• Home
  • Drypower Lithium 12.8V 42Ah(C5) High Rate Cylindrical Cell

Please Contact Customer Service for Availability

Drypower Lithium 12.8V 42Ah(C5) High Rate Cylindrical Cell

SKU: 12LFP42HR

Drypower 12.8V 42Ah LiFePO4 Cylindrical Cell Lithium Battery with M8 connection bolts

High Rate Discharge Model - 100A continuous discharge

Rechargeable Lithium batteries with cylindrical LiFePO4 cells inside can be used and mounted in any orientation, offering ultimate flexibility in a wide variety of applications.


- HIGH CYCLE LIFE
- BUILT IN CIRCUIT PROTECTION
- SUPERIOR CHARGE / DISCHARGE EFFICIENCY
- LOWER TOTAL COST OF OWNERSHIP
- LONG SERVICE LIFE


Suitable for:
- Deep Cycle
- RV & Recreation
- Solar & Off-Grid
- Electric Mobility
- Medical Equipment
- Material Handling Equipment

Rechargeable Lithium LiFePO4 high power modules to handle anything SLA can. Get 100% capacity utilisation at less than half the weight.
Advanced battery technology for cyclic and motive power applications such as mobility, recreational caravan & RV, marine, medical equipment, solar applications and more.

Cylindrical Cells Inside
Drypower models constructed with cylindrical cells inside are the most versatile design, expected to be suitable replacements for Lead Acid batteries in equivalent sizes for most of the same applications.
As is the case with ever evolving technology, the manufacturing process of LiFePO4 cells is constantly refined to a higher degree of consistency in quality. The strict level of quality control ensures the cells used inside are voltage
and capacity matched for a balanced, higher quality battery module overall.
Internal cell safety in addition to the integrated BMS in every battery module, plus multi-layer internal structure safety measures results in a battery that is more tolerant to vibration and thermal cycling.
Most importantly, if one cell fails, the whole pack does not fail. This provides peace of mind for use in critical applications, and safety in mobility.

Built-in Battery Protection

All Drypower Rechargeable Lithium batteries adhere to strict safety guidelines by incorporating Battery Management Systems (BMS) into each battery.
The BMS comprises many different protectioncomponents:
- Integrated Circuit (IC)
- MOSFET - compact transistor
- Fuse - protects against excessive current
- Thermistor - temperature sensor
- Protection Circuit Module (PCM)

The inclusion of a BMS helps to:
- Maintain safety for users.
- Prevent damage to equipment and property.
- Eliminate concerns about use of the wrong charger for this chemistry type.
- Minimise the risk of overdischarge causing damage.
- Provide short circuit and overcharge protection.

The BMS ensures optimal operating conditions for your battery to last longer and perform at its best in your devices and equipment.

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.

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.

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

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

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

Better Shelf Life
An environmentally friendly battery option, with no lead or calcium that can leak into the environment.