The frustration of owning a prestigious Rolex, only to find it stubbornly refusing to tick, is a common experience that transcends price point. The statement "Rolex automatik bleibt stehen" (my Rolex automatic stops) speaks to a significant problem that requires careful investigation. While a perfectly functioning Rolex should operate reliably for years, several factors can cause an automatic watch to stop, especially when worn. This article will delve into the potential causes of this issue, focusing on the specific scenario where the watch runs flawlessly in a watch winder but stops immediately upon being worn. We will explore the reasons behind this behavior, troubleshooting steps, and ultimately, the necessary actions to get your Rolex ticking again.
The Puzzling Paradox: Working in the Winder, Stopping on the Wrist
The fact that your Rolex operates perfectly in a watch winder but stops the moment it's on your wrist points towards a problem related to the watch's interaction with your body and its movement. It eliminates many potential causes, such as a depleted power reserve or a serious internal mechanical failure. While a depleted power reserve is a possibility, it's less likely given the consistent performance in the winder. The winder provides constant, consistent motion, ensuring the mainspring is fully wound. The fact that it stops when worn suggests a problem with the mechanism's response to the less consistent and varied movements of the human wrist.
Automatikuhr Stehen Geblieben Ursachen und… Exploring the Root Causes
Several factors could be contributing to your Rolex stopping when worn, even after functioning perfectly in the winder:
* Insufficient Movement: While automatic watches are designed to wind themselves through the natural motion of the wearer's wrist, the type and intensity of movement are crucial. Sedentary lifestyles or repetitive, small movements might not generate enough energy to keep the mainspring wound. The watch winder provides a consistent, optimal level of winding, while the human wrist may not. This is a common cause for automatic watches to stop, especially those with higher power reserves. A less active lifestyle might not generate enough power to keep the watch running.
* Magnetic Interference: Exposure to strong magnetic fields can disrupt the delicate magnetic components within the watch, causing it to malfunction or stop entirely. This is a less common cause but should not be disregarded, particularly if you work near high-powered magnets or electronic equipment. A magnetic field can affect the balance wheel's oscillations, leading to inaccurate timekeeping or complete stoppage.
* Shock Absorption and Impact: Even seemingly minor impacts can affect the intricate mechanism of a mechanical watch. A bump or knock, even if seemingly insignificant, could have dislodged a small component or damaged a delicate part. While a tap on the crystal might temporarily restart the watch, it's a sign of a deeper problem that requires professional attention.
* Low-Amplitude Oscillations: The balance wheel's oscillation amplitude is critical for the watch's function. If the amplitude is too low, the watch might not have enough energy to keep running. This could be due to insufficient winding, friction in the movement, or a worn-out component. The consistent motion of the winder ensures sufficient amplitude, while the varied motion of the wrist may not.
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