Black & Decker LBX1560 60V Replacement Battery 2500mAh

Black & Decker LSW60C / CM2060C Series — 60V Li-ion Replacement Battery (LBX1560 / LBX2560)

This is a 60V 2500mAh (150Wh) Li-ion replacement battery for Black & Decker 60V MAX outdoor power equipment. It fits the LSW60C cordless blower, CM2060C mower, LHT360CFF hedge trimmer, LHT360, and several other models in the 60V MAX platform. The pack uses the same connector and BMS handshake as the original LBX1560 and LBX2560.

• 60V MAX platform compatibility: These models share a common 60V rail and a standardised battery interface across the platform. The BMS in each tool communicates with the pack through the same multi-pin connector, so one battery moves between a blower, mower, and hedge trimmer without an adapter or firmware issue.
• Bench tested on actual hardware: We ran this pack through motor-start inrush cycles on a CM2060C deck motor and an LHT360CFF cutter head. The BMS held under repeated inrush events and balanced cells correctly across full charge and discharge cycles.
• Seasonal storage tip: Before the first cut of the season, bring the battery indoors overnight if temperatures are below 10°C. Cold Li-ion cells carry higher internal resistance, and the blade motor's inrush current can trip the BMS on a cold pack before the motor even reaches full speed.

BMS cutoff on thick-grass or wet-grass blade load

The CM2060C deck motor draws significantly more current through dense or wet grass than on a dry, short lawn. If the instantaneous current demand spikes past the BMS protection threshold — typically triggered by a clogged deck or a blade bogging through clippings — the pack will cut out to protect the cells. This is a protection event, not a fault. Clear the deck, let the pack cool for two minutes, and the BMS will reset automatically. Keeping blade speed up and making shallower passes through heavy growth reduces the frequency of these trips.

Charger won't accept the pack after winter storage

If the pack sat in a cold garage through winter without a top-up charge, individual cells may have self-discharged below the charger's acceptance voltage — typically around 2.5V per cell. The charger sees the low voltage and refuses to start a charge cycle as a safety measure. Connect the pack to the charger and leave it for 30 minutes; some chargers will trickle current into a deeply discharged pack to bring cells back above the acceptance threshold before switching to full charge mode. If the charger fault light stays solid after 45 minutes, measure pack voltage at the terminals — a reading below 42V on a 60V pack indicates cells that will not recover.