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LOW. Fans run at constant low speed for quieter operation. Light
-
output is reduced when necessary to control fixture temperature.
AUTO. Fan speed increases when necessary to control fixture
-
temperature, but light output is constant.
3. Press ENTER to confirm your choice.
Home position adjustment (offset menu)
If the fixture head does not return to the correct home position even after a
reset, you can adjust the home position by defining offsets.
To make the adjustment from the control panel:
1. Reset the fixture motors as described above.
2. While still in menu mode, press and hold ENTER for at least 3 seconds to
enter Offset mode.
3. Use the DOWN and UP buttons up to choose PAN or TILT function to
adjust.
4. Use the DOWN and UP buttons to adjust the effect's home position.
5. Press ENTER to save your selection (or press MENU to exit without
saving any changes).
The fixture offset/calibration can also be set by DMX using the Special
Function channel.
Setting options by RDM
You can remotely configure the fixture over the DMX line using RDM. Martin®
offers a range of suitable RDM-compatible controllers.
Martin® M-PC is a Windows-based application available from Martin® that lets
you set up, manage and control a lighting installation from a PC that is
connected to the installation via a DMX data link. To use Martin® M-PC,
connect a PC running the application to the data link via a USB-to-DMX
interface box such as the Martin® M-DMX.
A full list of the RDM functions that the MH 10 fixture supports is given at the
end of this chapter. These functions are generally referred to using the more
specific term 'PIDs' or 'Parameter IDs'.
Scanning for RDM devices on the data link
Before you can communicate with fixtures using RDM, you must send a scan
command (also called a device discovery command) to all the devices on the
data link so that the RDM controller can identify them. It does this by retrieving
RUSH™ MH10 Beam FX User Manual
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