Floor Scrubber Battery Retrofit Supply
24V-Class Floor Scrubber Battery Retrofit Review
Planning a floor scrubber lithium battery retrofit? Start with the machine model, cleaning shift and installed charger. Surlon Power offers the FB01 product listing as a starting point for OEM, distributor and fleet discussions; suitability must be checked against each machine before deployment.
Review the FB01 floor scrubber battery product details, then confirm the current model specification, tray fit, connector arrangement and charge settings. A matching voltage class alone does not establish interchangeability.
For requirements that differ from a listed product, explore our custom battery pack service. Send confirmed requirements and unresolved questions together so the quotation discussion can distinguish a standard model from a configuration requiring further review.
Battery Media, Description and Specifications
Use the listed product as a candidate for a documented retrofit review, not as a universal replacement for every floor scrubber.
Description
Compare the FB01 candidate with the existing battery installation and the cleaning duty cycle. Record the space available, mounting method, cable route, terminal polarity and access for service. Confirm charger compatibility and the required load profile before agreeing a sample test. Do not infer shift runtime from a capacity label alone.
Product Specifications
The reference values below reproduce the existing FB01 listing. Before approval, request the current model datasheet and confirm the energy definition, cycle-test conditions, enclosure evidence and the scope of any named reports. These listing references are not a substitute for project-specific verification.
| Model | FB01 |
|---|---|
| Nominal Voltage | 25.6V / 24V class |
| Capacity | 150Ah |
| Stored Energy | 3.6 kWh |
| Battery Chemistry | LiFePO4 lithium iron phosphate |
| Dimensions | 500 x 350 x 250 mm |
| Housing | Steel casing with IP65 protection |
| Protection System | Integrated BMS for electrical and temperature protection |
| Cycle Life | More than 4,000 cycles under stated operating conditions |
| Certification References | UN38.3, UL 1973 and UL 9540A listed on the product page |
| Application | Commercial and industrial floor scrubber battery replacement |
Retrofit Review Support
Voltage, dimensions, connector layout and charger conditions can be checked before sample approval, helping fleet buyers reduce mismatch risk.
Installation and Environment Review
Describe moisture exposure, cleaning chemicals, temperature, vibration and battery location. Request the exact model limits and installation guidance rather than assuming an enclosure label covers the whole machine.
OEM Supply Path
Include sample quantity, forecast volume, destination market, label and packing needs in your inquiry. Confirm the approved model revision, lead time, support scope and change-review process in the actual quotation.
Related Procurement Articles
These Surlon Power articles help buyers evaluate 24V battery adoption, lithium pack integration and fleet upgrade planning.
Comparing 24V Batteries for Commercial Cleaning Equipment
Compare candidate batteries using the same cleaning duty, recharge requirements, model evidence and written warranty terms.
Read ArticleIntegrating Lithium Battery Packs into Renewable Energy Storage Systems
This article gives buyers a broader view of lithium pack integration, system planning and battery management considerations across energy storage use cases.
Read ArticlePlanning a 24V Floor Scrubber Battery Fleet Upgrade
Group machines by model, define a documented pilot and review representative shift results before a staged fleet rollout.
Read ArticleFloor Scrubber Battery Sample Acceptance Plan
Set measurable checks with your equipment team before ordering a trial pack. Agree the required outcomes and review the recorded findings before approving repeat orders.
Mechanical and Electrical Fit
Check tray clearance, mounting, lifting and service access, cable length, polarity and connector engagement. Confirm charger settings and load limits with the responsible equipment team before operation.
Representative Cleaning Shift
Define the test route, floor condition, brush and vacuum operation, traction duty and required shift length. Record the initial charge, ambient conditions, delivered runtime and recharge time; review alarms or protection events.
Documentation and Batch Review
Match the sample label, drawing, model revision and supporting documents. Agree the acceptance criteria, unresolved issues and any change-review requirements before approving repeat orders.
Prepare Your Floor Scrubber Battery Inquiry
Send your model list, duty cycle, charger details, tray dimensions, connector drawing, sample quantity, forecast volume and destination market. Include any available load measurements and specify what still needs checking.
Use the OEM battery RFQ checklist, then request a floor scrubber retrofit review. Configuration and supply terms are confirmed in the project quotation.
Floor Scrubber Battery Procurement FAQ
Technical answers for buyers planning sample tests, model matching and repeat procurement of 24V LiFePO4 scrubber batteries.
What makes a 24V 150Ah LiFePO4 battery suitable for floor scrubber fleet retrofit?
Check the complete installation: operating voltage range, tray and mounting space, connectors and polarity, continuous and startup load, charger settings and environment. The listed FB01 is a candidate for model-specific review, not an automatic replacement. Agree a sample test for each scrubber model or revision before approving fleet use.
How should procurement teams evaluate compatibility before replacing lead-acid batteries?
Record the machine model and revision, existing battery arrangement, charger model and charge profile, connector drawing, cable route and any battery communication requirements. Confirm the candidate pack limits against actual operating loads. Do not assume that an existing lead-acid charger or matching nominal voltage establishes lithium compatibility.
Why does the BMS matter in a floor scrubber lithium battery?
Request the exact BMS configuration, operating limits, protection thresholds and recovery behavior. Compare these with brush, vacuum and traction loads, including simultaneous startup. A protection trip threshold is not a continuous current rating, and the BMS does not replace mechanical fit, charger review or whole-system testing.
What information is useful for an OEM or distributor quotation?
Provide the scrubber model list, operating voltage range, cleaning duty cycle, required runtime, measured or specified load profile, available dimensions, connector drawing and charger information. Include sample and forecast quantities, destination country, and documentation, labeling and packing needs. Mark unknown items for review rather than estimating them as confirmed requirements.
Can the battery be used in wet cleaning environments?
Describe the actual exposure, including splashes, washdown, condensation, cleaning chemicals and storage conditions. Request the model-specific enclosure test evidence and installation restrictions. Review connectors, cable entries, mounting and charger location as part of the complete machine; a listed casing rating alone does not approve every wet-use condition.
How do fleet buyers compare lifecycle value against lead-acid batteries?
Build a comparison using the actual route and shift requirements, sample-tested runtime, recharge window, maintenance tasks, labor assumptions, downtime and replacement cost. Ask for model-specific cycle-life conditions and the end-of-life criterion. Document assumptions and compare the same service duty; do not treat a headline cycle count as guaranteed fleet savings.
