3
4.5 m
10 x 5 m (50 m
2
)
15 x 5 m (75 m
2
)
5.0 m
10 x 5 m (50 m
2
)
15 x 5 m (75 m
2
)
5.5 m
10 x 5 m (50 m
2
)
15 x 5 m (75 m
2
)
6.0 m
10 x 5 m (50 m
2
)
15 x 5 m (75 m
2
)
All fi gures are guidance values.
Brightness measurement
The presence detector measures artifi cial light and daylight
that is refl ected below the detector. The light measurement
area maps a rectangle of about 1.8 x 3 m at table height. The
installation location is the reference point for the lighting
level. Direct light infl uences the light measurement. Avoid
placing fl oor lamps or suspended lighting directly below the
detector. If the brightness measurement is deactivated, chan-
nel A light only switches depending on presence (brightness
setpoint value set to "on" via potentiometer, or set to "mea-
surement off" via remote control).
1,8 m
Suitable lamps
The presence detector is designed for the operation of fl uore-
scent, compact fl uorescent, halogen and incandescent lamps
as well as LEDs. The maximum number of switchable lights is
restricted due to the high inrush current levels of the EBs and
LED drivers. The use of an external contactor helps with large
loads. Parallel switching enables allocation of load to several
Masters. All switched loads must be properly suppressed.
6. Installation
Flush-mounted fi tting
The presence detector is fl ush-mounted using a size 1 stan-
dard fl ush-mounting installation socket.
Surface-mounted installation
with LMS MG SURFACE MNT FRAME (B29011002)
7. Switching
The presence detectors can be combined as Master and Slave:
Master in individual switching, Master in parallel switching,
Master-Slave parallel switching.
Several push buttons can be connected to one control input.
Illuminated push buttons can only be used with neutral con-
ductor connection.
Individual switching
In individual switching, the presence detector, as Master,
detects presence and brightness and controls lighting.
AC / DC
H2
H1
L’
Master/Master parallel switching (for several
lighting groups)
Several Masters can be used in a parallel switching. Each
Master controls its lighting group according to its own bright-
ness measurements. Delay times and brightness setpoint
values are set individually on each Master. Presence continues
to be detected by all detectors.
