App stoped working for UT363
The app no longer records or displays readings from my UT363 wind meter
Bag
Dear UNI-T Support Team,
I am writing to report a calculation bug in your mobile app when using the UT336P Wireless Pressure Gauge in Fahrenheit (°F) units.
Issue Summary:
The app incorrectly calculates Superheat (SH) when temperature units are set to Fahrenheit (°F). It appears to be applying an absolute temperature conversion formula (°C * 1.8 + 32) to a temperature difference (ΔT), adding an extra offset of +32°F to the result.
Example:
• Refrigerant: R410A
• EV (Evaporating Temp): 44.0 °F
• TL (Suction Line Temp): 44.7 °F
• Actual Superheat should be: 44.7°F - 44.0°F = 0.7°F
• App displays: 32.8°F
Explanation:
In Celsius, the difference is ~0.388°C. Converting a temperature delta (ΔT) from °C to °F should only be ΔT_C * 1.8. The app adds +32 (0.388 * 1.8 + 32 ≈ 32.8°F), causing the error.
Suggested Fix:
Please update the formula for ΔT metrics (SH and SC) to calculate directly from °F values (TL°F - EV°F) or use ΔT_°F = ΔT_°C * 1.8 (without adding +32).
Please pass this to your app development team.
Best regards,
Yakub
I am writing to report a calculation bug in your mobile app when using the UT336P Wireless Pressure Gauge in Fahrenheit (°F) units.
Issue Summary:
The app incorrectly calculates Superheat (SH) when temperature units are set to Fahrenheit (°F). It appears to be applying an absolute temperature conversion formula (°C * 1.8 + 32) to a temperature difference (ΔT), adding an extra offset of +32°F to the result.
Example:
• Refrigerant: R410A
• EV (Evaporating Temp): 44.0 °F
• TL (Suction Line Temp): 44.7 °F
• Actual Superheat should be: 44.7°F - 44.0°F = 0.7°F
• App displays: 32.8°F
Explanation:
In Celsius, the difference is ~0.388°C. Converting a temperature delta (ΔT) from °C to °F should only be ΔT_C * 1.8. The app adds +32 (0.388 * 1.8 + 32 ≈ 32.8°F), causing the error.
Suggested Fix:
Please update the formula for ΔT metrics (SH and SC) to calculate directly from °F values (TL°F - EV°F) or use ΔT_°F = ΔT_°C * 1.8 (without adding +32).
Please pass this to your app development team.
Best regards,
Yakub
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Repeated Review Attempts Fail
I have tried to post my review with a complete list of all of the many bugs in this program and every time I do, the review never shows up. I am a software engineer and I would think the people who write this program would be interested in seeing the list of bugs and how to reproduce them. There are so many as to make the program essentially useless. But my reviews never post. And there is no way to contact them directly because if you click the "app support" button it takes you to their website… Which doesn't exist. There is literally no way to contact these people.
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Not efficient for lux
Is not possible register isolated value in manual, register only in automatic with sample…
Ut336p
Now it work ! Thank you
