La Crosse Technology WS-9075U User Manual (English)

Questions and Answers:

C
Connor FranklinAug 7, 2025
What to do if no outdoor temperature is displayed on my La Crosse Technology Weather Station?
- S
  stanleypadillaAug 7, 2025
  If your La Crosse Technology Weather Station isn't showing the outdoor temperature, first, try removing and reinserting all batteries, starting with the remote temperature sensor, then the indoor weather station. You can also bring the remote temperature sensor closer to the display. Ensure all batteries are new. Finally, position the remote temperature sensor and indoor weather station so the signal passes through no more than two or three walls.
B
bibarraAug 13, 2025
Why is the hour incorrect on my La Crosse Technology Weather Station?
- C
  Cole CoxAug 13, 2025
  To address an incorrect hour display (while the minute and date are correct) on your La Crosse Technology Weather Station, ensure that you have selected the correct time zone and daylight saving time settings.
C
callenAug 19, 2025
What to do if the LCD is faint on my La Crosse Technology WS-9075U Weather Station?
- R
  richardandersonAug 19, 2025
  If the LCD on your La Crosse Technology Weather Station is faint, try increasing the LCD contrast to a higher number. If that doesn't work, replace the batteries.
W
William MendezAug 26, 2025
How to fix no reception of WWVB time signal on La Crosse Technology WS-9075U?
- S
  Stephen CaldwellAug 26, 2025
  If you're not getting a WWVB time signal on your La Crosse Technology Weather Station, try waiting overnight for the signal to come through. Also, ensure the weather station is at least 6 feet away from electrical devices like TVs or computers. You can also try removing the batteries for five minutes, then reinserting them and leaving the unit alone overnight without pressing any buttons.
I
Ian DeanAug 31, 2025
Why don't the temperatures match on my La Crosse Technology Weather Station?
- J
  Jason SandovalSep 1, 2025
  Each temperature sensor is manufactured to be accurate to within 2 degrees plus or minus under normal conditions, so two sensors could differ by as much as 4 degrees. The indoor temperature sensor is less responsive to ambient air currents because of the shielding effect of the display's case, which can also act as a heat sink. The remote temperature/humidity sensor requires a different calibration curve than the indoor range, and error is usually greater at the extreme ends of a range.