PULSAR IPS 14 Lithium-Ion Battery 12800 mAh Black

The PULSAR IPS 14 Lithium-Ion Battery 12800 mAh Black provides a high-capacity portable power source for a variety of devices. With 12800 mAh capacity and Li‑Ion chemistry, this compact black battery is intended for reliable, long-lasting power delivery in mobile applications where extended runtime is required. Its modest weight and standard form factor make it easy to carry and integrate into compatible portable equipment.

Advantages

The lithium-ion design of the PULSAR IPS 14 offers a favorable energy-to-weight ratio and stable discharge characteristics across typical operating ranges. The 12800 mAh capacity supports extended use between charges, while the black finish provides a neutral appearance suitable for both consumer and professional environments. The battery’s relatively low weight improves portability without sacrificing stored energy.

Suitable for

• Portable electronic devices that accept external Li‑Ion battery packs
• Field equipment and mobile accessories requiring extended run time
• Replacement or spare power source for compatible PULSAR devices
• Situations where a compact, high-capacity battery is needed

Key specifications

• Battery technology: Lithium‑Ion (Li‑Ion)
• Capacity: 12800 mAh
• Weight: 0.24 kg
• Colour: Black

How to use

Install the PULSAR IPS 14 according to the device manufacturer’s instructions for compatible battery modules or holders. Ensure proper polarity and secure mechanical fit before powering the equipment. Charge the battery using a charger designed for Li‑Ion cells and follow the charger manufacturer’s guidelines. Observe standard safety precautions: avoid exposure to high temperatures, do not short-circuit terminals, and do not attempt to disassemble the battery pack.

Recommendations

For best performance and longevity, store the battery at moderate temperature and partial state of charge if not used for extended periods. Use chargers and devices that match Li‑Ion charging profiles and avoid deep discharge where possible to help maintain capacity over time.