What to do if my Windsor CV86LI battery turns on briefly then shuts off?
If the battery turns on for a short time and then turns itself off, it's likely in a low voltage or low SOC (State of Charge) state. To resolve this, connect the battery to the charger and turn it on.
What to do if my Windsor CV86LI Vacuum Cleaner indicates Low SOC?
If the battery indicates a low SOC, stop discharging it and charge the battery.
What to do if my Windsor CV86LI Vacuum Cleaner battery indicates Low Voltage?
If a low voltage is detected, do not discharge the battery. Any discharge current detected will force the battery into a Low Voltage Fault. You can charge the battery in Low Voltage Recovery. If no charge current is detected within 2 minutes, the BMS will turn off the battery.
What to do if my Windsor CV86LI Vacuum Cleaner battery indicates High Voltage?
If your battery shows a high voltage reading, stop charging it immediately.
Why Windsor CV86LI battery was left on or stored for extended periods of time?
The battery will turn itself off at 5% SOC. If left sitting at a low SOC, the battery may have discharged itself completely and cannot be used. Do not use it, replace and recycle.
What to do if my Windsor Vacuum Cleaner battery indicates High Temperature?
If the battery temperature is too high, stop discharging or charging it and allow the battery to cool down.
What to do if my Windsor CV86LI battery indicates Low Temperature?
If the battery temperature is too low, stop discharging or charging it.
General| Brand | Windsor |
|---|---|
| Model | CV86LI |
| Category | Vacuum Cleaner |
| Language | English |
General introduction to the Chariot CV86 vacuum cleaner and its purpose.
Section for recording machine identification details.
Instructions on how to effectively use the information within the manual.
Visual guide to the location of safety labels on the machine.
Critical precautions to prevent injury, fire, or electric shock.
Comprehensive technical data and performance metrics of the vacuum.
Explanation of the machine's systems: brush, vacuum, and controls.
Identification of the machine's main parts through diagrams.
Detailed explanation of the function of each control element.
Steps for pre-run checks, starting, and emergency stops.
Guidelines for normal vacuuming and starting the vacuum process.
Procedures for stopping the machine and managing vacuum bags and debris trays.
Recommended maintenance tasks based on operating hours.
Details on battery types and locations.
Instructions for maintaining and handling wet cell batteries.
Method for checking battery charge using a hydrometer.
Steps for using external and onboard chargers.
Procedure for safely removing and replacing batteries.
Steps for programming the charger for different battery types.
Safety precautions and guidelines for optional lithium batteries.
Safe operating and storage temperatures for lithium batteries.
Details on the machine's fuse for over-current protection.
Safe practices for handling and installing batteries.
Procedures and precautions for charging and discharging batteries.
Information on battery management system (BMS) faults and corrective actions.
Regular inspection and maintenance for batteries.
Identification of parts related to the brush deck assembly.
Steps for removing, cleaning, and installing brushes.
Procedures for side broom removal and belt replacement.
Instructions for removing the brush deck and replacing its motor.
Procedures for removing, replacing, and adjusting the brush deck actuator.
Steps to adjust the brush deck actuator after replacement.
Guide for replacing carbon brushes in the brush motor.
Steps for removing the vacuum motor and replacing its brushes.
Explanation of the main circuit breaker and its reset procedure.
Identification of the drive motor and brake assembly.
How the electric brake engages and disengages.
Steps for replacing carbon brushes in the drive motor.
Guidelines for safely transporting and securing the machine.
Solutions for problems related to power and machine movement.
Solutions for issues with speed control and vacuum motor operation.
Solutions for poor brushing performance and debris tray issues.
Interpretation of error codes and their corresponding solutions.
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