This symbol is intended to alert the user of important operating and maintenance (servicing) instructions in the literature provided with the equipment.
This symbol is intended to alert the user of the presence of uninsulated
dangerous voltage within the product’s enclosure that may present a risk of
electric shock.
Caution
Read Instructions • Read and understand all safety and operating instructions before using the equipment.
Retain Instructions • The safety instructions should be kept for future reference.
Follow Warnings • Follow all warnings and instructions marked on the equipment or in the user information.
Avoid Attachments • Do not use tools or attachments that are not recommended by the equipment
manufacturer because they may be hazardous.
Warning
Power sources • This equipment should be operated only from the power source indicated on the product. This
equipment is intended to be used with a main power system with a grounded (neutral) conductor. The third
(grounding) pin is a safety feature, do not attempt to bypass or disable it.
Power disconnection • To remove power from the equipment safely, remove all power cords from the rear of
the equipment, or the desktop power module (if detachable), or from the power source receptacle (wall plug).
Power cord protection • Power cords should be routed so that they are not likely to be stepped on or pinched
by items placed upon or against them.
Servicing • Refer all servicing to qualified service personnel. There are no user-serviceable parts inside. To prevent
the risk of shock, do not attempt to service this equipment yourself because opening or removing covers may
expose you to dangerous voltage or other hazards.
Slots and openings • If the equipment has slots or holes in the enclosure, these are provided to prevent
overheating of sensitive components inside. These openings must never be blocked by other objects.
Lithium battery • There is a danger of explosion if battery is incorrectly replaced. Replace it only with the
same or equivalent type recommended by the manufacturer. Dispose of used batteries according to the
manufacturer’s instructions.
Consignes de Sécurité • Français
Ce symbole sert à avertir l’utilisateur que la documentation fournie avec le
matériel contient des instructions importantes concernant l’exploitation et la
maintenance (réparation).
Ce symbole sert à avertir l’utilisateur de la présence dans le boîtier
de l’appareil de tensions dangereuses non isolées posant des risques
d’électrocution.
Attention
Lire les instructions• Prendre connaissance de toutes les consignes de sécurité et d’exploitation avant
d’utiliser le matériel.
Conserver les instructions• Ranger les consignes de sécurité afin de pouvoir les consulter à l’avenir.
Respecter les avertissements • Observer tous les avertissements et consignes marqués sur le matériel ou
présentés dans la documentation utilisateur.
Eviter les pièces de fixation • Ne pas utiliser de pièces de fixation ni d’outils non recommandés par le
fabricant du matériel car cela risquerait de poser certains dangers.
Sicherheitsanleitungen • Deutsch
Dieses Symbol soll dem Benutzer in der im Lieferumfang enthaltenen
Dokumentation besonders wichtige Hinweise zur Bedienung und Wartung
(Instandhaltung) geben.
Dieses Symbol soll den Benutzer darauf aufmerksam machen, daß im Inneren
des Gehäuses dieses Produktes gefährliche Spannungen, die nicht isoliert sind
und die einen elektrischen Schock verursachen können, herrschen.
Achtung
Lesen der Anleitungen • Bevor Sie das Gerät zum ersten Mal verwenden, sollten Sie alle Sicherheits-und
Bedienungsanleitungen genau durchlesen und verstehen.
Aufbewahren der Anleitungen • Die Hinweise zur elektrischen Sicherheit des Produktes sollten Sie
aufbewahren, damit Sie im Bedarfsfall darauf zurückgreifen können.
Befolgen der Warnhinweise • Befolgen Sie alle Warnhinweise und Anleitungen auf dem Gerät oder in der
Benutzerdokumentation.
Keine Zusatzgeräte • Verwenden Sie keine Werkzeuge oder Zusatzgeräte, die nicht ausdrücklich vom
Hersteller empfohlen wurden, da diese eine Gefahrenquelle darstellen können.
Instrucciones de seguridad • Español
Este símbolo se utiliza para advertir al usuario sobre instrucciones impor-
tantes de operación y mantenimiento (o cambio de partes) que se desean
destacar en el contenido de la documentación suministrada con los equipos.
Este símbolo se utiliza para advertir al usuario sobre la presencia de elementos con voltaje peligroso sin protección aislante, que puedan encontrarse
dentro de la caja o alojamiento del producto, y que puedan representar
riesgo de electrocución.
Precaucion
Leer las instrucciones • Leer y analizar todas las instrucciones de operación y seguridad, antes de usar el
equipo.
Conservar las instrucciones • Conservar las instrucciones de seguridad para futura consulta.
Obedecer las advertencias • Todas las advertencias e instrucciones marcadas en el equipo o en la
documentación del usuario, deben ser obedecidas.
Evitar el uso de accesorios • No usar herramientas o accesorios que no sean especificamente
recomendados por el fabricante, ya que podrian implicar riesgos.
Avertissement
Alimentations • Ne faire fonctionner ce matériel qu’avec la source d’alimentation indiquée sur l’appareil. Ce
matériel doit être utilisé avec une alimentation principale comportant un fil de terre (neutre). Le troisième
contact (de mise à la terre) constitue un dispositif de sécurité : n’essayez pas de la contourner ni de la
désactiver.
Déconnexion de l’alimentation• Pour mettre le matériel hors tension sans danger, déconnectez tous les
cordons d’alimentation de l’arrière de l’appareil ou du module d’alimentation de bureau (s’il est amovible) ou
encore de la prise secteur.
Protection du cordon d’alimentation • Acheminer les cordons d’alimentation de manière à ce que personne
ne risque de marcher dessus et à ce qu’ils ne soient pas écrasés ou pincés par des objets.
Réparation-maintenance • Faire exécuter toutes les interventions de réparation-maintenance par un
technicien qualifié. Aucun des éléments internes ne peut être réparé par l’utilisateur. Afin d’éviter tout danger
d’électrocution, l’utilisateur ne doit pas essayer de procéder lui-même à ces opérations car l’ouverture ou le
retrait des couvercles risquent de l’exposer à de hautes tensions et autres dangers.
Fentes et orifices • Si le boîtier de l’appareil comporte des fentes ou des orifices, ceux-ci servent à empêcher les
composants internes sensibles de surchauffer. Ces ouvertures ne doivent jamais être bloquées par des objets.
Lithium Batterie • Il a danger d’explosion s’ll y a remplacment incorrect de la batterie. Remplacer uniquement
avec une batterie du meme type ou d’un ype equivalent recommande par le constructeur. Mettre au reut les
batteries usagees conformement aux instructions du fabricant.
Vorsicht
Stromquellen • Dieses Gerät sollte nur über die auf dem Produkt angegebene Stromquelle betrieben werden.
Dieses Gerät wurde für eine Verwendung mit einer Hauptstromleitung mit einem geerdeten (neutralen) Leiter
konzipiert. Der dritte Kontakt ist für einen Erdanschluß, und stellt eine Sicherheitsfunktion dar. Diese sollte nicht
umgangen oder außer Betrieb gesetzt werden.
Stromunterbrechung • Um das Gerät auf sichere Weise vom Netz zu trennen, sollten Sie alle Netzkabel aus der
Rückseite des Gerätes, aus der externen Stomversorgung (falls dies möglich ist) oder aus der Wandsteckdose
ziehen.
Schutz des Netzkabels • Netzkabel sollten stets so verlegt werden, daß sie nicht im Weg liegen und niemand
darauf treten kann oder Objekte darauf- oder unmittelbar dagegengestellt werden können.
Wartung • Alle Wartungsmaßnahmen sollten nur von qualifiziertem Servicepersonal durchgeführt werden.
Die internen Komponenten des Gerätes sind wartungsfrei. Zur Vermeidung eines elektrischen Schocks
versuchen Sie in keinem Fall, dieses Gerät selbst öffnen, da beim Entfernen der Abdeckungen die Gefahr eines
elektrischen Schlags und/oder andere Gefahren bestehen.
Schlitze und Öffnungen • Wenn das Gerät Schlitze oder Löcher im Gehäuse aufweist, dienen diese zur
Vermeidung einer Überhitzung der empfindlichen Teile im Inneren. Diese Öffnungen dürfen niemals von
anderen Objekten blockiert werden.
Litium-Batterie • Explosionsgefahr, falls die Batterie nicht richtig ersetzt wird. Ersetzen Sie verbrauchte Batterien
nur durch den gleichen oder einen vergleichbaren Batterietyp, der auch vom Hersteller empfohlen wird.
Entsorgen Sie verbrauchte Batterien bitte gemäß den Herstelleranweisungen.
Advertencia
Alimentación eléctrica • Este equipo debe conectarse únicamente a la fuente/tipo de alimentación eléctrica
indicada en el mismo. La alimentación eléctrica de este equipo debe provenir de un sistema de distribución
general con conductor neutro a tierra. La tercera pata (puesta a tierra) es una medida de seguridad, no
puentearia ni eliminaria.
Desconexión de alimentación eléctrica • Para desconectar con seguridad la acometida de alimentación
eléctrica al equipo, desenchufar todos los cables de alimentación en el panel trasero del equipo, o desenchufar
el módulo de alimentación (si fuera independiente), o desenchufar el cable del receptáculo de la pared.
Protección del cables de alimentación • Los cables de alimentación eléctrica se deben instalar en lugares
donde no sean pisados ni apretados por objetos que se puedan apoyar sobre ellos.
Reparaciones/mantenimiento • Solicitar siempre los servicios técnicos de personal calificado. En el interior no
hay partes a las que el usuario deba acceder. Para evitar riesgo de electrocución, no intentar personalmente la
reparación/mantenimiento de este equipo, ya que al abrir o extraer las tapas puede quedar expuesto a voltajes
peligrosos u otros riesgos.
Ranuras y aberturas • Si el equipo posee ranuras o orificios en su caja/alojamiento, es para evitar el
sobrecalientamiento de componentes internos sensibles. Estas aberturas nunca se deben obstruir con otros
objetos.
Batería de litio • Existe riesgo de explosión si esta batería se coloca en la posición incorrecta. Cambiar esta
batería únicamente con el mismo tipo (o su equivalente) recomendado por el fabricante. Desachar las baterías
usadas siguiendo las instrucciones del fabricante.
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to part 15 of the
FCC Rules. Operation is subject to the following two conditions:
1. This device may not cause harmful interference.
2. This device must accept any interference received, including interference that may cause undesired operation.
The Class A limits are designed to provide reasonable protection against harmful interference when the equipment is operated
in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed
and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of
this equipment in a residential area is likely to cause harmful interference, in which case the user will be required to correct the
interference at his own expense.
NOTE: This unit was tested with shielded cables on the peripheral devices. Shielded cables must be used with the unit to
Extron MLC 62 Series MediaLink Controllers • Contentsv
Extron MLC 62 Series MediaLink Controllers • Contentsvi
Introduction
This section gives an overview of the guide and describes the MLC 62 Series MediaLink®
Controllers and their features. Topics that are covered include:
About This Guide
About the MLC 62 Series MediaLink Controllers
System Requirements
About This Guide
This guide provides detailed information and best practice recommendations about cabling
and configuring the Extron® MLC 62 Series MediaLink Controllers, and reference information
about specifications, dimensions, and programming of the controllers.
Throughout this guide the MLC 62 controllers are interchangeably referred to as “MLC 62,”
“MLC,” or “controller.”
About the MLC 62 Series MediaLink Controllers
The Extron MLC 62 Series MediaLink Controllers are panels that control a wide range
of audio/video systems in any classroom, meeting facility, or auditorium via RS-232 or IR
control. They act as extended remote control panels, featuring eight (optionally six) labeled
backlit buttons that can be configured to control power, input switching, and volume on
a display device or switcher. If desired, you can replace these buttons with ones having
different labels, which also are provided with the controller. The buttons can be configured
via the MLC 62 Windows®-based configuration software.
All models can control a projector, display, or switcher via IR. In addition, the MLC 62 RS
models can control display devices, switchers, and various other items such as lights, a
projector lift, or a motorized screen via RS-232, IR, relays, or digital input.
The MLC 62 controllers are housed in secure, compact, one-gang sized enclosures, which
can be mounted on a wall or furniture, with or without an electrical junction box or
mounting bracket.
MLC 62 Models
The MLC 62 Series MediaLink Controllers include the following models:
MLC 62 IR D — US model. Controls devices by IR only; has a one-gang Decora® faceplate
and fits in a one-gang US electrical box.
MLC 62 RS D — US model. Controls devices by RS-232, IR, relays, and digital input; has a
one-gang Decora faceplate and fits in a one-gang US electrical box.
MLC 62 RS EU — European model. Controls devices by RS-232, IR, relays, and digital input;
has a one-gang Jung frame and fits over a standard one-gang EU electrical box.
MLC 62 RS MK — UK model. Controls devices by RS-232, IR, relays, and digital input; has a
standard MK sized frame and fits into a standard one-gang MK electrical box.
Extron MLC 62 Series MediaLink Controllers • Introduction1
The four MLC 62 models have the same button functionality and use the same
configuration software. All models can be controlled by pressing the front panel buttons
or via a host device using RS-232 communication and simple ASCII commands (Simple
Instruction Set, SIS™). They differ from each other in the following ways:
The MLC 62 IR D rear panel does not contain the Relay, Digital Input, or RS-232
display ports that the RS models have.
Some front, side, and rear panel connectors are located in different places on the
three RS models. (See “Panels and Connectors” in the “Features, Cabling, and
Operation” section.)
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MLC 62 IR D MLC 62 RS D
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ON
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MLC 62 RS EU MLC 62 RS MK
Figure 1. MLC 62 Models
Faceplate alternatives
All MLC 62 models are available in eight-button and six-button configurations.
MLC 62 IR D: The US IR model is delivered with two six-button faceplates in black and
white. One black and one white Decora wallplate are also provided. An eight-button
faceplate kit is available to order.
MLC 62 RS D: The US RS-232 model is delivered with two eight-button faceplates
in black and white. One black and one white Decora wallplate are also provided. In
addition, a kit is available to order, containing six-button faceplates in black and white
and an assortment of buttons.
MLC 62 RS EU: The European model is delivered with six-button and eight-button
faceplates, both in RAL9010 white.
MLC 62 RS MK: The UK model is delivered with six-button and eight-button
Additional button sets are available for the EU and MK models, labeled in English (the
default) and other languages. Refer to the Extron Web site at www.extron.com for
ordering information.
Features
Some of the features of MLC 62 include:
Customizable buttons — Eight buttons are standard on the MLC 62 and are
prelabeled for power on, power off, volume up, volume down, and input selections.
An additional set of prelabeled buttons is included, enabling the controllers to be
customized to suit the application.
Button backlighting — The front panel buttons are backlit to facilitate use in
low-light environments.
Alternative six-button configuration — For applications in which only a single
function is necessary for an input device, the standard eight-button faceplate can be
replaced with a six-button one. Each pair of source selection buttons can be changed
to a long, single function button.
IR and RS-232 ports — The MLC 62 RS models have a dedicated serial port for
communicating with most types of projectors or flat panel displays via unidirectional
RS-232. They also have an IR/S port, which enables IR or RS-232 control.
The MLC 62 IR D has only an IR port, which is used for IR communication only.
IR and RS-232 display control drivers can be downloaded and used to configure the
controller.
Relays (RS models) — Two relay ports enable control of room devices such as lights,
motorized screens, and projector lifts.
Digital Input (RS models) — A Digital Input port enables monitoring of a switch or
sensor to control devices.
IR Learning — The MLC 62 can be configured by IR learning, using the remote
control of a switcher or display device to create a driver that enables the MLC to
control the device.
Device drivers — A wide variety of Extron certified, ready-to-use device drivers are
available via the MLC 62 configuration software, the provided MLC 62 software disk,
and the Extron Web site (www.extron.com).
USB configuration port — The MLC 62 can be configured via a USB mini B port,
located on the rear or side panel (depending on the model). This port can also
temporarily provide power to the MLC during configuration.
