FiberLamp FL5600, Инструкции по эксплуатации

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FiberLamp Installation Recommendations Page 14 of 19
Copyright 2015 5870082 A1
DMX Controls
The FL5600 is controlled with 8 DMX channels as shown in Table 5 below. These channels can
be assigned, in series only, to any of the 512 addresses within the DMX universe.
Table 5: DMX channel sequence table for different models.
DMX
Channel
Sequence
Model
Single
Color
Multicolor
RGBW RGBA
1 White Light 5000K White Light Blue Light
2 White Light Red Light Red Light
3 White Light Green Light Amber Light
4 White Light Blue Light Green Light
5 Mode 7 Mode 7: Mixed 5000K White Mode 7: Mixed 5000K White
6 Master Intensity
7 Twinkle Wheel
8 Strobe
LIGHT OUTPUT CONTROL
Channels 1-6, in the sequence of 8 shown in Table 5, are channels that control the light output of
the FL5600. As DMX controls operate on an incremental number scale from values of 0 to 255, a
DMX value of 0 corresponds to no light and a DMX value of 255 corresponds to maximum light
output.
Channels 1-4 correspond to individual colors on the LED light source. In multicolor models, new
colors can be achieved with varying intensity combinations.
Channel 5 controls the intensity of a color combination created in the LightMix software and
saved to Mode 7. For multicolor models, Mode 7 is calibrated at the manufacturing facility to the
brightest 5000K White light possible from the light source.
Channel 6 is the master intensity control (If channel 6 is set to DMX value 0, then no light
will turn on, even with channels 1-5 set to max intensity).
Having a Master intensity channel
gives the advantage of finding a color using channels 1-4 and controlling its intensity without
changing that color.
TWINKLE WHEEL CONTROL
The twinkle wheel control operates on the same incremental number scale from values of 0 to
255 as all other DMX controls. DMX channel 7 of the FL5600 controls both the rotational speed
and direction of the twinkle wheel.
The values in this channel are split. The lower half of the number values, 1 to 127, correspond to
twinkle wheel speeds in one rotational direction, and the higher half of the number values, 129 to
255, correspond to twinkle wheel speeds in the opposite rotational direction. The values 0 and
128 are reserved to stop the twinkle wheel from rotating as shown in Table 4 below.
Table 6: Twinkle wheel response to DMX signals
DMX
Value
0 - 1 1 - 127 126 - 131 132 - 255
Wheel
Response
Stop Slow
→
Fast Stop Fast
→
Slow in opposite direction