Product Details

Model No
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Categories Golf Buggy & Mobility Scooter Batteries
Lithium Ion Batteries
Lithium Iron Phosphate Battery Packs
12 Volt Series LiFePO4
Drypower Lithium Iron Phosphate Battery Packs
Drypower Lithium Golf Buggy Kits
Lithium Iron Phosphate Modules
Description High power 12.8V 18Ah lithium iron phosphate (LiFePO4) rechargeable battery & charger kit for use with golf buggies
Application Golf Buggy, Golf Pull Carts
Chemistry Lithium Iron Phosphate (LiFePO4)
Voltage 12.8V
Watt Hour 230.4Wh
Nominal Capacity 18Ah
Maximum Continuous
Discharge Current
25A
Brand
Termination T Bar to Anderson PP and Lotus Seat
Size 4S5P
Width 127.6mm
Height 76mm
Length/Breadth/Depth 168mm
Weight 2500g
Comments

Important Information:

This Drypower Lithium Iron Phophate battery has been designed for use in Golf Buggies

No Series or Parallel connection allowed.

*See Product Manual or Datasheet for more information

12V Lithium Iron Phosphate battery, carry bag and charger kit. Ideal for golf buggy use

4S5P-Cylindrical Construction

Specifications:

  • Cycle life: >2000 cycles (100% DoD to 80% of original capacity) @ 25°C
  • Max. continuous discharge current: 25A
  • Charge voltage: 14.2V - 14.6V (14.2V recommended)
  • Standard charge current: 3.6A
  • Max. cont. charge current: 5A
  • 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: Nil
  • Parallel Connection: Nil
 
Kit comes with:
  • 12V 18Ah LiFePO4 Battery
  • Neoprene protective case
  • T-Bar to Anderson PP Output lead
  • Battery charger with Lotus Plug (which allows you to recharge the battery without disconnecting or removing the battery from the cart) 


This battery is a direct replacement for the discontinued IFR12-160TB-Y Kit

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

Click here to 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. 

Click to View

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

Click to View

Click here to view the Drypower Catalogues Page featuring the Drypower Range Catalogues & Product Brochures

Shipping restrictionsClass 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.

Data Sheet


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