CHANTOWER 4000W/5000W/5500W Pure Sine Wave Inverter

CHANTOWER Pure Sine Wave Inverter User Manual

Model: 4000W/5000W/5500W Pure Sine Wave Inverter

Brand: CHANTOWER

1. Introduction and Overview

Dear user, to ensure correct and safe use of your CHANTOWER Pure Sine Wave Inverter, please read this manual carefully before operation. This inverter is designed to provide a stable and reliable power supply for your devices, converting DC power from batteries (12V or 24V) to AC 220V. Its compact and lightweight design makes it portable for various applications, including car and solar power systems.

The inverter produces a pure sine wave, ensuring compatibility with sensitive electronics. It features high power output and can be integrated into solar energy systems, offering a cost-effective solution for off-grid power needs.

2. Product Features

  • Pure Sine Wave Output: Provides a stable and reliable power supply, suitable for sensitive electronics.
  • High Efficiency: Lightweight design with high conversion efficiency and low working noise.
  • Advanced Technology: Adopts efficient SPWM Pulse Width Control Technology and multiple high-tech, intelligent driver chips.
  • Reliable Construction: Features SMT Chip Mounting Technology for precise control, high reliability, and low failure rate.
  • Strong Load Capacity: High efficiency conversion rate, strong load capacity, and wide application range.
  • Comprehensive Protection: Multiple intelligent security protections ensure safe operation.
  • Portable Design: Compact size and lightweight for easy transport and on-the-go use.
  • Solar Compatibility: Can be powered by solar energy, making it a cost-effective option for off-grid living.

3. Main Components

The CHANTOWER Pure Sine Wave Inverter is designed with user-friendly components for efficient operation.

Diagram of inverter components including indicator lights, sockets, switch, and terminals.
Figure 3.1: Inverter Main Components and Connections
  • Indicator Light: Green indicates normal operation; Red indicates a protection status (e.g., overvoltage, undervoltage, overload, overheating).
  • Universal Shaped Socket: For connecting AC appliances.
  • Independent Switch: Power ON/OFF switch for the AC output.
  • Input Terminal Positive (Red): For connecting the positive (+) terminal of the DC power source.
  • Input Terminal Negative (Black): For connecting the negative (-) terminal of the DC power source.
  • Efficient Cooling Fan: Integrated fans for heat dissipation.

4. Setup Instructions

Proper connection is crucial for the safe and efficient operation of your inverter. Please follow these instructions carefully.

4.1. Direct Battery Connection

This method is suitable for general car batteries or other DC power sources.

  • Voltage Matching: Ensure the input voltage of the inverter (e.g., 12V or 24V) matches the voltage of your battery.
  • Parallel Batteries: Multiple batteries can be used in parallel to increase capacity, but ensure the total voltage matches the inverter's input.
  • Secure Connection: Connect the inverter's positive (red) terminal to the battery's positive (+) terminal and the inverter's negative (black) terminal to the battery's negative (-) terminal. Ensure good contact.
Diagram showing 12V battery connection to the inverter.
Figure 4.1: 12V Battery Connection Diagram

4.2. Car Cigarette Lighter Connection

This method is for low-power applications in vehicles.

  • Inverter Model: Use an inverter model specifically equipped with a car-mounted cigarette lighter plug.
  • Power Limit: The cigarette lighter output typically supports electrical appliances with a load of less than 150W. If your appliance exceeds 150W, you MUST use the direct battery connection method (Section 4.1) to avoid damage to your car's electrical system.

4.3. Electric Motorcycle Connection

This method is for connecting to electric motorcycle battery systems.

  • Voltage Matching: Electric motorcycle batteries are typically 48V (using four 12V batteries) or 60V (using five 12V batteries). You must select an inverter with an input voltage that matches your electric motorcycle's battery voltage. Refer to the voltage marked on your electric motorcycle.
Wiring diagrams for 12V and 24V battery connections, and car cigarette lighter connection.
Figure 4.2: Battery and Car Cigarette Lighter Connection Diagrams

5. Operating Instructions

Follow these steps to operate your inverter safely and effectively.

