Do you have a question about the Stauer Titanium Atomic Watch and is the answer not in the manual?
Explains how hours and minutes are shown on the analog dial and digital screen.
Details how the date, seconds, and tower reception status appear on the digital display.
Guide for manual adjustment of watch hands if they do not set correctly to 12:00.
The Stauer Titanium Atomic Watch is an advanced timepiece designed for exceptional accuracy and ease of use. Its primary function is to display the time, date, and seconds with remarkable precision, leveraging transmissions from the F-1 U.S. Atomic Clock in Boulder, Colorado. This innovative approach ensures that the watch maintains accuracy within one second over a 20 million-year period, making it one of the most precise timekeeping devices available. The watch is constructed from super light titanium, a material chosen for its superior strength-to-weight ratio and corrosion resistance, making it approximately 45% lighter than steel.
The watch features both an analogue display for hours and minutes, and a digital display for the date and seconds. This dual display system provides comprehensive timekeeping information at a glance. The analogue hands move continuously to show the current hour and minute, while the digital window cycles through the date (month and day) and seconds.
A key function of this watch is its ability to synchronize with the atomic clock in Colorado. This synchronization occurs twice daily, ensuring that the internal timekeeping mechanisms are constantly updated and maintained for optimal accuracy. This automatic synchronization eliminates the need for frequent manual time adjustments, providing a truly set-and-forget experience for the user.
The watch also includes a reception control feature, indicated by a "tower" symbol in the digital display, which confirms successful reception of the atomic signal. This allows the user to verify that the watch is actively receiving and utilizing the atomic clock transmissions for its precision.
Operating the Stauer Titanium Atomic Watch involves a combination of push buttons for various settings and display modes. The watch is equipped with a right push button (A) and a left recessed button (B), each serving distinct functions.
This feature is designed to ensure that all internal time and date settings are accurate and have not been inadvertently altered. The left recessed button (B) is used to navigate through the settings menu, while the right push button (A) is used to advance the display value for each setting.
This function allows the user to initiate a manual search for the atomic signal, which can be useful if the automatic synchronization has not occurred or if the user wants to force a synchronization.
This feature is crucial if the analogue hands do not correctly align to 12:00 during the signal search.
The Stauer Titanium Atomic Watch is designed for durability and minimal maintenance, thanks to its robust construction and advanced technology. The use of titanium as the primary material contributes significantly to its longevity, offering excellent corrosion resistance and a high strength-to-weight ratio. This means the watch is less susceptible to damage from environmental factors and daily wear compared to watches made from other metals.
The atomic movement itself is a low-maintenance feature, as it automatically synchronizes with the atomic clock, eliminating the need for frequent manual time adjustments that can sometimes lead to wear on internal mechanisms in traditional watches. The twice-daily synchronization ensures continuous accuracy without user intervention.
While the manual does not detail specific user-performed maintenance tasks beyond setting the time and date, the design implies a focus on reliability. The water resistance feature, for example, protects the internal components from moisture, reducing the risk of water damage during everyday activities.
The battery, while not explicitly mentioned as user-replaceable in the provided text, is a standard component that would require replacement when its life cycle ends. The watch's overall design prioritizes long-term, accurate operation with minimal user intervention for timekeeping. The emphasis on "Super Light Titanium" and "Loses Only One Second Every 20 Million Years" highlights the product's engineering for enduring performance and accuracy, reducing the need for frequent servicing or adjustments.
| Material | Titanium |
|---|---|
| Case Material | Titanium |
| Band Material | Titanium |
| Display | Analog |
| Crystal | Mineral |
| Movement | Quartz |
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