Download DIMLight M-LCR instructions manual New LCR universal dimmers

DIMLight M-LCR instructions manual
New LCR universal dimmers
DIMLight M-LCR instructions manual
New LCR universal dimmers
Heat Loss Calculation:
Dimmers generates heat during operation and must not sit in ambient temperatures higher than 40 º C.
If this is not observed, reduced dimmer life significantly.
Remember to always prepare the statutory heat loss calculation, so the correct size board / cabinet used.
Instructions of how to DIMLIGHT-M/LCR
Type Designation
DimLight300-M/LCR
Heating Development
DimLight600-M/LCR
6
12
DimLight1000-M/LCR
Pushbutton-controlled universal dimmer as both can be used for dimmable 230V LED lamps 230V halogen, lowvoltage halogen through the iron core and electronic transformers, and incandescent lamps. The above loads must
not be mixed on the same dimmer, except for incandescent lamps, which must be mixed with all load types.
20
Selection of control mode and load type:
Status LED:
At the front of the dimmer, is a status LED which signals dimmer current status.
STATUS:
Constant Green:
LED is solid green; it means that the dimmer is in normal operation.
Constant red:
Error on load, experienced only in trailing fashion
Flashing red quickly (10Hz):
The dimmer has overheated and shut down. When the temperature drops again, dimmer is turned on again.
Red slowly flashes (2 Hz):
The current limiter is activated. When the fault is removed, the dimmer is turned on again.
Adjusting the minimum:
Particularly in use with LED light sources and ESL lamps, it may be useful to be able to adjust the minimum level of
dimmer, so the light is not flashing because of the low set light level.
Do the following:
1. First Turn the potentiometer fully counterclockwise.
2. Second Adjust the light to a minimum through the pressure associated dimmer.
3. Turn the potentiometer clockwise until the correct minimum level is reached.
V
Hz
W
VA
VA
%
°C
kg
mm
DimLight300-M/LCR
UT10159
230
50
0,3
20-300
4-60
<2
Automatic
Yes
+5 to +40
Yes
0,090
35x86x54
DIN 46277 (M36)
Grey
ABS UL94-V0
DimLight600-M/LCR
UT10166
230
50
0,3
20-600
4-120
<2
Automatic
Yes
+5 to +40
Yes
0,240
105x86x54
DIN 46277 (M36)
Grey
ABS UL94-V0
MODE:
Position 0:
Universal mode is selected, which means dimmer choose from for-or rear, depending on the load being connected to
the dimmer. This mode can only be used if the load is as follows:
Iron core and electronic transformers, incandescent lamps, 230V halogen
Position 1:
Leading edge control is selected, which means the dimmer running permanently forefront regulation. This
mode can only be used if the load is as follows:
Iron core transformers, incandescent lamps, 230V halogen, and some types of electronic transformers (must be
approved the forefront regulation.
Position 2:
Trailing edge control is selected, which means the dimmer running permanently trailing edge control.
This mode can only be used if the load is as follows:
Electronic transformers, incandescent lamps, 230V halogen.
Position 3:
LED edge control is selected, which means the dimmer running permanently forefront/leading edge, and regulates
after a logarithmic curve fit 230V LED (bulb replacements). Please note LED light source must be suitable for
dimming. Ask the light source supplier of leading edge control is correct form of regulation.
Technical Specifications:
Type
Ref. nr.
Supply Voltage
Frequency
Standby consumption
Load (L, C, R) ¹⁾
Load (LED, CFL)
Power consumption at 230
Short circuit protection
Thermal protection
Ambient temperature (ta)
Soft Start
Weight
Dimensions
Mounting
Colour (house)
Material (housing)
At the front of the dimmer is a switch which is referred to as MODE. This switch you can select the type of control you
want, and you can choose the type of load you have connected to the dimmer. Set within dimmer 230V network.
DimLight1000-M/LCR
UT10173
230
50
0,3
20-1000
4-200
<2
Automatic
Yes
+5 to +40
Yes
0,240
105x86x54
DIN 46277 (M36)
Grey
ABS UL94-V0
Position 4:
LED trailing edge control is selected, which means the dimmer running permanently trailing edge, and regulates after
a logarithmic curve fit 230V LED (light bulb replacements). Note that the LED light source must be suitable for
dimming. Ask lamp supplier on rear regulation is correct form of regulation.
Position 5:
ESL (energy saving lamps) edge control is selected, which means the dimmer running permanent forefront/leading
edge, and regulates after a logarithmic curve fit energy saving lamps (Incandescent lamp replacements). Note,
energy-saving light source shall be suitable for dimming. Ask the light source supplier of leading edge control is
correct form of regulation.
Position 6:
ESL (energy saving lamps) trailing edge control is selected, which means the dimmer running permanent rear/trailing
edge, and regulates after a logarithmic curve fit energy saving lamps (Incandescent lamp replacements). Note,
energy-saving light source shall be suitable for dimming. Ask the light source supplier of trailing edge control is
correct form of regulation.
¹⁾ L = Iron Core, C = Electronic transformer, R = Bulbs
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DIMLight M-LCR instructions manual
New LCR universal dimmers
DIMLight M-LCR instructions manual
New LCR universal dimmers
Installation Example 1:
Control via 230V switches with spring return -pushbuttons-
Description of the terminals, valid for DimLight300-M/LCR:
Terminal-1:
Connect phase
The control cables must be
separated from 230V supply
lines.
Failure to comply may result
in operating disorders.
Terminal-3:
Connects to neutral
Terminal-5:
Connect the power cord to the load
Terminal-6:
Short press turns on and off, long press regulates light at minimum and maximum. Control Direction changed by
briefly drop to pressure. The light stops at minimum and maximum.
Terminal-7:
Off Everything, suitable for parallel connection so multiple dimmers off at once.
The above loads must not be mixed in the same
dimmer, except for incandescent lamps, which must
be mixed with all load types
Terminal-8:
Light level 1, suitable for parallel connection so multiple dimmers is part of a light scene. Short press <4s gets light
level from memory. Long press> 4s saving light level. The light flashes as receipt.
Terminal-9:
Light level 2, suitable for parallel connection so multiple dimmers is part of a light scene. Short press <4s gets light
level from memory. Long press> 4s saving light level. The light flashes as receipt.
Terminal-10:
Reference terminal for control signal.
Installation Example 2:
Control via low voltage, or via low-voltage switches with spring return...
Description of the terminals, valid for DimLight600/1000-M/LCR:
Terminal-1:
Connect phase
Terminal-3:
loop Terminal
The control cables must be
separated from 230V supply
lines.
Failure to comply may result
in operating disorders.
Terminal-5:
Connects to neutral
Terminal-7:
Connect the power cord to the load
Terminal-32:
Short press turns on and off, long press regulates light at minimum and maximum. Adjustment/dimming changed the
direction by briefly releasing the pressure. The light stops at minimum and maximum.
The above loads must not be mixed in the same
dimmer, except for incandescent lamps, which must
be mixed with all load types
Terminal-33:
Off everything, suitable for parallel connection so multiple dimmers off at once.
Terminal-34:
Light level 1, suitable for parallel connection so multiple dimmers is part of a light scene. Short press <4s gets light
level from memory. Long press> 4s saving light level. The light flashes as receipt.
Terminal-35:
Light level 2, suitable for parallel connection so multiple dimmers is part of a light scene. Short press <4s gets light
level from memory. Long press> 4s saving light level. The light flashes as receipt.
Clamp-36:
Reference terminal for control signal.
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