Lab Tested Batteries N Accessories Bna-wb-h17292 2-way Radio Battery - Ni-mh, 7.2v, 2000mah, Ultra High Capacity - Replacement For Tait Bz1032 Battery Massive 35% Savings [FLqoWad9]

High-Capacity Replacement Battery for Tait Radios

Introducing our premium BNA-WB-H17292 2-Way Radio Battery, designed specifically for Tait radios. This Ni-MH battery is a perfect replacement for the Tait BZ1032, HC-349M-1032M, and TT31C1-A models, offering exceptional performance and reliability. With its ultra-high capacity of 2000mAh and 7.2V voltage, this battery ensures prolonged usage and extended talk time, making it an ideal choice for professionals and enthusiasts alike.

• High Capacity: 2000mAh for extended talk time and long-lasting performance.
• Compatibility: Specifically designed for Tait BZ1032, HC-349M-1032M, and TT31C1-A radios.

Technical Specifications

Our BNA-WB-H17292 battery is built with top-notch technology and specifications. The Ni-MH chemistry ensures a stable power output, while the 7.2V voltage guarantees compatibility with your Tait radio. With its superior capacity, this battery outperforms standard batteries, providing a seamless and uninterrupted communication experience.

• Chemistry: Ni-MH for stable and reliable power delivery.
• Voltage: 7.2V for full compatibility with Tait radios.

Practical Uses and Benefits

This high-capacity battery is perfect for a variety of applications, including public safety, emergency services, and industrial communication. Its long-lasting performance ensures that you stay connected even in critical situations. Whether you're on the field, in the office, or on the move, our battery provides the power and reliability you need to stay connected at all times.

• Public Safety: Essential for emergency services and law enforcement personnel.
• Industrial Communication: Ideal for factory floor operations and field service teams.

Experience the difference with our BNA-WB-H17292 2-Way Radio Battery – the ultimate choice for professionals who demand excellence in communication.