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* Ordering information
* Specifications
* Configurations
* Dimensions, and etc
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can be found in our PDF brochure.
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Next Generation LED
Lighting
LED lighting are essential for finding
solutions to many of the image-processing tasks of Vision Sensors.
A wide range of products allows you to
select the optimal LED lighting for each application.
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Using MG-WaveŽ Sensing
Control Method (Patent Pending)
Constant
Current Detection Control
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Without mounted resistors the
temperature has been reduced by 20°C
In the constant-voltage system, any kind of heat dissipation
paradoxically requires LED lights to have a heat-generating limiting
resistor. The MG-Wave series has adopted a constant-current technology
that frees LED lights from having a limiting resistor, thereby achieving
the industry's highest thermal characteristics.

The diagram depicts the temperature of the
three LED substrates for thirty minutes of operation after full
acclimatization to the temperature of a constant temperature bath
maintained at 40°C.
High-intensity
Illumination
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Luminous intensity increased by
controlling heat generation
In LED lighting, the heat factor cannot be separated from the luminous
intensity. Using the constant current system explained above in
combination with our proprietary heat dissipation system, we achieved an
outstanding reduction in heat generation and a 40-percent increase in
luminous intensity compared to the conventional product, the MDRL-CW31.

The diagram depicts the lighting intensity of the four test products for
thirty minutes of lighting after full acclimatization to the temperature
of a constant temperature bath maintained at 40°C.
Easy
to Use
The MG-Wave series has the patent-pending detection circuit incorporated
in the light. It reads the signal to control the rated current that is
adjusted according to the number of LEDs in every lighting module.
Therefore, it can be used for any type of lighting, such as in the
constant voltage configuration, if it is within the maximum
current capacity of the power source.
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