igrox® wireless control systems

Take total control over your igrox® LED systems

igrox® wireless solutions
igrox® connect

Bluetooth based

igrox® CONNECT is a wireless control system for igrox® LED fixtures based on bluetooth technology. It is suitable for small installations, such as research and development systems. Through our igrox® CONNECT app you can set the dimming level of the connected LED fixtures and manage groups of fixtures.
In order to use  igrox® CONNECT with all  igrox® LED fixtures the MINI BLL INTERFACE is needed. MINI BLL INTERFACE must be coupled to one or to a group of fixtures, controlling them through 0..10V signal and connecting via bluetooth with a mobile phone or a tablet with installed app.
igrox® cultimate

Wifi/Bluetooth based

 

igrox® CULTIMATE is our smart solution for the automation of small cultivation environments. 

It is able to manage all the cultivation parameters. 

igrox® CULTIMATE is composed of a software and an hardware. Equipped with dosing pumps, pH and EC controls.

igrox® CULTIMATE can be connected to lights, HVAC systems, humidifiers, dehumidifiers, fans, water tank, nutrition solution components and control every parameter through a simple mobile app.
igrox® lightmesh

Zigbee based

 
 

igrox® LIGHTMESH is a wireless control system for igrox® LED fixtures based on zigbee technology. It is a radio frequency mesh network that ensures redundancy, flexibility and scalability. igrox® LIGHTMESH perfectly works in large installations such as greenhouses or vertical farms. Thanks to  igrox® LIGHTMESH you can set switch on and off time, creating automatic dimming programs, manage multichannel fixtures in order to moify the spectrum and control the status of the system in every moment and from anywhere.  In order to use igrox® LIGHTMESH with all igrox® LED fixtures the ZD LIGHT INTERFACE is needed. ZD LIGHT INTERFACE must be coupled to one or to a group of fixtures, controlling them through 0..10V signal and connecting via zigbee with a gateway with access to internet or to internal networks.