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General| Category | Security Sensors |
|---|---|
| Operating Voltage | 9-16VDC |
| Operating Temperature | -10°C to +50°C |
| Detection Principle | Passive Infrared (PIR) |
| Detection Range | 12m |
| Humidity | 95% RH max. |
| Mounting Height | 2.2 meters |
| Alarm Output | NC/NO |
Essential safety rules and precautions for operating the FT-70 X-ray system.
Identification and explanation of warning labels attached to the FT-70 inspection system.
Explanation of the Container Radiation Profile Comparison Principle used for fill level inspection.
Critical requirements for proper power supply and wiring to ensure FT-70 performance.
Wiring the FT-70 to the main power source, including different procedures and examples.
Adjusting the head height to ensure the fill level inspection beam aligns correctly.
Adjusting the trigger height for proper beam contact with the container lid.
Activating and setting operational parameters for FT-70 inspection functions.
Procedures for calibrating encoder and rejector timing for high accuracy.
Establishing the dividing line for accepting or rejecting containers based on X-ray counts.
Procedure to set the threshold for identifying overfilled containers.
Procedure to set the threshold for identifying underfilled containers.
Function and operation of the physical on/off switch for enabling the X-ray Generator.
Accessing and understanding diagnostic error codes for troubleshooting the FT-70.
Adjusting rejector timing for optimal accuracy after encoder calibration.
Procedure to calibrate the centerline inspection trigger amplifier.
Procedure to calibrate the upstream inspection trigger amplifier.
Detailed steps for calibrating the Scintillation Tube Detector using the Calibration LED.
Procedure to increase fill level inspection accuracy, primarily for underfill inspection.
Process to determine and set the underfill X-ray threshold for optimization.
Overview of how the FT-70 signals alarms and error conditions via the warning beacon.
General guidance on isolating machine malfunctions and finding corrective actions.
Procedures for troubleshooting power supply instability and failures.
Troubleshooting steps for issues related to the X-ray generator.
Troubleshooting steps for failure of the main processor card.
Troubleshooting common issues with the FT-70 control panel display and response.
Procedures for diagnosing and resolving issues with Scintillation Tube and Solid State Detectors.
Basic troubleshooting for Proline and Servotec rejectors.
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