The Rolex 3132 movement represents a significant step forward in the horological evolution of the prestigious Swiss watchmaker. This self-winding mechanical movement, a testament to Rolex's commitment to precision and innovation, boasts several key features that set it apart from its predecessors and solidify its position as a high-performance caliber. This article will explore the 3132 in detail, delving into its technical specifications, comparing it to other Rolex movements, and examining its performance characteristics, all while addressing the reader's interest in aspects like the Rolex Submariner's inner workings and overall movement accuracy.
Rolex 3132 Movement Chart:
While a comprehensive chart detailing every minute specification isn't publicly available from Rolex, we can summarise the key characteristics based on available information and expert analysis:
| Feature | Specification |
|-----------------|-------------------------------------------|
| Caliber | 3132 |
| Type | Self-winding mechanical |
| Power Reserve | Approximately 48 hours |
| Jewels | 31 |
| Frequency | 28,800 bph (4 Hz) |
| Escapement | Chronergy escapement (Rolex patented) |
| Shock Protection | Paraflex shock absorbers (Rolex patented) |
| Balance Wheel | Paramagnetic blue Parachrom hairspring |
| Other Features| High-performance, precision-engineered components, optimized for reliability and longevity. |
Rolex 3132 Movement Review:
The 3132 movement is lauded for its exceptional reliability and accuracy. Its design incorporates several cutting-edge technologies developed and patented by Rolex, contributing to its superior performance. The most notable of these are:
* Paraflex Shock Protection: This patented system significantly enhances the movement's resistance to shocks and impacts, a crucial feature for everyday wear and especially valuable in professional use cases. The Paraflex system is more effective than traditional shock protection systems, offering greater protection to the delicate balance staff.
* Chronergy Escapement: This innovative escapement, also developed and patented by Rolex, is made from nickel-phosphorus. This material offers increased efficiency and resistance to wear, contributing to the movement's longevity and consistent timekeeping. The Chronergy escapement is designed for greater energy efficiency, contributing to the 48-hour power reserve.
* Parachrom Hairspring: The hairspring, a crucial component in regulating the movement's timekeeping, is made from a paramagnetic alloy. This ensures resistance to magnetic fields, another important feature for a modern watch movement. The Parachrom hairspring also offers greater resistance to shocks and temperature variations, contributing to superior accuracy.
* Precision Manufacturing: The plates and bridges of the 3132 are meticulously machined to exacting tolerances. This precision engineering ensures that all components interact seamlessly, contributing to the movement's overall reliability and performance. The slightly different machining, as mentioned in the prompt, likely refers to the adaptation required to accommodate the advanced shock protection and escapement systems.
The combination of these elements results in a movement that is not only accurate but also exceptionally robust and resistant to the wear and tear of daily use. Owners consistently report exceptional accuracy and longevity, making the 3132 a highly sought-after movement among watch enthusiasts.
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