The Rolex 3132 movement represents a significant step forward in the horological achievements of the renowned Swiss watchmaker. This self-winding mechanical caliber, a testament to Rolex's commitment to innovation and precision, powers several prestigious models, most notably within the Rolex Submariner line. Its introduction marked a shift in Rolex's approach to movement design, incorporating cutting-edge technology while maintaining the brand's unwavering dedication to reliability and performance. This article will delve deep into the intricacies of the 3132, exploring its features, comparing it to other Rolex calibers, and analyzing its performance characteristics.
Rolex 3132 Movement Chart:
While a comprehensive visual chart detailing every component of the 3132 is not publicly available (due to proprietary reasons), we can outline its key features in a tabular format:
| Feature | Specification |
|--------------------|-----------------------------------------------|
| Caliber | 3132 |
| Type | Self-winding mechanical |
| Jewels | 31 |
| Power Reserve | Approximately 48 hours |
| Frequency | 28,800 vibrations per hour (4 Hz) |
| Shock Protection| Rolex Paraflex shock absorber system |
| Escapement | Chronergy escapement (nickel-phosphorus) |
| Hairspring | Parachrom hairspring (blue, paramagnetic) |
| Balance Wheel | Variable inertia |
| Rotor | Perpetual rotor (bidirectional winding) |
| Finish | Elaborately finished with Côtes de Genève, perlage, etc.|
| Functions | Hours, minutes, seconds, date |
Rolex 3132 Movement Review:
The Rolex 3132 movement is not just a simple upgrade; it represents a culmination of Rolex's decades of experience in watchmaking. Its performance is exceptional, characterized by remarkable accuracy and robust reliability. The heart of this achievement lies in several key technological advancements:
* Paraflex Shock Protection: The 3132 utilizes Rolex's patented Paraflex shock absorption system. This system significantly improves the movement's resistance to shocks and impacts, protecting the delicate components from damage. Unlike traditional shock absorbers, Paraflex offers a more flexible and effective way to mitigate the effects of sudden jolts, enhancing the longevity and reliability of the watch.
* Chronergy Escapement: The Chronergy escapement, made of nickel-phosphorus, is another crucial element contributing to the 3132's superior performance. This material is significantly more resistant to wear and tear than traditional escapement materials, leading to improved accuracy and reduced maintenance requirements. The unique design of the Chronergy escapement also enhances its efficiency, contributing to the movement's impressive power reserve.
* Parachrom Hairspring: The blue Parachrom hairspring, made from a paramagnetic alloy, is another innovation that enhances the 3132's precision and stability. Unlike traditional hairsprings, the Parachrom hairspring is virtually unaffected by magnetic fields, ensuring consistent timekeeping even in environments with strong magnetic interference. Its unique geometry also increases its resistance to shocks and temperature variations.
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