Volume adjustment buttons with LED level indication — Individual up and down
buttons for audio level control with five LEDs that indicate current audio settings.
Macro capability — Each button can be configured to execute multiple actions
through the serial or IR control ports.
For example, a button can be configured so that a single press triggers commands to
turn on a display, select the RGB input of the display, and trigger a relay.
Toggling — Buttons can be placed in toggle mode, which adds flexibility by enabling
two different sets of commands to be executed with alternating presses of the button.
Built-in speaker — A speaker provides audible feedback when buttons are pressed
to confirm user actions.
Inactivity timer for display shutoff — An adjustable timer controls automatic
Front panel security lockout — If the MLC 62 RS D is installed in an unsecured
environment where easy access is not desirable, a security lockout feature can be
implemented to lock out all front panel controls.
Activity LED — An LED on the MLC front panel lights red, green, or amber to
indicate button presses, the transfer of data, front panel lockout, and other actions.
Section 508 Compliant — The MLC 62 meets or exceeds accessibility
standards for Electronic Information Technology. For more information about the
Extron Commitment to Accessibility, see the Extron Accessibility Web page at
The included MLC 62 Configuration Program is used to configure the MLC buttons
and ports via an RS-232 or USB connection. This software, provided on a DVD that is
delivered with the product, enables you to set functions for the front panel buttons and
to configure the MLC ports in order to control devices via the MLC. The software works
in combination with the IR or RS-232 drivers, also provided with the MLC on DVD or at
www.extron.com. See “Installing the Configuration Software” in the “Software-
based Configuration” section to access this program.
Device Drivers
The MLC 62 can control a switcher, projector, or other display device via IR or RS-232
communication. The MLC must have drivers loaded for the devices it will control in order
to send commands to those devices. Drivers can be obtained in the following ways:
IR or an RS-232 driver files can be installed from a disk, downloaded from the Extron
Web site (www.extron.com), or downloaded from Extron via the driver subscription
feature within the Windows-based configuration program. The drivers are saved on
your computer in a folder located at C:\Program Files\Extron\Driver2. You can upload
the desired drivers to the MLC via the MLC 62 configuration software.
IR commands can be captured from the IR remote control of a device through
IR Learning via the MLC 62 configuration program to create a driver that the MLC
can use. When a driver is created, it can be added to the configuration program so
that the commands can be used to configure the MLC to control the device. (See
“Configuring Using IR Learning” in the “Software-based Configuration” section.)
This section describes the front, side, and rear panel features of the four MLC 62 models,
and provides procedures for installing and operating the controllers. Topics that are
covered include:
Installation Checklist
Panels and Connectors
Installation
Configuring the MLC 62 via the USB Port
Mounting the MLC 62
Accessing Covered Panel Features After Mounting
Front Panel Security Lockout (Executive Mode)
Resetting the MLC 62 Using the Reset Button
IR Learning
Installation Checklist
Prepare the installation site as follows:
(Optional) Make any desired changes to the buttons installed in the faceplate,
substituting any of the provided additional buttons. (See Replacing Buttons, later in
this section.)
Attach the cables to the rear panel of the MLC and to the display device or switcher.
Attach optional IR Emitters if used, and any switches or sensors needed for other
room devices (such as lights, a motorized screen, and so forth). See the following
sections, later in this section, as needed for cabling information:
Rear Panel Features
Wiring for RS-232 Control
Wiring for IR Control
Wiring the Relays Port
Wiring the Digital Input Port
Measure and cut the hole in the mounting surface.
Prepare and pull the cables through the electrical box or mounting bracket.
Install the electrical box or mounting bracket. (Installation instructions for the
electrical box are provided with it.)
Extron MLC 62 Series MediaLink Controllers • Features, Installation, and Operation7
Wire and connect the MLC power supply. (See “Connecting Power to the
MLC 62,” later in this section.) Connect all other power cords and turn on all the
devices, including the MLC.
Connect a configuration cable from the computer to the MLC 62 by doing either of
the following:
Connect a USB A to mini B cable to the MLC USB configuration port and to a USB
port on your computer. (See “Configuring the MLC 62 via the USB Port,” later
in this section.)
Connect an RS-232 cable to the provided 3-pin connector and connect it between
the MLC Host/Config port and the computer serial port. (See “Wiring the
Host/Config Port,” later in this section.)
Download and install the MLC 62 Configuration Program. (See “Installing the
Configuration Software,” in the “Software-based Configuration” section.)
Download or create drivers for the devices you will be connecting. (See “Obtaining
Device Drivers” or “Configuring Using IR Learning” in the “Software-based
Configuration” section.)
Configure the MLC buttons and ports using the configuration program. (Refer to the
configuration program help file for these procedures.)
If you are configuring via the USB port, remove the USB cable when you are finished.
Test the system: press the MLC buttons, watch the display, and listen to the audio
output to determine whether the connected devices are responding correctly
(powering on and off, switching inputs, and so forth). If not, ensure all devices are
plugged in and receiving power. Check the cabling and make needed adjustments.
Disconnect power from the MLC at the source and from all other devices in the
system.
Mount the MLC to the mounting surface, following the appropriate procedure for
your MLC model, discussed later in this section:
For MLC 62 D models, see “Mounting the MLC 62 D.”
For MLC 62 RS EU and MK models, see “Mounting the MLC 62 RS EU and the
MLC 62 RS MK.”
Restore power to the MLC and to the connected devices.
Panels and Connectors
Front and Left Side Panels
Prior to use, the MLC 62 must be configured via the Windows-based configuration
program. All front panel buttons can be set up to issue control commands to devices
such as switchers or display devices. (See the “Software-based Configuration” section
to access this software.) The pre-labeled button layout can also be changed. (See
“Replacing Buttons,” later in this section.)
Other controls are located under the wallplate of the MLC 62 D and on the left side panel
of the MLC 62 RS EU. To access these controls after installation, remove the wallplate of
the MLC 62 D, or remove the MLC 62 RS EU or MLC 62 RS MK and its wall frame from
the installation surface. (See “Accessing Covered Panel Features After Mounting,”
later in this section, for the removal procedures.)
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation8
MLC 62 RS D
The MLC 62 RS D front panel, by default, contains eight buttons and the indicator LEDs
for volume and activity. Other controls and connectors are located on the front panel
behind the MLC wallplate. To access these features that are covered during normal
operation, you must remove the wallplate. (See “Accessing the Covered MLC 62 D
Front Panel Features,” later in this section.)
1
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Figure 6. MLC 62 RS D Front Panel
MLC 62 IR D
The MLC 62 IR D front panel, by default, contains two double-sized input buttons in place
of the four single buttons on the MLC 62 RS D (see the illustration below). All other front
panel features are the same as those on the MLC 62 RS D.
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Figure 7. MLC 62 IR D Front Panel
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation9
MLC 62 RS EU and MLC 62 RS MK
The MLC 62 RS EU and MLC 62 RS MK front panels contain the same buttons and
indicators as the MLC 62 D models. Other connectors and controls are on the left side
panel; to access these features, you must remove the MLC from the installation surface.
(When the MLC is removed, the wall frame is released from the mounting surface as well,
leaving the metal mounting bracket in place.). (See “Accessing the MLC 62 RS EU and
MLC 62 RS MK Side and Rear Panel Features,” later in this section.)
1
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Front View
Left Side View
Figure 8. MLC 62 RS EU and MLC 62 RS MK Front and Side Panels
NOTE: The MLC 62 RS MK is the same size and has the same front and side panel
features as the MLC 62 RS EU, with the exception of its larger wall frame,
which fits over an MK electrical box.
Features
Activity LED — This bicolored LED lights green when the MLC front panel buttons
a
are pressed. It lights red while the front panel is disabled (executive mode) and blinks
red while the display device is powering up and down.
Display power On and Off buttons — After configuring these buttons, use them
b
to turn the connected display device or switcher on and off. The face of the On
button contains a nub, which helps you to identify the button by touch. When the On
button is pressed, it blinks rapidly while the connected device is warming up. When
the Off button is pressed, it blinks slowly while the device is cooling down. When this
delay period has elapsed, the power button that was pressed remains brightly lit.
By default, only one of these two buttons can be selected (active) at once. Using the
MLC 62 configuration software, you can associate other functions and relays with
each of these buttons.
Volume buttons and LEDs — Use these buttons to adjust the audio volume. Each
c
Volume button flashes when pressed and continues to flash while being held.
The volume indicator LEDs above the buttons give indications of change to the volume
level as follows:
When the RS-232 or IR/S port has been configured with a serial driver that
contains a volume table, the five LEDs light in order from left to right to show
volume level increments.
If the current driver does not contain a volume table, the first two LEDs on the left
blink each time the Volume Down button is pressed, and the last two LEDs on the
right blink each time the Volume Up button is pressed, indicating a volume level
decrement or increment.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation10
Input selection buttons — These buttons can be used to select the desired audio
d
or video input for the connected device or for a variety of other functions. By default
they are set up as follows:
RS models: Three of these buttons are set to input mode, meaning that they are
a mutually exclusive group — only one of the buttons can be selected at a time.
The selected button lights brightly and remains lit when selected. All other input
buttons remain dimly lit. The fourth button, labeled Mute, is set in Toggle mode
and is not grouped with the others.
MLC 62 IR D: Two double-sized buttons are grouped in input mode and are
mutually exclusive.
This button behavior can be changed via the configuration software. See “Setting
the button modes” in the “Software-based Configuration” section or refer to the
MLC 62 configuration program help file, for more information.
Reset LED — Indicates the status of a reset in progress.
e
Reset button — Press this reset button to initiate factory firmware or configuration
f
resets. (See “Resetting the MLC 62 Using the Reset Button,” later in this section.)
USB configuration port — Connect a USB cable (USB A to mini B) between
g
your computer and this port to configure the MLC via the configuration software
and to update the firmware. This port can also provide power to the MLC during
configuration.
NOTE: Do not use this port as the permanent power source for the MLC. It
should be used for power only during button and port configuration.
On the MLC 62 D models, the USB port is located at the right edge of the front
panel behind the wallplate. To access this port after installation, you must remove
the wallplate from the unit.
On the MLC 62 RS EU and MK, the USB port is located on the left side panel. To
access this port after installation, you must detach the MLC from the installation
h
i
surface.
DIP switches — Reserved for future use
IR Learning sensor — This sensor enables the MLC to learn IR commands from the
hand-held remote control of a display device or switcher. The IR-learned commands
are used to create an IR driver, then configured to be played back with any button
press. See “IR Learning,” later in this section.
NOTE: Before performing IR Learning to create a driver, check to see if an Extron
driver exists for your device.
j On button Identification nub — The face of the power On button contains a raised
nub that helps you to identify the On button by touch when lighting is dim.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation11
Buttons
The MLC 62 Series controllers have backlit, prelabeled buttons. The front panel button
illumination provides status on what the MLC 62 is doing. The buttons are lit while the
MLC has power. When a button has been pressed and is active or on, it lights brightly.
While a button is inactive or off, it is lit dimly.
When buttons are grouped together, only the button that is pressed lights brightly.
The other buttons in the group remain dim. (See “Setting the button modes” in the
“Software-Based Configuration” section for information on grouping buttons.)
The buttons can be removed and replaced with buttons with different labels. They can
then be configured with the functions that their labels represent. See “Configuring
the Front Panel Buttons” in the “Software-based Configuration” section or refer to
the MLC 62 configuration program help file for detailed procedures for configuring the
buttons.
Each Display On/Off and input selection button can be set up to perform a sequence of
several functions, which can be combinations of the following options:
A driver operation — Execute an RS-232 or IR control command that is part of a
device driver (for a projector, VCR, DVD player, switcher, and so forth)
A relay operation — Execute a relay command to a room device such as a motorized
screen or a projector lift.
Setting a time delay — Insert delays between executed commands.
Setting the button flashing rate — Specify fast or slow flashing of a front panel
button and the number of seconds the button flashes.
NOTE: While a button is flashing, all front panel buttons are disabled.
A user-defined RS-232 operation — Issue a non-driver-associated RS-232 command
(one that you programmed separately), such as an SIS command, via the IR/S or the
RS-232 port.
Button emulation — Initiate a series of button functions with a single press of a
button.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation12
Rear Panel Features
See the wiring and installation sections, later in this section, for connection information.
1
2
3
4
5
6
GROUND
Rx
Tx
GROUND
1
COMMON
2
1
GROUND
Tx/IR
GROUND
Tx
GROUND
+12 VDC
MLC 62 RS D Rear Panel
HOST/
CONFIG
INPUT
DIGITAL
N/O
RELAYS
IR/ S
PORT B
RS-232
PORT A
PWR
12 V
1
4
0.4 A MAX
6
MLC 62 IR D Rear Panel
GROUND
Rx
Tx
GROUND
IR OUT
GROUND
+12 VDC
HOST/
CONFIG
IR
PORT A
PWR
12V
0.4 A MAX
Figure 9. MLC 62 RS D and MLC 62 IR D Rear Panels
3
2
1
C
RELAYS
N/O
9
8
1 2
INPUT
R
DIGITAL
1
4
Tx/
IR
PORT B
IR/ S
Rx
Tx
PORT A
RS-232
CONFIG
HOST/
Tx
5
0.4 A max
12 V
PWR
+
7
1
2
6
Figure 10. MLC 62 RS EU and MLC 62 RS MK Rear Panel
a Host/Config port — This bidirectional serial port can be used for configuration and
firmware updates in the same way as the USB port (g in the “Front and Left Side
Panels” section, earlier in this section). The baud rate is 9600 bps. This RS-232 port
can be used as a backup for the USB Configuration port (although you cannot power
a device through it).
b Digital Input port(RS models only) — This port enables the MLC 62 to monitor
devices such as push buttons, switches, motion sensors, and moisture sensors and
provides an additional way to trigger functions on the MLC 62. Connect a switch or a
sensor to this 2-pole captive screw connector to initiate commands via the MLC to the
display device, switcher, or other room devices such as lights or a motorized screen.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation13
c Relay ports (RS models only) — These relays allow control of room devices such as
motorized screens, lights, and projector lifts. They are normally open relays and are
rated at 24 V, 1 A. Low-power devices can be connected directly to the relay ports;
devices requiring more than 24 V can be connected through a third-party low-voltage
controller (LVC).
d IR/S or IR port — This port provides unidirectional communication to control a
switcher or a display via RS-232 or IR. For IR control, one or two IR emitters can be
connected with a maximum of 50 feet (15 m) distance from port to emitter.
RS models: On the MLC 62 RS D, MLC 62 RS EU, and MLC 62 RS MK, this
port is labeled “IR/S.” It can be set up via the configuration software to send
out unidirectional RS-232 (the default) or IR commands. (In the configuration
software, this port is called “IR Port” or “Serial Port,” depending on how it is
configured.)
MLC 62 IR D: On the IR-only model, this port is labeled “IR” and issues only IR
commands.
e RS-232 port (RS models only) — This serial port provides unidirectional
communication to control a switcher or a display via RS-232. (In the Configuration
software, this port is called “Display Port.”)
f PWR (power) connector — Connect the supplied 12 VDC, 1 A power supply (or any
other power supply capable of providing 12 V, 1 A of power) to this 2-pole captive
screw connector. See page 23 for important cautions about power supplies.
Rear Panel Features on MLC RS 62 EU and MLC 62 RS MK Only
The items listed below are located on the rear panel of the MLC 62 RS EU and the
MLC 62 RS MK only. On the MLC 62 D models, these items are on the front panel, behind
the wallplate. (See the previous section for the descriptions of features a through f.)
