The Rolex Explorer, a watch synonymous with exploration and rugged reliability, is expected to perform flawlessly. Yet, the experience of a user finding their Explorer, even the robust 124270, stopping while on a winder raises serious concerns. This article will delve into the potential causes behind a Rolex Explorer, or any automatic Rolex, exhibiting unexpected behavior, addressing issues like running too fast, running too slow, and the specific problem of halting completely while supposedly being wound. We will explore the nuances of mechanical watch movements, focusing on the factors that influence accuracy, and offer troubleshooting advice, drawing on examples from the iconic Explorer II Reference 1655 and other models.
The statement, "That seems highly unusual that it would stop running while it’s on a winder," accurately reflects the expectation of owners. A well-maintained automatic watch, particularly a Rolex, should not cease functioning while actively being wound. The winder is designed to mimic the movements of the wrist, maintaining the power reserve and keeping the watch running smoothly. The fact that a 124270, known for its reliability, stops on a winder points towards a specific mechanical issue requiring attention. The user's observation about their own 124270 running for "at least a couple of days" after removal from the wrist highlights the potential discrepancy and underscores the need for professional assessment.
Before we address the specific case of a halted Explorer on a winder, let's examine the broader context of Rolex accuracy and potential deviations. The question of whether a Rolex runs fast or slow is a common one, and the answer is multifaceted. While Rolex watches are renowned for their precision, several factors can influence their rate:
Rolex Running Too Fast/Rolex Watch Running Fast:
Several factors can contribute to a Rolex running fast:
* Power Reserve: A fully wound watch might run slightly faster initially, gradually settling to its normal rate as the power reserve depletes. This is a normal characteristic of mechanical movements. However, consistently fast running suggests a deeper problem.
* Temperature: Changes in temperature can affect the rate of a mechanical movement. Higher temperatures generally cause the watch to run faster, while lower temperatures can slow it down. This is due to the expansion and contraction of the metal components within the movement.
* Lubrication: Insufficient or improperly applied lubrication can cause friction, leading to a faster rate. Over time, the lubricant can degrade, necessitating a service.
* Shock: A significant shock to the watch, even a seemingly minor one, can misalign components or damage the balance spring, impacting accuracy.
* Hairspring Issues: The hairspring, a delicate component regulating the movement's oscillation, is susceptible to damage. A deformed or damaged hairspring is a common cause of rate issues.
* Balance Wheel Issues: The balance wheel, working in conjunction with the hairspring, regulates the timing of the movement. Any imperfection or damage can impact accuracy.
* Escapement Problems: The escapement mechanism, responsible for releasing energy from the mainspring in controlled bursts, is critical for precise timekeeping. Any malfunction can lead to significant rate deviations.
Rolex Running Too Fast While Sleeping: This seemingly unusual phenomenon often stems from the same factors listed above. While the watch is stationary while sleeping, the ambient temperature or even slight movements during sleep could still influence its rate. However, a significant increase in speed specifically while stationary warrants investigation.
Is Rolex Fast or Slow? Why is My Rolex So Slow?:
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