Citizen Eco-Drive Women's Analog Watch Pink Dial Stainless Steel Bracelet 32mm FE1241-71Z
The Citizen FE1241-71Z is an elegant women's Eco-Drive watch featuring a delicate pink dial and a polished stainless steel case and bracelet. Its compact 29.4mm round case creates a refined profile, while the spherical mineral glass provides clear dial visibility and protection. Powered by Eco-Drive light-powered technology, the watch offers approximately 8 months of power reserve for convenient everyday timekeeping.
Designed for practical daily wear, the watch features a discreet date display, clear numerical indicators, a fold-over clasp with push button, and 3 Bar water resistance. The coordinated stainless steel case and bracelet create a clean, versatile appearance suitable for both everyday outfits and more polished occasions.
Key Features
- Eco-Drive Technology – Uses light to power the watch and provides approximately 8 months of power reserve.
- Pink Dial – Features a soft pink dial that adds a delicate and refined appearance.
- Stainless Steel Case – The polished stainless steel case provides a durable and coordinated finish.
- 29.4mm Case Size – The compact round case offers a refined profile designed for comfortable wrist wear.
- Stainless Steel Bracelet – The matching stainless steel bracelet complements the case for a seamless overall design.
- Spherical Mineral Glass – Protects the dial while providing clear visibility of the display.
- Analog Display – Provides a traditional time display with clear numerical indicators.
- Date Display – Includes a discreet date function for added everyday practicality.
- Fold-Over Clasp – Secures the bracelet with a fold-over clasp and push-button mechanism.
- 3 Bar Water Resistance – Provides protection against everyday splashes and light water exposure within its rated resistance.
- Casual Design – Combines a soft pink dial with polished stainless steel styling for versatile everyday use.
- Light-Powered Movement – Eco-Drive technology reduces the need for regular power maintenance by using available light as its energy source.
