ما توصّل إليه النقاش

• Multiple operators report inconsistent 24 V rail readings: camera and RCP often display approximately 27.7 V regardless of battery state, making the 24 V display unreliable as a charge indicator.
• Practical workaround: use the 14 V display on the RCP as the actual state-of-charge indicator, as it decreases while the 24 V reading remains static; batteries can be discharged to approximately 12.7 V before system shutdown occurs at 12.5 V.
• Check individual battery cell voltages via the display on the lower battery holder (Jog Wheel interface) to determine whether the 24 V rail drops sharply with fresh batteries, and verify that firmware 4.0 is installed, though this issue occurred in earlier firmware versions as well.
• The lower sled stage supplies regulated voltage to the camera; readings below 30 V there are not critical, but 23 V displayed at the sled position would be concerning.
• The sled contains a voltage regulator, suggesting the root cause likely resides in the sled's power box; one operator achieved readings above 30 V by adding a second battery brick on the camera back.
• Non-B-mount batteries were mentioned as a possible factor in voltage irregularities.

يعتمد على

• Discrepancy may be related to firmware version (4.0 versus earlier) versus hardware defect in the power box regulator.
• Battery type (B-mount versus other formats) may influence behavior.

المعدات في هذا النقاش

Artemisالكتالوج, Trinity 2الكتالوج

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