The Rolex Submariner, a legendary dive watch celebrated for its robustness and precision, is not immune to occasional malfunctions. While renowned for its accuracy, instances of timing irregularities, such as the issue described – a Submariner losing or gaining a significant number of seconds – can be disheartening for owners. This article delves into the potential causes behind a Rolex Submariner losing or gaining two seconds, specifically addressing the scenario where the watch appears to have stopped altogether, requiring a shake to restart the seconds hand. We'll explore the mechanics involved, potential solutions, and the importance of professional servicing.
The statement "Rolex Submariner geht 2 Sekunden" (Rolex Submariner is going 2 seconds) usually implies a consistent deviation of two seconds per unit of time (e.g., per hour, per day). However, the accompanying description of the watch stopping and requiring a shake to restart suggests a more serious issue than a simple, consistent rate deviation. This points toward a problem with the watch's power reserve, mainspring, or the escapement mechanism. Let's examine these potential culprits in detail.
Understanding the Rolex Submariner's Movement:
The Rolex Submariner, depending on the reference number, houses a highly sophisticated self-winding mechanical movement. These movements are intricate pieces of engineering, featuring hundreds of precisely crafted components working in harmony. Key components directly related to timekeeping accuracy include:
* Mainspring: This coiled spring stores the energy that powers the watch. A weakened or damaged mainspring can lead to insufficient power to drive the mechanism consistently, resulting in the watch stopping or exhibiting erratic behavior. A weak mainspring might allow the watch to run for a short period after shaking, only to stop again shortly after.
* Escapement: This is the heart of the timekeeping mechanism. It regulates the release of energy from the mainspring, ensuring a consistent flow of power to the gear train. Problems within the escapement, such as worn parts, lubrication issues, or a misaligned component, can cause the watch to stop, run erratically, or gain/lose significant time. The need to shake the watch to restart it strongly suggests an issue within the escapement; a jolt might temporarily realign a stuck component, allowing the watch to function briefly.
* Balance Wheel and Hairspring: The balance wheel oscillates at a precise frequency, regulated by the hairspring. Any damage or wear to these components can significantly affect the accuracy of the timekeeping. While less likely to cause a complete stop, damage here can contribute to a larger deviation than the reported two seconds.
* Jewels: The movement uses jewels (synthetic rubies or sapphires) at points of high friction to reduce wear and tear. Damage or debris on these jewels can impede smooth operation and lead to timing irregularities.
* Lubrication: A well-lubricated movement is crucial for smooth operation. Dried or insufficient lubrication can cause increased friction, leading to the watch stopping or running inconsistently.
Rolex Submariner 114060 Specifically:
The reference 114060 Submariner, known for its matte black ceramic bezel and caliber 3130 movement, shares the same fundamental mechanical components as other Submariners. Therefore, the issues mentioned above apply equally to this specific model. The caliber 3130 is a robust movement, but it is still susceptible to wear and tear over time, especially with lack of proper maintenance.
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