Waterproof wireless communications SMG260W micro-inverter

SMG (20-40V) Waterproof series details the suggested retail price of ￥ 780.00 Brand Shengyang model SY-SMG-260W type solar inverter product certification CE circuit topology push-pull output voltage waveform of a sine wave input voltage range of 20-40 (V) Output voltage 230VAC Output Power 260 (W) Inverter efficiency of 0 (%) Voltage regulation 0 (%) Load regulation 0 (%) custom processing output frequency 50/60 (Hz) Dimensions 196 * 127 * 33mm Specification 260W / 230VAC Features 1, specifically for the characteristics of two widely used monocrystalline polycrystalline PV modules on the market development, the applicability stronger. 2, IP65 waterproof design, corrosion resistant aluminum shell, suitable for indoor installation. 3, support communication functions, remote monitoring power status. 4, modular stackable installation design, hot-swappable connectors to connect more easily disassembled. 5, using MCU and precision sensor IC with high-speed DSP functions that can accurately measure the voltage parameters. With the company information transmitter and Mini PC, real-time monitoring of the inverter power parameters. System features: 1. Based Wifi wireless transmission, easy to install, simple to configure. 2. No additional communication costs incurred. 3. Work in international ISM band, the application does not require the use of radio spectrum. 4. Support IEE802.11b / g / i standard. 5. Support DHCP, dynamic IP address. 6. Built-in FLASH memory, support for offline data storage, and never lost data. 7. Support dropped automatically reconnect feature. 8. Support clock synchronization. 9. Support TCP protocol, using the "send - Answer" mode data transmission, high transmission reliability. 10. Support USB online update feature. 11. Support WEB page configuration. 12. Support multiple inverters share a data transmitter can connect up to 15 inverters. 13. The data received with the software, set up a sound monitoring network, real-time monitoring of photovoltaic arrays and data analysis.