Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph 222.32.46.50 Reference 222. 32. 46. 50. 01. 001
Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph Stainless Steel / Black / Rubber / Olympic Timeless
Overview
The Omega Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph 222.32.46.50 has a 45.5 mm steel case with a black dial. The movement is the self-winding Omega calibre 3313, with a 52 hour power reserve. Water resistance is 600 metres. One reference is listed, 222.32.46.50.01.001.
- Case diameter
- 45.5 mm
- Movement
- Calibre 3313
- Water resistance
- 600 m
- Power reserve
- 52 h
Specifications
Specifications from Omega and WatchBase. Last checked . SourcesNot yet recorded: thickness, lug-to-lug, case back, shape, indexes, hands, functions, years.
Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph 222.32.46.50 questions
What size is the Omega Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph 222.32.46.50?
The Omega Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph 222.32.46.50 has a 45.5 mm case.
What movement does the Omega Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph 222.32.46.50 use?
It uses the Omega calibre 3313.
What is the Omega Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph 222.32.46.50 case made of?
The case is steel.
Is the Omega Seamaster Planet Ocean 600M Co-Axial 45.5 Chronograph 222.32.46.50 water resistant?
It is rated to 600 m.
About the Omega Seamaster Planet Ocean
Omega launched the Seamaster Planet Ocean in 2005. The brand describes it as a dive watch that borrows style from its earlier models while using modern materials. Defining traits include 600 metres of water resistance, a helium escape valve, a unidirectional rotating diving bezel and the regular use of orange accents. Omega says its latest 42mm models mark a return to the original size, with a redesigned case and ceramic bezels. The current collection uses self-winding Co-Axial Master Chronometer movements, including calibre 8900, in 42mm, 43.5mm and 45.5mm cases, with GMT variants alongside the time-only models.



