The 376 Renata Watch Battery is a reliable power source for a variety of timepieces, ensuring your watch functions smoothly and accurately. This battery is part of our Watch Batteries collection and is also featured in our Classic Watch Bands collection, making it an essential accessory for maintaining the performance of your watch. Explore more in our Batteries and Classic categories.
- Pack Size: Available in 1 Pack (1 Watch Battery), 5 Pack (5 Watch Batteries), and 10 Pack (10 Watch Batteries)
- SnipColor: Silver
- Style: Silver
- Battery Type: 376 (SR626W)
- Battery Cell Composition: Silver Oxide
- Intercompatible with: 619, 280-72, GP76, SR626W, 43, M A, SR66, G4, S27
- SKU: bt.376
The 376 Renata Watch Battery is a Swiss-made power cell known for its longevity and reliability, making it a preferred choice for watch enthusiasts and professionals alike. Its silver oxide composition ensures a stable voltage output, which is crucial for the precise operation of your timepiece. This battery is compatible with a range of watch models and brands, thanks to its intercompatibility with several battery codes such as 619, 280-72, and SR626W, among others.
Available in various pack sizes, the 376 Renata Watch Battery offers flexibility depending on your needs. Whether you require a single battery or a bulk pack for multiple devices, you can find the right option in our Watch Straps & Bands category. The sleek silver style of this battery complements the aesthetics of classic and modern watches, ensuring that it integrates seamlessly into your device.
Renata is a well-respected name in the watch battery industry, known for producing high-quality, durable batteries that keep timepieces ticking with precision. The 376 model is particularly favored for its consistent performance and ease of use, making it a staple in watch maintenance and repair kits. By choosing the 376 Renata Watch Battery, you are investing in a product that combines Swiss craftsmanship with cutting-edge technology, ensuring your watch remains in optimal condition.