  1. Ensure the inverter's power switch is in the OFF position before making any connections.
  2. Connect the inverter to your chosen DC power source (battery or cigarette lighter) as described in Section 4. Ensure all connections are secure and have good contact.
  3. Verify that the power consumption of all electrical appliances you intend to use is within the inverter's rated continuous power range (typically 50% of the peak power). For inductive loads (e.g., refrigerators, motors), ensure their peak starting power does not exceed the inverter's peak power rating.
  4. Plug your electrical appliance(s) into the 110V AC output socket(s) of the inverter.
  5. Turn ON the power switch of the inverter. The green indicator light should illuminate, indicating normal operation.
  6. If the red indicator light illuminates, it signifies that the inverter has entered a protection mode due to overvoltage, undervoltage, overload, or overheating. Refer to the Troubleshooting section for solutions.
  7. For car cigarette lighter connections, if the inverter alarms or shuts down due to limited output, start the vehicle's engine or reduce the power consumption of the connected appliances to restore normal operation.

6. Maintenance

Proper maintenance ensures the longevity and optimal performance of your inverter.

6.1. Usage Environment Requirements

  • Dry Conditions: Do not immerse the inverter in water or expose it to rain.
  • Temperature: Operate the inverter in a cool environment with a temperature between 0°C and 40°C.
  • Ventilation: Do not use the power inverter in a narrow, enclosed space. Do not cover the machine during use. Ensure good ventilation around the unit to prevent overheating.

6.2. General Care

  • After continuous use, the surface temperature of the inverter casing may rise to approximately 60°C. It is essential to maintain smooth airflow and keep the inverter away from objects susceptible to high temperatures.
  • Regularly check all wiring connections to ensure they are tight and free from corrosion.
  • Keep the inverter clean and free from dust and debris, especially around the cooling fans.
  • This power inverter is prohibited for use by minors.

7. Troubleshooting

This section provides solutions for common issues you might encounter.

Abnormal PhenomenonReasonResolution Method
Indicator Light is Not On, Electrical Appliance Not WorkingMalfunction caused by battery (e.g., incorrect voltage)Check if battery output voltage is consistent with inverter's required voltage. Replace if necessary.
Reverse connection of positive and negative polesCheck battery connection. Inverter may be damaged and require replacement or warranty service.
Poor contact at the wiringCheck and tighten all connecting wires and terminals.
Indicator Light is Red, Electrical Appliance Not WorkingElectrical appliance power exceeds continuous power (overload shutdown)Use electrical appliances with a power lower than the inverter's continuous power.
Peak power of appliance too high (even if continuous power is within range)Ensure peak power of appliances is within the inverter's peak power range.
Battery discharged (alarm)Charge or replace the battery.
Poor ventilation, causing overheating shutdownTurn off for 15 minutes, remove obstructions around fan, place in cool area, reduce appliance use, then restart.
Input voltage too highCheck the working status of the charging system.
Output Voltage of Inverter is Too LowMeasured output voltage of voltmeter is too lowUse a "true RMS multimeter" to obtain accurate data for correction wave inverters.
Inverter Emits a Buzzing Alarm SoundUndervoltage or over temperature protectionShorten or use thicker wires for battery connection, lower machine temperature, improve ventilation, place in cool area, reduce appliance use.
Inverter Can Only Be Used For Low-power AppliancesWhen current passes through a wire, voltage decaysReduce the length of the wire and use thicker wires.
Battery Usage Time is Too ShortPoor or damaged battery healthReplace the battery.
Electricity stored after being fully charged is still insufficientThe charger cannot fully charge the appliance. Replace it with a better intelligent charger.
Current decays as it passes through a wireReduce the length of the wire and use thicker wires.

8. Specifications

Detailed technical specifications for the CHANTOWER Pure Sine Wave Inverter.

FeatureSpecification
TypePure Sine Wave Inverter
Output Voltage WaveformPure Sine Wave
Output VoltageAC 220V±10% (Also supports 110V output depending on model)
Input VoltageDC 12V / 24V (Specific models: 10-15V / 22-30V / 40-60V / 60-80V)
Output Frequency50Hz / 60±2Hz
Peak Power4000W / 5000W / 5500W (Model dependent)
Continuous Power1600W (for 4000W model) / 2000W (for 5000W model) / 2300W (for 5500W model)
Conversion Efficiency> 90% (up to 92.5%)
Socket TypeUniversal
Built-in Fuse10A / 15A / 20A / 40A / 70A / 120A / 240A (Model dependent)
Under Voltage Alarm10.4-11.0V (12V system) / 20.5-22V (24V system) / 42-45V / 54-57V
Low Pressure Shutdown9.7-10.3V (12V system) / 19.4-20.6V (24V system) / 39-42V / 48-52V
Overpressure Shutdown14.5-15.5V (12V system) / 29-31V (24V system) / 58-62V / 74-80V
No-load Current< 0.3A
Cooling Fan2 (Intelligent cooling fans)
Product Size (L*W*H)4000W: 30*15*9cm
5000W: 33*15*9cm
5500W: 38*15*9cm
CertificationCE
Specifications for the 5500W inverter.
Figure 8.1: 5500W Inverter Specifications
Specifications for the 5000W inverter.
Figure 8.2: 5000W Inverter Specifications
Specifications for the 4000W inverter.
Figure 8.3: 4000W Inverter Specifications

