Eveready Battery Co Inc EVEA23BPZ2 A23 12V Alkaline Battery 2-pack

Product Description

The EVEREADY BATTERY CO INC EVEA23BPZ2 is a 12-volt A23 alkaline miniature battery sold in a pack of 2. This compact cell delivers high-rate pulses required by low-current electronic devices such as keyless entry fobs, garage door openers, and remote controls. Mercury-free construction meets current environmental standards for battery disposal. The cell features a metal jack and flat contact design common to the A23 form factor, ensuring a reliable connection in devices engineered for this cell size. Electricians, HVAC technicians, and security installers regularly stock A23 cells as part of standard service kits for remote-operated equipment.

The EVEA23BPZ2 is suited for residential and light commercial applications where compact 12-volt power is required. Typical use cases include keyless entry systems on residential doors and gates, garage door opener remotes, and other handheld electronic transmitters that rely on short high-rate pulse draws. The two-cell pack format reduces per-unit cost on service calls requiring a fresh battery swap. This SKU is sold as a single pack containing 2 batteries.

Key Features

• 12-volt A23 alkaline cell optimized for high-rate pulse discharge
• Mercury-free construction for compliant disposal
• Metal jack and flat contact design for secure device fit
• Pack of 2 cells per unit of measure
• Replaces 1181A, A23BP, DL21, DL23, MN-21B, MN21, and V23GA batteries

Compatibility

The EVEA23BPZ2 serves as a direct replacement for batteries designated 1181A, A23BP, DL21, DL23, MN-21B, MN21, and V23GA. Suitable for any device that accepts the A23 cell size at 12 volts, including keyless entry systems and garage door opener remotes.

Installation Notes

Battery replacement in keyless entry fobs and garage door remotes requires no specialized tools. Observe polarity markings inside the battery compartment before seating the cell. Dispose of spent alkaline cells in accordance with local regulations. Do not mix old and new batteries or cells of different chemistries in multi-cell devices.