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testing temp code

Solve Hard-to-Troubleshoot Temperature Related Problems

With the Temperature Plugin, you can:

  • Check and Test Key Sensors: Read live data for the Shutter, CMOS Unit, and Main Board.
  • Eliminate Guesswork: Spot failed or drifting temperature sensors instantly without replacing good parts.
  • Target the Root Cause: Match fault codes directly to faulty sensor boards.
  • Save Bench Time: Cut down diagnostic time and avoid frustrating callbacks.

Common temperature-related problems:

  • Soft Focus on Hot Days: Caused by heat expansion shifting the Lens Flange / CMOS sensor distance.
  • Random Overexposure or Underexposure: Caused by current fluctuations in the AE system.
  • Dark Images at High Shutter Speeds: Caused by temperature shifts in the shutter timing.
  • Flash Malfunctions: Caused by thermal drift in the flash control unit.

Troubleshooting Example

Tools

Troubleshooting

Temperature Plugin

Temperature Plugin: Shows real-time sensor readings against normal room temperature (23°C):

  • Normal Benchmark: 23°C
  • CMOS Unit: 27°C (Elevated)
  • Main Board 2: 31°C (Overheating / Over-range)

Error Code Tab

Error History Tab: Displays Error 351Possible cause: Faulty CMOS Sensor Unit.

The live data pinpoints the thermal failure immediately, confirming the cause of the Error 351 shutdown.

 

 

 

 

Example Diagnostic Scenario:

Tools Trobleshooting

Error Tab

Error History Tab: Displays Error 351Possible cause: Faulty CMOS Sensor Unit.

Temperature Plugin

Temperature Reading Tab: Shows real-time sensor readings against normal room temperature (23°C):

  • Normal Benchmark: 23°C
  • CMOS Unit: 27°C (Elevated)
  • Main Board 2: 31°C (Overheating / Over-range)
 
  • Normal Benchmark: 23°C
  • CMOS Unit: 27°C (Elevated)
  • Main Board 2: 31°C (Overheating / Over-range)

Image 1 (Error History Tab): Displays Error 351Possible cause: Faulty CMOS Sensor Unit.

Image 2 (Temperature Reading Tab): Shows real-time sensor readings against normal room temperature (23°C):

  • Normal Benchmark: 23°C
  • CMOS Unit: 27°C (Elevated)
  • Main Board 2: 31°C (Overheating / Over-range)

The live data pinpoints the thermal failure immediately, confirming the exact board causing the Error 351 shutdown.