Tx/
2
1
9
8
RELAYS
N/O
1 2
INPUT
R
DIGITAL
1
Tx
C
IR
PORT A
PORT B
RS-232
IR/ S
0.4 A max
CONFIG
12 V
HOST/
PWR
Rx
Tx
+
7
Figure 11. Features on MLC 62 RS EU and the MLC 62 RS MK Rear Panels Only
g Reset LED — Indicates the status of a reset in progress.
h Reset button — Press this reset button to initiate factory firmware or configuration
resets. (See “Resetting the MLC 62 Using the Reset Button,” later in this section.)
iDIP switches — Reserved for future use
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation14
Installation
The MLC 62 D models can be installed in a standard one-gang electrical wall box or a
one-gang Decora mounting bracket (“mud ring”). The MLC 62 RS EU can be installed in
a one-gang EU junction box, and the MLC 62 RS MK can be installed in a one-gang MK
junction box.
CAUTIONS: Installation and service must be performed by authorized personnel only.
UL listed electrical boxes are recommended.
Ensure that the junction box is grounded properly.
Removing and Replacing the Faceplate
Each MLC 62 model is delivered with a faceplate (bezel) attached. This faceplate can be
removed if you want to replace any of the buttons or exchange the faceplate for another.
Replacement kits containing six-button or eight-button faceplates and additional buttons
can be ordered. See “Part Numbers and Accessories” in the “Specifications, Part
Numbers, and Accessories” section or refer to the Extron Web site at www.extron.com
for information on parts that are provided or available to order for each MLC model.
Removing and replacing the MLC 62 D faceplate
The MLC 62 D models are delivered with a black faceplate attached. If desired, you can
remove this faceplate and replace it with the white one that is also provided with the
product. (Matching black and white Decora wallplates are also provided.)
1. Remove the faceplate from the MLC 62 D as follows:
a. At the center top and bottom of the faceplate are tabs, which insert into slots on
the MLC main board and hold the faceplate in place.
Insert the flat end of the provided Extron Tweeker or other small screwdriver into
the hole above the tab at the top (above the word “Display”) and press the tab
inward and up. (See the illustration below.)
b. Pry up the top of the faceplate and lift the faceplate off the board. If it does not
come free of the board, repeat step a on the tab at the bottom of the faceplate.
DISPLAY
ON
OFF
VOLUME
PC
VIDEO
Extron
Figure 12. Removing the faceplate (MLC 62 D)
2. If you are switching faceplates, transfer the buttons from the faceplate you removed
to the replacement one.
3. Make any desired button changes. (See “Replacing Buttons,” later in this section.)
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation15
4. To attach the faceplate, line up the pegs in upper-left and lower-right corners on the
back of the faceplate with the two diagonal holes on the MLC main board.
5. Press the faceplate onto the board with the pegs in the holes until the tabs at the top
and bottom of the faceplate snap into their slots on the board. (See the illustration
below.)
Insert peg
on faceplate
into hole.
Insert peg
on faceplate
into hole.
Insert tab on faceplate
into slot.
Tab
Peg
DISPLAY
OFF
ON
VOLUME
VIDEO
PC
MUTE
LAPTOP
Figure 13. Attaching the Faceplate (MLC 62 D)
Removing and replacing the MLC 62 RS EU and MLC 62 RS MK
faceplates
The MLC 62 RS EU and MK are each provided with an eight-button and a six-button
faceplate and matching wall frame (the MLC 62 RS EU is RAL9010 white; the
MLC 62 RS MK is white). However, you may want to remove the faceplate to change
buttons or to replace it with a different one.
1. Remove the MLC 62 RS EU faceplate as follows:
a. On the right and left edges of the MLC faceplate are two pairs of slots, into which
two small tabs on either side of the MLC fit. Insert the flat end of the provided
Extron Tweeker or other small screwdriver into one of the side slots.
DISPLAY
ON
VOLUME
OFF
PC
VIDEO
LAPTOP
MUTE
Slot
Figure 14. Removing the Faceplate (MLC 62 RS EU and MLC 62 RS MK)
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation16
b. Press inward with the screwdriver until the tab snaps free of its slot.
c. Repeat steps a and b for the other tab on the same side of the faceplate.
d. Lift the faceplate up and off the MLC. If the faceplate does not come free of the
MLC, repeat steps a through c for the two tabs on the other side of the unit.
2. If you are switching faceplates, transfer the buttons from the faceplate you removed
to the replacement.
3. Make any desired button replacements. (See “Replacing Buttons,” below.)
4. Replace the faceplate as follows:
a. Hold the MLC with its board against the back of the faceplate, aligning the two
tabs on each side of the unit with the two slots on each side of the faceplate.
DISPLAY
ON
PC
LAPTOP
VOLUME
OFF
VIDEO
MUTE
Slot
Ridge on tab
snaps into slot.
Figure 15. Replacing the Faceplate (MLC 62 RS EU)
b. Each tab has a ridge that must snap into a slot on the side of the MLC. Press the
MLC into the faceplate until the tab ridges snap into their slots. Check to make
sure that all four tabs are securely in place.
Replacing Buttons
Additional labeled buttons are provided with the MLC 62 and are available to order.
These buttons can be used to replace the factory-installed buttons in the MLC faceplate.
By default, all MLC 62 RS models are delivered with faceplates containing four pairs of
buttons. The MLC 62 IR D has two pairs of single-sized buttons and two double-sized
buttons. Each pair (row) of single-sized buttons is embedded in a membrane. The entire
membrane is removed, so that the buttons are replaced in pairs. To replace buttons on the
MLC 62:
1. Remove the faceplate from the MLC. (See “Removing and Replacing the
Faceplate,” earlier in this section.)
2. From the front of the faceplate, press the button pair to be replaced backward
through its slots in the faceplate until the membrane containing the two buttons is
free.
3. On the back of the faceplate, place the new pair of buttons through
the two slots in which they will be installed. Line up the two pegs in the
upper-left and lower-right corners of the new button membrane (see
the illustration at right) with the holes located at opposite corners of
the empty pair of slots in the faceplate.
MUTE
LAPTOP
Pegs (2)
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation17
Figure 16. Replacing a Button Pair
Rx
COMMON
1
1
2
HOST/
CONFIG
B
DIGITAL
INPUT
Tx
RELAYS
N/O
GROUND
GROUND
4. Press the two buttons into the faceplate until the pegs on the membrane are seated in
the corresponding holes.
5. Repeat steps 2 through 4 for any additional buttons that you want to replace, then
reattach the faceplate.
Wiring for RS-232 Control (RS Models Only)
The MLC 62 RS D, MLC 62 RS EU, and MLC 62 RS MK can send out RS-232 commands
through the IR/S or the RS-232 port to control a display device or switcher that is
connected to the port.
Connecting to the RS-232 port
The RS-232 port is a unidirectional serial port to which you can connect a display device or
switcher for control via RS-232 as follows:
NOTE: In the configuration software, this port is called the “Display Port.”
1. Connect the Rx pin on the display device or switcher to the Tx pin of the RS-232 port.
2. Connect the ground pin of the output device to the MLC Ground pin.
GROUND
Tx/IR
GROUND
Tx
GROUND
+12 VDC
IR/ S
PORT
RS-232
PORT A
PWR
12V
Ground ( )
Transmit (Tx)
0.4 A MAX
Ground ( )
Receive (Rx)
Display
Device
MLC 62 RS D Rear Panel
Figure 17. Connecting a Display Device to the RS-232 Port of an MLC 62 RS D
Refer to the communication sheets for your device drivers for information on
compatible baud rates and cabling type and distance. These communication sheets are
accessed via the MLC 62 configuration software and also on the Extron Web page at
www.extron.com, Download tab. See “Obtaining Device Drivers” in the “Software-
based Configuration” section or refer to the configuration program help file to view the
communication sheets and download the device drivers.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation18
Connecting to the IR/S port
Rx
COMMON
1
HOST/
CONFIG
DIGITAL
INPUT
Tx
RELAYS
GROUND
GROUND
This port can be used for either IR or RS-232 unidirectional communication. To control a
display device or switcher via RS-232 from this port, connect the device as follows:
NOTE: In the configuration software, this port is called “IR Port” or “Serial Port,”
depending on how you have configured it.
1. Connect the Rx pin on the display device or switcher to the Tx/IR pin of the IR/S port.
2. Connect the ground pin of the output device to the MLC Ground pin.
2
1
GROUND
Tx/IR
GROUND
Tx
GROUND
+12 VDC
MLC 62 RS D Rear Panel
Figure 18. Connecting a Display Device to the IR/S Port of an MLC 62 RS D
N/O
IR/ S
PORT B
RS-232
PORT A
PWR
12V
Ground ( )
Transmit (Tx/IR)
Ground ( )
Receive (Rx)
Display
0.4 A MAX
Device
Wiring for IR Control
To control devices via infrared (IR) commands from the MLC 62, connect one or two IR
emitters to the IR/S port (RS models) or the IR port (MLC 62 IR D). The IR and IR/S ports
provide unidirectional IR signal output to control a display, projector, switcher, or other
device such as a VCR or DVD player.
You can connect one or two single IR emitters or one dual IR emitter to the IR or IR/S port
to control one or two devices. Because the MLC captive screw plugs have small openings
Ground
IR Signal
Legend
(–)
(+)
that accept just one wire per pole, to connect two IR emitters to the MLC, insert one
ground wire (black) and one IR signal wire (black with a white stripe) in the MLC IR or IR/S
port, then connect the IR emitters to those wires, as shown below.
VCR
(–)
(+)
(–)
(+)
One Dual IR Emitter
Black wire
Black wire with white stripe
IR Signal
Ground
(+)
(–)
(+)
(–)
Two Single IR Emitters
DVD Player
Figure 19. IR emitters for the MLC 62
For IR control, there can be a maximum of 50 feet (15 m) between the IR or IR/S port and
the IR emitters.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation19
Example: The illustration below shows a single IR emitter connected to the IR/S port of an
Rx
COMMON
1
2
HOST/
CONFIG
DIGITAL
INPUT
Tx
RELAYS
N/O
GROUND
GROUND
MLC 62 RS D.
1
GROUND
IR/ S
Tx/IR
PORT B
GROUND
Tx
RS-232
PORT A
GROUND
+12 VDC
PWR
12V
0.4 A MAX
MLC 62 RS D Rear Panel
Ground ( )
IR Signal
Unidirectional IR Output
IR Emitter
via White Striped Wire
50'
(15 m)
Figure 20. Connecting an IR Emitter to the IR/S Port of an MLC 62 RS D
Wiring the Relays Port (RS Models Only)
Connect one or two devices such as room lights, a projector lift, or a motorized screen
(shown in the example on the next page) to the Relays port. This port accommodates two
relay connections.
To connect a device to one of the relay ports:
1. Connect the ground wires of the device to pin 3 of the provided 3-pin captive screw
connector.
2. Connect the signal wire of the device to pin 1 or 2 of the 3-pin connector.
3. Plug the 3-pin connector into the MLC 3-pole captive screw Relays port.
To connect devices to both relay ports:
1. Connect the ground wires of both devices to pin 3 of the provided 3-pin captive
screw connector.
2. Connect the signal wire of one device to pin 2 and the other device to pin 1 of the
3-pin connector.
3. Plug the 3-pin connector into the MLC 3-pole captive screw Relays port.
Example: In the illustration below, a low-voltage controller connected to a motorized
screen has been wired to pins 2 and 3 of the provided 3-pin captive screw plug. When this
connector is plugged into the rear panel Relays port, the device will be connected to the
MLC relay port 2 (pins 2 and Common of the MLC 3-pole Relays connector).
GROUND
Rx
HOST/
CONFIG
Tx
GROUND
1
INPUT
DIGITAL
COMMON
2
N/O
RELAYS
1
GROUND
IR/ S
Tx/IR
PORT B
GROUND
Tx
MLC 62 RS D Rear Panel
RS-232
X
Pin:
3
2
1
Ground ( )
Signal110/220V
Power
Supply
Low Voltage
Screen Control
Ground ( )
Motorized
Screen
Figure 21. Connecting a Motorized Screen to the Relay Port of an MLC 62 RS D
To define the operation of a relay and associate it with a button or a digital input, use the
configuration software. (See “Adding relays to buttons” or “Configuring the Digital
Input Port” in the “Software-based Configuration” section, or refer to the configuration
software help for setup procedures.)
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation20
Wiring the Digital Input Port (RS Models Only)
Two-position Switch
The Digital Input port on the MLC 62 rear panel lets you connect a switch or sensor to
control other devices in the room that are connected to the MLC serial, IR, and relay ports.
This port measures two states — high and low — of the connection between the switch
or sensor and the connected device. The port accepts 0 to 24 VDC input. The threshold
voltages are as follows: a voltage below 1.0 VDC is measured as logic low, and a voltage
above 1.5 VDC is measured as logic high.
There is also an internal, +5 VDC, selectable, pull-up resistor for this circuit. If a connected
device does not have its own power source and will be powered through the controller,
configure this port (via the MLC 62 configuration software) with Input with Pullup as
the digital input mode. If the connected device provides its own power, select Input for
the digital input mode. (See “Assigning commands to the Digital Input port” in the
“Software-based Configuration” section or refer to the MLC 62 configuration program
help file to select the digital input mode.)
In addition, you can program actions on this port, so that each time a high or low state is
detected, one or more functions are performed. An example of this is front panel lockout,
or executive mode. (See “Locking the front panel from the Digital Input port” or
refer to the configuration software help file to configure the Digital Input port.
Example: The diagram below shows a two-position switch connected to the MLC Digital
Input port.
GROUND
Rx
HOST/
CONFIG
Tx
GROUND
1
INPUT
DIGITAL
COMMON
2
N/O
RELAYS
MLC 62 RS D Rear Panel
Figure 22. Connecting a Two-position Switch to the Digital Input Port
1
Ground ( )
Digital Input 1
Wiring the Host/Config Port
The Host/Config port provides an alternative connection by which the MLC 62 can
be configured and controlled from a host device or computer. (The primary means of
configuring the MLC is through the USB port; see “Configuring the MLC via the USB
Port,” later in this section.) In addition, SIS commands can be issued through this port
from the computer to control the MLC (see the “SIS Control” section).
The RS-232 protocol for this connection is 9600 baud, 1 stop bit, no parity, 8 data bits, no
flow control.
Use a female 9-pin to bare wire RS-232 cable or a universal control cable (UC 50',
UC 100', or UC 200') to connect a Windows-based PC or an RS-232 control system to the
MLC via this 3-pole, 3.5 mm captive screw connector as follows:
1. Wire the RS-232 cable to one of the 3-pin captive screw plugs provided with the
MLC 62, as follows:
Receive wire to pin 1, which plugs into the Tx (transmit) port
Transmit wire to pin 2, which plugs into the Rx (receive) port
Ground wire to pin 3, which plugs into the _ (ground) port
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation21
Pin:
Rx
GROUND
COMMON
1
1
2
HOST/
CONFIG
IR/ S
DIGITAL
INPUT
Tx
RELAYS
N/O
GROUND
GROUND
HOST/
CONFIG
INPUT
DIGITAL
N/O
RELAYS
IR/ S
RS-232
PWR
12V
3
2
1
0.2 A MAX
GROUND
Rx
Tx
GROUND
1
COMMON
2
1
GROUND
MLC 62 RS D Rear Panel
Tx/IR
GROUND
Tx
GROUND
+12VDC
Figure 23. Connecting a Host Computer or Control System to the Host/Config
Port
2. Plug the 3-pin connector into the Host/Config port on the MLC rear panel.
Connecting Power to the MLC 62
Connect the provided 12 VDC, 1 A power supply to the MLC 62 as follows:
1. Wire one of the supplied 2-pin captive screw connectors as shown below.
Rx
Tx
Ground
Receive
Transmit
Ground
Transmit (Tx)
Receive (Rx)
5
3
2
9 pin HD
Connector
To RS-232 Port on Computer
or Control System
Smooth
Ridges
AA
Power Supply Output Cord
SECTION A–A
3/16” (5 mm) Max.
