Windsor 10066330, HCC172, SCHC172, SCC172 manual Machines Without Onboard Charger Changing Batteries

Page 18

MAINTENANCE

MACHINES WITHOUT ONBOARD CHARGER

CHANGING BATTERIES

 

Use a 24 volt, 12 amp maximum output, DC charger

Stop the machine in a clean area next to the

which will automatically shut off when the batteries

charger. Turn off machine.

are fully charged to charge the two battery pack.

FOR SAFETY: Before leaving or servicing the

1.

Stop the machine in a clean, well ventilated area

machine; stop on level surface, turn off machine.

 

next to the charger.

1. Drain recovery tank and raise the recovery tank.

2.

Turn the machine off.

2. Disconnect battery pack from machine.

FOR SAFETY: Before leaving or servicing

3. Disconnect squeegee lift cable and vacuum

machine; stop on level surface, turn off machine.

3.

Drain recovery tank and raise the recovery tank.

hose.

 

4. Prepare a suitable site to place the batteries.

 

 

Batteries emit hydrogen gas. Explosion or fire

5. Pull battery tray with batteries out of rear of

can result. Keep sparks and open flame away.

machine.

 

Keep covers open when charging.

 

 

4.

Check the electrolyte level in each battery cell.

 

 

 

Before charging, add just enough distilled water

Batteries are a potential environmental hazard.

 

to cover the plates. After charging is complete,

Consult your battery supplier for safe disposal

 

add just enough distilled water to bring up the

methods.

 

 

level to the indicator ring. If the water level is

 

 

 

too high before charging, normal expansion rate

 

 

 

of the electrolyte may cause an overflow.

 

 

 

Resulting in a loss of battery acid balance and

+ red

- blk

 

damage the machine.

5.

Replace the battery caps, and leave them in

 

 

 

place while charging.

- blk

+ red

6.

Unplug the battery connector from the machine.

 

 

FOR SAFETY: When charging, connect the

 

 

charger to the batteries before connecting the

 

 

charger to the AC wall outlet. Never connect the

 

 

charger to the AC wall outlet first. Hazardous

 

 

sparks may result.

 

 

7.

Plug the charger connector into the battery

 

 

 

connector. Connect the charger AC plug to a

 

 

 

wall outlet. The charger gauge should indicate

 

 

 

that the batteries are charging.

 

 

8.

When the batteries are fully charged, disconnect

 

 

 

the charger from the AC wall outlet, then

 

 

 

disconnect the charger from the batteries.

 

 

9.

Connect the batteries to the machine connector.

 

 

10.

Check the electrolyte level. It should be up to

 

 

 

the indicator ring. If necessary, add distilled

 

 

 

water.

 

 

11.

Lower the recovery tank.

 

 

4-3

86221970 17” SCRUBBER 01/03/07

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Contents Automatic Scrubber Machine Data LOG/OVERVIEW OverviewTable of Contents HOW to USE this Manual Important Safety Instructions Read ALL Instructions Before Using this MachineHazard Intensity Level Hazard Intensity LevelSafety Label Location Technical Specifications DIMENSION/CAPACITYMeasure Special NotesHOW this Machine Works Components Controls Squeegee Lift LeverBrush Switch Hour MeterCircuit Breakers PRE-RUN Machine Inspection Filling Solution TankMachine Operations Normal ScrubbingRecovery Tank Emptying and Cleaning TanksSolution Tank Machine OperationMaintenance Battery MaintenanceBatteries WET Cell Batteries only To Charge the Batteries Battery ConditionChecking Gravity Machines Equipped with Onboard ChargerMachines Without Onboard Charger Changing Batteries Machine stop on level surface, turn off machineScrub Brushes Uncoated FloorsFinished Floors Replacing or Removing Scrub Brushes Installing Scrub BrushesTo Remove Squeegee Assembly Squeegee BladesService Schedule Troubleshooting Troubleshooting Problem Cause Solution86221970 17 Scrubber 01/03/07

10066210, 10066270, 10052700, SCH172, 10066230 specifications

Windsor is a renowned name in the realm of technology and innovation, prominently recognized for its advanced cooling solutions and HVAC technologies. Within its impressive portfolio, models such as SCHC172, SCC172, QSCC172IA, 10066260, and 10066220 stand out due to their remarkable features and capabilities.

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Models 10066260 and 10066220 are tailored for specific industrial applications, featuring heavy-duty construction that withstands rigorous operational conditions. These models boast superb thermal performance and are composed of corrosion-resistant materials that extend their lifespan. With user-friendly interfaces and customizable settings, they can cater to a variety of cooling requirements.

Collectively, these models from Windsor exemplify the brand's commitment to innovation, efficiency, and sustainability in the HVAC sector. By incorporating advanced technologies, eco-friendly materials, and user-focused designs, Windsor not only meets the demanding cooling needs of today's industries but also leads the charge towards a more sustainable future. Their models embody the balance of performance and responsibility that modern consumers seek in technologically advanced cooling solutions. Whether for industrial, commercial, or smart environments, Windsor's products deliver high efficiency and reliability, ensuring comfort and performance year-round.
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