Niko 350-41930 Manuel Technique page 17

1. USE
The IR remote control 350-41930 is used to operate and configure the following KNX presence detectors: 350-41730, 350-41731, 350-41734 and 350-41735.
2. SETTINGS
2.1. Unlock/lock
To be able to set the KNX detector with the IR remote control, the detector must first be unlocked.
It is not necessary to unlock the detector for the following functions only:
• 'Scene 1–4' (Ambiance 1–4)
• 'Zone 1–4'
• 'Dim +'
• 'Dim -'
• 'On'
• 'Off'
• 'Auto'
1. Press 'Lock/unlock' three times within 10 seconds on the remote control to unlock the detector.
• The green LED on the presence detector will flash each time you press.
• After the green LED on the detector has flashed four times, it will be unlocked.
2. The detector is now ready to be configured. You can now continue to configure the detector
Once the desired settings have been adjusted, the KNX detector must be locked again.
1. Press 'Lock/unlock' once on the remote control to lock the detector.
• The green LED on the presence detector will flash twice to confirm.
2. The detector will now be back in operation mode and all modifications to the settings will be saved.
The presence detector is locked after 30 minutes if this is not done manually. Any modifications to settings will be saved.
2.2. KNX programming mode
You can put the detector in KNX programming mode by pressing on the 'Prog.' button on the remote control. In this mode, you can configure the KNX address
of the detector using the ETS software. The red LED of the KNX detector remains illuminated until the address has been configured.
You can exit the KNX programme mode by pressing on the 'Prog.' button again.
2.3. Calibration
To ensure that the detector maintains the optimal light level in all light zones, the light sensor on the presence detector must be calibrated.
You can activate the automatic calibration as follows:
Press 'Cal.' on the remote control.
All the luminaires in each zone will have the light level increased to the maximum light intensity and will stay on for 2 minutes. The red LED on the detector will
simultaneously flash as long as the light level is increased in the zone.
Each zone is dimmed separately (to calibrate the influence of the artificial light) and then switched off.
The detector will eventually return to automatic mode.
During the calibration, all other detector functions are blocked.
2.4. Walking test
By pressing 'Test On/Off' on the remote control, you will activate the walking test mode. In this mode, the detection range of the detector can be tested.
The LED on the detector indicates which sector is activated:
• When there is activity in sector A, the red LED will be illuminated for 0.5 seconds.
• When there is activity in sector B, the green LED will be illuminated for 0.5 seconds.
• When there is activity in sector C, the blue LED will be illuminated for 0,5 seconds.
In the walking test mode, all luminaires stay on continuously.
Press the 'Test On/Off' button again to exit the walking test mode.
If the test mode is not manually exited, this will happen automatically after 10 minutes.
2.5. Execute burn-in for fluorescent lamps
To reduce the early ageing of fluorescent lamps, it is recommended not to dim them during the first 100 burning hours (consult the information of the lamp
manufacturer for more information). You can use the 'burn-in' function on the detector for this. The daylight control will only start to function after the configured
time has elapsed.
You can activate the 'burn-in' function as follows:
EN
350-41930
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