Figure 24. Wiring the Power Connector
2. Plug the connector into the rear panel PWR connector as shown below.
Tx/IR
GROUND
Tx
GROUND
+12 VDC
MLC 62 RS D
Rear Panel
RS-232
PORT A
PWR
12V
Ground ( )
0.4 A MAX
12VDC input
External
Ground all devices
Power Supply
(12 VDC)
Figure 25. Connecting a Power Supply to an MLC 62 RS D
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation22
CAUTIONS: The power supply must not be permanently fixed to the building
structure or similar structures.
The power supply must not be located within environmental air
handling spaces or the wall cavity.
The installation must be in accordance with the applicable provisions
of the National Electrical Code ANSI/NFPA 70, Article 725 and the Canadian Electrical Code, Part 1, Section 16.
The power supply must be located within the same vicinity as
the Extron A/V processing equipment in an ordinary location,
Pollution Degree 2, secured to a podium, a desk, or an equipment
rack within a dedicated closet.
Always use a power supply specified by Extron for the MLC 62. Use
of an unauthorized power supply voids all regulatory compliance
certification and may cause damage to the supply and the MLC.
Configuring the MLC 62 via the USB Port
The mini-Type B USB port can be used to configure the MLC via the configuration software
and to update the firmware. This USB port also functions as a power source for the MLC
during configuration.
NOTE: Do not use this port as the permanent power source for the MLC. It should be
used for power only during button and port configuration.
1. If the MLC has already been installed, access the USB port as follows:
MLC 62 D: Remove the wallplate from the unit to access the USB port, which is
located on the front panel behind the wallplate. (See “Accessing the Covered
MLC 62 D Front Panel Features,” later in this section).
MLC 62 RS EU and MK: Remove the MLC from the installation surface to
access the USB port, which is located on the left side panel. (See “Accessing
MLC 62 RS EU and MK Side and Rear Panel Features,” later in this section).
2. Connect a USB A to mini B cable between the USB configuration port and the USB
port on your computer.
DISPLAY
ON OFF
VOLUME
VIDEOPC
LAPTOP MUTE
Extron
Mini Type B
USB
USB Cable
Type A
USB
USB
Ports
USB 1
MLC 62 D Front Panel
Figure 26. USB Port Connection for MLC 62 D Models
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation23
PC
Mini Type B
USB
Type A
USB
USB 1
USB Cable
MLC 62 RS EU or
MLC 62 RS MK
Left Side Panel
USB
Ports
PC
Figure 27. USB Port Connection for MLC 62 RS EU and MLC 62 RS MK
3. If this is the first time you have connected an MLC 62 to this USB port on your
computer, the Found New Hardware Wizard opens. On the first screen, you can
specify whether you want the computer to connect to Windows Update in order to
search the Web for the driver that it needs to communicate with the MLC via the USB
port. (This is not necessary if the USB driver already exists on your computer.)
Figure 28. Found New Hard Wizard Opening Screen
Select the Yes, this time only radio button if you want your computer to
connect to Windows Update only this one time.
Select Yes, now and every time I connect a device if you want the
computer to automatically connect to Windows Update to search the Web every
time the MLC is connected to this USB port.
Select No, not this time if you do not want the computer to connect to
Windows Update to search the Web (for example, if the driver is already present
on your computer).
4. Click Next. On the next screen, make sure that the Install the software
automatically (Recommended) radio button is selected, then click Next. (You do
not need to insert a disk.)
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation24
Figure 29. Selecting the Radio Button to Install the USB Driver Automatically
Your computer locates the driver needed for it to communicate with the MLC 62
via the USB port. This driver is loaded to the computer hard drive when the MLC 62
configuration program is installed.
5. When the Completed screen appears, click Finish to close the wizard.
NOTE: This wizard appears only the first time you connect the MLC to each USB
port. You do not see the wizard again unless you connect the MLC to a
different USB port on your computer.
6. Configure the MLC ports and buttons as desired, using the MLC 62 configuration
program. See the “Software-based Configuration” section or refer to the
configuration software help file for information on these procedures.
7. When finished configuring, disconnect the USB cable from the MLC, and replace the
faceplate or return the MLC to its position in the installation surface.
NOTES: Unlike the rear panel Host/Config port, which can also be used to
configure the MLC, the cable to the USB port cannot remain connected
when the MLC 62 RS EU or MLC 62 RS MK is mounted, or when the
MLC 62 D wallplate is attached.
If you want to upload a new configuration via USB after the MLC has
been mounted, you must detach the MLC 62 D wallplate or remove the
MLC 62 RS EU or MLC 62 RS MK unit from the installation surface. See
“Accessing Covered Panel Features after Mounting,” later in this
section, for the procedures.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation25
Mounting the MLC 62
When the system has been cabled, configured, and tested, the MLC can be installed in the
wall or furniture.
Mounting the MLC 62 D
You can mount the MLC 62 D to a UL-approved electrical junction box or to a Decora
mounting bracket (included).
Mounting to an electrical junction box
CAUTION: Ensure that the junction box is grounded properly.
1. Mount the electrical junction box in the wall or furniture, following the directions
provided with the box.
2. Configure the MLC front panel buttons and switch the faceplate if desired.
3. Connect all cables and disconnect power from all devices at the source.
4. Insert the MLC unit into the mounted electrical box.
5. Secure the MLC to the box using two of the provided screws in the slots at the top
and bottom of the unit.
6. Fasten the Decora wallplate onto the unit using two of the provided screws in the
holes at the top and bottom.
DISPLAY
OFF
ON
MLC 62 D
VOLUME
PC
LAPTOP
VIDEO
MUTE
Decora
Wallplate
Electrical
Box
Figure 30. Mounting the MLC 62 D in an Electrical Junction Box
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation26
Mounting to a Decora Mounting Bracket
A one-gang, Decora style mounting bracket (“mud ring”) is provided with the MLC 62 D
models. If desired, you can mount the MLC to this type of bracket instead of to an
electrical box. To mount the controller to a Decora style mounting bracket, follow these
steps.
1. Cut a hole in the mounting surface large enough to accommodate the provided
one-gang mounting bracket.
2. Insert the mounting bracket into the hole.
3. Turn the two screws on the bracket so that the locking arms rotate behind the
mounting surface until they clamp securely to it. Do not overtighten.
4. Place the MLC 62 D onto the bracket so that the oval screw holes at the top and
bottom of the MLC line up with the oval holes at the top and bottom of the bracket.
5. Place the wallplate onto the MLC front panel, then attach both to the bracket, using
two of the provided screws in the holes at the top and bottom.
Wall
Wall Mounting
Bracket
3.88"
2.16"
DISPLAY
OFF
ON
VOLUME
VIDEO
PC
MUTE
LAPTOP
MLC 62 RS D
Wallplate
Figure 31. Mounting the MLC 62 D to a Decora Mounting Bracket
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation27
Mounting the MLC 62 RS EU and the MLC 62 RS MK
MLC 62 EU
CAUTION: Ensure that the junction box is grounded properly.
To mount the MLC 62 RS EU and MLC 62 RS MK to an electrical box:
1. Attach the provided metal mounting bracket to the mounted electrical box using two
of the included screws in the slots at the top and bottom of the bracket.
NOTE: To keep the MLC securely in place and prevent it from being easily pulled
from its mounting surface, ensure that the side of the bracket with the
word “Front” engraved on it faces out (away from the electrical box).
If you want to be able to remove the MLC easily from its mounting, attach
the mounting bracket with “Front” facing inward, toward the junction
box.
2. Pull the cables through the electrical box and the plastic wall frame.
3. Connect all cables to the MLC and disconnect power from all devices at the source.
4. Align the wall frame to the metal mounting bracket on the mounting surface.
5. Holding the wall frame in place on the bracket, press the MLC into the frame until the
unit snaps into place.
See the illustrations below and on the next page.
Electrical
Junction Box
Metal Bracket
DISPLAY
OFF
ON
VOLUME
VIDEO
LAPTOP
PC
MUTE
Wall Frame
Figure 32. Mounting the MLC 62 RS EU to an Electrical Box
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation28
Wall
Wall Box
Metal Bracket
DISPLAY
OFF
ON
VOLUME
VIDEO
PC
Frame
MLC 62 MK
LAPTOP
MUTE
Figure 33. Mounting the MLC 62 RS MK to an External Electrical Box
Mounting the MLC 62 EU in a Raceway Using Spacers (Optional)
If you are experiencing difficulty with the MLC 62 EU staying in place when installed in
a cable raceway, this may be due to a gap between the metal mounting bracket and the
wall frame.
When this gap exists, the tabs on the sides of the MLC do not reach the metal mounting
bracket and the MLC does not snap completely into the wall frame.
You can remedy this situation by installing a spacer (provided with the MLC 62 EU)
between the metal mounting bracket and the rim of the junction box. This spacer appears
very similar to the metal mounting bracket, except that it has holes instead of slots for
the mounting screws, it is engraved with the words “Optional Spacer” and “Place behind
bracket,” and has a slightly larger center opening than the mounting bracket.
NOTE: Do not attempt to use the spacer in place of the metal mounting bracket.
Because of its larger opening, the spacer will not hold the MLC 62 EU in place
in the wall frame.
To mount the MLC 62 EU to a raceway using the spacer:
1. Mount the electrical box in the raceway.
2. Attach the spacer to the electrical box using two of the included screws in the holes
at the top and bottom of the spacer. Leave the screw heads protruding approximately
1/8 inch from the surface of the spacer.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation29
3. With the “Front” label toward you, place the metal mounting bracket onto the spacer
Raceway
so that the screw heads pass through two of the slotted holes in opposite sides of the
bracket.
NOTE: Ensure that the surface of the mounting bracket containing the word
“Front” is facing out (away from the spacer and junction box).
Junction Box
Metal Spacer
Metal Bracket
DISPLAY
OFF
ON
VOLUME
LAPTOP
VIDEO
PC
MUTE
Cable Raceway
Wall Frame
MLC 62 RS EU
Figure 34. Mounting the MLC 62 RS EU Using a Spacer
4. Rotate the mounting bracket as necessary to ensure that
the MLC will be positioned straight on the mounting
surface and not skewed to either side.
5. Tighten the screws to secure the bracket to the spacer.
Junction Box
Mounting Bracket
6. Pull the cables through the electrical box and the wall
frame.
7. Disconnect power from all devices at the source and
Spacer
connect all cables to the MLC.
8. Align the wall frame with the metal mounting bracket on the mounting surface.
9. Press the MLC into the frame until the unit snaps into place.
Accessing Covered Panel Features After Mounting
After the MLC is installed in the mounting surface, you can still access the covered
front panel features on the MLC 62 D and the side and rear panel features on the
MLC 62 RS EU and MLC 62 RS MK, using the following procedures.
Accessing the Covered MLC 62 D Front Panel Features
After the MLC 62 D is mounted, the following front panel items are covered by the
wallplate: IR sensor, DIP switches, Reset button, and USB connector. To access these
controls, remove the two screws at the top and bottom of the wallplate and lift it off the
MLC, as shown on the next page.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation30
DISPLAY
OFF
ON
VOLUME
VIDEO
PC
MUTE
LAPTOP
MLC 62 D
Wallplate
Figure 35. Removing the MLC 62 D Wallplate
Accessing MLC 62 RS EU and MLC 62 RS MK Side and Rear Panel Features
To access the MLC 62 RS EU or MK side and rear panel features after the MLC has been
mounted, you must remove the MLC from the installation surface, leaving the metal
mounting bracket attached. (Without the MLC unit to hold it in place, the wall frame also
is removed.)
To remove the MLC from the mounting surface:
1. Insert the flat tip of the provided Extron Tweeker (or other small, flat-headed
screwdriver) in the center of the right or left edge of the MLC, between the MLC and
the wall frame.
2. Press the screwdriver head inward to release the tab holding the MLC in place in the
wall frame. (See the illustration below.)
DISPLAY
ON
OFF
OFF
VOLUME
VIDEO
VIDEO
PC
PC
MUTE
MUTE
LAPTOP
LAPTOP
Extron
Extron
Figure 36. Pressing the Release Tab to Remove the MLC from the Mounting
Surface
3. Pry the MLC upward until it is free of the installation surface, then lift the unit out.
To reinstall the MLC, place it in the wall frame, then press the unit into the metal
mounting bracket until all four tabs snap into their slots.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation31
Front Panel Security Lockout (Executive Mode)
MLC 62 RS MK Rear Panel
MLC 62 D Front Panel
To prevent accidental changes to settings, the MLC features a front panel security lockout
(executive) mode for disabling access to controls. When front panel lockout is enabled,
all the front panel buttons are disabled. If a button is pressed, all the buttons flash rapidly
three times to indicate lockout, but no action occurs.
You can lock and unlock the front panel by the following methods:
Front panel buttons
The MLC 62 configuration software (See “Locking the front panel from the Digital
Input port” in the “Software-based Configuration” section or refer to the MLC 62
configuration program help file.)
SIS commands (See the Front panel lockout (executive mode) commands in the
“SIS Control” section.)
Locking Using the Front Panel Buttons
To lock the front panel using the buttons, press and hold the On and
Off (top two) buttons simultaneously for 3 seconds. All the front panel
buttons flash three times rapidly, and the Activity LED lights red and
remains lit while the front panel is locked.
To unlock the front panel, press and hold the On and Off buttons again
for 3 seconds. All front panel buttons flash three times slowly while the
Activity LED blinks green three times.
DISPLAY
ON
OFF
Press and hold
for 3 seconds.
Resetting the MLC 62 Using the Reset Button
If it becomes necessary to reset the MLC 62 to its default factory firmware or to the
default configuration settings that were implemented at the factory, you can use
either the Reset button (see below) or the configuration software (see “Resetting the
Configuration” in the “Software-based Configuration” section).
The Reset button is located on the front panel of the MLC 62 D behind the wallplate, and
on the rear panel of the MLC 62 RS EU and MK. To access the Reset button, do one of the
following, depending on your MLC model:
Remove the wallplate from the MLC 62 D (see “Accessing the Covered
MLC 62 D Front Panel Features,” earlier in this section, or
Remove the MLC 62 RS EU or MLC 62 RS MK from the installation surface
(see “Accessing MLC 62 RS EU and MLC 62 RS MK Side and Rear Panel
Features,” earlier in this section).
Use the provided Extron Tweeker or other small screwdriver to press the Reset button.
DISPLAY
ON
OFF
VOLUME
Reset
Button
Reset
Button
Tx/
1
C
2
RELAYS
N/O
1 2
R
1
Tx
IR
PORT A
PORT B
RS-232
IR/ S
0.4 A max
CONFIG
INPUT
DIGITAL
12 V
HOST/
PWR
Rx
Tx
+
MLC 62 RS EU and
Figure 37. Reset Button Locations
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation32
IR Learning
You can perform two types of reset:
Resetting to the default configuration:
1. While the MLC is powered on, press and hold the Reset button. The Reset LED
remains lit while the button is being held.
2. After 3 seconds, the Reset LED blinks once. Release the button, then immediately
(within 1 second) press it again and release it quickly (momentary press).
When the reset is finished, the Reset LED blinks four times, indicating that the
reset was successful.
Resetting to the factory firmware defaults:
1. With the MLC powered off, press and hold the Reset button.
2. Continue to hold the button while applying power to the MLC.
3. When the reset is complete, the front panel buttons scroll (blink in succession in
clockwise order). Release the Reset button.
The IR learning transceiver sensor on the MLC 62 front or left side panel can receive and
“learn” commands from the infrared remote controls of other devices via the MLC 62
configuration software. IR Learning enables you to create an IR driver file to control the
projector or input devices such as a VCR or DVD player. IR Learning of projector control
codes is necessary only if there is no driver available for your projector or if you need to
customize the driver.
The IR transceiver accepts infrared signals of 30 kHz to 60 kHz. Point the IR remote control
directly at the transceiver for best results. The diagrams below indicate the best distances
and angles at which to hold the remote control.
