Windsor 10066230, HCC172, SCHC172 manual Batteries WET Cell Batteries only, Battery Maintenance

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MAINTENANCE

BATTERIES (WET CELL BATTERIES ONLY)

The batteries provide the power to operate the machine. The batteries require regular maintenance to keep them operating at peak efficiency.

The machine batteries will hold their charge for long periods of time, but they can only be charged a certain number of times. To get the greatest life from the batteries, charge them when their charge level reaches 25% of a full charge. Use a hydrometer to check the charge level.

Do not allow the batteries to remain in a discharged condition for any length of time. Never expose a discharged battery to temperatures below freezing. Discharged batteries will freeze causing cracked cases. Do not operate the machine if the batteries are in poor condition or if they have a charge level below 25% (specific gravity below 1.155).

Keep all metallic objects off the top of the batteries, as they may cause a short circuit. Replace worn or damaged cables and terminals.

Check the electrolyte level in each battery cell before and after charging the batteries. Never add acid to the batteries, use distilled water. Do not allow water level to fall below the battery plates. Portions of plates exposed to air will be destroyed. Do not overfill. Keep plugs firmly in place at all times.

When servicing machine, avoid contact with battery acid.

Batteries emit hydrogen gas. Explosion or fire can result. Keep sparks and open flame away. Keep covers open when charging.

Wear eye protection and protective clothing when working with batteries.

Charge batteries in a well ventilated area.

BATTERY MAINTENANCE

1.When cleaning the batteries, use a solution of baking soda and water. Do not allow the cleaning fluid to enter the battery cells, electrolyte will be neutralized.

2.Maintain the proper electrolyte level in each battery cell. If a cell should accidentally overflow, clean immediately.

3.Wipe off the top of the batteries at least once a week.

4.Test battery condition with a hydrometer at least once a week.

5.Ensure that all connections are tight and all corrosion removed.

6.Every 4 to 6 months remove the batteries from the machine and clean the battery cases and battery compartment.

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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 LeverHour Meter Brush SwitchCircuit Breakers Filling Solution Tank Machine OperationsPRE-RUN Machine Inspection Normal ScrubbingEmptying and Cleaning Tanks Solution TankRecovery Tank Machine OperationBattery Maintenance MaintenanceBatteries WET Cell Batteries only Battery Condition Checking GravityTo Charge the Batteries Machines Equipped with Onboard ChargerMachines Without Onboard Charger Changing Batteries Machine stop on level surface, turn off machineUncoated Floors Scrub BrushesFinished Floors Installing Scrub Brushes To Remove Squeegee AssemblyReplacing or Removing Scrub Brushes 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.

The SCHC172 model is designed specifically for high-efficiency cooling applications, ideal for both commercial and industrial use. One of its main features includes a robust compressor that significantly enhances the unit's performance and reliability. This model operates with variable speed technology, allowing for better energy management and cost-effectiveness while maintaining optimal cooling conditions.

SCC172, on the other hand, is engineered with a focus on sustainability. It utilizes eco-friendly refrigerants that comply with contemporary environmental standards, minimizing the carbon footprint associated with cooling systems. Moreover, it incorporates advanced diagnostic capabilities that facilitate real-time monitoring and maintenance, ensuring the unit operates at maximum efficiency.

The QSCC172IA model takes innovation a step further by integrating smart technology. This model features an IoT-enabled interface that allows for remote operation and monitoring. Users can control the cooling settings from their smartphones or computers, providing unprecedented convenience and control. The QSCC172IA also includes automated energy-saving features that adjust the system based on current load requirements.

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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