48V LiFePO4 Chargers
Chargers matched to the pack platforms: 12V and 24V lines, and a 48V range whose published model list runs from 6A workshop units to an 80A machine.
Every battery in this catalogue has a charging requirement, and this page collects the chargers the manufacturer publishes for the general pack platforms. The 48V line is the deepest: its datasheet lists models across two input classes (110V-input and 220V-input families in the manufacturer's table), with output currents from 6A (IMP-180-2406CB) through the workshop mid-range — 10A, 15A, 20A, 25A, 30A, 40A — up to 50A units and the IMP-E36-3600W at 80A. Waterproof WP-suffix models appear through the list for outdoor and vehicle-mounted charging.
The 12V and 24V charger lines are published as ranges without model-level datasheets — this page says so plainly rather than inventing tables. What can be stated from the pack side is the requirement they serve: LiFePO4 charge profiles at 14.6V for 12.8V packs and 29.2V for 25.6V packs, at the 0.2C–0.5C rates the pack datasheets recommend. Buyers ordering 12V or 24V chargers get the model-level specification in the written quote, confirmed against the exact pack being charged.
Why buy the charger from the battery factory at all? Because the profile is the product: a charger that terminates at the wrong voltage quietly taxes cycle life on every single charge. Matched charging — specified in the same document as the battery — removes the most common cause of premature pack ageing that factories see in warranty conversations.
