Thanks for posting the useful information. One thing I noticed is a substantial mistake in the manual for the 48-59-1807 charger. They wrote, "In extremely high torque, binding, stalling, and short circuit situations, the battery pack will turn OFF the tool if the current draw becomes too high." The battery pack connects directly to the tool through a fusible link so the battery pack has no way to "turn OFF the tool". If the link melts the pack is dead. What really happens with an overload is that the microcontroller in the battery pack signals the microcontroller in the tool that it should "turn OFF the tool". That works fine if everything is genuine Milwaukee brand. As soon as third party chargers and cross brand adapters become involved things can become dangerous. It is easy to over-discharge the pack when an adapter is used to connect one brand of pack to a different brand of tool. The pack has no way to prevent the tool from over-discharging the pack so one or more cells could fall below the miniumum safe voltage. At that point the undervoltage cell's electrolyte can become contaminated with copper. If the pack is then recharged with a third party charger copper dendrites can eventually grow unitl they short the cell. Recharging an undervoltage cell is like making a bomb with a random time fuse. It will go off eventually. Power tool makers need to do a better job of making it clear that their tools may only be safe when all components used are of the same brand.
Thanks for posting the useful information. One thing I noticed is a substantial mistake in the manual for the 48-59-1807 charger. They wrote, "In extremely high torque, binding, stalling, and short circuit situations, the battery pack will turn OFF the tool if the current draw becomes too high." The battery pack connects directly to the tool through a fusible link so the battery pack has no way to "turn OFF the tool". If the link melts the pack is dead. What really happens with an overload is that the microcontroller in the battery pack signals the microcontroller in the tool that it should "turn OFF the tool". That works fine if everything is genuine Milwaukee brand. As soon as third party chargers and cross brand adapters become involved things can become dangerous. It is easy to over-discharge the pack when an adapter is used to connect one brand of pack to a different brand of tool. The pack has no way to prevent the tool from over-discharging the pack so one or more cells could fall below the miniumum safe voltage. At that point the undervoltage cell's electrolyte can become contaminated with copper. If the pack is then recharged with a third party charger copper dendrites can eventually grow unitl they short the cell. Recharging an undervoltage cell is like making a bomb with a random time fuse. It will go off eventually. Power tool makers need to do a better job of making it clear that their tools may only be safe when all components used are of the same brand.
How hot do the batteries get? How bad for the batteries?
Can u leave them in when charged
In my opinion I wouldn't plus your wasting electricity
@@OscarM.94the customers’ electricity 😈