9. User Tips

Here are some helpful tips based on common user inquiries:

  • Battery Compatibility: While the manual specifies lead-acid battery connections, users often ask about LiFePo4 batteries. Always verify the voltage and current capabilities of your LiFePo4 battery management system (BMS) to ensure it can handle the inverter's demands and protection features.
  • Household Use: This inverter is designed for converting DC power (from car batteries, solar setups) to AC for various appliances. It can power many household items within its continuous power rating, making it suitable for off-grid, RV, or emergency backup scenarios. It is not intended as a direct replacement for grid power.
  • Appliance Startup: For appliances with high starting currents (e.g., refrigerators, motors), turn them on one by one, starting with the lowest peak power device, to prevent overload protection from triggering.
  • Cable Sizing: Use appropriately thick cables for battery connections, especially for higher power inverters, to minimize voltage drop and improve efficiency.

10. Warranty and Support

Your CHANTOWER Pure Sine Wave Inverter comes with a three-year warranty. To ensure proper after-sales service, please adhere to the following terms:

10.1. Product Exchange Application

  • Accessories must be complete and in original condition, not affecting secondary sales.
  • Missing relevant accessories will result in deductions based on the factory price.

10.2. Product Warranty Application

  • Quality Problems: If the machine encounters quality problems without unauthorized opening or modification of the original packaging, it will be repaired or replaced free of charge.
  • Unauthorized Modification: Issues arising from unauthorized opening or modification will incur paid maintenance.
  • Environmental Damage: If the machine casing is excessively dirty or old due to use in harsh environments, resulting in product damage, it will incur paid maintenance.
  • High-Power Machine Casings: For high-power models with severely scratched, dirty, or old casings, they should be returned to the factory for repair. After repair within the warranty period, the machine will be returned to the customer in its original condition and repaired free of charge.
  • Modified/Unpacked Machines: For machines that have been modified or unpacked without permission, any malfunctions will incur paid maintenance.

10.3. Contact for Support

Please contact customer service to obtain the return address and phone number for all returns and exchanges. After receiving relevant fees (if applicable), we will promptly handle the after-sales service and deliver the product to the customer by express delivery.

For a comprehensive guide, you may also refer to the official user manual PDF: CHANTOWER Inverter User Manual (PDF)

11. Important Safety Information

Adhering to these safety guidelines is paramount for your safety and the longevity of the inverter.

  • Environmental Safety: Do not expose the inverter to water, rain, or high humidity. Operate it in a cool, dry, and well-ventilated area (0°C to 40°C). Never cover the inverter during operation.
  • Ventilation: Ensure adequate airflow around the unit, especially after continuous use, as the casing temperature can rise. Keep it away from heat-sensitive materials.
  • Child Safety: This power inverter is not a toy and is prohibited for use by minors.
  • Voltage Matching: Always ensure the input voltage of the inverter precisely matches the voltage of your DC power source (e.g., 12V inverter with a 12V battery).
  • Overvoltage Protection: Do not exceed the maximum input voltage specified for your inverter model (e.g., do not exceed 16V for a 12V battery system) to prevent damage.
  • Load Management: When connecting multiple appliances, especially those with high starting currents (like refrigerators or motors), turn them on one by one, starting with the lowest peak power device, to prevent overloading the inverter.
  • Cigarette Lighter Limit: If using the car cigarette lighter connection, do not exceed a 150W load. For higher loads, use direct battery connection.
  • Low Voltage Alarm: If the inverter's low voltage alarm sounds, immediately turn off any sensitive electrical appliances and either charge the battery or start the vehicle's engine to prevent battery depletion and potential damage.
  • Wiring: Use appropriate gauge wiring for all connections to ensure efficient power transfer and prevent overheating of cables.