To Next PageTo Next PageWhat to do if Olympus EPOCH 6LT Security Sensors does not start after software update?
If your Olympus Security Sensors instrument doesn't start after a software update, it might be due to an interrupted, incomplete, or corrupted software update. Toggle the Reset switch located under the data port cover. Then, turn the instrument on and use the PC upgrade software to reinstall the upgrade files.
Why are software functions unavailable on my Olympus EPOCH 6LT?
If several software functions are unavailable on your Olympus Security Sensors, the Cal Lock function may be active, locking all front panel keys. Turn the instrument off and on to unlock the keys.
Why am I not receiving a signal on my Olympus Security Sensors when connected to transducers?
If you're not receiving a signal when connecting transducers to your Olympus Security Sensors, ensure that the transducer is connected to the correct LEMO 00 connector. For single crystal pulse-echo inspections, the transducer should be connected to the transmit (red) connector. For dual or through-transmission inspections, make sure the transmitting transducer or cable is connected to the transmit (red) connector and the receiving transducer or cable is connected to the receive (blue) connector.
How to fix Olympus EPOCH 6LT Security Sensors freezing on the splash screen?
If your Olympus Security Sensors instrument freezes on the splash screen during start up, it could be due to file or parameter value corruption. Perform a hard reset by turning the instrument off, pressing and holding the Tab button, and turning the instrument back on. Be aware that all saved files will be lost during this process.
General| Brand | Olympus |
|---|---|
| Model | EPOCH 6LT |
| Category | Security Sensors |
| Language | English |
Explains various warning symbols that may appear on the instrument and manual.
Defines DANGER, WARNING, and CAUTION signal words for hazard identification.
Details how to adjust the instrument's gain for system sensitivity.
Covers selecting and adjusting pulser settings for optimal performance.
Provides a step-by-step guide for straight beam thickness calibration.
Explains the DAC/TCG feature for plotting amplitude variations and time-corrected gain.
Details performing complete DGS/AVG setups for defect sizing.
Explains the AWS D1.1 software for performing inspections under the AWS code.
Covers basic corrosion inspections with simplified operation.
