DEEBOT 600 Replacement Battery 14.8V 3400mAh 10002265

DEEBOT 600 / 601 / 605 / 710 Series — 14.8V Li-ion Replacement Battery (10002265)

This 14.8V 3400mAh Li-ion battery replaces OEM part 10002265 in ECOVACS DEEBOT robotic vacuum cleaners. It fits the 600, 601, 605, and 710 models, along with four additional variants in the same platform. The connector, cell configuration, and BMS communication match the original factory spec.

• 600-series platform compatibility: The 600, 601, 605, and 710 share the same 14.8V four-cell series configuration and dock-charge circuit. The BMS handshake on all these models uses the same protocol, so one cell pack covers the full range without modification.
• Bench tested on actual hardware: We ran this pack through a full charge cycle on a 600-series unit and monitored BMS cutoff thresholds at both the high and low ends. Cell balance held within spec across discharge, and the dock-charge termination triggered correctly at full voltage.
• Dock charging habit for the 600 series: These robots default to sitting on the dock between every run. That continuous trickle charge accelerates capacity fade faster than in most cordless devices — charge to full, then remove the unit from the dock if it will sit idle for more than a day or two.

Suction dropping before the battery indicator shows low on the DEEBOT 600

This happens when the motor draws more current than the BMS expects — usually because a partially blocked filter forces the motor to work harder to move the same airflow. The BMS reads the elevated draw as a near-depleted cell and reduces output voltage to protect the pack. The indicator still shows mid-charge because the cells themselves are not empty. Clean or replace the filter first, then check whether suction holds through a full cleaning cycle.

DEEBOT 600 motor cutting out mid-run and then recovering after a few seconds

This is a BMS overcurrent trip, not a flat battery. When suction is sustained under restricted airflow — blocked brush roll, full dustbin, or clogged filter — current spikes above the BMS trip threshold and the pack shuts output momentarily to protect the cells. The robot recovers once the BMS resets, which is why it restarts on its own. Clear the restriction and confirm the brush roll spins freely. If trips continue on a clean machine, check that resting cell voltage is above 14.0V before the next run.