FAQ

Q1: What does the 138607‑01 module specifically do?
A1: It captures high‑rate transient vibration waveforms when events occur, buffering them for later analysis.

Q2: What is the role of the 146031‑01 module?
A2: It stores the captured transient data securely, allowing retrieval and post‑event review.

Q3: Are these modules safe to swap while operating?
A3: Yes—they support hot‑swap replacement without interrupting the rack’s monitoring or protection functions.

Q4: Where does the stored data go after capture?
A4: The EVENT data remains in the memory module until retrieved by host software or a display module.

Q5: Why is capturing transient data important?
A5: It enables detailed diagnosis of non-steady-state anomalies such as rubs, misalignments, or shock events.

Q6: How much memory does the 146031‑01 module have?
A6: Approximately 8 MB, sufficient for multiple event recordings in a ring‑buffer style.

Q7: What sampling rate does the TDI module support?
A7: Up to around 64,000 samples per second, capturing very high‑frequency detail.

Q8: Are both modules required together?
A8: The TDI module can capture events, but without the memory module, there is nowhere to store them long‑term.

Q9: What kind of machinery is this best suited for?
A9: Any high‑performance rotating asset where transient events carry diagnostic importance—turbines, drive‑trains, compressors.

Q10: Do these modules impact real‑time protection functions?
A10: No. Their operations are designed not to interfere with continuous protection logic—even during data capture.