A 24V floor scrubber battery fleet upgrade is a rollout project, not just a battery purchase. Machines that share a nominal voltage may differ in tray size, charger, controls and daily work. For facility operators, distributors and equipment teams, a documented pilot helps turn a candidate lithium battery into a model-specific decision. Use the following workflow to organize the review before ordering for the whole fleet.
Create a fleet inventory by machine model, production revision and site. Record the existing battery arrangement, charger identification, available installation space, connectors and any battery data connection. Identify differences between machines rather than assuming one approved sample covers every unit.
For each group, describe the cleaning route, shift length, brush and vacuum use, traction demand and charging opportunity. Record the current service routine, unplanned interruptions and replacement history where reliable records exist. Keep observations separate from estimates. This baseline allows the project team to judge a proposed change against the work the machines actually need to complete.
Select a representative machine group and agree the intended test with the responsible equipment team. Review mechanical fit, electrical limits, charger compatibility, installation instructions and model-specific documents before operation. A battery listing, chemistry name or BMS label alone does not establish compatibility with the complete scrubber.
The FB01 floor scrubber battery product listing is one starting point for a configuration discussion, not a promise of universal drop-in fit. Use the floor scrubber lithium battery retrofit review to prepare fitment and sample-acceptance questions. Do not assume that mounting, charger settings or equipment balance can remain unchanged; obtain the relevant equipment guidance.
Before the trial, document the required cleaning duty, acceptable recharge window, installation checks, handling responsibilities and the process for recording issues. Agree who reviews the results and which unresolved items prevent approval. Sample quantities and timing should follow the actual project requirements and quotation.
Use a repeatable test record for the agreed route. Include the machine and battery identifiers, initial charge state, ambient conditions, operating tasks, interruptions and delivered cleaning time. Note when brush, vacuum and traction functions run together. Record the subsequent recharge routine and any alarms or protection events for engineering review.
Compare equivalent duties when evaluating the existing and candidate batteries. A lighter route or different starting condition can change the observed runtime. Keep battery capacity, measured runtime and the supplier's model-specific cycle-life evidence as separate items; a headline cycle count is not a guaranteed shift length or replacement interval.
Confirm how the proposed battery would be charged, stored, inspected and handled at each site. Review charger availability, staff instructions, service access, label identification and the process for reporting faults. If a spare-pack strategy is proposed, first establish whether that machine and battery configuration permits the intended exchange procedure.
Build the operating comparison from recorded information: cleaning time achieved, recharge arrangements, maintenance tasks, labor assumptions, interruptions, replacement cost and any installation changes. Mark assumptions clearly. Do not present a maintenance or cost-saving percentage as a fleet result before the project has evidence to support it.
After the pilot, record the accepted battery model and revision, approved machine group, drawings, charger settings and remaining restrictions. Keep the sample label and supporting documents traceable to that approval. Confirm the quoted lead time, packing, support terms and how later changes will be reviewed.
For a mixed fleet, expand only to the machine groups covered by the review. Schedule installation around site operations, retain the test record and establish a feedback route for the first production batch. A successful trial on one scrubber should not be described as approval for other brands, revisions or operating conditions without further review.
Send the machine inventory, duty-cycle notes, charger details, tray dimensions, connector drawing and any available load information. State the trial quantity, proposed batch schedule, forecast demand and destination countries. For European and North American projects, include the documentation your project team needs and identify questions still awaiting review.
Use the OEM battery RFQ checklist to organize the information, then request a floor scrubber fleet battery review. Review our custom battery pack service when your requirements differ from a listed configuration.
