The TruGlo AG4 Battery 12-Pack ensures reliable power for TruGlo Micro Tac handgun laser sights. These silver alkaline batteries deliver consistent voltage output to maintain laser brightness and accuracy during critical moments.
What Makes This Different
These AG4 alkaline batteries provide stable 1.5V output specifically calibrated for laser sight applications. Unlike generic button cells, these batteries maintain consistent power delivery throughout their discharge cycle, preventing laser dimming or flickering. The 12-pack quantity ensures shooters have adequate backup power for extended training sessions or duty use.
Key Features
- 12-pack quantity provides long-term power supply for laser sights
- AG4 size (LR626/377A equivalent) fits TruGlo Micro Tac laser models
- 1.5V alkaline chemistry delivers reliable voltage output
- Silver oxide construction resists corrosion and leakage
- Extended shelf life maintains power when stored properly
- Compact button cell design fits micro laser housings
- Factory-sealed packaging preserves battery freshness
These batteries perform consistently across temperature ranges encountered in typical shooting environments. The alkaline chemistry provides steady power output during rapid-fire sequences and maintains laser visibility in various lighting conditions. Professional instructors and competitive shooters rely on fresh batteries to ensure their laser sights function reliably during training and matches.
Technical Specs
- Battery Type: AG4 alkaline button cell
- Voltage: 1.5V nominal output
- Chemistry: Silver oxide alkaline construction
- Equivalent Designations: LR626, 377A, SR626SW
- Quantity: 12 batteries per package
- Compatibility: TruGlo Micro Tac handgun laser sights
- Shelf Life: 3+ years when stored at room temperature
- Operating Temperature: -10°F to 140°F range
Maintaining fresh batteries in laser sights ensures optimal performance when accuracy matters most. This 12-pack provides sufficient backup power for regular training schedules and extended shooting sessions.