Citizen Eco-Drive Men's Analog Watch Black Dial Stainless Steel Bracelet 40mm BM6978-93E
The Citizen BM6978-93E is a modern men's Eco-Drive analog watch featuring a 40 mm stainless steel case, matching stainless steel bracelet and a distinctive black Galaxy Graphic dial. Its clean three-hand design is complemented by a practical date display, while the slim 8.2 mm case profile provides a streamlined appearance.
Powered by Citizen's Caliber E111 Eco-Drive movement, the watch is recharged by available light, eliminating the need for regular battery replacement. Sapphire crystal protects the dial, while 50-meter water resistance, an insufficient-charge warning and overcharge prevention add practical functionality for everyday wear.
Key Features
- Eco-Drive Movement – Powered by light and designed to recharge from available light sources without requiring regular battery replacement.
- Caliber E111 – Uses Citizen's E111 Eco-Drive movement for light-powered analog timekeeping.
- 40 mm Stainless Steel Case – Features a round 40 mm stainless steel case with an 8.2 mm thickness for a slim profile.
- Black Galaxy Graphic Dial – The black dial features Citizen's distinctive Galaxy Graphic design.
- Analog Three-Hand Display – Provides traditional hour, minute and second hand timekeeping.
- Sapphire Crystal – The dial is protected by sapphire glass for enhanced resistance to everyday scratches.
- Stainless Steel Bracelet – The matching stainless steel bracelet creates a coordinated and polished appearance.
- Push-Button Foldover Clasp – Provides a secure bracelet closure with a convenient push-button mechanism.
- Date Display – Provides a practical date indication for everyday use.
- 50-Meter Water Resistance – Rated to 5 bar for everyday water resistance.
- Insufficient Charge Warning – Alerts the wearer when the available power level is low.
- Overcharge Prevention – Helps protect the Eco-Drive charging system when sufficient power has been accumulated.
- Time Setting Warning – Includes a warning function associated with time setting.
