Kensington K0101 Automatic Watch Instructions
- June 1, 2024
- Kensington
Table of Contents
Kensington K0101 Automatic Watch
Product Usage Instructions
How to Wind and Set the Time
The crown on the Kensington Automatic watch has two positions:
- Position 1: Winding When the crown is pushed in, rotate it clockwise to wind and activate the automatic watch movement. Wind the watch 10-15 times upon receipt and wear it, ensuring the watch stays in motion.
- Position 2: Time setting Adjust the time by pulling the crown out to the second position. Rotate the crown to set the correct time.
Important Notes
To ensure optimal timekeeping and prevent damage:
- Wind the watch 10-15 times upon receipt and wear it.
- If the watch is left idle for a day, wind it again.
- Avoid overwinding – do not wind the crown more than 15 turns.
- Continuous operation of the watch is recommended for best results.
Please Note: Overwinding may cause damage to the mechanism, leading to potential malfunction of the power reserve.
FAQ
Q: How often should I wind my Kensington Automatic watch?
A: Wind the watch 10-15 times upon receipt and wear it. If left idle for a day, wind it again to ensure optimal timekeeping.
Q: What should I do if I accidentally overwind the crown?
A: Overwinding may cause damage. Avoid winding the crown more than 15 turns to prevent potential malfunction of the power reserve.
SPECIFICATIONS
- WATER PROTECTION: 5 ATM / 50 METER
- GLASS: SAPPHIRE COATED
MOVEMENT
- CLOCKWORK: AUTOMATIC
SIZE
- CASE WIDTH: 43 MM
- STRAP WIDTH: 22 MM
HOW TO
- THE CROWN HAS TWO POSITIONS THAT IT CAN BE PUSHED INTO
- POSITION WIND When the crown is pushed in, rotate it clockwise to wind and activate the automatic watch movement.
- POSITION: TIME SETTING
IMPORTANT
- To ensure optimal timekeeping, wind the watch 10 15 times upon receipt and wear it, keeping the watch in motion.
- If the watch is left idle for a day, it should be wound again.
- Continuous operation of the watch is preferred for the best results.
PLEASE DON’T WIND THE CROWN MORE THAN 15 TURNS
Overwinding may cause damage to the mechanism, potentially leading to a malfunction of the power reserve.