PD29

Module complete with Organic Response wireless multi-sensor and light and motion detector.
Wirepas, Bluetooth, infrared communication and PIR technology.
In base systems with Plug&Play configuration, the module allows the luminaire to operate in stand-alone mode (motion control) and to communicate automatically with other nearby luminaires fitted with an Organic Response sensor.
For advanced operations like daylight and operating parameter editing, the Organic Response app that is available on App Store and Play Store can be used.
Accessories are available like BLE buttons, dongles and gateways for system architectures connected to the Organic Response Portal that can be used to exploit other sensor functions like Analytics.
Wireless frequency 2.4 GHz / IR 38 kHz.
Integrated beacon that can be activated via the Organic Response Portal (iBeacon protocol).
Module complete with DALI mains voltage power supply unit.

Recessed, surface and pendant installation with iN 60 MMO/Space modules. Positioning height min 2.7 m / max 3.7 m. Distance between sensors min 1.0 m / max 3.0 m. For the correct distances between Organic Response modules, contact iGuzzini or refer to the instruction sheets.
Typical motion sensor cover diameter: 3 m (@ 2.7 m installation h), 58°.;

Specifications:
-Wireless frequency 2.4 GHz / IR 38 kHz.
- sensor-sensor-gateway X685 RF mesh: Wirepas, maximum distance 8m (in a straight line with no obstacles).
-Sensor-smartphone-button connection: Bluetooth.

Default values Plug&Play (that can be changed from the app):
-Maximum light level with presence (max light): 100%
-Wait before shifting to low light level (dwell time): 10 min
-Low light level (low light): 10%
-Low light level time (low light time): 10 min
-Minimum light value after low level time (min light): 0% (OFF)
-Daylight control: disabled
-Double time for sensor that has detected the last presence state (double dwell time): disabled

For advanced programming with the Organic Response portal, an X687 IR dongle and X685 gateway are required.