| Model No. | LAXpower-1230 |
| Nominal voltage | 12V |
| Nominal capacity | 30Ah |
| Max. continuous current | 100A |
| Momentary current | 200A |
| Peak current | 300A |
| Max. charging current | 2C |
| Charging voltage | 14.6V |
| Charging current | 4A |
| AC input | 100-240V |
| Charge temperature | 0°C~45°C |
| Discharge temperature | -20°C~60°C |
| Storage temperature | -10°C~45°C |
| Weight | 5.6kg |
| Cycle life (80%DOD) | ＞2000 times |
| IP class | IP21 |
| Dimension | 150mm*275mm*120mm |
| Application | Caravan move, power supply. |
1. The ABS casing 12V 30Ah LiFePO4 battery pack for caravan mover.
2. Extreme power and ultra light weight.
3. Long intensive use and maximum safety.
4. Built-in charger and low self-dischareg rate.
5. Long service life nad outstanding performance.
6. Special designed for caravan move.
7. This product is very popular in the EU market for years.
Hangzhou LIAO is a professional manufacture of prismatic LiFePO4 Lithium cells. Battery packs are assembled using these cells. A lightweight body has been selected for the LAXpower-1230 where the cells, charger and battery management have been incorporated into 1 product.
The aim of this lightweight battery is the offering of a comfortable solution for the user of a caravan mover with a limited load of 30 Ah and with a very limited weight. This battery is able to deliver high currents, is light weight and therefore very well suited to this purpose.
The battery has more than enough charge to perform one movement action of the caravan. The mover can be used up to 50 minutes during heavy use (35 A continuous). In extreme use (100 A) the mover can be used for up to approximately 18 minutes.
If done for a longer period the battery will automatically switch off and will need to reset itself. Because the battery is made from a Lithium LiFePO4 chemistry, it is possible to completely discharge the battery unlike lead acid batteries. Once the battery is empty it will switch itself off and will then need to be recharged for the next use. Charging takes place through a charger cable to mains connection.