NORSK INC B14020C 14.8V 20.8Ah NMC Battery with Charger

Portable Sonar; 14 Volt; Spade Top Terminal; Lithium-Ion (NMC); 5.94 Inch Length; 3.86 Inch Width; 3.7 Inch Height; 25 Pulse Discharge Ampere For 3 Second; 20 Ampere Hour Capacity; 2000 Cycle Life; 0 To 45 Degree Celsius Charge Temperature; -20 To 60 Degree Celsius Discharge Temperature; 0 To 45 Degree Celsius Storage Temperature; 3.85 Pound Weight; With Charger

The NORSK INC B14020C is a high-capacity lithium-ion battery designed for reliable power delivery in demanding applications. With a voltage of 14.8V and a capacity of 20.8Ah, this NMC (Nickel Manganese Cobalt) battery provides long-lasting performance and efficient energy storage. It is suitable for various professional and industrial equipment requiring stable and consistent power. The package includes a compatible charger for convenient and safe recharging, ensuring minimal downtime and maximum uptime for your operations. Manufactured with quality materials and advanced technology, the B14020C battery offers durability and safety for extended use. Its compact size and lightweight design make it versatile for integration into different systems, while the included charger simplifies maintenance and ensures optimal battery health. This product is ideal for users seeking a dependable power source with easy recharging capabilities, whether for portable tools, medical devices, or other high-demand equipment. Please note that this item requires LTL freight shipping due to its size and weight, ensuring safe transportation to your location. Trust the NORSK INC B14020C for consistent performance and reliable power management in your professional applications.

Features:

• Voltage: 14.8V for reliable power supply

• Capacity: 20.8Ah for extended runtime

• Battery Type: NMC (Nickel Manganese Cobalt) for safety and efficiency

• Includes charger for convenient recharging

• Compact and lightweight design for versatile use

• Durable construction for long-lasting performance

• Requires LTL freight shipping due to size and weight