IR Learning
Transceiver
VIDEO
SET
UP
INPUT
EFFECT
ON/OFF
TV
INPUT SELECT
PHONO
TV/DBS
ENT DISP
CD TAPE TUNER
1 2 3
4 5 6
7 8
REW
TIME/
LEVEL–
LEFT RIGHT
S-Video
DIR A
PAUSE
REC/
DLY/CNT/REAR
PAUSE
DVD/LD VCR
STOP
– +
PLAY
PRG+
PRG–
TEST
0
SKIP/CHAPTER
SLEEP
DECK
RGB1
A/B
+100
DOWN
UP
TIME/
LEVEL+
FF
9
MUTE
DIR B
TV
POWER
RGB2
INPUTS
4"–14"
(10–36 cm)
DISPLAY
ON
OFF
VOLUME
VIDEO
PC
MLC 62 D Front Panel
Figure 38. IR Learning on an MLC 62 D
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation33
IR Learning Transceiver
VIDEO
SET
UP
INPUT
EFFECT
ON/OFF
TV
INPUT SELECT
PHONO
TV/DBS
ENT DISP
CD TAPE TUNER
1 2 3
4 5 6
7 8
REW
TIME/
LEVEL–
LEFT RIGHT
S-Video
DIR A
PAUSE
REC/
DLY/CNT/REAR
PAUSE
DVD/LD VCR
STOP
– +
PLAY
PRG+
TEST
PRG–
0
SKIP/CHAPTER
SLEEP
DECK
RGB1
A/B
+100
DOWN
UP
TIME/
LEVEL+
FF
9
MUTE
DIR B
TV
POWER
RGB2
INPUTS
4"–14"
(10–36 cm)
MLC 62 RS EU
and MLC 62 RS MK
Left Side Panel
Figure 39. IR Learning on an MLC 62 RS EU or MLC 62 RS MK
To set up the MLC for IR Learning, see “Configuring Using IR Learning” in the
“Software-based Configuration” section or refer to the MLC 62 configuration software
help file.
Extron MLC 62 MediaLink Controllers • Features, Installation, and Operation34
Software-based
Configuration
This section describes basic procedures for setting up and configuring the MLC using
the MLC 62 Windows-based configuration program. For more detailed descriptions and
additional procedures, refer to the MLC 62 help file, provided with your controller. The
following topics are covered:
About the MLC 62 Configuration Program
Installing the Configuration Software
Obtaining Device Drivers
Creating a New MLC Configuration — Getting Started
Uploading a Configuration to the MLC 62
Configuration File Management Procedures
Resetting the Configuration
About the MLC 62 Configuration Program
An MLC 62 Series controller must be configured before using it to control other devices.
The Extron MLC 62 Configuration Program is used to configure the MLC front panel
buttons and rear panel ports and to update firmware. Using this software, you can create
configurations on your computer for your MLC. You then connect the computer to the MLC
USB or Host/Config serial port and upload a configuration to the MLC. (The MLC does not
have to be connected to the computer while you are creating the configurations.) See the
“Features, Installation, and Operation”section for pin assignments and other details
on the configuration ports.
NOTE: Extron recommends configuring and controlling the MLC via the USB port.
This port can supply power to the MLC while it is being configured.
PC System Requirements
The minimum system requirements for the computer on which you install the MLC 62
configuration program include:
Intel Pentium III 1-GHz processor
Microsoft Windows XP SP2 and Windows 7
Microsoft.NET Framework 2.0 or higher
512 MB of RAM
50 MB of available hard disk space
Extron MLC 62 Series MediaLink Controllers • Software-based Configuration35
Installing the Configuration Software
The software is provided on a DVD that is delivered with your MLC 62 unit. You can also
download it free from the Extron Web site.
Downloading and Installing the Software from the Web
If you do not have the software on disk, download it to your computer from the Extron
Web site as follows:
1. Visit the Extron Web site at www.extron.com and select the Download tab.
2. On the Download Center screen, click the Control Software button. A Control
Software screen is displayed, containing a list of control software products.
3. In one of the linked alphabets displayed across the top and bottom of the screen, click
M.
4. On the “M” software products page, scroll to locate MLC 62, and click the
Download link at the far right.
Figure 40. Download Link on the Web for the MLC 62 Configuration Software
5. On the next screen, fill in the required information.
6. Click the Download MLC62SWnxn.exe button.
7. Follow the instructions on the download screens to download the software and install
it on your computer.
Installing the Software from the Disk
If you have an Extron disk containing the MLC 62 software, install it on your computer:
1. Insert the disk into your computer drive. If the disk does not start automatically, open
your Windows Explorer and double-click Launch.exe on the disk drive to start it.
2. On the Extron software disk screen, click the Software button.
Figure 41. Software Button on the Disk Opening Screen
3. On the Control Software screen, scroll to locate the MLC 62, and click the Install link
in the far right column.
4. Follow the on-screen instructions to complete the installation.
The Extron drivers are control files (libraries) of commands created by Extron that are
specific to a particular display device or switcher. There are different sets of drivers for
serial (RS-232) and IR control. Before you can use the configuration software to configure
the MLC buttons and ports, the necessary drivers must be loaded onto your computer. You
must then load the appropriate driver for your device to the MLC in order to configure it
to control the device.
Serial and IR drivers are available free from the Extron web site at www.extron.com. You
can download them directly from the Web or through the configuration software. The
same drivers are also provided on the software DVD provided with the MLC.
NOTES: By default,the drivers that you download are stored in the Driver2 folder on
your computer, located at:
Windows XP — c:\Documents and Settings\All Users\Shared Documents\
Extron\ Driver2
Windows 7 and Vista — c:\Users\Public\Documents\Extron\Driver2
Downloading Drivers Using the Configuration Program
The easiest way to obtain the drivers for your devices is via the MLC 62 configuration
program, as follows:
the MLC 62 software icon (shown at right) on your desktop to launch the
MLC 62 software application. The MLC 62 Configuration Program window
opens, with the Start Options window displayed in front of it.
2. On the Start Options window, click the Add Driver Subscriptions button.
Figure 42. Start Options Window
The Driver Subscriptions window opens. In the Available Drivers Subscription field,
select the device types for which you want to download drivers.
To select all device types available from a manufacturer, select the check box in
front of the manufacturer name. Each manufacturer whose drivers you select is
listed in the Current Drivers Selection column.
To select individual device types from a manufacturer, click the + sign in front
of the manufacturer name to expand it and display all the device types of that
manufacturer for which drivers are available, then select the desired device check
box(es). To hide the devices, click the minus (–) sign.
To expand or collapse the list of manufacturers and view or hide all their drivers,
click the Expand all or Collapse all buttons at the top of either column.
NOTE: When you select a device, both the IR and serial drivers for it are downloaded.
Select the Auto-check for new subscribed drivers check box if you want the
MLC to check for and download any updates to your subscribed drivers. When a
new version of any of your subscribed drivers is available on the Extron Web site,
that new version is automatically downloaded when the configuration program is
started.
Click Set Proxy if you want to download your drivers using proxy server settings.
(Refer to the configuration software help file for more information.)
If you want to close the window without downloading any drivers, click Close to save
any changes you have made on this window or Cancel to discard your changes.
4. Click Download. The Driver Subscriptions Download window opens, displaying all
drivers that have been selected or previously downloaded to your computer.
Figure 43. Driver Subscription Download Screen
If a driver on the list is new for your computer, it has the designation “Waiting...”
in the Status column.
If a driver already exists on your computer, its designation is “Already in Driver
Catalog.”
NOTE: You must have an active connection to the internet to download the
drivers.
5. On the Driver Subscription Download window, click Begin to download the drivers
listed in the Driver File section. While the download is in progress:
The Progress Bar indicates the progress of the download.
The Elapsed Time field shows the amount of time that has passed since the
download process started.
As each new driver is downloaded, its designation in the Status column changes
6. When the progress bar and the Status column indicate that the download has
completed, click Close to close the Driver Subscription Download window.
Figure 44. Driver Subscriptions Download Screen Showing a Completed
Driver Download
7. Click Close on the Driver Subscriptions window.
Downloading Drivers from the Disk
The software DVD provided with the MLC 62 contains the set of device drivers that are
also available from the Web. To load the drivers from the DVD to your computer:
1. Load the Extron Software Products DVD into your CD or DVD drive. The disk should
start automatically. If it does not, open your Windows Explorer and double-click
Launch.exe on the CD or DVD drive to start it.
2. On the opening screen, click the Drivers button or select the Drivers tab at the top
of the screen.
3. On the Drivers screen, select MLC 62 Series Device Drivers. The MLC 62 Device
4. From the DVD, you can download either the current Extron driver package (containing
all IR and serial drivers that were available at the time the package was compiled) or
one driver at a time.
To download the driver package:
a. Click Install driver package Versionn.
b. Click Run on the File Download - Security Warning screen.
c. Click Run on the Internet Explorer - Security Warning screen.
d. Follow instructions on the Driver Install wizard screens to complete installation of
the driver package. The drivers are all placed in the Driver2 folder.
NOTES: By default,the drivers that you download are stored in the Driver2 folder
on your computer, located at:
Windows XP — c:\Documents and Settings\All Users\Shared
Documents\Extron\ Driver2
Windows 7 and Vista — c:\Users\Public\Documents\Extron\Driver2
The MLC Configuration Program supports only driver package 8.1 or later.
NOTE: The DVD may contain additional drivers that became available after the
current driver package was created. These new drivers may be on the
DVD, but not have been incorporated into the driver package.
If you want to ensure that you are getting all the drivers currently
available, use the configuration program to download the drivers. (See
“Downloading the Drivers Using the Configuration Program,”
earlier in this section.)
To download a single driver:
a. (Optional) From the Select Interface Type drop-down menu, select IR or Serial
for the type of drivers to view. When you make this selection, only drivers in the
current driver package are displayed.
b. If you want to view all the drivers of the selected type, including those outside the
current package, click View All.
c. To view additional pages of driver listings, click Next. Click Previous to page
backward through the drivers list.
d. Right-click on the name of the desired driver. From the pop-up menu, select Save
Target As... .
Figure 46. Saving a Single Driver to the Computer
e. On the Save window that opens, save the driver file in the Driver2 folder.
Drivers can also be obtained directly from the Extron Web site, as follows:
1. Visit the Extron Web site at www.extron.com, and click the Download tab.
2. Click the Device Drivers link on the left panel of the Download Center screen.
3. From the drop-down menu on the Device Drivers screen, select MLC 62 Series.
Figure 47. Selecting MLC 62 Series from the Device Drivers Drop-down Menu
4. From the menus on the Extron Online Search Tool screen, select search criteria for the
drivers you want to download. You can select the Extron Product on which the drivers
will be used (MLC 62 Series is already selected), the Protocol Type (IR, Serial, or All),
Manufacturer (device manufacturer name or All), Product Category (type of device or
As you make each selection, the driver list below changes to display all available
drivers meeting your selected criteria.
Figure 48. Entering MLC 62 Driver Search Criteria
5. Click on the device name whose driver you want to download.
To download all the drivers in the current package, click the Download install for
driver package (Version n) link.
NOTES: The Web site may contain additional drivers that became available after
the current driver package was created. These new drivers may be on the
Web site, but not have been incorporated into the driver package.
If you want to ensure that you are getting all the drivers currently
available, use the configuration program to download the drivers. (See
“Downloading the Drivers using the Configuration Program,”
earlier in this section.)
6. On the Download Center screen, enter the requested information, and click the
Download drivername button.
7. Follow the directions on the download screens that follow. Unless you specify
otherwise, the driver file is placed at one of the following locations on your computer:
Windows XP — c:\Documents and Settings\All Users\Shared Documents\Extron\
Driver2
Windows 7 and Vista — c:\Users\Public\Documents\Extron\Driver2
To use the MLC 62 to control devices, you must create one or more configurations for
it, using the MLC 62 configuration program. A configuration is a set of specifications for
button command assignments and port parameters that enable the MLC 62 to control
your display device or switcher.
After you have downloaded and installed the software and device drivers, perform the
procedures described on the following pages to create MLC configurations.
NOTE: Configurations can be created away from the job site and without the MLC
being connected to the computer.
Overview of Steps to Create a Configuration
This section lists the major steps to creating a configuration. The procedures for each step
are described later in this section. For more details of each procedure, refer to the MLC 62
configuration program help file.
Start a new project. To get started using the MLC 62, you need to start a new
1
project, to which you will add one or more configurations for your MLC. See
“Starting a New Project,” below.
2
Configure the IR and/or serial ports. See “Configuring the IR and Serial Ports.”
3
Configure the front panel buttons. See “Configuring the Front Panel Buttons.”
4
Set up relays, if desired. See “Adding relays to buttons.”
Configure the Digital Input port, if desired. See “Configuring the Digital Input
5
Port.”
Save and upload the configuration to the MLC. See “Uploading a
6
Configuration to the MLC.”
Starting a New Project
An MLC 62 project is a file (with a .mlp extension) that contains port and button
configurations for one or more MLC 62s. A configuration must be created within a new
or existing project. A project can be saved, copied, and edited (for example, by adding or
changing configurations within it). You can also create a configuration and add it to an
existing project.
You can start a new project either when first opening the MLC 62 software or while the
software is open and another project is active.
NOTE: Only one project can be active at a time. Opening a new project closes the
current one.
1. Open the MLC software by selecting the MLC icon from the Start menu your
computer desktop. By default, the software is located at All Programs\Extron
Electronics\MLC 62\MLC 62. The Start Options window opens in front of the MLC 62
window.
2. On the Start Options window, select the Create a New Project radio button.
The device configuration name appears in the configuration tree in the left pane,
with the names of the two ports (“Display” and “Serial” or “IR”) to which a
device can be connected and controlled via IR or RS-232.
The Front Panel tab is displayed in the main section of the window and contains
a diagram representing the front panel of your selected MLC. (If this tab appears
blank when opened, click on the name of the MLC device configuration in the left
pane to display it.)
NOTE: For identification purposes, the buttons in the diagram are numbered
1 through 8, from left to right in each row. When two buttons
are combined into one, as in the six-button configuration, their
identification numbers are combined as well. In this manual, a
combined button is identified by both numbers; for example, when
buttons 5 and 6 are merged, they become button 5/6.
In the title bar, the project name is shown as “Unnamed Project*.” (The asterisk
following the name indicates that the project has not been saved since changes
were made.)
7. Save and name your project as follows:
a. From the File menu, select Save As... .
b. On the Save As window, give your project file a name and save it to the desired
location on your computer.
NOTE: Your project is saved as a file with the extension .mlp.
8. Proceed to configure the MLC buttons and ports as described in the following
sections.
Managing projects
You can perform the following file operations on the projects you create. For details on
each procedure, refer to the MLC 62 configuration program help file.
Save the current project:
Select Save from the File menu or click the Save the Current Project button
on the main toolbar.
Name a project or create a new project based on the current one:
Select Save As... from the File menu, and enter the project file name and location on
the Save As window.
Open an existing project:
Select Open from the File menu, or click the Open an Existing Project button
on the Main toolbar. Locate and double-click on the project name in the Open
window.
The MLC 62 can control devices or switchers via two rear panel ports (the IR/S and RS-232
ports) on the RS models or via one port (the IR port) on the MLC 62 IR D. Use the MLC 62
configuration program to add the desired drivers to each IR or serial port to which a device
(for example, your display or switcher) is connected.
To configure a port, follow these steps and refer to the illustration below.
1. If you have not already done so, download the drivers for the devices you will be
connecting to the MLC.
2. On the device configuration tree on the MLC 62 window, select the port to
which your device will be connected (ports are listed below the names of their
configurations).
For RS models, it is recommended that you start with the Display port (labeled
“RS-232” on the rear panel).
