Niko 360-45012, Руководство пользователя

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360-45012
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 PM360-45012R12412
Read the complete user manual before carrying out the installation and activating the system.
1. DESCRIPTION
The Luxstat Control DALI daylight control module (dimmable) regulates all low-voltage input signals from
sensors and switches which are directly connected to the controller.
A DALI bus for light fittings is also directly connected to the daylight control module. This bus is equipped with
a power supply and communication protocol for the addressable DALI components, so that each light fitting
has a unique ID address.
The daylight control module is suitable for DIN-rail mounting.
The daylight control module can control a maximum of 64 individual fittings that are equipped with DALI
ballasts. These ballasts can be distributed via the ID addresses over a maximum of three zones for daylight-
dependent control.
DALI light fittings are directly connected via a two-wire DALI bus to the daylight control module, which the
DALI bus supplies with 15 Vdc.
The power supply for the daylight control module (360-47000) (safety extra-low voltage or SELV) is used to
control the 230 V output to the light fittings and the switch-off delay. The power supply is suitable for DIN-rail
mounting.
The daylight control module contains a number of applications that are preprogrammed standard and which
can be easily selected using the integrated display.
If the daylight control module is connected to a photo cell (350-1001X) and a motion detector, if the detector
detects activity and if lighting is needed, application 30.01 (factory setting) ensures that the lighting is
switched on and the lighting level is regulated depending on the incoming daylight.
Lighting control can be useful in for example corridors, exhibition rooms, office buildings, meeting rooms,
classrooms, production halls, cafeterias, sport halls, foyers and warehouses.
2. INSTALLATION
2.1. General
Attention: To be performed before activating the daylight control module.
Refer to the wiring diagram (fig. 1 – 9).
Before activating the daylight control module, the photo cell, push button or switch, motion detector and DALI
light fittings must be correctly assembled and connected.
Refer to the installation menu (fig. 10):
1. Start up the system.
2. Accept the sensor value on the display.
3. Start up the daylight control module.
4. Select Randomize units from the display menu to ensure that all light fittings are ready for Search new ID .
Via the Search new ID display menu, each DALI light fitting is localised on the DALI bus and a unique
ID address is assigned to each fitting. It takes approximately 15 seconds to assign one ID address. For
example, for 64 fittings, this process takes approximately 16 minutes.
5. Go to the Not assigned display menu
Using the ID address, assign the lighting zone to each DALI light fitting on the DALI bus to which it belongs:
zone 1, zone 2 or zone 3.
When you assign a light fitting to a zone, the lighting from that fitting is automatically switched on so that
you can see which fitting is being configured.
The daylight control module is now ready to be used with the factory settings.
If you activate the daylight control module before you have correctly assembled and connected the photo cell,
you may have to perform the initialisation again via:
ADJUSTMENT > Adjust Settings > Initiate Sensor .
2.2. Connecting accessories
Power supply for photo cell/motion detector (general):
power supply 24 Vdc ± 10%, max. 100 mA
ø B1/A11 +
ø B2/A7/A12 -
DALI ballast, via DALI bus with two-wire conductor:
ø D3 0 Vdc and communication
ø D4 15 Vdc ± 20% and communication
Low-voltage push button:
ø B2
ø B3 Auto
ø B4 I/O
ø B5
ø B6
ø B7 LED Auto
ø B8 LED I/O
Low-voltage switch (door):
ø B2
ø B9
Low-voltage switch (blackboard):
ø B2
ø B10
Time switch:
ø B2
ø B11
Energy-saving contact (load switch-off):
ø A12
ø B12
Motion detector, NPN:
ø A11 +
ø A12 -
ø A9
Photo cell:
ø A11 +
ø A12 -
ø A10
3. SETTINGS
3.1. Factory settings
Parameter Setting
application 30.01, automatic on/off via motion detector
indoor light intensity Lx ind1 = 200 lux
Lx ind2 = 160 lux
Lx ind3 = 100 lux
light sensitivity Setp1 = 300 lux
Setp2 = 300 lux
Setp3 = 300 lux
switch-off delay 10 min
minimum lighting level Light min1 = 0%
Light min2 = 0%
Light min3 = 0%
maximum lighting level Light max1 = 100%
Light max2 = 100%
Light max3 = 100%
load switch-off Loadshed1 = 50%
Loadshed2 = 50%
Loadshed3 = 50%
You can use the daylight control module with the factory settings.
For optimal use, it is recommended that the settings will be adjusted to the lighting conditions in the area using
the menu and the display on the daylight control module.
3.2. Changing the settings
1. Decide which lighting level and light sensitivity (set point) are needed for the area within each zone: Setp1 ,
Setp2 , Setp3 .
2. Switch off the lighting and measure the lighting level at table height in each zone using a lux meter:
Lx ind1 , Lx ind2 , Lx ind3 .
3. Start up the daylight control module and wait a moment.
The daylight control module must be correctly connected to a photo cell.
4. Select the correct application (see section 4.2.) and number of channels (Ch).
5. Go to the Daylight Factor menu and set the following parameters:
• Range : With an indoor photo cell mounted on the ceiling in the vicinity of a window, the factory setting
30 – 3000 lux is recommended. With an indoor photo cell mounted in a skylight or velux window,
300 – 30 000 lux is recommended. The setting on the daylight control module and the photo cell must
be within the same range.
• Lx ind : Enter the measured lux values ( Lx ind1 , Lx ind2 , Lx ind3 ). See step 2.
• Sensor : Press ADJ (current lux value read off in the menu). If the read-off lux value is higher than the
highest lux value in the Lx ind1 , Lx ind2 and Lx ind3 menu, press Save .
This is how the daylight control module automatically calculates the parameters for an optimal lighting
control in the areas.