TYCORUN 1000w Inverter Pure Sine Wave delivers outstanding performance for back-up power and off-grid system, which is widely used in emergencies or household. And the 1000 watt pure sine wave inverter advanced pure sine wave technology provide cleaner, smoother and more reliable power for sensitive equipment without any interference. Brilliant design using top electronic materials makes grid tie inverter 1000w safe, stable with long machine-life.
Pure Sine Wave
The TYCORUN 1kw inverter output a pure sine wave waveform, which has the same quality as utility or domestic power. This smooth pure sine wave allows you to operate sensitive electronic devices that require a high quality waveform with little harmonic distortion. Almost any electronic device could be powered using TYCORUN power inverter 1000w.
TYCORUN 1000 watt inverter is more efficient(high efficiency 90%) which able to use less energy and allow more devices to be used. More energy savings from low no-load losses. Superb load shock resistance will not harming your equipment when running.
Soft Start Technology
Thyristor soft start technology included can effectively reduce the starting inrush current of the pure sine wave inverter 1000w, reduce the impact on the power grid, improve the quality of power and the appliance life. Overall, inverter 12 220v 1000w improve the stability and reliability of the system which is especially necessary for equipment that has an inductive load or electrical motor. To better protect the machine, you’d better turn on the switch of the appliance first before starting the 1000 watt power inverter.
Model
TYCORUN 1000w Inverter Pure Sine Wave 12V DC to AC Power Inverter for Car, Rv, Off Grid, Camp, Solar System
Rated Input Voltage
12VDC
Continuous Power
1000W
Peak Power
2000W
Input Voltage Range
9.5-16VDC
Over Voltage Shutdown
16VDC
Low Voltage Shutdown
9.5VDC
Low Voltage Alarm
10VDC
No Load Current
1.3A
Over Load Protection
1000W
Output Voltage
¨110V / ¨120V
AC±10%(Refer to label)
Frequency
¨60Hz ±1Hz
Wave Form
Pure Sine Wave
Efficiency
≥ 90%
Over Heat Protection
149℉±8℉
Short Circuit Protection
Yes
Display
LCD
USB
5VDC, 0-2.4A × 2 MAX 3.4A
Type-C
Max 20W
Cooling Fan
Thermal controlled cooling fan.
It works only when the inverter housing temperature reaches 104°F.
Operating Temperature (Automatic Recovery/ Shutdown)
32-113℉
Storage Temperature
14-113℉
1.Is a 3000W inverter safe?
A 3000W inverter is generally safe, provided it is installed and used correctly. Following our user manual, purchasing recommendations, and local electrical regulations are key to ensuring safety. Make sure the inverter is not exposed to adverse environmental conditions such as high temperatures, high humidity, or direct sunlight, and keep it away from liquids to enhance safety. Additionally, avoid inserting metal objects into the inverter’s ventilation ports and disconnect the power supply before operation.
2.Where can a 3000W inverter be used?
A 3000W inverter is suitable for various applications, including but not limited to home backup power, solar power generation, camping and outdoor activities, and commercial use.
3.How do you use a 3000W inverter?
Place the inverter in a well-ventilated location away from high temperatures and humidity.
Connect the appropriate DC power source to the inverter’s DC input port.
Connect the devices you want to power to the inverter’s AC output ports.
Turn on the inverter, and monitor the indicator lights to check the operational status.
During use, regularly inspect the inverter to ensure it is operating correctly.
4.How long can a 3000W inverter be used?
The lifespan of a 3000W inverter varies depending on its quality and usage. Typically, it can last between 5 to 15 years. Regular maintenance and proper usage can extend the inverter’s lifespan. Higher-quality inverters tend to be more durable and provide longer-term reliability.
5.How do you connect a 3000W inverter to a battery?
Ensure the battery is in good working condition and has the required voltage and capacity.
Use the correct cables to connect the positive/negative terminal of the battery to the positive/negative terminal of the inverter’s DC input.
Securely fasten the cables, ensuring they are not damaged or loose.
Turn on the inverter to begin converting the battery’s DC power into AC power.
