Hosome TPH07 Cordless Vacuum Replacement Battery 22.2V 2500mAh

Hosome TPH07 — 22.2V Li-ion Replacement Battery (UR18650F6S)

This 22.2V, 2500mAh Li-ion battery pack replaces the UR18650F6S cell in the Hosome TPH07 cordless stick vacuum. It restores suction power when the original pack has degraded or stopped holding a charge. Voltage and cell count match the TPH07 motor controller directly.

• TPH07 motor rail compatibility: The TPH07 runs a 22.2V six-cell Li-ion configuration — six UR18650F6S cells in series. That series voltage is what the motor controller expects at startup. A mismatched pack voltage causes the controller to reject the battery before the motor ever spins.
• Bench tested on actual hardware: We ran this pack through full charge and discharge cycles on the TPH07 platform. The BMS handled overcurrent events during simulated filter blockage without nuisance tripping, and cell balancing stayed within spec across all six cells at end of charge.
• Dock charging habit on the TPH07: Do not leave the TPH07 sitting on its charging dock between uses. The dock does not cut trickle current once the pack is full. Continuous low-level charging accelerates capacity fade in Li-ion cells faster than normal discharge cycling does. Charge fully, then remove from the dock.

Suction dropping before the battery indicator reaches low on the TPH07

This happens because the TPH07 motor draws more current under load — especially on carpet or when the filter is partially blocked. As cell voltage sags under that load, the motor controller reduces power before the indicator registers low. The indicator reads resting cell voltage, not load voltage, so the display lags behind what the motor actually sees. Check and clean the filter first — a restricted filter forces the motor to work harder and triggers voltage sag earlier in the discharge cycle.

Motor cutting out and recovering mid-clean on carpet

When the TPH07 is used on heavy carpet with a dirty filter, airflow restriction causes the motor to spike its current draw. The BMS reads that overcurrent event and trips to protect the cells — the motor cuts out, then resets within a few seconds once current drops. This is not a faulty battery; it is the BMS doing its job under abnormal load. Clear the filter, check the brush roll for tangled debris, then resume use — if the cutout stops, the restriction was the cause.