Members tackled an issue where a Norcold fridge in a 2017 View 24J worked only on shore power, with a blank display and no cooling on propane or battery. The consensus was to first identify the fridge model, typically found on a tag inside or behind the unit, and consult the operator’s manual or Winnebago’s resources. Several RVers highlighted that the fridge should be a three-way model, capable of running on 12V DC, 120V AC, or propane, but correct operation depends on proper switching and...
More...
Members tackled an issue where a Norcold fridge in a 2017 View 24J worked only on shore power, with a blank display and no cooling on propane or battery. The consensus was to first identify the fridge model, typically found on a tag inside or behind the unit, and consult the operator’s manual or Winnebago’s resources. Several RVers highlighted that the fridge should be a three-way model, capable of running on 12V DC, 120V AC, or propane, but correct operation depends on proper switching and power supply.
The root cause appeared to be a power delivery problem, likely due to corrosion on the 12V fuse contacts. Removing and reinserting the fuses restored function, suggesting the act cleaned the contacts and reset the control board. Members emphasized the importance of checking voltage at the fridge under load, as voltage drop from long or undersized wiring (#12 gauge) can cause poor 12V cooling performance. Upgrading to thicker wire (#8 gauge) directly from the battery was suggested by some as a solution for persistent low cooling on 12V, though others noted that wiring layout varies by RV model.
Key takeaways include: always verify voltage at the fridge when troubleshooting, clean or reseat fuses to address corrosion, and consult both the manual and wiring diagrams for your specific RV. If 12V cooling remains weak, consider wiring upgrades, but ensure other 12V systems aren’t affected before making changes.