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T10
T10
T10

T10 Ultrasonic Transducers

For condition monitoring on non-magnetic surfaces

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  • Structure-Borne Sound Probe

  • The compact structure-borne sound probe T10 is perfectly suited for permanent condition monitoring in industrial plants.

  • Compact structure-borne sound probe up to 100 kHz

  • Monitoring of difficult to access inspection points through fixed installation

  • For non-magnetic surfaces

  • Trend monitoring for longer periods


Technical Data
Order Number 100 01 037
Dimensions Housing (L x B x H) 11 x 9 without connector (see Technical Drawing)
Weight approx. 5 g
Electrical Connection UNF 10-32 (Microdot)
Center Frequency 25,0 +/- 3,0 kHz
Sensitivity 6,0 mV / 1 m/s² @ center frequency
Materials Housing: Stainless Steel; Probe Delay: PEEK
Working Temperature +10 … +40 °C
Storage Temperature -20 … +70 °C
Degree of Protection IP54
Designation Color coded Frequency; Serial number
Scope of Delivery Structure-borne sound probe T10; connecting cable UNF 10-32 – BNC 1.5 m; transportation box, test report / technical data sheet

*The specified acoustic data apply from a frequency of 5 kHz.

General
  • The T10 structure-borne sound probe can be used to monitor the condition of machines, systems and processes, provided that they generate detectable structure-borne sound in the ultrasonic range. Changes in the sound signals indicate a change in the condition and/or process of the plant. The detection of these changes forms the basis for condition monitoring in preventive maintenance. The T10 structure-borne sound probe is used when the installation space is very limited or the test specimen must not be loaded with a large sensor mass. The T10 structure-borne sound probe is also suitable for use on non-magnetic surfaces.

  • The type of coupling depends on the type of test. The probe can be coupled by hand for short-term measurements or fixed with beeswax for recurring measurements with recording of measurement data. For permanent monitoring or fixed mounting within a safety cover/zone, the probe is glued on.