Mounting Procedure - STEINEL PROFESSIONAL IR 180 UNIVERSAL Manual Del Usuario

Connecting the IR 180 UNIVERSAL mains power supply lead (Fig� 4�2)
Wiring diagram (Fig� 4�3)
Connecting in parallel
Several IR 180 UNIVERSAL units can be connected in parallel via the con-
necting terminals. When doing so, make sure that the maximum connectable
load is not increased but that the minimum connected load is increased by the
factor of the parallel-connected sensors. It must also be noted that the unit can
only be started manually at the button (I) if all other sensors are switched OFF.
Button for starting manually:
In exceptional circumstances, the sensor may not be able to switch ON auto-
matically as a result of an empty energy storage system.
To switch the IR 180 UNIVERSAL on in such cases, remove the sensor
module, press the button (I) on the load module until lighting switches ON and
then re-fit the sensor module. Lighting can now not be switched OFF again
until a minimum state of charge has been reached, see SuperCap charging
behaviour.
5� Mounting
• Check all components for damage.
• Do not use the product if it is damaged.
• Select an appropriate mounting location, taking the reach and motion
detection into consideration (Fig� 5�1)

Mounting procedure

• Separate the sensor and load module (Fig� 5�2)
• Switch OFF power supply (Fig� 4�1)
• Connect to mains power supply (Fig� 4�2 / 4�3)
• Fit load module (H) into the flush box (Fig� 5�3)
• Screw to support ring with box fixing screws (Fig� 5�3)
• Select control dial and DIP switch settings on the sensor module (E)
(Fig� 5�4) (➜ "6� Funtion")
• Fit the sensor module (E) into the surround (G) and press together with the
load module (H) (Fig� 5�5)
• Switch ON power supply (Fig� 5�6)
6� Function
Factory settings for control dials
Reach setting (J): 20 m
Time setting (K): 30 s
Twilight setting (L): daylight mode
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Reach setting IR (Fig� 5�4 / J)
Adjustable in stages
– Control dial set to maximum = max. reach (approx. Ø 20 m)
– Control dial set to minimum = min. reach (approx. Ø 5 m)
Time setting (Fig� 5�4 / K)
Adjustable in stages.
The required Stay-ON time is selected as the minimum Stay-ON time. A setting
of 30 s to 15 min may be selected. If the integrated energy storage system runs
down to a low state of charge, the selected stay-ON time will be automatically
extended to recharge the energy storage system. If an energy storage system
is over-discharged and a connected load very low, the stay-ON time will be
extended to as long as 3 hours. When the brightness threshold is exceeded,
(presence logic), the sensor switches OFF after the stay-ON time expires.
Twilight setting (Fig� 5�4 / L)
The chosen response threshold can be set in stages from 2-1000 lux.
– Control dial set to = twilight mode (approx. 2 lux)
– Control dial set to = daylight mode (approx. 1000 lux)
➜ "Example applications" table, p� 23
DIP switch factory settings
DIP 1 – DIP 5 = OFF
DIP 1 – Normal/test mode (NORM/TEST) (Fig� 5�4)
Test mode has priority over all other settings on the sensor switch and is
used for verifying proper working order as well for testing the detection zone.
Irrespective of the ambient light level, the sensor switch activates the light to
stay ON for approx. 5 s in response to movement in the room. All user-selected
potentiometer settings apply in normal mode (control dials). The DIP-switch
test mode does not end automatically.
DIP 2 – Semi-automatic mode (MAN) / fully automatic mode (AUTO)
(Fig� 5�4)
Semi-automatic mode: (MAN)
The light only switches OFF automatically. Light is switched ON manually,
request light via the switch. It remains ON for the stay-ON time selected.
Fully automatic mode: (AUTO)
The light automatically switches ON in response to movement and OFF as
ambient brightness increases as well as after the stay-ON time elapses. Light
can be switched ON and OFF manually at any time. This temporarily interrupts
the automatic switching function.
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