Drypower 12LFP45

Drypower 12LFP45

High power 12.8V 45.6Ah lithium iron phosphate (LiFePO4) rechargeable battery

12V Lithium Iron Phosphate battery. Ideal for sealed lead battery replacement

4S12P-Cylindrical Construction

Specifications:

  • Cycle life: >2000 cycles (100% DoD to 80% of original capacity) @ 25°C
  • Max. continuous discharge current: 40A
  • Charge voltage: 14.2V - 14.6V (14.2V recommended)
  • Standard charge current: 9.1A
  • Max. cont. charge current: 40A
  • Operating Discharge temperature: -20°C to +60ºC
  • Operating Charge temperature: +0°C to +45ºC
  • Storage temperature: -20°C to +45ºC
  • Operating Humidity (non-condensing): 5%-85%
  • Series Connection: Up to 4S
  • Parallel Connection: Nil

Important Information - SERIES CONNECTION CAPABLE

This Drypower Lithium Iron Phophate battery can be connected in series up to 4S.
No parallel connection allowed.

*See Product Manual or Datasheet for more information

Recommended Chargers:

Fuyuang FY1509900 9.9A charger. You will also require a CC44-250 adaptor cable to connect to the battery.


SHARE:
Selling Unit EACH
Model No 12LFP45
Brand Drypower brand logo
Description High power 12.8V 45.6Ah lithium iron phosphate (LiFePO4) rechargeable battery
Application Caravan/RV/camping, mobility, marine, medical, solar, and more
Chemistry Lithium Iron Phosphate (LiFePO4)
Voltage 12.8V
Watt Hour 583.68Wh
Nominal Capacity 45.6Ah
Maximum Continuous Discharge Current 40A
Termination F8 (M6 Bolt)
Size 4S10P
Width 133mm
Height 170mm
Length / Breadth / Depth 195mm
Weight 5500g
Categories Lithium Ion Batteries
Lithium Iron Phosphate Battery Packs
12 Volt Series LiFePO4
Drypower
Drypower Lithium Iron Phosphate Battery Packs
Lithium Iron Phosphate Modules
Data Sheet Datasheet PDF Thumbnail icon

Login to MI Link for pricing
Login for Pricing
MI Link is a dealer-only portal. If you are not a current MI account holder register for an account

UN38.3 safety checked logo

This product is certified to UN38.3

This battery has been tested & complies with the UN Model Regulation, Manual of Test & Criteria, Part III, Subsection 38.3

Read the UN38.3 Information and FAQ's Document.

Features & Benefits

Long Service Life
>2000 cycles @100% DoD (25°C) to 80% of original capacity - longer service life than SLA to reduce maintenance costs.

High Energy Density - More Power p/kg
Higher total system capacity and superior utilisation (full 100% DoD) to reduce overall system size and footprint.

Robust Enclosure
Enclosed in IP5x (dust resistant) or IP6x (dust tight) case with closed loop terminals - suitable for harsh environments. 

Stable Chemistry & Built-in Circuit Protection
IEC & UN38.3 Safety Certified at cell level and integrated BMS protection to ensure safety and prevent damage.

Lightweight
Approx. 1/2 the weight (or less) of equivalent in SLA means lower logistics costs and minimal OH&S concerns. 

Superior Charge & Discharge Efficiency
Faster charge/discharge rates (C/2 LiFePO4 vs C/20 SLA) for higher power usage and less downtime when charging. 

Wide Operating Temperature Tolerance
Suitable for use in a wider range of applications where ambient temperature is atypical: from -20°C up to +60°C. 

Fully Recyclable Battery
An environmentally friendly battery option, with no lead or calcium that can leak into the enviroment. 

View the Drypower Resources Page featuring VRLA/GEL Battery Cross Reference, Drypower Lithium Specification chart, Termination Guides, Terminal Protectors & Connectors (Busbar) guide, and more.

View the Drypower Catalogues Page featuring the Drypower Range Catalogues & Product Brochures

Shipping restrictions Class 9 Dangerous Goods icon

SHIPPING RESTRICTIONS APPLY

Due to IATA and individual airline regulations, this item may only be shipped by surface (road/sea) freight.

UN3480 FULLY DECLARED CLASS 9 DANGEROUS GOODS LITHIUM ION BATTERIES - Contains cells/batteries packed in accordance with Packing Instruction P903 from ADG 7.7 & IMDG Code 2020. Surcharges will apply.

Further information on freight & postal regulations for lithium / lithium-based and other battery chemistries can be found on our battery transportation page.

Back to the top of page MI Link Contact Us