Abstract:Sine wave inverters are widely used in various types: microcomputer systems, communication systems, household, aviation, emergency, communication, ind...
Sine wave inverters
are widely used in various types: microcomputer systems, communication systems, household, aviation, emergency, communication, industrial equipment, satellite communication equipment, military vehicles, medical ambulances, police cars, ships, solar energy and wind power generation fields, etc. The site of emergency backup power supply can constitute an EPS emergency power supply system.
Pure sine wave output: Compared with square wave or modified sine wave (staircase wave), it has stronger loading effect and loading capacity. The equipment can carry inductive loads and any other types of general-purpose AC loads. Equipment such as refrigerators, TV sets and radios have no interference and noise, and will not affect the performance and life of the load equipment.
High stability: Because the system has complete protection functions such as overvoltage, undervoltage, overload, overheating, short circuit, reverse connection, etc., the stability of the system is ensured.
Liquid crystal display: liquid crystal display battery voltage and output voltage and status parameters. High-efficiency transformer isolation: high inverter efficiency and low no-load loss.
Digital intelligent control: The core device is controlled by a powerful single-chip microcomputer, which makes the peripheral circuit structure simple, and the control method and control strategy are flexible and powerful, thus ensuring excellent performance and stability.
Optional mains switching: If the mains switching function is selected, in the state of battery undervoltage or inverter failure, the device can automatically switch the load to the mains power supply, thus ensuring the power supply stability of the system.