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Idiomas disponibles
Turn the TIME control knob clockwise to
increase the light-on time (up to 40
minutes).
Turn
counterclockwise to decrease the duration
(down to 5 seconds).
scales for time adjustment (from Min. to
Max.) – 5, 10, 20, 40, 80, 160 seconds
and 5, 10, 20, 40 minutes. Set the time
setting according to your requirements.
(FIGURE 12)
Scale 0
FIGURE 12
Scale
Duration
0
5 seconds
1
10 seconds
2
20 seconds
3
40 seconds
4
80 seconds
LUX ADJUSTMENT
The LUX adjustment determines at what
ambient light level the light will start
operating.
T
FIGURE 13a
For instance, turn the control knob to the
MOON position and the light will only turn
on at night (below 30 Lux). Turn the LUX
control knob counterclockwise to increase
the Lux setting.
range is between 30 and 200 Lux. Set
the
Lux
setting
requirements. (FIGURE 13)
Note: "T" stands for TEST mode. If the
LUX knob is set to the "T" position, the
light will turn on upon detecting motion
regardless
of
(FIGURE 13a)
the
control
knob
There are ten
Scale 9
Scale
Duration
5
160 seconds
6
5 minutes
7
10 minutes
8
20 minutes
9
40 minutes
MOON
FIGURE 13b
The adjustable Lux
according
to
your
ambient
light
level.
OPERATION
Automatic Operation
When the sensor detects motion and the
ambient light level is lower than the LUX
setting,
automatically turn on. The light will stay
on for the duration of TIME setting and
then turn off.
detected again while the light is still on,
the time counting will be reset.
TROUBLESHOOTING
Light does not turn on
Confirm that you have made a correct wiring
connection.
Make sure that the bulbs have not burned out.
Light remains on
Make sure the wiring connection is correct.
Check if the TIME setting is correct.
Others
For details on the specifications of the protective
shield, consult your local service agent.
LOADING CONDITIONS
Lighting Load for
Halogen
(Cos=1)
Lighting Load for
Incandescent
Lighting Maximum
Load For Fluorescent
T8 (Cos=0.5)
Lighting Load
(number of fittings)
for Fluorescent T5
(setup conditions)
14
the
connected
Note that if motion is
2000W / 8.3A (@240V) Max.
Condition : AxB=Loading
A=Watt ; B=Q'ty (Max.)
500W x 4 = 2000W in parallel
Conditions : AxB=Loading
A=Watt ; B=Q'ty (Max.)
90W x 8 ; 50W x 10 ; 20W x 12
Conditions :
Loading : AxB
A=Watt ; B=Lamp Q'ty (Max.)
200W x 10
Conditions* (see remark) :
Loading : AxB
A=Watt ; B=Lamp Q'ty (Max.)
60W x 20
1500W/6.25A(@240VAC)
Conditions :
Loading : Ax(BxC)
A=Electronic Ballast (Maximum)
B=Watt ; C= Lamp
Ax(BxC)=12x(14Wx1);
12x(14Wx2)
10x(14Wx3); 10x(14Wx4)
Ax(BxC)=10x(21Wx1);
10x(21Wx2)
Ax(BxC)=10x(24Wx1);
8x(24Wx2)
Ax(BxC)=8x(28Wx1);
8x(28Wx2)
light
will
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