Dytran model 3335C is an ultra high temperature charge mode, single axis accelerometer used in testing gas and steam turbines for power generation in aircraft; nuclear power plant testing; exhaust and catalytic converter studies; rocket engine testing; automotive engine testing; and any other vibration measurement testing within high temperature environments.
Dytran model 3335C is an ultra high temperature charge mode, single axis accelerometer used in testing gas and steam turbines for power generation in aircraft; nuclear power plant testing; exhaust and catalytic converter studies; rocket engine testing; automotive engine testing; and any other vibration measurement testing within high temperature environments.
File |
Description |
Type |
Languages |
Size |
---|---|---|---|---|
3335C Vibration Transducer | Technical Document | English | 954 KB |
Type/technology | Piezoelectric charge |
Direction/Axes | Uniaxial |
Application | High temperature |
Weight [gram] | 35 g |
Weight [oz] | 1.23 oz |
Sensitivity tolerance | 50 % |
Sensitivity | 1 pC/g |
Lower frequency [Hz] | 3 Hz |
Higher frequency [Hz] | 3.5 kHz |
Minimum Temperature [°C] | -50 °C |
Maximum Temperature [°C] | 650 °C |
Minimum Temperature [°F] | -60 °F |
Maximum Temperature [°F] | 1200 °F |
Mounting | Center bolt mounting |
Resonance frequency [kHz] | 20 kHz |
Real-time capabilities | None |
Electric isolation | None |
Output signal (connectivity) | Analogue |
Electrical connector location | Integral cable |
TEDS | No |
Filtering | None |