Kincaid Radio Controlled Clock Instruction Manual //free\\
Release the button once the correct time is reached. The clock will revert to quartz accuracy and continue searching for radio signals periodically to auto-correct later. www.american-time.com Troubleshooting & Forced Reception Forced Signal Search: To manually trigger a search, press and hold the
If the clock finds the signal immediately, the hands will spin to the correct local time, or the digital display will snap to the exact current time.
: Enables or disables automatic adjustments for Daylight Saving Time. Keep this set to "ON" unless you live in an area that does not observe DST (e.g., Arizona or Hawaii). 3. How to Set the Clock Manually kincaid radio controlled clock instruction manual
Move the clock to a different wall, preferably away from metal structures.
If your clock is exactly one, two, or three hours off, the atomic signal is working perfectly, but your Time Zone setting is incorrect. Follow the instructions in Section 2 to adjust your zone. Release the button once the correct time is reached
Wait 24 hours. If it still reads 4:18 AM while the sun is high, perform a Remove batteries. Press and hold SET for 10 seconds (draining residual charge). Reinsert batteries. Begin again.
To keep your Kincaid clock running accurately for years: : Enables or disables automatic adjustments for Daylight
. The hands will begin to move forward.
A: It receives a long-wave radio signal (60kHz) from the NIST atomic clock in Fort Collins, CO. This signal contains a time code that the clock decodes.
Upon insertion, the hands may spin rapidly or move in 2-second jumps. This is normal; the clock is resetting its internal mechanism.
You have chosen a timepiece that combines classic analog or digital design with cutting-edge atomic timekeeping technology. Unlike standard quartz clocks, your Kincaid clock automatically synchronizes with the National Institute of Standards and Technology (NIST) radio signal (WWVB) in Fort Collins, Colorado. This ensures your clock is accurate to within one second across millions of years.