The Pulsar PL79188 APS 5T Battery Pack delivers extended runtime for Talion thermal imaging devices with its high-capacity 4,900 mAh lithium-ion cell. This rechargeable power solution eliminates the need for frequent battery changes during extended observation sessions. Professional users rely on this battery pack for consistent power delivery in critical applications.
What Makes This Different
The APS 5T battery pack provides nearly double the capacity of standard thermal device batteries, extending operational time significantly. While typical thermal imaging batteries offer 2-3 hours of continuous use, this 4,900 mAh cell delivers up to 8 hours of runtime depending on device settings and ambient temperature. The lithium-ion chemistry maintains stable voltage output throughout the discharge cycle, ensuring consistent thermal imaging performance.
Key Features
- High-capacity 4,900 mAh lithium-ion cell for extended runtime
- 3.7-volt output optimized for Pulsar Talion thermal devices
- Rechargeable design reduces long-term operating costs
- Integrated protection circuitry prevents overcharge and deep discharge
- Compact form factor maintains device balance and handling
- Temperature-resistant construction for field reliability
- LED charge indicator shows battery status at a glance
Field professionals appreciate the consistent power delivery this battery provides during extended surveillance operations. The high-capacity cell maintains thermal imaging clarity throughout long observation periods, while the stable voltage output ensures accurate temperature readings. Law enforcement, security personnel, and wildlife researchers benefit from the extended operational time this battery pack enables.
Technical Specs
- Capacity: 4,900 mAh
- Voltage: 3.7 volts DC
- Chemistry: Lithium-ion rechargeable
- Compatibility: Pulsar Talion thermal imaging devices
- Color: Black
- Model Number: PL79188
- UPC: 810119012517
- Charging: USB-C input (cable included)
This battery pack represents a practical upgrade for Talion users who require extended operational capability. The high-capacity design reduces downtime while the rechargeable format provides long-term value compared to disposable alternatives.