HIGH TEMPERATURE HYBRID ACCELEROMETER SYSTEM Dytran 5335 11mV/g

• The 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, and permanently joined together as a single unit with interconnecting hardline cable.
• The unique configuration of the Dytran model 5335 is known as a hybrid system because it combines both IEPE and charge mode piezoelectric technologies into a single operating unit. The accelerometer is connected to the input of the charge amplifier via an 18–inch long hardline cable (SiO2) insulated which then connects to a soft–line Teflon™ insulated cable assembly. The hardline cable assembly is unaffected by high temperatures at the point of measurement.
• The model 5335 features a case isolated design to avoid EMI/ground loop interference, with hermetic sealing for reliable operation in high humidity and dirty environments. It has an industry standard tri–bolt mount, stainless steel construction, and utilizes ultra high temperature piezoelectric crystals in compression mode for extremely stable operation in temperatures up to +900°F (+482°C).

FEATURES:

• Stainless steel
• Hermetic
• Case isolated
• Integrated differential amplifier
• Uniquely combines IEPE and charge output technology, seamlessly operating as a single unit
• +900°F (+482°C) operation

APPLICATIONS:

• High temperature industrial vibration monitoring
• High temperature turbine vibration measurements
• General purpose high temperature monitoring