Wireless Remote Controlled Pure Sine Wave Inverter
Products Overview


Premium Circuit & Components
The product adopts a strict and scientific circuit design scheme, and selects high-standard electronic components from well-known domestic and foreign brands. The reasonable circuit layout and high-quality components make the whole machine have the characteristics of high power conversion efficiency, low heat generation during operation, strong working stability, wide environmental adaptability (adaptable to different temperature and humidity environments) and long service life. Even under long-term load operation, the inverter can work continuously and stably, with a low failure rate, effectively reducing the later maintenance cost of users.
Quality & Certification
The product is supplied directly by the factory, which omits intermediate links and ensures the stability of product quality while controlling the cost. The whole production process is equipped with strict quality control procedures, from raw material inspection to semi-finished product testing, and then to finished product factory inspection, every link is strictly checked to ensure that each product delivered to users has stable performance. At the same time, the product has passed CE / FCC / RoHS international certifications, fully complying with international safety and environmental protection standards, and can be used safely in various countries and regions around the world.
Applications
This wireless remote controlled pure sine wave inverter can provide safe, stable and reliable power supply for a variety of electrical equipment. It is not only suitable for resistive loads, but also perfectly compatible with inductive loads with motors. Specific applicable equipment includes downlights, electric fans, household refrigerators, air conditioners, color TVs, desktop computers, various lighting systems, as well as small power tools such as electric drills and grinders, which can meet the power supply needs of home, office, outdoor operation and other multiple scenarios.
























