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● Y-mirror inverts the RGB pixel rows so that the pixels run from left to right but pixels 11
to 20 move to the top row and pixels 1 to 10 move to the bottom row of the fixture.
Top and bottom are relative to the control panel display when the display
orientation is set to Normal.
● X-Y-mirror reverses the order of the pixels and inverts the RGB pixel rows at the same
time.
You can change the Pixel mirror setting on the Control / Settings DMX channel, in the
Fixture Settings menu in the fixture's control panel.
No-signal behavior
You can decide how the fixture should behave if it is not receiving a DMX signal (if the
fixture is being controlled by DMX but the DMX signal stops, or if you apply power to
the fixture when no DMX signal is present). Three options are available:
● Blackout – The fixture goes to dead blackout. This is the default setting.
● Hold – The fixture holds the last DMX values that it received.
● Houselight – The fixture switches to the maximum light level that can be displayed
continuously.
These settings are available on the Control / Settings DMX channel, in the Fixture
Settings menu in the fixture's control panel, or via RDM.
To avoid any possibility of unexpected behavior from a powerful strobe light if the DMX
signal fails, we recommend that you always set the fixture to Blackout or Houselight.
Fan Mode
The Fan Mode setting gives different options for the fixture's cooling fan operation and
temperature management. Having options to choose from can be very helpful if you
are operating the fixture in a very hot or noise-sensitive environment. Four options are
available:
● Regulated – gives priority to light output and only operates fans as necessary. If the
fixture is blacked out, fans run at minimum speed. When light output intensity is
increased, temperature regulation increases fan speed to the level necessary to
keep the fixture at optimum temperature.
If light output is set to maximum intensity but the fans can keep the fixture at
optimum temperature, there will be no regulation of light intensity. If the fixture
begins to exceed optimum temperature and fans are running at maximum speed it
will begin to limit light intensity until optimum temperature can be maintained.
● High – lets the fixture operate at maximum light output and suits operation in high
ambient temperatures. Fans are set to constant operation at high speed. Light
output intensity is limited smoothly if it becomes necessary in order to keep fixture
temperature at optimum temperature level.
Besides maximizing light output in high ambient temperatures, you can use this
mode to cool down a fixture quickly or to remove dust from cooling fans.
12
JDC Line 500 User Manual
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