25
Functions
ENG
Control and data query via EnOcean
gateway
The luminaire with installed wireless mod-
ule can be controlled via a taught EnOcean
gateway. Luminaire data can be read out by
the gateway. Control and data query take
place via the following bidirectional VLD
telegram:
EEP: D2-41-00
The VLD telegram transmits the following
data among others:
Lighting per luminaire head (read out
and adjust)
- On/off
- Dimming value
- Colour temperature
- VTL mode (On/off, Owl, Lark)
- Lighting mode (work lighting with
light control/ service lifting without
light control)
Presence per luminaire head
- Presence (read out only)
- Workplace assignment/zone
assignment (read out and adjust)
Ambient conditions (read out only)
- Noise level
- Air quality (VOC)
- Ambient brightness
- Temperature
- Air humidity
Maintenance data (read out only)
- Operating hours
- Energy consumption
- Power consumption
5.6 Teaching wireless module
into an external receiver
With this function, the wireless module can
be taught into an external receiver.
Depending on the profiles supported by the
receiver, different teach-in telegrams are
necessary to teach the wireless module.
RPS telegram
UTE teach-in telegram for VLD
The teach-in telegram supported by the
receiver is transmitted at the wireless mod-
ule, according to the profile settings in the
LIGHT ADMIN app.
5.7 Cyclical sending of switch tel-
egrams
NOTE:
Action by the user is not required.
With this function, the wireless module can
switch an external receiver on or off.
Prerequisites:
The wireless module has been taught
to the external receiver.
The RPS telegram has been activated
in the LIGHT ADMIN app.
This can be, for example, an EnOcean
socket that only switches on when the lumi-
naire with the wireless module installed is
switched on or detects presence.
Depending on the settings in the LIGHT
ADMIN app, the wireless module trans-
mits RPS switch-on telegrams at regular
intervals.
EEP: F6-02-01
When the luminaire is switched off, the
wireless module transmits an RPS switch-
off telegram.
EEP: F6-02-01
