Dytran model 5335 is a high temperature hybrid vibration monitoring system, consisting of a paired differential charge mode accelerometer and in-line miniature differential charge amplifier operating from a constant current 2-wire (IEPE) power unit, permanently joined together as a single unit with an interconnecting integral hardline cable used in high temperature industrial vibration monitoring and high temperature turbine vibration measurements.
5335
The Dytran 5335 is a high-temperature vibration measurement system designed for extreme environments where precision and durability are critical. This system combines a hermetically sealed accelerometer with an integrated charge amplifier, delivering exceptional stability and linearity across a wide temperature range. Engineered for aerospace, energy, and industrial applications, the 5335 offers reliable performance under severe thermal and mechanical stress.
| 5335 Accessory | Data Sheets | English |
| Product line | Dytran |
| Type/technology | Piezoelectric CCLD (IEPE) |
| Direction/Axes | Uniaxial |
| Application | High temperature |
| Weight | 400 g |
| Weight | 14.11 oz |
| Sensitivity tolerance | 5 % |
| Sensitivity | 11 mV/g |
| Lower frequency | 4.8 Hz |
| Higher frequency | 1.4 kHz |
| Minimum Temperature | -50 °C |
| Maximum Temperature | 482 °C |
| Minimum Temperature | -65 °F |
| Maximum Temperature | 900 °F |
| Mounting | Center bolt mounting |
| Resonance frequency | 35 kHz |
| Electric isolation | Case isolated |
| Output signal (connectivity) | Analogue |
| Electrical connector location | Integral cable |
| TEDS | No |
| Filtering | None |