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General| Detector Size | 24 cm x 30 cm |
|---|---|
| Generator | High-frequency generator |
| Generator Power | 5 kW |
| Type | Digital Mammography System |
| Detector Type | Amorphous selenium (a-Se) flat-panel detector |
| Focal Spot Sizes | 0.1 mm / 0.3 mm |
| Anode Material | Molybdenum (Mo) or Rhodium (Rh) |
| Filter Material | Molybdenum (Mo) / Rhodium (Rh) |
| Compression | Automatic |
| Automatic Exposure Control (AEC) | Yes |
| Image Display | High-resolution monitor |
| Power Requirements | 230 VAC, 50/60 Hz |
Lists LEDs on CPU 01-170 board, their colors, and functions.
Lists LEDs on Motherboard 03-188, their colors, and functions.
Lists LEDs on Anode starter 92-074 board, their colors, and functions.
Lists LEDs on the Filament power supply PCB 92-073, their colors, and functions.
Lists LEDs on the Inverter control board 94-132, their colors, and functions.
Details alarms related to operating errors displayed to the user.
Troubleshooting for issues with control pushbuttons and foot pedal switches.
Troubleshooting for cassette detection errors.
Troubleshooting for door open alarms during exposure.
Troubleshooting for missing collimator cone.
Troubleshooting for cassette insertion or exposure status errors.
Troubleshooting for errors related to mirror positioning.
Troubleshooting for errors related to filter positioning.
Troubleshooting for errors when programmed techniques are not active.
Troubleshooting for premature release of the exposure pushbutton.
Troubleshooting for low or zero anode current during exposure.
Troubleshooting for AEC detector overexposure.
Troubleshooting for errors when breast density is too high.
Troubleshooting for low mAs selection with AEC.
Troubleshooting for errors when the tube reaches thermal limits.
General technical errors requiring reference to a list for details.
Guidance on checking the log file for technical errors.
Troubleshooting steps for CPU fuses F2 or F4.
Troubleshooting for filament supply failures on PCB 92-073.
Troubleshooting for rotating anode starter failures on PCB 92-074.
Troubleshooting for inverter failures.
Details on uploading and viewing log files.
Comprehensive list of error codes and their descriptions.
Procedure for calibrating the protection circuit of the anode starter.
Detailed steps for calibrating anode starter voltages.
Configuration options for the anode starter using jumpers.
Instructions on disabling the anode rotation brake for heavy use.
Description of the filament power supply circuit and its components.
Procedure for calibrating anode current for different kV and focal spot settings.
Procedure for calibrating filament current protection limits.
Procedure for calibrating filament voltage protection limits.
Method for checking anode current using external measurement devices.
General description of the high voltage generator's functionality.
Method for performing kV checks without invasive instruments.
Procedure for checking kV at specific test points on PCB 94-132.
List and description of test points and adjustment points on PCB 94-132.
Introduction to the dose calculator's purpose and functionality.
Steps to access and begin using the dose calculator program.
Configuration steps required before performing dose calibration.
How to view and edit the radiation table for mammography units.
Configuration settings for the dosemeter used in measurements.
Defining and managing dosemeter instruments for fine-tuning measurements.
Procedure for downloading configuration data to the mammo unit.
Available options for visualizing the configuration file.
Description of the compression device and its components.
Selecting the maximum compression force via DIP switches.
Procedure for calibrating the maximum compression force.
Information on the motor current detector for plate speed reduction.
Guidance on replacing the motor or clutch and subsequent checks.
Steps for adjusting the brake force using screws.
Precautions for aligning the tube during reassembly.
Procedure for verifying and aligning the X-ray beam using films.
Adjustment of the light field when the collimator is disassembled.
