PM330-00701R20363
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: [email protected] — www.niko.eu
EN
330-00701
7
Read the complete manual before carrying out the installation and activating the system. Keep the
manual for future reference.
Universal modular dimmer with PLC interference suppression, 5-350W analogue.
1. DESCRIPTION
This universal, modular dimmer is intended for DIN-rail mounting and is 1 TE wide (17.5 mm). The dimmer is
connected with three wires and is suitable for dimming dimmable LED lamps, dimmable economy lamps (CFLi),
halogen lamps and incandescent lamps. The dimmer functions according to both the phase control and reverse
phase control principle and is controlled via a NO push-button (170-0000x) with 0/1-10V analogue control. The
choice of lamp type can be set using the first three DIP switches under the hinged lid (see fig. 2). The dimmer is
equipped with an automatic detection and indication of malfunctions (overload, short circuit, etc.).
2. MOUNTING AND CONNECTION
To connect the load and the necessary input voltage, see fig.1. If everything is correctly connected and the power
supply and the lamp are switched on, then the indication LED on the dimmer will be on. If a malfunction has
occurred, then the LED will flash. Make sure that no mixed loads are used on the dimmer.
Installation recommendations
- The dimmers should ideally be fitted at the bottom of the electrical cabinet.
- If modular dimmers are fitted near to one another in the electrical cabinet, you can only connect 80% of the
maximum permissible power. A minimal distance of 20 mm is required in order to utilise the full, maximum
power.
- Check the temperature. If the temperature in the electrical cabinet rises too high (max. 35°C), provide
additional ventilation. Provide sufficient space at the top of the cabinet. Install a ventilator if necessary.
3. OPERATION AND USE
3.1. General operation
Two operating modes are possible. These can be selected with DIP switch 4 under the hinged lid of the dimmer
(see fig. 2).
Mode 1: analogue 0-10 V control
When this mode is selected, the dimmer will accept a voltage control signal from 0 to 10 V according to IEC standard
61131-2. This mode is selected by switching DIP switch 4 ON (upward) (see § 3.3.). For the connection diagram,
see fig. 1a. From 0 to 10 V, lighting regulation is possible from the minimum to the maximum light intensity. The
0-10 V voltage control signal is used in professional applications such as the Nikobus dim controller or PLC. If
the input voltage lies below the threshold voltage (± 1 V), the connected load remains off. If the input voltage
is equal to the threshold voltage, the connected load will switch on to the minimum light intensity. If the input
voltage is 10 V, the connected load will switch on to the maximum light intensity.
Mode 2: analogue 1-10 V control
When this mode is selected, the dimmer operates via a current control signal from 1 to 10 V according to EN60929
standard. This mode is selected by switching DIP switch 4 OFF (downward) (see § 3.3.). For the connection
diagram, see fig. 1b. From 1 to 10 V, lighting regulation is possible from the minimum to the maximum light
intensity. The intensity of the voltage flowing through the control circuit determines the light level. If the input
voltage is below the threshold voltage (± 1.5 V), the connected load will remain off. When no control signal is
connected, the connected load will switch on at the min. light intensity. If the input voltage is 10 V, the connected
load will switch on to the maximum light intensity. If you use a different type of 1/10V control than the Niko rotary
dimmer 310-0110x and you wish to dim your lighting circuit to a minimum, you must place a resistance of 10k
Ohm in series with the +-line for the 1-10V connection.
3.2. Meaning of the red indication LED
The LED lights up: - the dimmer is connected correctly (when installing),
- and the load is switched on.
The LED flashes:
- malfunction; the dimmer is not connected correctly, overload, short-circuit
incorrect setting. See Troubleshooting in §4 of this manual.
3.3. Permitted loads
The following table provides an overview of the maximum load that is permitted per lamp type at an ambient
temperature up to 35°C.
Lamp
HAL. 230 V
HAL. 230 V
HAL. 12 - 24 V
dimmable
economy lamp
dimmable
LED lamp
Max.
