Documentation - Loxone Nano IO Air

TECHNICAL DATA

Detailed technical data can be found on the Product Datasheet here.

When calculating the number of lights that can be powered on one relay you MUST account for inrush current, information on inrush for the lights being used will be available from the light manufacturer.

SETUP IN LOXONE CONFIG

Initial setup:

When the Nano IO Air is powered up for the first time, the learning mode will start automatically.

Re-learning in process:

To re-lean in the Loxone Nano IO Air, simply press and hold the learn button for at least 5 seconds. The Loxone Nano IO Air is now back in the learning mode.

The learn button is located on the bottom left of the underside of the Nano IO Air.

To learn in your air devices please click here.

LOXONE TOUCH AND TOUCH PURE FOR NANO

The Touch for Nano and Touch Pure for Nano are expansion modules for the Nano IO Air and provides 5 touch surfaces.

If you are using a Loxone Touch for Nano or Touch Pure for Nano, don’t forget to select it in the properties of the Nano IO Air.

WIRING

OPERATING AT 230VAC

The Nano IO Air is equipped with two relays. Each with a maximum switching capacity is 5A at230V with cosφ=1.

NOTE: Please note that when wired with neutral the relays are not volt free relays, but switch the line voltage that is supplied to the Nano IO Air and is powering the unit itself.

OPERATING AT 24VDC

The Nano IO can also be operated with 24V. For this purpose, the Nano IO is supplied with voltage via the 24V and GND connection via an external power supply of 24V. It is therefore not necessary to supply the Nano IO via the mains voltage.

The two outputs L ‘and L’ ‘are to be considered in this mode as potential-free relays up to 230V / 5A. Thus, for example, 12V ~ can be switched via the relays to control an electronic motor lock. Here, L represents the common of the contact for the two relays and L ‘and L’ ‘ the switched contacts. In this operating mode N must not be connected.

CABLING DIGITAL INPUTS

There are also 6 24V digital inputs on the Nano IO. To use these the 24VDC output of the Nano IO is switched via the volt-free contact closures back to the digital inputs of the Nano IO. The 24V output of the Nano IO has a maximum output of 1W. For higher loads, a separate power supply must be used to supply the sensors. The potentials (GND) of the Nano IO and the power supply must be common in thiscase.