Wiring Connecting Terminals - Digital Radio Wireless LoRa Modem 433MHz Data Transmission RS485 E95-DTU(433L20-485) Practical Durable - (Style: A)

Product introduction:The wireless data transmission radio adopts military-grade LoRa modulation technology, has a variety of transmission methods, works in the (410.125 493.125MHz) frequency bands, the radio provides transparent RS485 interface, rail type installation structure, supports AC85 ~ 265V / DC8 ~ 28V voltage input. LoRa spread spectrum technology will bring longer communication distance and stronger anti-interference ability.Features:*433MHz wireless digital radio*High-speed continuous data transmission, low latency and high speed*Automatic relay networking, multi-level relays are suitable for ultra-long-distance communications, and multiple networks can run simultaneously in the same area*Transmit power up to 1W and multi-level adjustable*Ultra-low power consumption, 12V power supply, waiting current is only 18mA, emission current <0.4ASpecifications:Model: E95-DTU(433L20-485)Carrier frequency: 410.125 493.125MHz(default 433.125MHz)Transmit power: 20dBm (max)Communication distance: 3kmInterface type: RS485Power supply: DC 8~28VInterface SMA-KOperating temperature: -40 ~+85 Product size: 92*66*30mmProduct weight: 95gPackage includes:1*LoRa ModemNote:1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness.2. Please allow slight manual measurement deviation for the data.

• Style: A
• Package Includes: 1*LoRa Modem | Note: | 1. The real color of the item may be slightly different from the pictures shown on website caused by many factors such as brightness of your monitor and light brightness. | 2. Please allow slight manual measurement deviation for the data.
• *433MHz wireless digital radio
• *High-speed continuous data transmission, low latency and high speed
• *Automatic relay networking, multi-level relays are suitable for ultra-long-distance communications, and multiple networks can run simultaneously in the same area