The Dytran model 3683C takes high temperature vibration testing to a new level. The triaxial charge mode accelerometer operates up to +1000°F (+538°C)––a breakthrough product in the sensor field. The model has 1–2 pC/g sensitivity with a 3,000 Hz upper frequency range (±3dB). The 3683C is case isolated and hermetically sealed. Its robust design and […]
The Dytran model 3683C takes high temperature vibration testing to a new level. The triaxial charge mode accelerometer operates up to +1000°F (+538°C)––a breakthrough product in the sensor field. The model has 1–2 pC/g sensitivity with a 3,000 Hz upper frequency range (±3dB). The 3683C is case isolated and hermetically sealed. Its robust design and unique center through hole mount allow for 360° orientation
The 3683C's main applications are: 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.
Features:
Applications:
Model | Specifications |
3683C | 0.1–0.2 pC/m/s² sensitivity, up to 3000 Hz frequency range (±3dB), three 10–32 axial connectors, case isolated, center through hole mount, 65 grams, +538°C operation |