ED622 CASIO | Edifice EFV-540DC-1CVUDF Stainless Steel Watch (Men)

The EFV-540DC-1CVUDF is a versatile timepiece that combines bold design with practical features. Its black ion-plated finish, chronograph functionality, and modern aesthetic make it an excellent choice for men who want a watch that can transition seamlessly from casual to formal settings. This watch is perfect for individuals who appreciate a strong and stylish timepiece that doesn't compromise on functionality, making it a great addition to any watch collection.

Design & Build

• Case/Bezel Material: Stainless steel 
• Band Material: Stainless steel 
• Dial: Black 
• Glass: Mineral glass 

Dimensions & Weight

• Case Size: 48.5X43.8X11.6mm
• Weight: 145g.

Water Resistance

• Water Resistance: 100 meters (10 bar), 

Movement & Accuracy

• Movement: Quartz movement 
• Accuracy: ±20 seconds per month

Chronograph Features

• Stopwatch Function:
  • 1-second stopwatch
  • Measuring capacity: 59'59"
  • Measuring mode: Elapsed time
• Sub-dials:
  • 60-minute chronograph counter at the 9 o'clock position
  • Small seconds sub-dial at the 6 o'clock position
  • 24-hour time format sub-dial at the 3 o'clock position

Additional Features

• Date Display: Positioned at the 4 o'clock position, the date window provides practical functionality while keeping the dial uncluttered.
• Crown: The watch features a standard crown for easy adjustment of time and date.

Comfort & Fit

• Band Adjustment: The stainless steel bracelet can be adjusted to fit various wrist sizes, ensuring a comfortable and secure fit.
• Clasp Type: Deployment clasp with push-button release, offering convenience and security, ensuring the watch stays in place on your wrist.

Aesthetic Appeal

• Dial Color: The black dial, paired with red accents and a black ion-plated case, gives the watch a bold and modern look. The use of contrasting colors enhances the readability and visual appeal.
• Luminescence: The hour markers and hands are coated with luminescent material, allowing for easy reading in low-light conditions.