Green Cell Battery PRO PA5212U-1BRS for Toshiba Satellite Pro A30-C/A40-C

Introducing the Green Cell TS47PRO; a high-performance battery built for reliability and longevity. Designed with advanced Samsung cells; this Li-Ion battery boasts a capacity of 2600 mAh; offering impressive operational times ranging from 2 to 7 hours. With robust safety features like overdischarge and overcharge protection; you can trust that your devices are safeguarded during use. The Green Cell TS47PRO is an ideal choice for those seeking consistent performance and quality in their power solutions.

• Brand: Green Cell
• Cells Manufacturer: Samsung
• Voltage: 14.8V (14.4V)
• Number of Cells: 4
• Cell Technology: Li-Ion
• Capacity: 2600 mAh
• Product Series: PRO
• Replaces:
  PABAS283
  PA5212U-1BRS
• Compatible with:
  Toshiba Tecra Z50-C
  Toshiba Satellite Pro
  Toshiba Satellite Pro A30-C
  Toshiba Satellite Pro A40-C
  Toshiba Satellite Pro A50-C
  Toshiba Satellite Pro R40-C
  Toshiba Satellite Pro R50-B
  Toshiba Satellite Pro R50-C
  Toshiba Tecra A50
  Toshiba Tecra A50-C
  Toshiba Tecra Z50
  Toshiba Portege A30
  Toshiba Portege A30-C
  Toshiba Portege A30t
  Toshiba Portege A30t-C
  Toshiba Tecra C
  

Enhanced Longevity

With advanced Li-Ion technology and a robust capacity of 2600 mAh; this battery ensures prolonged operational time ranging from 2 to 7 hours. Users can rely on extended usage between charges; making it ideal for both personal and professional applications without frequent interruptions.

Reliable Safety Features

Equipped with both overdischarge and overcharge protection; the Green Cell battery prioritizes safety and longevity. These built-in safeguards effectively prevent potential damage to the cells; ensuring that you can use your devices with complete peace of mind.

Compatibility and High Performance

Designed with a voltage of 14.8V (14.4V) and four cells; this battery is optimized for consistent performance across compatible devices. Trust in a powerful and dependable energy source that meets high energy demands efficiently while retaining compatibility with various unit models.