To Next PageTo Next PageWhy does the green light on my Chicago Electric 92464 turn red?
If the green light on your Chicago Electric Inverter turns red, it indicates one of the following issues: low input voltage, high input voltage, a short circuit, or the inverter is near overload. Check each of these potential causes to resolve the problem.
Why is my Chicago Electric 92464 getting a low output voltage?
If you're experiencing low output voltage from your Chicago Electric Inverter, it's possible that you've overloaded it. Try reducing the load to minimize watts, ideally keeping it under 1,900 watts. Also, ensure that the input voltage remains above 10.5 volts to maintain a consistent power flow.
What to do if the low battery alarm is on all the time on my Chicago Electric 92464 Inverter?
If the low battery alarm on your Chicago Electric Inverter is constantly on, try recharging the battery if it is in poor condition. Also, inspect the battery connections and clean the connectors if necessary.
How to reduce interference with TV signals when using a Chicago Electric Inverter?
To minimize interference with TV signals when using a Chicago Electric Inverter, position the inverter as far as possible from the television antenna and its cables. Adjust the inverter's orientation relative to the antenna cables and TV power cord to further reduce interference. Using a shielded antenna cable can also help.
Why does my audio system buzz while using Chicago Electric 92464?
If you hear buzzing from your audio system while using the Chicago Electric Inverter, it's likely because some sound systems can't filter out the modified sine wave produced by the inverter. Consider using a sound system with a higher quality power supply.
Why does the low battery alarm sound on my Chicago Electric 92464 Inverter?
If the low battery alarm is sounding on your Chicago Electric Inverter, it means the input voltage is below the required 10.5 V. The solution is to recharge the battery. Stop using the appliance and then recharge the battery.
General| Running Watts | 700 W |
|---|---|
| AC Voltage | 120V |
| Fuel Type | Gasoline |
| Low Oil Shut Down | Yes |
| Parallel Capability | No |
| Output Power | 700 W |
| Frequency | 60 Hz |
| Waveform | Modified Sine Wave |
| USB Port | No |
| Protection Features | Overload Protection |
| Fuel Tank Capacity | 1 gallon |
| Cooling | Air Cooled |
Read and understand all warnings and instructions before use to prevent serious injury.
Follow general safety rules including battery charger connection, work area, and inverter placement.
Do not plug in a battery charger if it warns of dangerous voltages at battery terminals.
Keep the work area clean to prevent injuries.
Keep the inverter away from heat sources or combustible materials.
Observe work area conditions, avoid wet locations, and ensure good lighting.
Follow general safety rules including flammable environments, child safety, and proper attire.
Do not use powered tools in the presence of flammable gases or liquids.
Keep children away from the work area and tools.
Store idle equipment in a dry, locked-up location out of reach of children.
Use the correct tool for the job and do not modify it.
Dress properly with non-loose clothing, protective wear, and hair covering.
Always wear ANSI approved impact safety goggles when using tools.
Maintain proper footing and balance, do not overreach.
Maintain tools with care, keep them clean, and have damaged cords repaired.
Disconnect power by unplugging the inverter when not in use.
Ensure the switch is off before plugging in appliances to avoid unintentional starting.
Stay alert, watch what you are doing, and use common sense.
Check for damaged parts before use and ensure proper operation.
This device should only be serviced by a qualified technician.
Follow general safety rules including electric shock, influence, pacemaker, and ventilation.
Guard against electric shock; do not open the case and prevent body contact with grounded surfaces.
Do not operate the tool under the influence of alcohol or drugs.
Pacemaker users should consult their physician before using this product due to electromagnetic fields.
Keep the inverter well-ventilated to prevent overheating and fire hazards.
Adhere to all warnings and safety precautions in the manual of the device powered by the inverter.
Never use a vehicle engine in a sealed structure due to deadly carbon monoxide.
Power source must provide 12 volts DC and sufficient current for proper inverter operation.
Inverter must only be connected to 12-volt batteries; lower or higher voltages can cause damage.
Follow step-by-step instructions for physically connecting the inverter.
Place the inverter on a flat, ventilated surface and secure it properly.
Connect battery cables to the inverter terminals and ground cable to the ground terminal.
Connect the battery cables to the negative and positive terminals of the battery.
Connect the ground cable to the appropriate chassis or negative terminal location.
Never operate the inverter unless it is properly grounded to prevent hazards.
Plug devices into receptacles, turn inverter on, and wait for the green power LED.
Start the vehicle engine hourly to recharge the battery and prevent shutdown.
After use, disconnect appliances, turn the power switch off, and replace receptacle covers.
Keep the unit clean and dry; clean the exterior with a soft, dry cloth only.
The device has no user-replaceable parts; servicing must be done by a qualified technician.
Low battery alarm indicates input voltage below 10.5V; recharge battery to prevent automatic shutdown.
Calculate required amps by dividing load watts by 12V input voltage.
Some appliances require 2-6 times their wattage for startup, affecting inverter performance.
Audio systems may buzz due to modified sine wave; use systems with higher quality power supplies.
Minimize TV signal interference by positioning inverter and cables away from antennas.
Address persistent low battery alarm by recharging or cleaning battery connectors.
Reduce load to minimize watts if experiencing low output voltage; maintain input voltage above 10.5V.
Check power switch, device wattage, and ensure adequate ventilation if no power output is detected.
Red light indicates low/high input voltage, short circuit, or overload; troubleshoot accordingly.
