STEINEL PROFESSIONAL HF 180, Информация

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Note
I II
III
S conductor:
Cable length max. 50 m.
Important:
Incorrectly wired connections will produce a short circuit later on in the product
or fuse box. In this case, you must identify the individual cables and re-connect
them. An appropriate power switch for switching ON and OFF can be installed
in the supply lead.
Note for IR 180:
The mounting location should be at least 1 m away from any lights because
heat radiated from these may activate the system.
Connect the mains power supply lead for IR 180 (Fig� 4�2 / 4�3)
Note on parallel connection via P conductor:
IR 180 and HF 180 can be connected in parallel. However, a neutral conductor
must be present on each flush box. When using several sensor swictches, they
must be connected to the same phase. As many as 10 sensor switches can
be connected in parallel.
Master/slave (Fig� 4�4)
The master/slave configuration permits detection of movement in larger rooms
or spaces (load connected = master, no load = slave). The level of brightness
prevailing in the room is only evaluated at the master. The slaves report move-
ments detected to the master. A COM1/COM2 detector must be used as the
slave because the DALI detector only has a P input and no P output.
Interconnection with Control PRO sensors (Fig� 4�5)
If the IR 180 / HF 180 is interconnected with a Control PRO sensor via the P
conductor, the Control PRO detector must be a COM1 or COM2 sensor. If the
Control PRO sensor is a DALI sensor, IR 180 / HF 180 must only be connected
to the Control PRO DALI sensor in the COM1 or COM2 version. At the I
R/HF 180, the switches must in both cases be deactivated at DIP switch 3
("not used").
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)
• Push 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� Function")
• 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): IR 20 m / HF 8 m
Time setting (K): 30 s
Twilight setting (L): daylight mode
Reach setting IR (Fig� 5�4 / J)
Adjustable in stages
– Control dial set to maximum = max. reach (approx. 20 m)
– Control dial set to minimum = min. reach (approx. 5 m)
Reach setting HF (Fig� 5�4 / J)
Adjustable in stages
– Control dial set to maximum = max. reach (approx. 8 m)
– Control dial set to minimum = min. reach (approx. 1 m)
Time setting (Fig� 5�4 / K)
Adjustable in stages.
The chosen stay-ON time can be set to between 30 s and 30 min via the
control dial. Once the brightness threshold is exceeded (presence logic), the
sensor switches OFF after the stay-ON time expires.
IQ mode ( )
If the control dial is set to ( ), the stay-ON time is self-learning and adjusts
dynamically to user behaviour. The time cycle is determined by means of a
learning algorithm. The shortest time is 5 min, the longest time 20 min.
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