When you click on a port name, the Port Configuration screen is displayed in the right
section of the MLC 62 window. You can also click the Port Configuration tab to
display it.
3. RS models only: (Optional) If you selected Serial Port (representing the IR/S port
on the rear panel) in step 2 and want to configure the IR/S port for IR, select IR Port
from the Port Type drop-down menu. When you select the IR Port option, Serial Port
changes to IR Port on the device configuration tree.
NOTE: If the device configuration you are creating is for IR only or if you selected
Display Port (representing the RS-232 port on the rear panel) from the
device configuration tree, the Port Type menu is unavailable.
If you selected the Serial (IR/S) port in step 2, the Port Type menu has two options:
IR Port and Serial Port. (Serial Port is the default.) If you will be using IR
communication with the device connected to the IR/S port, select IR Port from this
menu. When you select the IR Port option, Serial Port changes to IR Port on the
configuration tree.
4. (Optional) Set the driver display filters. If you want to display only a selected portion of
the available drivers, set filters for this field by making selections from the drop-down
menus in the Driver Filters section:
Device Type — Select the type of device the MLC will control from the port
being configured (for example, DVD, switcher, or Video Projector). Only
drivers of the selected type are displayed in the Available Drivers field. Select Any Device Type to display all device types for which you have drivers.
Manufacturer — Select the manufacturer of the device that will be connected
to the port (for example, 3M, Sony, or Leica). Only drivers made by the
selected manufacturer are displayed in the Available Drivers field. Select Any Manufacturer to display drivers from all manufacturers.
Version — Select Latest Version to display only the latest version of device
drivers, or Any Version to display all versions of drivers.
After you make each menu selection, all drivers downloaded in step 1 that meet
your selected criteria are displayed in the Available Drivers field to the right.
5. In the Available Drivers window, select the driver for the device that will be connected
to the port.
6. Click Add Driver. The name of the selected device driver is displayed in the Added
Drivers field.
To delete a driver from the Added Drivers field, select it in the field, then click the
Remove Driver button.
NOTE: Only one driver can be added to a serial port. An IR-configured port may
have multiple drivers assigned.
7. Serial connection only: From the Baud Rate, Data Bits, and Parity drop-down
menus in the Serial Port field, select the port parameters required by your device for
connection to the MLC.
To obtain this information, if needed, click the View Comm Sheet button. A PDF
document opens, giving information about the selected device driver. (The port
configuration information is on the last page under “Serial Communication.”)
NOTE: If Display Port was selected from the configuration tree in step 2, these
parameters are automatically set.
8. If you have configured the port for IR, repeat steps 5 and 6 to add more IR drivers if
The Front Panel tab on the MLC 62 window enables you to configure the buttons on the
MLC 62 front panel. By clicking on a button, then making selections from the available
menus, fields, and sub-tabs on the Front Panel tab, you can configure the corresponding
button on the MLC front panel.
Default button configurations
The MLC 62 configuration software provides a default button configuration, which is
displayed in the diagram on the Front Panel tab when you first open a new project.
In this basic configuration, the buttons in the diagram are labeled to match the physical
buttons installed in the MLC at the factory. The screen buttons are also colored to indicate
the grouping modes in which the front panel buttons are preset. Depending on the model
you selected, the default configuration contains some commands assigned to certain
buttons.
Button modes, commands, and labels can be changed as desired to create new MLC 62
configurations. When you upload a configuration to the MLC, the front panel buttons are
grouped as specified and perform the commands assigned in the new configuration.
Command types for the buttons
The following types of commands and functions can be added to the buttons via the
sub-tabs on the Front Panel screen. Refer to the MLC 62 configuration software help file
for details on each type of command and the procedure for assigning it.
Driver commands — The Driver sub-tab lets you specify the commands that will
be issued from the selected port (IR, IR/S, or RS-232) to the connected display device
or switcher when the button is pressed on the front panel. (See “Assigning driver
commands to buttons” on the next page.)
Relays — The Relay sub-tab lets you specify the relay commands that will be issued
from the Relay port(s) when the button is pressed. Devices connected to the Relay port
could include a projector screen that is to be raised and lowered, room lights that are
turned on and off, or a low-voltage controller (LVC) to which a device is connected.
(See “Adding relays to buttons,” later in this section.)
Time delays — The Time Delay sub-tab lets you insert a delay of a specified
number of seconds between functions when multiple commands have been assigned
to the button. You can set the amount of seconds that the MLC waits after issuing
a command before it issues the next one. The delay period can be from 0.5 to 90
seconds in 0.5 second increments.
User Defined commands — The User Defined sub-tab lets you enter commands
in ASCII or hexadecimal, including SIS commands, to assign display functions that are
not pre-defined in your device driver. (Refer to the user manual for the display device
or switcher to find out what commands are supported.)
Actions — A Button Selection action emulates a button press on the MLC 62 front
panel, causing all functions programmed to the button to be performed. The Actions
sub-tab lets you add all the commands assigned to another front panel button to
the button you are configuring, emulating a press of the other button. Actions are
available for each of the MLC buttons. When you add an action to a button and press
it, all the functions programmed to that button are performed, followed by all the
functions on the button whose action you added.
Button flashing — The Flash sub-tab lets you add a flash period with a duration
of 1 to 120 seconds to the button. You can also specify whether the button flashes
rapidly or slowly during this delay period. During the flashing period, all front panel
buttons are disabled and do not respond to pressing.
NOTE: You cannot add flash commands to a power button on this tab. To adjust
the length of time the power buttons flash during power-up and powerdown, see “Selecting display power settings,” later in this section.
Assigning driver commands to buttons
After you have selected a driver for your display device or switcher that will be controlled
by the MLC 62, you are ready to assign the commands that are available with that driver
to the buttons on the MLC 62 front panel. The Driver sub-tab on the Front Panel
tab contains a list of the commands available with the driver. From this field, you select
commands to assign to the buttons.
If you selected the Display (RS-232) port and want to keep the auto-filled commands,
you need to add commands only to the last four buttons (by default configured as input
selection buttons and labeled PC, Video, Laptop, and Mute). If you have selected the IR
or Serial port, or if no power or volume commands are available with your driver, you need
to configure all of the buttons.
NOTE:Relay 1 Pulse (1 second) and Relay 2 Pulse (1 second) commands are
automatically added to the power On and Off buttons, respectively, on the RS
models. This is a common configuration that can be used to raise and lower a
motorized screen that is connected to the Relay port.
To add driver commands to each button, follow these steps and refer to the illustration on
the previous page:
1. Click the Front Panel tab to display the diagram of the front panel buttons.
2. Click on the button to be configured. The following occurs on the screen:
A yellow box surrounds the selected button. (In the example on the previous
page, the display power On button was selected.)
The fields in the Button Settings section change to reflect the current settings for
the selected button.
3. On the Driver tab in the Button Operations section, click the + sign in front of the
driver name to expand the menu and view the commands available with that driver.
4. On the Driver sub-tab, click on the name of the command to be programmed onto
the selected button. In the example above, the Power On command was selected for
the On button.
5. Click the green right arrow between the two Button Operations fields. The selected
driver command is displayed in the current commands field, to the right of the Driver
sub-tab.
When a command is added to a button, a red triangle covers the upper-left corner of
the button on the screen.
In the example on the previous page, the Mute button is set up as a toggle (indicated
by its division into two different colored sections). When you click on it, two fields,
labeled Toggle On and Toggle Off, appear in the current commands field.
Figure 53. Driver Sub-tab and Current Commands Fields for a Toggle Button
To add commands to a toggle button, repeat steps 3 and 4 for each of these fields to
add different commands to them. (See “Setting the button modes,” later in this
section, for instructions on creating a toggle button.)
6. If desired, repeat steps 3 through 5 to assign more commands to the button. You can
add multiple commands to any button, including each portion of a toggle button.
After the configuration has been uploaded to the MLC, when you press the button
the commands are performed in the order they appear in the Button Operations field.
1. In the current command display field, click to highlight the command that you want to
remove.
2. Click the Remove button above the current command field.
Reordering Commands
When a button has multiple commands assigned to it, you can specify the order in which
the commands are performed, as follows:
1. In the current command display field, select the command that you want to move.
2. Click the green Move Up or Move Down arrow button above the current
command field to move the selected command higher or lower on the list. The
commands are performed in the order they are listed in this field.
Automatic button settings for the Display port (RS models only)
If you select the Display port to configure, the software automatically adds the following
commands (if available with the selected driver) to the power On, power Off, and Volume
buttons.
Power and volume commands are added to the MLC front panel Power and Volume
buttons. The diagram on the Front Panel tab reflects these changes.
Warm-up and cool-down periods are specified for projectors and displays. (See
“Selecting display power settings,” later in this section.)
The Serial Port settings are selected from the Baud Rate, Data Bits, and Parity menus
(serial configurations only).
This sets up a commonly-used configuration. If desired, however, you can remove any of
these commands and replace them with others, as described below.
Setting the button modes
Button modes determine how the buttons respond when pressed or how they are
grouped to function together. The button color on the Front Panel tab indicates the
current mode of the button. The following button modes are available:
Power On and Power Off — Gold
Groups two buttons to be mutually exclusive. If you press a button in Power On or
Power Off mode on the physical front panel, it lights brightly while the other button
dims and becomes inactive.
Volume — Green
Repeatedly pressing or pressing and holding a physical button in Volume mode
increases or decreases the audio volume on the display device in increments specified
in the device driver. Only the Volume buttons can be in Volume mode, and they
cannot be changed from this mode.
Input — Cyan
All buttons in this mode form a mutually exclusive group. When you press a button
in Input mode, it activates and lights brightly while all other buttons in input mode
become inactive and dim.
Toggle — Gold and pink
In this mode, two commands (or command sets) are programmed to the button.
Repeated presses of the button on the front panel switch back and forth between the
two commands.
The button functions independently of all other buttons. A single press issues a single
command.
Single power — Gold and orange
In Single Power mode, the button toggles between issuing a power on and a power
off command. This mode is similar to Toggle mode, except for warm-up and cooldown periods, during which the button blinks. Only one button at a time can be set
to Single Power mode, and only if no other power buttons have been defined.
Group1 — Blue; Group2 — Pink
Buttons in either of these modes function the same as in Input mode. Use these
modes if you want to form groups of buttons in addition to your Input mode group.
For more detailed information on button modes and their uses, refer to the MLC 62
configuration software help file.
Default button mode settings
For the default configuration, the button modes are set as described below. To save time
when getting started, it is recommended that you assign commands that are appropriate
for the current mode of each button. For example, if you assign an Input Video command
to the blue Video button (which is in input mode), you ensure that only the video input is
selected when you press that button, and you do not have to change the button mode or
label.
On andOff buttons (buttons 1 and 2): Set to Power On and Power Off modes
(gold).
Vol- and Vol+ buttons (buttons 3 and 4): Set to Volume mode (green).
PC, Video, and Laptop buttons (buttons 5, 6, and 7): Set to Input mode (cyan).
Mute button (button 8): Set to Toggle Switch mode (gold and pink)
Selecting the button mode
If you want to change the mode of a button in order to assign the desired commands to
it, follow these steps:
1. Select the Front Panel tab.
2. On the front panel diagram, click on the desired button.
3. From the Button Mode drop-down menu in the Button Settings field, choose the
mode for the selected button. The button changes to the color of the mode you
selected. (See the illustration on the next page.)
Figure 54. Button Mode Menu on the Front Panel Tab
Other button settings
The Front Panel tab also provides the following settings for the buttons. Refer to the
MLC 62 configuration software help file for detailed procedures for changing these
settings.
Button Text — Enter a label name for the selected button.
Repeat Rate menu — If you press a button and hold it, the MLC continually repeats
the command(s) programmed to that button in sequence, for as long as you hold the
button. From this menu you can select the number of seconds that the MLC waits
before repeating the command(s).
Button Layout — Click Combine to create a single long button from the selected
button and the one next to it. Click Separate to create two buttons from a combined
one. (Only buttons 5 through 8 can be combined.)
Reset — Click Reset to return all settings you have entered on the Front Panel tab to
the default configuration.
Adding relays to buttons
In addition to driver commands, you can add relay commands to the front panel buttons
to control devices (such as room lights or a motorized screen) that are connected to one
or both of the MLC relay ports. When a button containing relay commands is pressed,
the relay state is changed, causing the device connected to the relay port to perform its
function (turning on or off, raising or lowering, and so on). (If a button containing relay
commands also contains driver commands, those commands are performed as well when
the button is pressed.)
The following modes are available for the relay ports:
On — Acts as normally closed.
Off — Acts as normally open (default).
Toggle — Changes the relay back and forth between closed and open states with
each button press.
Pulse — Closes the relay for a specified number of seconds with each button press.
For convenience, the default button configuration includes relay commands added to the
display power On and Off buttons (a common motorized screen relay setup). These relays
could be used, for example, to lower or raise a motorized screen whenever the projector
power is turned on or off.
The Digital Input port on the MLC 62 rear panel lets you connect a switch or sensor to
control other devices that are connected to the MLC serial, IR, and relay ports. On the
Digital Input tab, you can assign commands to the high and low states of the Digital
Input port. When the switch or sensor connected to the port is activated (for example,
motion or temperature change is detected, a switch button is pressed, or a key is turned),
the port crosses the threshold into its other state. This triggers the MLC Relay, Display, or
Serial port to issue specified commands to the devices connected to them. The connected
devices then perform actions in response to these commands. (Configuring the Digital
Input port is optional.)
Example: You could configure the Digital Input port so that when a button is pressed or
a key is turned on a connected switch, the projector (connected to the Display or Serial
port) powers on, the room lights (connected to one of the Relay ports) turn off, and the
motorized projector screen (connected to the other Relay port) lowers.
Switches and Sensors
Most types of switches and sensors can be connected to the Digital Input port. Switches
can be any type; for example, a key that turns, one or two buttons, or a rocker. Switch
operation can be momentary (the action is performed only while the switch is held) or
latching (the switch remains in the position to which it was set and the action continues
until the switch is put in its other position). Sensors can include motion sensors,
temperature sensors, current sensors, and so forth.
Port states
The Digital Input port has two pins, between which a circuit is either formed (closed) or
broken when the switch or sensor connected to the port is activated. When a circuit is
formed between the two pins of the Digital Input, the port is in a low state. The changing
of the port from a high state to a low state triggers the MLC to issue all commands that
have been specified for the Digital Input port low state to the devices connected to those
ports.
In Input with Pullup mode: When you press, turn, or flip the switch again so that
the circuit between the two pins of the Digital Input port is broken (becomes open),
the port changes to its high state. The change from the low state to the high state
triggers the other MLC commands specified for the port high state on connected
devices.
In Input mode: To change back from a low to a high port state, a voltage of 1.5 V to
24 V must be applied to the two pins.
Command types for the Digital Input port
The following types of commands can be added to the Digital Input port via the sub-tabs
on the Digital Input screen. Refer to the MLC 62 configuration software help file for details
on each type of command.
Driver commands — The Driver sub-tab lets you specify commands that will be
issued from the IR, IR/S, or RS-232 ports to the connected display device or switcher
when the Digital Input port detects a change in its state. (The MLC issues commands
in response to the change of port state in the same way it does when a front panel
button is pressed.)
Relays — The Relay sub-tab lets you specify relay commands that will be issued
from the Relay ports when a change in state is detected. Devices connected to the
Relay port could include a projector screen that is to be raised and lowered, room
lights that are turned on and off, or a low-voltage controller (LVC) to which a device is
connected.
Time delays — The Time Delay sub-tab lets you insert a delay of a specified number
of seconds between functions when multiple commands have been assigned to the
port. You can set the amount of seconds that the MLC waits after issuing a command
before it issues the next one. The delay period can be from 0.5 to 90 seconds in 0.5
second increments.
