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The Dytran model 5800SL is a compact, lightweight version of the 5800B series 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 two 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 higher frequency content and input forcing function.
Unit of Measure

Specifications

Brands

N/A Dytran

Head Weight

N/A 0.07 oz2 g

Housing Head Material

N/A Stainless Steel

Housing Handle Material

N/A Fiberglass

Sensing Element

N/A Quartz

Sensitivity

N/A 23 mV/N100 mV/lbf

Measuring Force Range for Sensor

N/A 50 lbf0.22 kN

Maximum Force

N/A 75 lbf0.33 kN

Electrical Connection

N/A 10-32 Jack

Recommended Head Extender Accessories

N/A One (1) model 6278 brass head extender (supplied)

Recommended Cabling Accessories

N/A Model 6011A coaxial cable assembly (sold separately)

Features

N/A 2-gram Head Weight Available in 50 lbf range IEPE Ultra Miniature Impulse Hammer

Applications

Applications

N/A Impulse Testing of Very Low Mass, High Resonant Frequency Components Modal and Structural Analysis of Very Light Structures Such As Small Turbine Blades, Pc Boards and Disc Drives

Quality Management System

Quality Management System

N/A Dytran Instruments Quality Management System meets the requirements of the following standards:
  • ISO 9001:2008 and AS 9100 Revision C and in accordance with requirements of AS9104A
  • ISO/IEC 17025:2005 and ANSI/NCSL Z540-1-1994
  • ATEX DIRECTIVE 2014/34/EU for electrical and mechanical equipment for use in explosive atmospheres