Philips has become aware of a software issue, where the kV and mA values are not locked immediately but change when the collimator shutter position is changed directly after the Lock-In command. This software issue leads to an over or under exposed image.
When using the Table Up/Down button, the system may experience Error 80, which locks the geometry in that specific state, requiring the intervention of a service Engineer. Additionally, the thermos switch, which handles power down of the unit in case of transformer overheating, was installed incorrectly at production.
When using the Table Up/Down button, the system may experience Error 80, which locks the geometry in that specific state, requiring the intervention of a service Engineer. Additionally, the thermos switch, which handles power down of the unit in case of transformer overheating, was installed incorrectly at production.
kV/mA lockin not functioning as specified which may result in the patient receiving an increased radiation dose.
Stitching run on SkyPlate detector interrupted intermittently; Stitching with SkyPlate aborts after first image; System software CD contains wrong baseline
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.
The hook does not securely hold the footplate in the vertical position. Therefore, the footplate can fall or swing down and injury operator or patient.