Used for modal analysis, vibration control, general purpose vibration monitoring.
Used for modal analysis, vibration control, vibration monitoring at high temperatures.
Used for modal analysis, vibration control, vibration monitoring at high temperatures.
Used for modal analysis, vibration control, general purpose vibration monitoring.
Variable capacitance accelerometer
For fight test, low frequency aircraft test.
Variable capacitance accelerometer
For fight test, low frequency test.
High precision MEMS accelerometer
It is used for air bag testing, impact testing, seismic monitoring, tilt measurement and flight testing.
High precision Triaxial MEMS accelerometer
It is used for air bag testing, robotics, earthquake monitoring, impact testing and tilt testing.
Vibration measurements
VIBRASCOUT 6DOF USB
Ideal for field data collection, NVH studies, end-of-line testing and angular static measurements.
Vibracorder II
Acquires six degrees of freedom data for full-body vibration measurements.
Vibracorder
General purpose built with a VC-MEMS triaxial accelerometer. Available in three ranges.
IMPULSE HAMMER
The Dytran Dytranpulse™ series 5800 is a general purpose IEPE impulse hammer used to excite structures or machinery with a definable impulse force. The impulse is used to identify resonances, an important measurement parameter for the study of dynamic behavior, as well as to help determine the overall structural health of a test specimen. Available with 5–100 lbf range, the Dytran series 5800 features a 100–gram head weight and is supplied with three interchangeable impact tips.
The Dytran Dynapulse™ impulse hammers incorporate a special acceleration compensated piezoelectric force sensor in the hammer head at the striking face, ensuring a smooth frequency spectrum that is free from anomalies. Electrical connection is achieved via a BNC connector jack located at the end of the hammer handle. Series 5800 features TEDS capabilities (per ) for use in larger channel count applications in several models.
The Dytran model 5800SL is a compact, lightweight version of the 5800B model IEPE impulse hammer, offering an ultra low mass of 9.8 grams and very high stiffness.
With a measurement range of 50 lbf, the Dytran model 5800SL has a head weight of just 2 grams and is supplied with a brass head extender. Electrical connection is achieved via a 10–32 jack located at the end of the hammer handle. Design of the model 5800SL incorporates an ultra miniature quartz force sensor built into the impact hammer tip, coupled with an onboard miniature IC amplifier. The reduced size and weight of the hammer head and handle further reduce overall hammer inertia for quicker rebounding. This produces a very high frequency excitation, allowing the user to excite smaller structures with high frequency content and input forcing function.
With a sensitivity of 1 mV/lbf and an available measurement range of 5,000 lbf, the Dytran model 5802A is available with a head weight of 3 pounds, and is supplied with four interchangeable impact tips. Electrical connection is achieved via a BNC jack located at the end of the hammer handle. Design of the Dytran IEPE impulse sledge hammer incorporates a special acceleration compensated piezoelectric force sensor in the hammer head at striking face, ensuring a smooth frequency spectrum that is free from anomalies.
With a sensitivity of 1 mV/lbf and an available measurement range of 5,000 lbf, model 5803A is the largest of the Dytran sledge hammers with a head weight of 12 pounds, and is supplied with four interchangeable impact tips. Electrical connection is achieved via a BNC jack located at the end of the hammer handle. Design of the Dytran IEPE impulse sledge hammer incorporates a special acceleration compensated piezoelectric force sensor in the hammer head at the striking face, ensuring a smooth frequency spectrum that is free from anomalies.
With a sensitivity of 1 mV/lbf and an available measurement range of 5,000 lbf, model 5805A is the smallest of the Dytran sledge hammers with a head weight of 1 pound, and is supplied with four interchangeable impact tips. Electrical connection is achieved via a BNC jack located at the end of the hammer handle. Design of the Dytran IEPE impulse sledge hammer incorporates a special acceleration compensated piezoelectric force sensor in the hammer head at the striking face, ensuring a smooth frequency spectrum that is free from anomalies.
The Dytran Dynapulse™ impulse hammers incorporate a special acceleration compensated piezoelectric force sensor in the hammer head at the striking face, ensuring a smooth frequency spectrum that is free from anomalies. Electrical connection is achieved via a BNC connector jack located at the end of the hammer handle.