Lithium Polymer Battery Akyga AKY0487 LP654290 Li-Po 3.7V/2600mAh PCM JST 2.54 2-Pin Connector 150mm

The Akyga® AKY0487 is a high-quality LP654290 lithium-polymer battery with a voltage of 3.7 V and a capacity of 2600 mAh. Designed for versatile applications, it is ideal for powering mobile devices, remote control systems and smart solutions. With its compact size and robust design, it provides a reliable source of power.

Advanced Lithium-Polymer Technology

The Akyga® AKY0487 battery uses modern lithium-polymer technology for high performance and durability. The 2600 mAh capacity supports long-lasting device operation, while the lack of memory effect allows full use of energy in each charging cycle. Its slim design, with a thickness of 6.5 mm, allows installation in devices with limited space.

PCM Protection for Enhanced Safety

The lithium-polymer battery is equipped with a PCM (Protection Circuit Module) that protects against overcharging, over-discharge and short circuits. This advanced protection guarantees reliable operation and increases the safety of both the cell and the devices in which it is used.

Easy Integration and Practical Mounting Solutions

The Akyga® AKY0487 has 150 mm long cables terminated with a JST 2-pin connector. This makes battery installation quick and intuitive, without the need for soldering. The universal connector allows use with a wide range of devices, making it an extremely versatile solution.

Versatile Applications

The LP654290 battery is ideal for multimedia equipment, portable devices, remote control models, as well as smart systems and medical equipment. Its optimum dimensions (42 mm x 90 mm) combined with its high capacity guarantee stable operation even under demanding conditions.

Eco-Friendly and Durable Choice

Akyga® AKY0487 is a rechargeable battery that meets the highest environmental standards. The absence of electrolytes and carbonaceous materials in its design makes it environmentally friendly. The low self-discharge rate allows for long-term storage without losing its properties, making it a cost-effective and convenient energy solution.

]]>