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350-20062
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EN nv Niko sa Industriepark West 40, BE-9100 Sint-Niklaas, Belgium — tel. +32 3 778 90 00 — fax +32 3 777 71 20 — e-mail: support@niko.be — www.niko.eu PM350-20062R13315
- With these buttons, you set the fade time (0 – 15)
for DALI coils or lighting fixtures.
- Each time you press the button, the fade time
increases or decreases by 1.
Tip: You must increase the fade factor if the lighting
fixtures are flashing during the transition phase.
Tip: It is recommended to keep this setting at 0 to
prevent that this is regarded as a delay between
the moment when the door button is pressed and
the moment when there is a visible difference in
the lighting.
- With these buttons, you set the positive hysteresis
on light sensitivity (10 – 100%) for the light
level.
- Each time you press the button, the hysteresis
increases or decreases by 10%.
- With these buttons, you set the light level of the
orientation lighting (5 – 100%).
- Each time you press the button, the light level
increases or decreases by 5%.
- The device returns to the factory settings.
- The sensor begins with a soft start for correct
initialisation.
- The following values are sent to the DALI coils:
- failure level
1
= 254
- activation level
2
= 0 (switched off)
- fade time
3
= 0
1
When a DALI controller is disconnected or in the event of a defect, the lighting switches over to its maximum
level (254).
2
When you activate the device, this parameter ensures that the lighting does not switch on suddenly.
3
The time that it takes for the lighting to go from 0 to 100%. The recommended level is 0 (otherwise this
takes too long).
5. ACTIVATING THE PRESENCE DETECTOR
5.1. Manual activation via the LUX potentiometer
Step Action Result
1. Set DIP switch 1 to ON. You can now set the lux value manually.
2. Turn the LUX potentiometer all the way to the
left (minimum setting).
The blue indication LED starts flashing.
3. Turn the LUX potentiometer all the way to the
right (maximum setting).
The blue indication LED starts flashing after a
few seconds.
4. Turn the LUX potentiometer all the way to the
left again (minimum setting).
a. The green indication LED is flashing once.
b. The sensor switches on the lighting in zones
1 and 2, after which the maximum light level
is reached.
c. The lighting in zone 1 is dimmed, and then
switched off in zones 1 and 2.
d. The lighting in zone 2 is switched on, after
which the maximum light level is reached.
e. The lighting in zone 2 is dimmed. After
approximately two minutes, the lighting is
automatically switched off and then switched
on again at the minimum light level.
5. Set the lux value of your choice using the LUX
potentiometer.
The sensor records this lux value after
30 seconds.
5.2. Activation via the IR remote control with factory settings
Step Action Result
1. Set DIP switch 1 to OFF (factory setting). You can now set the lux value using the IR
remote control.
2.
Press
three times.
The sensor is unlocked and the green indication
LED is flashing once.
3.
Press
.
a. The sensor switches on the lighting in zones
1 and 2, after which the maximum light level
is reached.
b. The lighting in zone 1 is dimmed, and then
switched off in zones 1 and 2.
c. The lighting in zone 2 is switched on, after
which the maximum light level is reached.
d. The lighting in zone 2 is dimmed. After
approximately two minutes, the lighting is
automatically switched off.
4.
Press
.
The sensor is locked again and returns to the
control mode. The device will now use the new
settings.
5.3. Activation via the IR remote control with calibration (sweep)
To set the presence detector in line with specific lighting requirements in certain rooms, you have to use the IR
remote control. You will also need a separate lux meter for this. Using the lux meter, you send the reference values
to the sensor, which ensures that the effect of switching on the lighting on the light level is accurately measured and
set. Follow the steps below to correctly set the sensor.
Setting the light level in zone 1
Step Action Result
1. Set DIP switch 1 to OFF (factory setting). You can now set the device using the IR remote
control.
2.
Press three times.
The sensor is unlocked and the green indication
LED is flashing once.
3.
Press
.
a. The sensor switches on the lighting in zones
1 and 2. After two minutes (fluorescent
lamps heating up), the maximum light level is
reached. The green indication LED is flashing
during this process.
b. If the green indication LED goes out, the
calibration will start (sweep): the lighting in
zone 2 is switched off and the lighting in zone
1 is gradually dimmed and then switched off.
After this, the lighting in zone 2 is gradually
dimmed and then switched off.
c. As soon as the calibration is completed, the
red indication LED lights up and the lighting in
both zones is switched on.
4. Place a lux meter at table height (approximately
85 cm from the ground) underneath the sensor
and centrally in zone 1.
5.
Press
or .
You set the first reference point in zone 1 to
the lowest light level possible (e.g. 300 lux).
Note: The light level must be as close as
possible to the fixed values on the IR remote
control.
6. Press the button with the value closest to the
first reference point (e.g.
).
The red indication LED goes out and the blue
indication LED lights up. The lux value is set.
7.
Press
or .
You set the second reference point in zone 1
to the highest light level possible (e.g. 700 lux).
Note: The light level must be as close as
possible to the fixed values on the IR remote
control.
8. Press the button with the value closest to the
second reference point (e.g.
).
The blue indication LED goes out, and the red
and blue indication LEDs light up at the same
time. The lux value is set and the lighting in
zone 2 is switched off.
9.
Press
or .
You set the third reference point in zone 1 to
the highest light level possible (e.g. 600 lux).
Note: The light level must be as close as
possible to the fixed values on the IR remote
control.
10. Press the button with the value closest to the
third reference point (e.g.
).
The red and blue indication LEDs go out, and
the green indication LED lights up. The lux
value is set.
11. Press the button with the value closest to the
lux value of your choice (e.g.
for 300 lux).
You set the lux value of your choice for zone
1 at table height.
The green indication LED goes out and the red
indication LED lights up. The lux value is set and
the lighting in zone 2 is switched on again.
12.
Press
if you only use zone 1 or if the
light level of your choice in zone 2 should
be the same as that in zone 1.
Continue with step 21.
Setting the light level in zone 2
Step Action Result
13. Place a lux meter at table height (approximately
85 cm from the ground) underneath the sensor
and centrally in zone 2.
14.
Press
or .
You set the first reference point in zone 2 to
the lowest light level possible (e.g. 200 lux).
Note: The light level must be as close as
possible to the fixed values on the IR remote
control.
15. Press the button with the value closest to the
first reference point (e.g.
).
The red indication LED goes out and the blue
indication LED lights up. The lux value is set.
16.
Press
or .
You set the second reference point in zone 2
to the highest light level possible (e.g. 500 lux).
Note: The light level must be as close as
possible to the fixed values on the IR remote
control.
14

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