User Defined commands — The User Defined sub-tab lets you enter commands in
ASCII or hexadecimal, including SIS commands, to assign display functions that are not
pre-defined in your device driver. These commands can be entered in either or both
Trigger fields to apply them to the high or low state of the Digital Input port. (Refer
to the user manual for the display device or switcher to find out what commands are
supported.)
Actions — The Actions sub-tab lets you add all the commands assigned to a front
panel button to either of the Trigger states of the Digital Input port, emulating the
press of another button. When the Digital Input port detects a change to its high or
low state, all functions programmed to the specified button are performed the same
as they would be if the actual button on the front panel were pressed.
NOTE: Placing the MLC in executive mode (front panel lockout) is an
action available via this sub-tab. See “Locking the front panel
from the Digital Input port,” later in this section, or refer to the
MLC 62 configuration software help file for procedures.
Assigning commands to the Digital Input port
On the Digital Input tab, you can select commands or actions that will be triggered when
the port detects a change from the high to low state, and other commands that will be
triggered when a change from the low to high state is detected.
Figure 56. Adding Commands to the Digital Input Port
1. Connect a switch or sensor to the Digital Input port. See “Wiring the Digital Input
Port” in the “Features, Installation, and Operation” section for more information
about connecting to this port.
2. On the MLC 62 window, select the Digital Input tab.
3. Select the digital input mode from the drop-down menu at the top of the Digital
Input tab. Options include:
Input with Pullup — If the switch, sensor, or other device connected to the
Digital Input port does not provide its own power or is a completely mechanical
device, placing the port in Input with Pullup mode enables the MLC Digital Input
port to pull up to TTL (approximately 5 V) when the contacts are open. The MLC
provides approximately 4.5 V of power.
Input — If the connected device provides power in the range of 0 V to 24 V, the
port can be placed in input mode.
4. In the Input Operations field, select the sub-tab (Driver, Relay, Time Delay, User
Defined, or Actions) containing the commands that you want to assign to the two
states of the Digital Input port, to be initiated by the connected switch or sensor.
5. If the display device is connected to the IR/S port and the port is configured for IR, it
can have multiple drivers. All added drivers are listed on the Driver sub-tab. Select
the driver for your connected device, then either click the + sign in front of its name to
view its commands or proceed to step 6.
6. On the selected sub-tab, click on a command or action that you want to assign to one
of the port states.
7. Click one of the green right arrow buttons located to the right of the sub-tab to place
the command in one of the Trigger fields:
Click the arrow button beside the Trigger: High to Low field (bottom) if you want
the selected command to be issued when the port state changes from high to
low.
Click the arrow button beside the Trigger: Low to High field (top) if you want the
selected command to be issued when the port state changes from low to high.
The command appears in the Trigger field for which the arrow button was clicked.
8. Repeat steps 4 through 7 as desired to add more commands to the Trigger fields.
NOTE: The Trigger fields list all commands that have been assigned to the high
and low states of the port. When the switch or sensor triggers a change
to the state of the Digital Input port, the functions assigned to one of
the states are performed in the order that the commands are listed in the
Trigger field.
Example: If the room lights are currently on and you want them to be off when the
projector is being used, you could assign the following commands to the Trigger: High
to Low field (shown in the illustration on the previous page):
A Power On driver command to turn on the projector, and
A Relay 1 Off command to turn off the room lights (which are connected to the
Relay 1 port via a low-voltage controller).
When the switch or sensor is triggered to change the Digital Input port state to low, this
state change causes the switch to turn the lights off and the projector on.
Locking the front panel from the Digital Input port
To lock and unlock the MLC front panel using the MLC 62 configuration software, modify
the current configuration by adding Enable Front Panel and Disable Front Panel actions to
the Digital Input port. For this method, a switch or sensor must be connected to the Digital
Input port. When the switch is activated or the sensor detects the condition that causes it
to trigger a front panel lockout, the MLC goes into executive mode. When the triggering
condition changes or the switch is activated again, the front panel is unlocked.
To configure the Digital Input port to lock and unlock the front panel when triggered:
1. Connect a switch or sensor to the Digital Input port. See “Wiring the Digital Input
Port (RS Models Only)” in the “Features, Installation, and Operation” section, for
information about connecting to this port.
2. Open the MLC 62 configuration program and select either the current configuration
or one that you plan to upload to the MLC.
3. On the MLC 62 window, select the Digital Input tab.
Figure 57. Adding Executive Mode Actions to the Digital Input Port
4. In the Input Operations field, select the Actions sub-tab.
5. On the list of actions on the Actions sub-tab, click Disable Front Panel.
6. Click the green right arrow button between the Input Operations field and the
Trigger Low to High field. “Disable Front Panel” is displayed in the top Trigger field,
preceded by “Action:”. (Alternatively, you can drag the Disable Front Panel action
from the Actions sub-tab to the Trigger: Low to High field.
7. Select Enable Front Panel from the Actions sub-tab.
8. Click the green right arrow button beside the Trigger: High to Low field (bottom), or
drag the Enable Front Panel action to the Trigger: High to Low field.
9. Save the configuration and upload it to the MLC. (See “Configuration File
Management Procedures” and “Uploading a Configuration to the MLC,” later
The Advanced Configuration tab provides some additional settings for the display
device and the MLC. Make changes to these settings as desired.
Figure 58. Advanced Configuration Tab
Selecting display power settings
In the Display Power Settings section of the Advanced Configuration tab, you can specify
certain parameters for powering your display device on and off. These settings are
normally specified within the driver; however, you can make changes to the following
settings.
Auto shut-off display power after being inactive for: — From this menu, select
the number of minutes the MLC will remain idle (with no front panel buttons pressed)
before it sends a power off command to shut down the display. The range is none (—)
to 480 minutes.
When powering up, delay for: — From this menu, select the number of seconds
the display device takes to warm up after the MLC Power On button is pressed. The
range is none (—) to 300 seconds. The MLC Power On button blinks rapidly during
this warm-up period.
NOTE: If the display device is connected to the Display port, the warm-up and
cool-down delays are automatically filled in when the device driver is
added during port configuration (if these functions are available with the
driver).
When powering down, delay for: — From this menu, select the number of seconds
the display device takes to cool down after the MLC Power Off button is pressed. The
range is none (—) to 300 seconds. The MLC Power Off button blinks slowly during
this cool-down period.
Disable buttons when Display Power is Off — Select this check box to disable
all the MLC front panel buttons except the Power buttons when the display device is
powered off.
Enable 2 second hold on Power Off — Select this check box to require that the
MLC Power Off button be held for 2 seconds in order to power off the display device.
After 2 seconds, the Power Off command is sent, the button begins to blink slowly,
and the device starts to power down.
If the display device connected to your MLC 62 has a volume table in its driver, the display
volume is increased or decreased by increments specified in the volume table each time
a Volume button is pressed or pressed and held. You can configure the MLC to skip
specified volume increments, essentially reducing the number of steps in the volume
table, when the MLC buttons are pressed or held. This enables you to raise and lower the
volume at a faster rate.
To select volume table increments to skip:
From the Volume Table Resolution menu, select which volume increment
commands you would like the MLC to skip when raising or lowering the volume.
For example, if you select skip 1 command play next, the MLC would increase the
volume by every other increment in the volume table.
Enabling and disabling the button press beep
The MLC 62 can be configured to emit an audible beep whenever a front panel button is
pressed or otherwise activated. To enable the button beep:
Select the Beep when button is pressed check box at the bottom of the
Advanced Configuration tab.
To disable the beep, deselect the check box.
Configuring Using IR Learning
If no Extron driver is available for your display device or you would like to add some
functions to the device driver you have, you can use IR Learning to create a new driver or
to edit an existing one, using the remote control of the device. When you create a new
driver, its name is added to the Available Drivers list on the Driver Configuration tab.
To create a configuration for your MLC 62 via IR Learning:
1. From the Device menu, select Learn IR Commands... or click the Learn IR
Commands button on the Main toolbar. The IR Learning Wizard starts.
2. On the first screen of the wizard, select the radio button for either Create a new IR
driver or Edit an existing driver by browsing for an IR driver.
In the Version field, select or enter 1 if this is the first driver you have created for this
device. If you are creating an additional driver for the same device but are keeping
your original version as well, enter a different version number so you can differentiate
between the two versions in the Available Drivers list. When finished entering the
device description, click Next.
3. On the “Edit the driver function list” screen, the default template list of functions for
your selected device is displayed. (The functions on this list vary depending on the
device type that was selected.) Select the check box in front of each function that you
want to include in the new driver. Only the commands checked on this screen will be
learned and added to the driver.
Figure 61. “Edit the driver function list” Screen
The screen also contains the following buttons:
Select All — Selects the check boxes for all functions on the list.
Clear — Clears all selected check boxes.
Add — Click this button to add a function that is
not currently on the command list. On the “Enter
new function name” prompt, enter a name for
the function you want to add, then click OK.
The new function is added to the list on the “Edit
the driver function list” screen, and its check box
is automatically selected. (If you do not want to
learn any of the new commands at this time, you
can deselect their check boxes.)
Figure 62. Adding New Driver Functions to the “Edit the driver function
list” Screen
NOTES: Functions that you add are shown in gray, because they are not part
of the default list.
Functions whose names are shown in BLACK TEXT on this screen
are part of the default template of functions for the driver. These
functions cannot be removed from the list; however, they can be left
unchecked if you do not want to include them in the driver. Functions
that are not part of the default template or have been added to the
driver (shown in grayed text) can be deleted or renamed.
The default functions enable commands, such as those for volume
and power, to be automatically added to the front panel buttons
when you are using the Display port. For more information on autofilling commands, see “Assigning driver commands to buttons,”
earlier in this section.
Delete — To remove a function from the list, click on its name to highlight it,
then click the Delete button.
(If a function is checked when you attempt to remove it, you may need to click
Delete twice: once to deselect its check box and a second time to remove it from
the list.)
Figure 63. Deleting a Function from the “Edit the driver function list”
Screen
Rename — To rename a function on the list, click on its name to highlight
it, then click the Rename button. On the prompt that opens, enter the new
function name, then click OK.
4. When finished selecting and adding functions, click Next to continue. The “Specify
the connection settings for the device” screen opens.
5. If you have not already done so, connect a USB A to mini-B cable or an RS-232 cable
between the appropriate USB or serial ports on your computer and the MLC 62. (See
“Configuring the MLC via the USB Port”or “Wiring the Host/Config Port” in
the “Features, Installation, and Operation” section.)
6. In the Communication Settings section, select the radio button for port type to which
you connected in step 5 (USB Port or Serial Port), and select the port name from
the appropriate Port drop-down menu.
7. (Optional) If desired, you can verify the connection between the computer and the
MLC and check device information (such as part number, model name, and firmware
version), as follows:
a. If you have multiple MLC 62s and are not sure if the one that you want to
program is connected, select the Flash LEDs while identifying check box in
the Connected Device Information section.
b. Click Identify. If you selected the Flash LEDs while identifying check box,
the front panel buttons blink while the computer is obtaining information about
the connected MLC, showing you which MLC is connected to the selected port.
The Connected Device Information field is populated with information about the
connected MLC.
Figure 64. “Specify the connection settings for the device” Screen
8. Click Next. The “Learn the selected IR function(s)” screen displays a list of the
functions that you selected previously, with all their check boxes selected. (If you
added a function on the “Edit the driver function list” screen but cleared its check
box, it does not appear on this list.) For each new function, “Unlearned” is displayed
in the Status column.
Figure 65. Example of a “Learn the selected IR function(s)” Screen
9. Make any of the following changes to the list of functions as desired:
To learn all the commands without pausing, leave all check boxes selected.
To learn commands individually, click Uncheck All, then select only the check
box for the command that you want to learn. Repeat as needed for each function
you want to learn.
To sort the functions by name, click on the Name column heading. Repeated
clicking on the heading toggles between alphabetical and reverse order.
10. Prepare to aim the remote control at the IR sensor on the MLC. (For sensor location
and access, see “IR Learning” in the “Features, Installation, and Operation” section.)
Make sure that the desired functions to be learned are all checked.
NOTE: All functions that are checked are learned one after the other in the order
they are listed.
11. To start the IR Learning process, click Start. The message “Locate the remote control
and aim it at the MLC’s IR receiver” appears in the message field above the function
list.
12. A delay of approximately 3 seconds occurs before capturing begins, allowing you
some time to aim the remote control at the IR sensor. The IR Learning Wizard then
guides you through the process of learning the checked functions one by one, as
follows:
a. After 3 seconds, the name of the function being captured appears on the screen,
along with a graphic indicating IR signals being sent. The message field displays
“Press and hold the button for approximately 1 second then release.”
Hold the remote control for the device between 4 and 14 inches from the IR
sensor on the MLC and press the remote control button corresponding to the
command to be learned.
Figure 66. Example of a Command Being Learned
While you are pressing the remote control button and the MLC is sensing an IR
signal and capturing a function, the Activity LED on the MLC front panel blinks
amber rapidly.
b. After approximately 1 second, (or when
you see the graphic below the command
name change to “Downloading” and the
message field display “Release the button
on the remote if it is still being held”),
release the remote control button.
When the capture is complete, the graphic
on the screen changes to “Capture
Successful.”
The check box for the learned command
is cleared and the status of the command
changes to “Learned.”
NOTES: If you do not press a button within 7 seconds, or if the remote control
is not correctly aimed at the MLC sensor, the capture procedure is
timed out and the screen displays a message indicating that the
function was not captured. The check box for the command remains
checked, and the status for the function changes to “Failed.”
If the remote control is aimed properly at the MLC IR sensor, the MLC
front panel Activity LED blinks amber rapidly.
13. The wizard displays the next unlearned command on the list and restarts the process
described in step 12. Repeat this procedure for each desired command until all have
been processed.
If the MLC arrives at a command that you do not want it to learn at this time,
click Skip This Function. The MLC skips over the function and gives it a status
of “Skipped.”
Click Abort if you want to cancel the IR Learning process.
If any captures fail, you can click Start again to retry capturing any unlearned
commands. Check boxes for functions that failed to be captured remain selected.
The example below shows a “Learn the selected IR function(s)” screen after a
completed IR Learning process.
Figure 67. Example of a Completed IR Capture
NOTE: If you want to add more commands to the driver after completing the IR
Learning process, click the Back button until the “Edit the driver function
list” screen is displayed. Select the desired additional functions, then click
Next until you return to the “Learn the selected IR function(s)” screen.
Repeat step 12 to add the selected functions.
17. On the “Finished Learning IR Functions screen,” click Finish. The IR Learning Wizard
closes. The new driver is now selectable from the Port Configuration tab.
Editing an IR driver
If the Extron driver for your display device does not contain all the commands that you
need, you can use IR Learning to edit the driver (whether or not it was created via IR
Learning). You can edit an IR driver that you have already downloaded, or you can create a
new one by copying and editing an existing one and saving it under a new name.
1. Open the IR Learning Wizard (see ”Configuring Using IR Learning,” earlier in this
section).
2. On the “Select one of the starting options” screen, do the following:
a. Select the Edit an existing driver by browsing for an IR driver file radio
button. The Browse button and text field are enabled.
Figure 70. Browse Buttons on the “Select one of the starting options”
Screen
b. Click Browse to open the “Open an EIR Driver” window, which displays the
contents of your Driver2 folder. If the desired driver is not in your Driver2 folder,
browse to its location on your computer.
c. Select the file name of the driver that you want to edit, then click Open.
The “Select one of the starting options” screen is redisplayed, with the path to
the driver shown in the text field next to the Browse button.
Figure 72. Path to the Driver in the Browse Field
3. Click Next. The “Device Description” screen opens, showing the device type,
manufacturer, model, and version of the driver you selected to edit.
4. In the Driver Version field, select a version number for the updated driver. If you
want to save previous versions of the driver you are editing, this number enables you
to keep track of the updated versions you have created. This version number also
appears in the Available Drivers list on the Port Configuration tab.
