Servicing the Shimadzu MobileDart Evolution Family (MobileDaRt, EFX, MX7)
Overview
Portable X-ray units are found in most radiological/diagnostic imaging departments. They are typically exposed to a higher abuse level due to elevator openings, tight room entrances, limited patient access, and lack of space for maneuverability. This constant abuse will cause premature mechanical failure if not properly identified and corrected early. The trained service professional will be taught the skills necessary for mechanical, electromechanical, and electronic maintenance of the Shimadzu MobileDart Evolution Portable Family. Each sub-system of the mechanical unit and the generator is thoroughly analyzed.
Models Covered
This course will cover the following MobileArt & MobileDart models:
- MobileDart Evolution (MUX200)
- MobileDart Evolution (MUX200D)
NOTE: Pending equipment availability at the time of training, the following systems may also be available during the training:
- MobileArt (MUX100)
- MobileDart (MUX100D)
Prerequisites
To attend this course, the service professional must have a good understanding of the principles gained through attending Phase II, or four years equivalent experience. The service professional must also possess a good mechanical aptitude.
Objectives
At the conclusion of this course participants will be able to:
- Evaluate overall system performance
- Troubleshoot mechanical and electronic problems on all components of the unit
- Perform a complete and thorough preventive maintenance inspection on each portable unit
- Follow circuit operations of system detail block diagrams
- Calibrate the digital detector (MUX200D)
- Canon
- Konica
Tuition: $3995
Course Length: 1 Week
CEU's Awarded: 4 CEU’s
Dates:
- Oct 23-27, 2023
- Apr 22-26, 2024
- Oct 21-25, 2024
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Course Outline
- Introduction
- Overview
- Model Comparison
- Terms & Acronyms
- Basic operations
- Knobology
- Terminology
- Specifications
- Component ID
-
- Battery Change
- Motor Swap
- Models & unit comparison
- Mechanical
- Electronic
- Documentation
- Lab Activities
- Basic operation
- Component identification and location
- Component identification and location
- Battery change
- Drive motor change
- Calibrations
- Charging
- Inverter
- kV Feedback
- Max Inverter Frequency
- Pulse Width Adjust
- Filaments
- mA (2)
- mAs
- MUX-Charge Unit
- Batteries
- MUX-Inverter Unit
- Tube stator
- Filament control circuits
- Collimator lamp circuits
- Lab Activities
- Charger calibration
- Filament calibration
- Battery maintenance
- Battery change
- Calibrations
- Rotor
- Rotor Inverter Frequency
- Rotor Inverter Pulse Width
- Lock Adjustments
- Drive Circuits
- Drive Handle Adjustment
- Speed
- Rotor
- MUX-Power
- Inverter driver circuits
- Inverter circuits
- Logic circuit
- Safety circuits
- Exposure start/stop circuits
- Lab Activities
- kV calibration
- Timer calibration
- Timer waveform analysis
- FPD
- Canon
- Overview
- Install & Pairing
- Calibration
- Troubleshooting
- Konica
- Overview
- Install & Pairing
- Calibration
- Troubleshooting
- Canon
- Digital detector
- Detector firmware flashing
- Detector pairing
- Detector calibration
- Digital Image Quality Checks
- Lab Activities
- Flash digital detector
- Pair digital detector
- Calibrate digital detector
- Perform Image Quality checks on digital detector
- Computer & PC Maintenance
- Backup
- Factory Recovery
- Ghost Creation
- Restore
- PM
- System troubleshooting
- Mechanical
- Electronic
- Overall system review
- Final exam
- Course evaluation