EcoDim ECO-DIM.11 Multicontrol l LED-Dimmer RC User Manual
- June 5, 2024
- EcoDim
Table of Contents
EcoDim ECO-DIM.11 Multicontrol l LED-Dimmer RC
ECO-DIM11 Multicontrol
- Input Voltage:
- Frequency:
- Maximum wattage:
- Minimum wattage:
- Dimming technology:
- Dimmable led lamps:
- Bulbs with electronic transformers: Halogen and incandescent bulbs:Input Voltage:
- Frequency:
- Maximum wattage:
- Minimum wattage:
- Dimming technology:
- Dimmable led lamps:
- Bulbs with electronic transformers: Halogen and incandescent bulbs:
- 230V
- 50Hz
- 250W
- 0W
- Phase cut (trailing edge, R, C) 0-250W
- 0-250W
- 0-250W
Suitable brands of cover material
Features
- Suitable for new installations and retrofit bulbs.
- Multi-dim technology achieve multi-way dimming/switching with no extra wires
- Soft start system for longer lifespan of LED bulbs.
- Built-in protection against, overload and overheat protection.
- Suitable for one-way and multi-way dimming.
- Multiple dimmers can control the same set of lights, but each dimmer works independently and does not interfere with each other.
- Self adaption at the maximum brightness to ensure no flickering appears
Connection
- Step 1: Always make sure that the electricity is turned off during installation. Then connect the power wires as indicated in the” Connection diagram
- Step 2: Now install the dimmer in the flush-mounting box.
- Step 3: Switch the electricity back on. Switch on the connected lamps using the dimmer shaft. Now set the MIN, as indicated under “MIN set up
- Step 4: Replace the cover frame and the dimmer knob on the dimmer.
Connection diagram
MIN set light level
The minimum brightness is selected by a dip switch, which is convenient for the user to accurately control the brightness level of the lamp.
- Factory set min. brightness to 1
- All dimmers install in parallel must be set to the same dimming lever(switch position)
Reduction of connected load by -PowerFactor When calculating the LED connected load of the dimmer, take the PowerFactor of the dimmable LED lighting into account. See the global calculation below for this. Nominal power = number of LED light sources * Nominal power
LED-PowerFactor.
Example: 10 lamps *(5W per lamp/0.8 PowerFactor) = 62.5 Watt
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