TATALIKEN Pure Sine Wave Power Inverter User Manual

1. Product Overview

The TATALIKEN Pure Sine Wave Power Inverter is designed to convert DC power from your battery (12V or 24V) into stable AC 220V 50Hz power, suitable for a wide range of household and electronic appliances. Featuring a pure sine wave output, it ensures compatibility with sensitive electronics, providing clean and reliable power.

Figure 1: Front view of the 12000W Pure Sine Wave Inverter with EU sockets and LED display.

Figure 2: Rear view of the 8000W Pure Sine Wave Inverter showing cooling fans and battery terminals.

2. Safety Precautions

• Ensure the rated power of the inverter is higher than the total wattage of the appliances you intend to connect.
• If running multiple devices, calculate their combined wattage.
• For inductive loads (e.g., refrigerators, washing machines, power tools), a pure sine wave inverter is recommended, and its continuous power should be significantly higher than the appliance's rated power due to high starting current (3-10 times the rated power).
• Do not connect the inverter to the grid power or reverse connect the positive and negative terminals, as this is strictly forbidden and will damage the unit.
• Do not overload the inverter.
• A car cigarette lighter can only support a power output within 100W. For higher power, direct battery connection is required.
• Ensure proper ventilation around the inverter to prevent overheating.

3. Setup Instructions

3.1 Battery Selection

• Confirm your battery's voltage (12V or 24V) and capacity.
• The battery voltage must match the inverter model (e.g., a 12V inverter requires a 12V battery).
• A larger battery capacity allows for greater electrical power output and longer operation.

3.2 Connection Steps

1. Connect to Battery: Connect the inverter's positive (+) terminal (red cable) to the battery's positive (+) terminal. Connect the inverter's negative (-) terminal (black cable) to the battery's negative (-) terminal. Ensure connections are secure and tight.
2. Turn On: Once connected, turn on the inverter switch. The LED display will show the battery voltage.

Figure 3: Step-by-step guide for connecting the inverter to a battery and turning it on.

4. Operating Instructions

4.1 Powering Appliances

• After turning on the inverter, plug your AC appliances into the EU sockets on the front panel.
• Monitor the LED display for battery voltage and any error indicators.
• Always ensure the total continuous power draw of your appliances does not exceed the inverter's continuous output power.

4.2 Understanding Peak and Continuous Power

The inverter has both a peak power and a continuous output power rating. Continuous power is the power the inverter can supply continuously under normal operating conditions. Peak power refers to the maximum power the inverter can withstand momentarily, typically during the startup of motor-type loads (inductive loads) which have a high instantaneous starting current.

Figure 4: Peak and Continuous Power Ratings for different inverter models.

Figure 5: Graph explaining the relationship between peak power (startup) and continuous power.

5. Maintenance

• Keep the inverter clean and free from dust. Use a dry cloth for cleaning.
• Ensure the cooling fans are not obstructed and operate freely. Good airflow is crucial for preventing overheating.
• Regularly check battery connections for tightness and corrosion.
• The inverter contains internal fuses for short circuit protection. If a fuse blows, it indicates a fault and should be inspected by qualified personnel. Do not attempt to replace fuses yourself unless you are knowledgeable and have the correct replacement parts.
• Store the inverter in a cool, dry place when not in use.

6. Troubleshooting

The inverter is equipped with multiple protection functions to ensure safe operation. If the inverter stops working or a warning tone sounds, check the following:

• Overload Protection: If the total power of connected appliances exceeds the inverter's continuous output power, the inverter will shut off. Reduce the load and restart the inverter.
• Low Input Voltage Protection: If the battery voltage drops below the specified low voltage shutdown threshold (e.g., 10V for 12V systems), the inverter will shut off. Recharge or replace the battery.
• High Input Voltage Protection: If the battery voltage exceeds the specified high voltage shutdown threshold (e.g., 15V for 12V systems), the inverter will shut off. Check the charging system for overcharging.
• Over Temperature Protection: If the inverter's internal temperature becomes too high, it will automatically shut off. Ensure adequate ventilation and allow the unit to cool down. Clear any obstructions from the cooling fans.
• Short Circuit Protection: In case of a short circuit in the output, the inverter will shut off. Disconnect all loads and check for any short circuits in your wiring or appliances.
• Ringing Tone Reminder: If any protection is triggered, the inverter will immediately disconnect power, and a buzzer will alert you. Disconnect the load, identify and resolve the issue, then restart the inverter.

7. Specifications

Figure 6: Detailed specifications and important notes.

Figure 7: Certifications received for the product.

8. User Tips

• Appliance Compatibility: This pure sine wave inverter is ideal for sensitive electronics like laptops, medical equipment, and audio systems, as well as inductive loads such as refrigerators, washing machines, and power tools.
• Inductive Loads: When powering inductive loads, remember their startup power can be 3-10 times their continuous rating. Ensure your inverter's peak power capacity can handle this surge.
• Battery Matching: Always match the inverter's input voltage (12V or 24V) to your battery's voltage. For optimal performance and longer run times, use a battery with sufficient capacity.
• LED Lighting: While this is a pure sine wave inverter, some non-standard LED or energy-saving bulbs might still cause issues. For best results, use national standard bulbs.
• Cooling: The aluminum-magnesium alloy shell and cooling fans are designed for efficient heat dissipation. Ensure the fans are unobstructed and the inverter is placed in a well-ventilated area to maintain optimal operating temperature.

9. Frequently Asked Questions (FAQ)

Q: Is this inverter EU certified?

A: Yes, the inverter has received CE certification, indicating compliance with European safety, health, and environmental protection requirements.

Q: What is the actual continuous output power of the inverter?

A: The continuous output power varies by model. For example, an 8000W peak inverter typically has a continuous output power of 3000W. Please refer to the 'Specifications' section or Figure 4 for a detailed table of continuous power ratings for different models.

Q: Can I power a 600W water pump with this inverter?

A: Water pumps are typically inductive loads, meaning they require a significantly higher starting (peak) power than their continuous running power. A 600W pump might require 1800W to 6000W peak power to start. You would need an inverter with a continuous power rating well above 600W and a peak power rating sufficient for the pump's startup surge. Consult Figure 4 and the 'Operating Instructions' for guidance on matching inverter capacity to inductive loads.

Q: What should I do if the inverter fails or stops working?

A: Refer to the 'Troubleshooting' section for common issues and solutions. The inverter has built-in protections that will trigger a warning sound and shut down if an issue like overload, over-voltage, or low-voltage occurs. Disconnect the load, identify the cause, and resolve it before restarting.

10. Warranty and Support

This product comes with a one-year warranty for after-sales service. For any issues not covered in this manual or for warranty claims, please contact your seller or the manufacturer's support channel for assistance.