This section explains how DRGEM’s high-frequency inverter technology works. It details the conversion of line voltage to DC, and then the inversion to high-frequency AC before it is stepped up by the high-voltage transformer. For the technician, understanding this theory is essential when tracing faults. For instance, if the kVp drops during exposure, understanding the feedback loops in the inverter circuit described in this section is key to finding the root cause.
ERR 01 / ERR 02 (Communication Errors): Often caused by faulty CAN-bus cables or loose connections between the console and the generator.
Collimator: Controls the size and shape of the X-ray field. Manuals detail the calibration of the light field to the radiation field. drgem x ray service manual
Enable technicians to quickly diagnose, repair, and maintain DrGem X-ray systems using an intelligent, searchable service manual with real-time error code lookup and 3D component visualization.
Filament Heating: Setting the correct standby and exposure currents for the tube filament. Safety and Preventive Maintenance For instance, if the kVp drops during exposure,
Let’s walk through a real-world scenario to demonstrate the power of the .
In the realm of diagnostic imaging, reliability is not a luxury; it is a necessity. For radiology departments, clinics, and veterinary practices utilizing digital radiography, DRGEM has established itself as a prominent manufacturer of high-frequency X-ray generators and imaging systems. Known for their compact design and robust performance, DRGEM systems are workhorses in the medical field. However, like all sophisticated electromechanical devices, they require periodic maintenance and occasional repair. Manuals detail the calibration of the light field
Check the back of your physical manual—the revision date should be within the last 5 years to account for PCB revisions.
ERR 20 (Inverter Fault): Suggests an issue within the high-voltage inverter module, possibly due to an over-current or over-voltage state.