The use of innovations and new technologies at Hageris always customer-driven. Every year, Hager evaluatesthousands of its customer contacts, resulting in detailedknowledge of its customers’needs in order to workefficiently and successfully.
Crawl-under protection
Detection area limit
Range reduction
System sensor cable
Number system sensors
Improved
approach response
Additional function push-button
(NC) lead: push-button =
Order no.4 m
0.
Activation brightness approx. ballast
Energy saving lamps
Maximum inrush current
RFI suppressed
VDE mark
Index protection
Operating temperature
Delay time
Bell pulse
Forced cut-out min. 0.
-
Yes
3 lx
-
-
-
-
-
-
-
-
max.8
144 Switching segments
Technical data
Supply voltage
Power consumption
Switching contact
Switching capacity incandesc.
Remote range approx.
Min. 8
-
1x press =
Delay time
0150 29
Controller system
sensor 180
15 V=
approx. min.4 m
0.
Min.06 W
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
to 50015
Yes
IP55
-25 °C
see system power pack
-
see system power pack
see system power pack
-
2. 1. min. Check suitability equipment
prior use and inrush current limiters if
necessary.1 m
1 m
9 m
Yes
Hood
Tilt with reduction
in sensitivity
-
-
-
0152 09
Controller system power
pack RMD channel
230 V~, Hz
approx. 0. min. 1. 8
-
1x press =
Delay time
0155
Controller system power
pack RMD channel
230 V~, Hz
approx.
The range reduced.
Response sensitivity
Recommended mounting height
Close-up range approx.g. 0159System power supply unit
System power
supply unit
System power supply unit
wrong
There should sources interference, e.g.
Problems with sources interference can generally
be solved with the teachable digital BLC controller
comfort. (polar white)
When connecting energy-saving bulbs and
electronic ballasts (EVGs), consider the high
inrush currents.8 J-Y(ST)Y 0. transformers 85% load
Fluorescent lamps
uncompensated
parallel compensated
Duo circuit
Fluorescent lamps with elec.
Overview controller system
.1 W
2relays, pot.1 W
Potential-free relay
2300 W
2300 W
1200 W
1200 VA
1200 VA
920 VA
2300 VA
see inrush
current limiter
20 A
to 50015
Yes
IP20
-25 °C
4 sec.
Controller mounting
The detection beams
are not cut.
The controller detects
the object too late. 1.
The detection beams
are not optimally cut.
Ensure that there are interference sources,
e.
-
Yes
3 lx
-
-
-
-
-
-
-
-
max.8 0. lamps
230 halogen lamps
Tronic transformers
Conv.-free (right)
2300 W
2300 W
1200 W
1200 VA
1200 VA
920 VA
2300 VA
see inrush
current limiter
20 A
to 50015
Yes
IP20
-25 °C
4 sec.
10
80
LUX
15
4 TE
N L1
1 5
ca. lamps heaters, the detection range.
Mid range approx.1 W
Relay
2300 W
2300 W
1200 W
1200 VA
1200 VA
920 VA
2300 VA
see inrush
current limiter
20 A
to 50015
Yes
IP55
-25 °C
4 sec.
Min.
-
Yes
3 lx
-
-
-
-
-
-
-
-
max.
15
10
80
LUX
10
80
LUX
Order No.
Dimensional drawing
Top view of
detection range
Ranges
Side front view of
detection range
The detection
beams are
optimally cut. per channel
-
1x press =
Delay time
0159
J-Y(ST)Y 0.
15
Lx1 Lx2 +
L1L1
N L1
2
1
1 5
ca.T22
Controller system power
pack surface-mounted
230 V~, Hz
approx.06 W
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
see system power pack
to 50015
Yes
IP55
-25 °C
see system power pack
-
see system power pack
see system power pack
20 100%
2.8 0.
lamps, heaters fans the detection field:
Select suitable installation location and/or use
push-on cover.5 m
3 m
9 m
-
Hood
By tilting
-
-
-
0151 09
Controller system
sensor 240
15 V=
approx.
potential-free
optimal not optimal wrong
wrong
16m 3m
2,4m
16m
2,4m
9m 1m
168 Switching segments
32m
180°
16m
240°
16m
20m
22m
66
92
27
80
68
60
27 117
80
68
110
94
Sensor
System
Multi
38
4 TE
Lx +
N 4
1
1 5
ca