350 W
350 W
350 W
200 W
200 W
Min.
5 W
5 W
20 W
5 W
5 W
3.4. Adjust the dimmer settings according to the type of lamp
You set the correct load with the DIP switches as follows.
LED 1
Halogen lamp with electronic transformer – reverse phase control
LED 2
Halogen lamp with ferromagnetic transformer – phase control
LED 3*
Dimmable lamp or dimmable economy lamp - reverse phase control
LED 4*
Dimmable lamp or dimmable economy lamp - phase control
LED 5
Dimmable LED lamp - reverse phase control
LED 6
Dimmable LED lamp - phase control
LED 7*
Dimmable LED lamp - reverse phase control
LED 8*
Dimmable LED lamp - phase control
(*) These lamp profiles are equipped with boost function. This means that upon switching on, the lamp will
briefly shine brightly before going to the desired dimming level (if the memory function has been activated).
These profiles have been specifically made for lamps which cannot be switched on again when dimmed low.
3.5. Select profile for LED lamps
To select the right profile for the installed LED lamps, you proceed as follows:
1.
Try out profiles LED 5 and LED 6, one after the other.
If one of these profiles functions properly, go to § 3.6.
2.
If not, try the profiles LED 1 and LED 2, one after the other.
If one of these profiles functions properly, go to § 3.6.
3.
If not, it means the LED lamps need a lot of energy to start up. In this case, choose from the lamp profiles LED
3, LED 4, LED 7 or LED 8. These profiles have a boost function ensuring that, when starting up, the lamps
receive enough energy before going into the desired dimming level.
We provide an example of the advantages and disadvantages of the final two options below:
Profile
LED 1 or LED 2
LED 3, LED 4, LED 7 or LED 8
Advantages
The lamp does not shine bright for a moment
after being switched on
The lamp can be dimmed to its minimum level
Disadvantages
• The lamp cannot be dimmed to its
minimum level
• In certain cases the difference that can
be reached in light output is limited
The lamp shines bright briefly after being
switched on, if a low dimming level was
chosen.
3.6. Setting the minimum level
In order to reach the (optimal) maximum range for each lamp, the minimum level can be adjusted. See fig. 3.
4. TROUBLESHOOTING
Problem
Cause
Action
The dimmer is not working. The
red LED on the dimmer is not on.
The mains voltage is disconnec-
ted.
Connect the device to the mains
voltage.
The wire is defective.
Replace the wire.
The dimmer is not working. The
red LED on the dimmer is on.
The load is disconnected.
Connect the load correctly using
the connection diagram.
The lamp or wire is defective.
Replace the lamp or wire.
The minimal dimming level is set
too low.
Increase the minimum dimming
level or use a profile with boost
function (LED 3, LED 4, LED 7 or
LED 8).
The dimming profile is incorrect.
Choose another profile and adjust
the minimum dimming level.
The memory function is activated. Turn off the memory function and
turn on the dimmer.
The dimmer switches off by itself.
The red LED on the dimmer is
flashing.
The protection against thermal
overload (temperature is too high)
and short circuits has been acti-
vated.
Check if the lamp is dimmable.
This is shown on the packaging
by the following symbol:
Check whether the load is too
high. When doing this, keep in
mind the reactive power of ferro-
magnetic transformers.
Check the temperature in the
flush-mounting box (max. 35°C).
Check whether mixed loads have
been used, and make sure that
only one type of lamp load is in
the lighting circuit.
The dimming profile is incorrect.
For dimmable LED lamps: test
all lamp profiles one by one and
choose the profile that works
best. Dimmable LED lamps that
require a boost function (do not
start up at minimum dimming)
can be controlled with lamp
profiles LED 3, LED 4, LED 7, or
LED 8.
For incandescent lamps and
halogen lamps with electronic
transformers, choose lamp profile
LED 1.
For halogen lamps with ferromag-
netic transformers, choose lamp
profile LED 2.
For dimmable economy lamps,
choose a lamp profile with boost
function: LED 3 or LED 4.