How many times do you need to get a few points of digital or analog inputs and outputs from point A to point B, but can’t justify the cost of running the wires? The Radio Kit is a replacement for hardwired IO that is simple to deploy. The Kit requires no programming – just wire strippers and a screwdriver. There is no communication protocol to interpret.
The radios are paired and secured at the factory, so there are no settings or configurations to figure out. It is bi-directional, so digital and analog signals can be sent in both directions between two connected IO stations. Inputs on one module are simply replicated as outputs on the corresponding module. Our wireless IO makes use of the unlicensed ISM band at either 868 MHz, 900 MHz, or 2.4 GHz (USA only). The radios can send IO up to 4 miles for the 900 MHz or 1 mile for the 868 MHz and 2.4 GHz models. Each radio pair can connect up to 16 IO modules, more than enough for most applications.

How many times do you need to get a few points of digital or analog inputs and outputs from point A to point B, but can’t justify the cost of running the wires? The Radio Kit is a replacement for hardwired IO that is simple to deploy. The Kit requires no programming – just wire strippers and a screwdriver. There is no communication protocol to interpret.
The radios are paired and secured at the factory, so there are no settings or configurations to figure out. It is bi-directional, so digital and analog signals can be sent in both directions between two connected IO stations. Inputs on one module are simply replicated as outputs on the corresponding module. Our wireless IO makes use of the unlicensed ISM band at either 868 MHz, 900 MHz, or 2.4 GHz (USA only). The radios can send IO up to 4 miles for the 900 MHz or 1 mile for the 868 MHz and 2.4 GHz models. Each radio pair can connect up to 16 IO modules, more than enough for most applications.