Amped Outdoors Lithium Battery 12v 20Ah

The Amped Outdoors Lithium Battery 12v 20Ah replaces the popular 18Ah Amped battery without increasing the dimensions. The Amp Outdoors Llifepo4 20Ah battery also is the perfect replacement outdoor lithium battery for the traditional 7-9Ah flasher/graph battery for ice fishing. These Amped Outdoors lithium batteries are 1 1/2 inches wider than 7-9Ah flasher/graph batteries and possess over twice the operating time and half the weight of 12Ah SLA batteries.

An Amped Lithium battery is LiFePO4 chemistry (Lithium Iron Phosphate), the safest, longest-lasting lithium battery with 2000+ charge cycles. Compare the cost per charge, and you may not find a better technology for your needs. Amped batteries include a built-in Battery Management System (BMS) with cell balancing for charging and discharging protection, a safety feature for you that also increases the battery's longevity. When it's time to replace your battery for fishing electronics or other SLA applications, LiFePO4 20Ah 12v Amped lithium batteries are your power source!

• Compatible with all Garmin Livescope and Panoptix Ice Kits, Clam Battery Tray, Portable Power Boxes, and Summit Fishing Shuttle
• Built-in BMS gives charging and discharging cut-off protection
• Specifications:
  • Nominal Voltage: 12 V
  • Nominal Capacity: 20 Ah
  • Discharge Cut-Off: 10 V
  • Charge Cut-Off: 14.65 V
  • Charge Current: 15 A
  • Cont. Discharge: 15 A
  • Charge Temperature: 32 - 113 deg. F
  • Discharge Temperature: -20 - 140 deg. F
  • Charge Method: CC/CV
  • Charge Cycles: 2000+
  • Terminal Type: Spade - F2 Connectors
  • Dimensions: 5 7/8 x 3 29/32 x 3 5/8 in.
  • Weight: 4 lbs. 10 oz.
• Manufacturer's two-year limited warranty

Charging: For best results, charge all LiFePO4 Amped Outdoors Batteries with an Amped Outdoors LiFePO4 charger. SLA and other lithium chargers may not fully charge a LiFePO4 battery with BMS or can give false charge indications.

Disclaimer: This battery is solely intended for 12-volt use only. It may be wired parallel to achieve a higher capacity but should not be run in series.