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General| Output | Voltage |
|---|---|
| Case Material | Stainless Steel |
| Temperature Range | -65 to +250 °F (-54 to +121 °C) |
| Sensing Element | Ceramic |
| Sealing | Hermetic |
Step-by-step guide for fundamental operation of the 699A07, including test setup.
Details on using the provided Excel workbook for creating calibration certificates.
Information on creating and executing semi-automated tests using the Calibration Route firmware.
Detailed steps for setting up the 699A07 for testing, including sensor mounting and connections.
How to select input modes like ICP®, Voltage, or Modulated Current for different sensor types.
Guide to setting desired frequency and amplitude units for calibration tests.
How to copy or move calibration records from the unit's memory to a USB flash drive.
Configuring various test parameters like Cal Route, Source, Frequency Unit, Sensor Type, and Readout.
Importance of periodic verification using a dedicated accelerometer and recalibration procedures.
Periodic checks for linearity and frequency response to validate transducer functionality.
How to test accelerometers and velocity sensors by measuring frequency response.
Procedure for testing charge-mode accelerometers using a charge amplifier and the 699A07.
How to check accuracy, linearity, and frequency response of non-contact displacement sensors.
Detailed setup instructions for testing non-contact displacement sensors.
Calibrating proximity probes and confirming vibration alarm settings.
Step-by-step guide to create a proximity probe calibration curve using mils.
