Series are Low Frequency Triaxial IEPE Accelerometer Shock Sensors and measure a wide range of vibration and high shock levels. These IEPE shock accelerometers have a sensitivity of between 0.5 to 1 mV/g and a measurement range from 5,000 to 10,000g.
They also come with an Inspection Certificate, Mounting Block, 2M Coaxial Shielded Cable and One Year Warranty.
Shipment times for this unit are approximately 2-3 weeks upon placement of order.
MM147A-01 features 1 mV/g Sensitivity and ±5,000g frequency
MM147A-02 features 0.50 mV/g Sensitivity and ±10,000g frequency
Our MM147A Series are Low Frequency Triaxial IEPE Accelerometer Shock Sensors and measure a wide range of vibration and high shock levels. These IEPE shock accelerometers have a sensitivity of between 0.5 to 1 mV/g and a measurement range from 5,000 to 10,000g.
They also come with an Inspection Certificate, Mounting Block, 2M Coaxial Shielded Cable and One Year Warranty.
Shipment times for this unit are approximately 2-3 weeks upon placement of order.
MM147A-01 features 1 mV/g Sensitivity and ±5,000g frequency
MM147A-02 features 0.50 mV/g Sensitivity and ±10,000g frequency
Our MM147A Series are manufactured from high strength stainless steel and operate in a temperature range from -40 to 70°C. Making them versatile for tough conditions.
In addition, being a triaxial accelerometer it gives it the ability to measure acceleration in three orthogonal axes of X, Y and Z. Therefore, capturing complex vibration patterns, shock events in a 3D space and providing a comprehensive view of the motions.
Used in applications such as:
Structural Health Monitoring – the triaxial measurement provides insights how bridges and buildings respond to various external factors including environmental conditions or man-made events.
Aerospace Testing – monitoring vibration and shock in aircraft during take-off and landing.
Car Crash Testing – capturing detailed shock and vibration profiles during a collision.
Vibration Analysis of Machinery
Environmental and Field Research
Defence and Military Applications such as testing equipment and vehicles that may be exposed to significant shocks.
Refer to Specification sheets for further detail. Otherwise contact us +61 7 3868 4255 or sales@metromatics.com.au for more information.
