Floor Scrubber Battery Charger

A floor scrubber battery charger is the unit that recharges the battery pack of an industrial floor scrubber or scrubber-dryer between cleaning shifts. The charger must match the scrubber's battery-pack voltage (typically 12V, 24V, 36V or 48V), battery chemistry (flooded lead-acid, AGM, GEL or lithium LiFePO4), required charging current, charging profile and connector. SAMCO Battery supplies replacement and compatible floor scrubber battery chargers, with compatibility verified before dispatch from Delhi.

Your charger voltage must exactly match your floor scrubber's battery-pack voltage. Read the voltage off the battery label — not the charger label, because a faulty charger is often why a replacement is being sought. Most walk-behind scrubbers in India run on 24V packs (two 12V batteries in series); small hand-push units may use 12V; mid-size ride-on machines use 36V; large ride-on and automatic scrubber-dryers use 48V. If you cannot locate the voltage, send us a photograph of the battery label on WhatsApp and we will confirm.

No. A 24V charger must also match the battery chemistry, the required charging current and the connector on the machine. Charging suitability depends on the charger's voltage limits and charging profile, not just the nominal 24V rating — a charger designed for one chemistry (flooded lead-acid, AGM, GEL or lithium LiFePO4) should not automatically be used with another. Always follow the battery manufacturer's recommended charging current and profile, and confirm the chemistry and connector before ordering a replacement floor scrubber battery charger.

Floor scrubbers most commonly use one of four battery types: flooded lead-acid (cheapest, requires watering, vented), AGM (sealed, maintenance-free, mid-price), GEL (sealed, deep-cycle, charges at lower voltage), and lithium LiFePO4 (lightest, longest cycle life, requires a lithium-specific charger). The right charger depends on which of these your machine uses. The battery type is printed on the battery label or visible from the cell caps — flooded batteries have removable caps, sealed AGM/GEL do not.

Both configurations exist. Walk-behind and small ride-on machines typically use an external charger — a separate unit that plugs into the machine's charging port. Larger ride-on and scrubber-dryer units often have an onboard charger built into the chassis, which can be plugged directly into a wall socket. SAMCO supplies both external replacement chargers and onboard charger replacements sized to the original unit's footprint and specification.

The connector must mate with the charging socket on your floor scrubber. Common connector types in India include Anderson SB series (grey, red or black housings), three-pin round (used on some European machines), two-pin flat, and OEM-specific moulded plugs unique to a particular machine brand. Photograph the machine's charging socket and the original charger's plug (if available) and send both to us on WhatsApp — we will match the connector before dispatch. If the original connector is unusual, we can usually supply a pigtail or adapter.

Yes — SAMCO supplies replacement and compatible floor scrubber battery chargers for machines from most major manufacturers used in India, including Tennant, Nilfisk, Karcher, Comac, Factory Cat, Eureka, Hako, Diversey Taski and others. These are independent replacement chargers, not genuine OEM parts, and are matched to the machine's voltage, chemistry and connector specification. We are not affiliated with or authorised by these manufacturers; brand names are referenced only for compatibility identification.

Yes. We ship floor scrubber battery chargers from our Delhi facility to 19,000+ pin codes across India. Free shipping is available on most orders, with COD available for qualifying deliveries. Most orders arrive in 2–7 business days depending on the destination. For Delhi and Delhi NCR (Noida, Greater Noida, Gurugram, Ghaziabad, Faridabad), local delivery is faster and we can also arrange direct pickup from our Gokhale Market facility near Kashmere Gate Metro Station.

Yes — and there is no charge for this assessment. Send us clear photographs of the machine identification plate, the battery label (showing voltage, Ah and chemistry) and the original charger (label side and connector end). Our team will identify the correct floor scrubber battery charger from those photographs and confirm the specification with you before dispatch. This is the most reliable way to ensure compatibility when the original charger label is missing or unreadable.

Yes. Ride-on scrubber-dryers typically run on 24V, 36V or 48V battery packs with capacities from 100Ah up to 500Ah on the largest machines. SAMCO supplies replacement and compatible chargers across this full range, including high-current chargers (20A–50A) for fast shift turnaround and float-cum-boost chargers for machines that sit idle between shifts. Send us the machine brand, model and battery specification on WhatsApp for a confirmed quotation.

For the fastest and most accurate quotation, send: (1) machine brand and model, (2) photograph of the machine identification plate, (3) photograph of the battery label showing voltage, Ah and chemistry, (4) photograph of the original charger's label and connector, (5) pack voltage read off the battery, (6) battery chemistry (flooded, AGM, GEL or lithium LiFePO4), (7) approximate battery capacity in Ah, and (8) connector type if known. Even partial information is usually enough for us to identify the correct charger.

Yes — but only chargers specifically configured or built for lithium. Lead-acid and lithium batteries have different charging profiles and termination logic, so a charger designed for lead-acid should not be used on a lithium LiFePO4 pack. Lithium chargers must also match the pack's BMS (battery management system) and cell configuration. If your floor scrubber has been retrofitted with a lithium pack, tell us when you request a quotation — we will supply a charger configured for the lithium pack's voltage, current and BMS requirements.

Charging time depends on the battery capacity (in Ah) and the charger's output current (in A). As a general reference, a 100Ah pack charged by a 15A charger takes roughly 8–10 hours from low charge to full. Larger packs (200Ah, 300Ah) take proportionally longer on the same current, or can be charged faster with a higher-current charger — subject to the battery manufacturer's charging limits. Current tapers as the battery approaches full charge, so the final stage can take additional time. Always follow the battery manufacturer's recommended charging current and profile.