How do you set a La Crosse Technology Projection clock?
- Press the MODE button if you are not in Time mode. Hold the SET button to enter Time Set. UP or DOWN buttons to select 24 hr time.
- Setting alarm time and arming the alarm are separate steps. Press the MODE button to view Alarm mode. 2. “
- Press and release the MODE button to view Calendar mode. The Year will show.
How do I set my lacrosse atomic alarm clock?
Set Time Alarm 1. Hold the ALARM button for 5 seconds to enter alarm time set mode. 2. The letters “AL” will replace the seconds and the alarm hour will flash.
How do you reset a lacrosse atomic wall clock?
Hold the WAVE button down for 3+ seconds. The hands will automatically reset to the 12:00 position, and the clock will search for the WWVB time signal. If the clock receives the signal, the clock will set automatically to the correct time.
How do I set the time zone on my La Crosse Atomic clock?
Insert 2 new AA, Alkaline batteries into the clock. Observe the correct polarity. 2. Wait for the clock to set itself to Pacific time zone (default) then press the ZONE button to select your time zone.
How do you turn off the alarm on a LaCrosse projection clock?
1. Press and release the ALARM button once to show Alarm Time. 2. Press and release the ALARM button to deactivate the Alarm.
What is the best atomic alarm clock?
WorldTravelGuide named the Global Atomic Travel Alarm Clock as the best atomic travel clock – with the warning that you’ll never be able to blame your clock for waking up late again. Perhaps it’s best to keep knowledge of your atomic travel clock to yourself so your boss doesn’t find out.
What is a projection alarm clock?
A projection alarm clock is a type of clock that typically includes both a display on the face of the clock as well as a light that can project the time and other information onto a wall or ceiling. This sort of clock is usually designed much like any other type of alarm clock, with a front face…
What is a nuclear clock?
Nuclear clock. Nuclear clock, frequency standard (not useful for ordinary timekeeping) based on the extremely sharp frequency of the gamma emission (electromagnetic radiation arising from radioactive decay) and absorption in certain atomic nuclei, such as iron-57, that exhibit the Mössbauer effect.