The LW 868MHz TRANSMITTER ANALOG OUTPUT 0-10V is an industrial-grade device engineered for converting wireless digital data into a proportional analog voltage signal. This unit operates within the 868MHz frequency band and is designed to produce a precise 0-10VDC analog output based on wirelessly transmitted input values.
This transmitter leverages the robust LoRaWAN protocol to ensure reliable and long-range wireless communication. When a numerical value, typically ranging from 0 to 10, is transmitted wirelessly from a connected gateway, the device accurately converts this digital input into a corresponding 0-10VDC voltage at its output. Its integrated wireless connectivity capability simplifies deployment in distributed industrial environments.
Primarily utilized in industrial automation and control systems, this device functions as a critical interface component. It effectively bridges wireless data networks with equipment that necessitate standard analog voltage inputs, such as programmable logic controllers (PLCs), variable frequency drives (VFDs), or proportional control valves, all requiring stable 0-10VDC control signals.