5. If you want to make any changes to the Device Type, Manufacturer, or Model fields
for your selected driver, select the Edit Device Description check box and select or
enter your edits in these three fields.
6. On the “Edit the driver function list” screen, the default template list of functions for
your selected device is displayed. The Status column indicates which functions are
currently part of the driver (Learned) and which can be added (Unlearned).
Figure 74. “Edit the driver function list” Screen
Edit the driver by doing any of the following:
Select unlearned functions to learn: Select the check boxes for any unlearned
functions that you want to include in the driver. Only the commands checked on
this screen will be learned and added to the driver.
Select all functions to learn: Click Select All to select the check boxes for all
functions on the list.
Deselect all functions: Click Clear to clear all selected check boxes.
Add a function to the list: Click Add to add a
function that does not currently appear on the
command list. On the “Enter new function name”
prompt, enter a name for the function you want
to add, then click OK.
The new function is added to the list on the “Edit
the driver function list” screen, and its check box is
automatically selected. (If you do not want to learn
any of the new commands at this time, you can deselect their check boxes.)
Figure 75. New Driver Functions on the “Edit the driver function list”
Screen
NOTE: Functions that you add are shown in gray, because they are not part
of the default list.
Functions whose names are shown in BLACK TEXT on this screen are
part of the default template of functions for the driver. These default
functions cannot be removed from the list or renamed; however,
they can be left unchecked if you do not want to include them in the
driver. Functions that are not part of the default template or have
been added to the driver (shown in grayed text) can be deleted or
renamed.
The default functions enable commands, such as those for volume
and power, to be added to the front panel buttons when you
are using the Display port. For more information on auto-filling
commands, see “Assigning driver commands to buttons,” earlier
in this section.
Remove learned functions: To remove a learned function from the driver, click
on the function line, then click Delete.
If the function is part of the default template list (black text), its status changes to
Unlearned. If the function is not part of the default list (grayed text), it is removed
from the screen.
Figure 76. Removing a Function from a Driver
Rename a function: To rename a function on the list, click on its name to
highlight it, then click Rename. On the prompt that opens, enter the new name
for the function, then click OK.
7. When finished selecting and adding functions, click Next to continue. The “Specify
the connection settings for the device” screen opens.
8. If you have not already done so, connect a USB A to mini-B cable or an RS-232 cable
between the appropriate USB or serial ports on your computer and the MLC 62. (See
“Configuring the MLC via the USB Port”or “Wiring the Host/Config Port” in
the “Features, Installation, and Operation” section.)
9. In the Communication Settings section, select the radio button for the port type to
which you connected in step 7 (USB Port or Serial Port), and select the port name
from the appropriate Port drop-down menu.
10. (Optional) If desired, you can verify the connection between the computer and the
MLC and check device information (such as part number, model name, and firmware
version), as follows:
a. If you have multiple MLC 62s and are not sure if the one that you want to
program is connected, select the Flash LEDs while identifying check box in
the Connected Device Information section.
b. Click Identify. If you selected the Flash LEDs while identifying check box,
the front panel buttons blink while the computer obtains information about the
connected MLC, showing you which MLC is connected to the selected port. The
Connected Device Information field is populated with information about the MLC.
Figure 77. Information on the “Specify the connection settings for the
11. Click Next. The “Learn the selected IR function(s)” screen displays a list of the
functions that you selected previously, all with their check boxes selected. (If you
added a function on the “Edit the driver function list” screen but cleared its check
box, it does not appear on this list.) For each new function, Unlearned is displayed in
the Status column.
Figure 78. Example of a “Learn the selected IR function(s)” Screen
12. Make any of the following changes to the list of functions as desired:
To learn all the commands without pausing, leave all check boxes selected, or
click Check All.
To learn commands individually, click Uncheck All, then select only the check
box for the command that you want to learn. Repeat as needed for each function
you want to learn.
To sort the functions by name or by status, click on the Name or Status
column heading. Repeated clicking on the heading toggles between alphabetical
and reverse alphabetical order.
13. Prepare to aim the remote control at the IR sensor on the MLC. (For sensor location
and access, refer to “IR Learning” in the “Features, Installation, and Operation”
section.) Make sure that the desired functions to be learned are all checked.
NOTE: All functions that are checked are learned one after the other in the order
they are listed.
14. To start the IR Learning process, click Start. The message “Locate the remote control
and aim it at the MLC’s IR receiver” appears in the message field above the function
list.
15. A delay of approximately 3 seconds occurs before capturing begins, allowing you
some time to aim the remote control at the IR sensor. The IR Learning Wizard then
guides you through the process of learning the checked functions one by one:
a. After 3 seconds, the name of the function being captured appears on the screen,
along with a graphic indicating IR signals being sent. The message field displays
the message “Press and hold the button for approximately 1 second then
release.”
Hold the remote control for the device between 4 and 14 inches from the IR
sensor on the MLC and press the remote control button corresponding to the
command to be learned.
Figure 79. Example of a Command Being Learned
While you are pressing the remote control button and the MLC is sensing an IR
signal and capturing a function, the Activity LED on the MLC front panel blinks
amber rapidly.
b. After approximately 1 second, (or when
you see the graphic below the command
name change to “Downloading” and the
message field display “Release the button
on the remote if it is still being held”),
release the remote control button.
When the capture is complete, the graphic
on the screen changes to “Capture
Successful.”
The check box for the learned command
is cleared and the status of the command
changes to Learned.
NOTES: If you do not press a button within 7 seconds, or if the remote control
is not correctly aimed at the MLC sensor, the capture procedure is
timed out and the screen displays a message indicating that the
function was not captured. The check box for the command remains
checked, and the status for the function changes to Failed.
If the remote control is aimed properly at the MLC IR sensor, the MLC
front panel Activity LED blinks amber rapidly.
16. The wizard displays the next unlearned command on the list and restarts the process
described in step 15. Repeat this procedure for each desired command until all have
been processed.
If the MLC arrives at a command that you do not want it to learn at this time,
click Skip This Function. The MLC skips over the function and gives it a status
of Skipped.
Click Abort if you want to cancel the IR Learning process.
If any captures fail, you can click Start again to retry capturing any unlearned
commands. Check boxes for functions that failed to be captured remain selected.
The example on the next page shows a “Learn the selected IR function(s)” screen after
a completed IR Learning process.
Figure 80. Example of a Completed IR Capture
NOTE: If you want to add more commands to the driver after completing the
IR Learning process, click Back until the “Edit the driver function list”
screen is displayed. Select the desired additional functions, then click Next
until you return to the “Learn the selected IR function(s)” screen. Repeat
step 15 to add the selected functions.
20. On the “Finished Learning IR Functions screen,” click Finish. The IR Learning Wizard
closes.
Uploading a Configuration to the MLC 62
Once a device configuration is completed, you must upload it to the MLC 62 in order
for the MLC to be able to control your display device or switcher. A project can contain
multiple configurations, but only one configuration at a time can exist on the MLC. When
you upload a new configuration, it replaces the existing one.
To load a configuration to the MLC:
1. Save the current project containing the configuration that you want to upload.
2. Connect the MLC 62 to your computer via their USB or serial ports. See “Wiring the
Host/Config Port” or “Configuring the MLC via the USB Port” in the “Features,
Installation, and Operation” section, for connection information.
3. Do one of the following:
In the configuration tree, select the device configuration that you want to upload
to a connected MLC 62, then select Upload Configuration... from the Device
menu or click the Upload button on the main toolbar.
Right-click on either the device configuration name or on the name of its
configured port, then select Upload Configuration... from the pop-up
menu. (If you right-click on the port name, the menu that pops up has only the
Upload Configuration... option.)
A prompt is displayed, cautioning you that the configuration you are uploading will
replace the one currently on the device.
4. Click Yes on the prompt window. The Device Connection window opens.
Figure 83. Device Connection Window
5. In the Communication Settings (left) section of the Device Connection window, select
the port to which the MLC 62 that will receive the upload is connected:
Select the USB Port or Serial Port radio button for the type of port to which the
target MLC is connected on your computer.
From the drop-down menu for the selected port type, choose the port name.
6. (Optional) If necessary, identify the MLC 62 device connected to the selected port.
If you have multiple connected MLC 62s and do not know to which port the target
MLC device is connected, the following procedure can help you to ensure that you
have selected the port that is connected to the desired MLC 62 device:
a. In the Connected Device Information (right) section, select the Flash LEDs while
identifying check box.
b. Click Identify. While the computer is obtaining information about the connected
MLC 62, the front panel buttons blink, showing you which MLC is connected
to the selected port. The fields in the Connected Device Information section are
populated with information about the connected MLC.
c. If the MLC connected to the selected port is not the desired one, repeat steps a
and b until you locate the port with your target MLC.
7. When ready to upload the configuration, click OK. A window opens, displaying a
progress bar for the upload process. While the upload is in progress, the buttons
on the MLC front panel blink sequentially in clockwise order. When the upload is
complete, the progress window closes.
The following operations can be performed on device configurations. Refer to the MLC 62
configuration program help file for details on these and other configuration-related
procedures.
Add a configuration to the current project:
From the Edit menu or the Left Pane pop-up menu, select Add Device..., or click the
Add a new device configuration button on the Main toolbar. Enter the
requested device information on the Add Device window.
Get device information (part number, model, and so forth):
From the Device menu, select Device Information... . On the Device Information
window, select the port on your computer to which the MLC is connected, then click
Get Info.
Delete a configuration:
In the Device Configuration tree, click on the configuration name. Select Delete
Device from the Edit menu or click the Delete the selected device
configuration or folder button on the Device Configuration toolbar.
Rename a device configuration:
In the Device Configuration tree, click on the configuration name, then select
Rename Device from the Edit menu. The configuration name becomes a text field.
Type in the new name for the device configuration and press Enter on your computer
keyboard.
Group device configurations in a folder:
Select Add Folder from the Edit menu or click the Add Folder button on the
Device Configuration toolbar. A folder icon is added to the configuration tree with the
default name of “NewLocation” in a text field with an editing cursor. In the folder
name text field, enter a name for the folder.
Add new device configurations or folders to the new folder or drag existing
configurations to it as desired.
Resetting the Configuration
To reset the configuration on the MLC to the factory default configuration:
1. Ensure that the MLC is connected to the computer via the USB or Host/Config port.
2. Open the configuration software.
3. From the Device menu, select Reset Device..., or click the Reset the device
configuration button on the Device Configuration toolbar.
A prompt window opens, cautioning you that the current configuration on the
connected MLC will be replaced by the factory defaults of the device. Click Yes to
proceed with the reset. The Device Connection window opens.
4. In the Communication Settings (left) section of the Device Connection window, select
the port to which the MLC is connected:
a. Select the USB Port or Serial Port radio button for the type of port to which the
target MLC is connected on your computer.
b. From the drop-down menu for the selected port type, choose the port name.
5. (Optional) If necessary, identify the MLC 62 device connected to the selected port.
If you have multiple connected MLC 62s and do not know to which port the target
MLC device is connected, the following procedure can help you to ensure that you
have selected the right port:
a. In the Connected Device Information (right) section, select the Flash LEDs while
identifying check box.
b. Click Identify. While the computer is obtaining information about the connected
MLC 62, the front panel buttons blink, showing you which MLC is connected
to the selected port. The fields in the Connected Device Information section are
populated with information about the connected MLC.
c. If the MLC connected to the selected port is not the desired one, repeat steps a
and b until you locate the port with your target MLC.
6. Click OK. A window opens, displaying a progress bar for the reset. While the reset is
in progress, the MLC front panel buttons light, then go dark.
7. When the reset is complete, the progress window closes and a prompt appears with
the message “Reset Device Successful.” Click OK to close the prompt.
The Front Panel tab displays the default configuration.
The MLC 62 can be remotely controlled via a host computer or other control device that
is attached to the MLC rear panel Host/Config port. You can issue Simple Instruction Set
(SIS) commands to the MLC via the RS-232 or USB interface of your computer or control
device with a communication software program such as HyperTerminal or DataViewer.
This section contains a list of the SIS commands available for the MLC 62 and describes
procedures for issuing them. The following topics are covered:
Host-to-Controller Communications
Using the Command/Response Table
Command/response Table for SIS Commands
Host-to-Controller Communications
SIS commands consist of strings of one or more characters per field. No special characters
are required to begin or end a command sequence. When the MLC determines that a
command is valid, it executes the command and sends a response to the host device.
Most responses from the MLC 62 to the host end with a carriage return and a line feed
(CR/LF = ]), which signals the end of the response character string.
Controller-initiated Messages
When a local event such as a front panel button press takes place, the MLC 62 responds
by sending a message to the host, indicating what selection was entered. No response is
required from the host.
The MLC sends the following copyright message only when it first powers on.
(c) Copyright 2010, Extron Electronics, MLC 62, Vx.xx, 60-100n-nn
where Vx.xx is the firmware version number and n is the MLC 62 model number.
This message does not appear with a USB connection.
Error Responses
If the MLC 62 is unable to execute a command it receives because the command is invalid
or contains invalid parameters, the controller returns an error response to the host. This
response consists of the letter E followed by a number and a carriage return with a line
feed. The following error response codes can be returned:
E10 – Invalid command or parameter
E13 – Invalid value (out of range)
E14 – Not valid for this configuration
E22 – Busy
Extron MLC 62 Series MediaLink Controllers • SIS Control83
Using the Command/Response Table
The command/response table on the following pages lists valid ASCII command codes,
the responses of the MLC to the host, and a description of the command function or the
results of executing the command. The ASCII to HEX conversion table below is for use
with the command/response table.
ASCII to HEX Conversion Table
Space
Symbol definitions
]
= CR/LF (carriage return/line feed) (hex 0D 0A)
}
= Soft carriage return (no line feed) (hex 0D; Web | )
= Firmware compatibility version number (a three digit number listed to three
decimal places: nnn.nnn)
X2^
= Device (image) compatibility version number (a three digit number listed to three
decimal places: nnn.nnn)
X4(
= Default product name: MLC-62-RS or MLC-62-IR
X21@
= LED status
Displayed as a 32-digit number, each digit of which represents the status of
an LED on the MLC 62 front panel. In the
X21@
number, the LED statuses are
represented in descending order from 32 to 1; that is, the first digit represents
LED 32, the second digit represents LED 31, and so forth. The last digit represents
LED 1.
The LEDs are numbered as follows:
1 – Transmit red
2 – Transmit green
3 through 6 – Four LEDs behind “Display” text
7 – Button row 1, first LED (button 1)
8 – Button row 2, second LED (button 2)
9 through 12 – Four LEDs behind “Volume” text
13 through 17 – Volume level indicator LEDs 1 through 5
18 – Button row 2, first LED (button 3)
19 – Button row 2, second LED (button 4)
20 – Button row 3, first LED (button 5)
21 – Button row 3, second LED (lights only if buttons 5 and 6 are combined)
22 – Button row 3, third LED (button 6)
23 – Button row 4, first LED (button 7)
24 – Button row 4, second LED (lights only if buttons 7 and 8 are combined)
25 – Button row 4, third LED (button 8)
26 through 32 – Not used (always 0)
Each digit in the
X21@
number can be 0 through 4, representing the following
possible LED statuses:
0 = off
1 = dim
2 = on (bright)
3 = slow blink
4 = fast blink
NOTE: Unless otherwise indicated, commands are not case sensitive.
NOTE: Use the MLC 62 Windows-based configuration software to configure the buttons with commands.
ASCII Command
(Host to unit)
E
B * X! BTNO
}
Response
(Unit to host)
BtnoB * X!
]
Additional description
Execute the command(s)
programmed to button
command produces the same
results as pressing button X! on the
front panel).
X!
= 01, 02, 03, 04, 05, 06, 07, or 08.
X!
. (This
Example
E
B * 5BTNO
}
BtnoB * 05
]
Perform commands assigned to
button 5.
Discrete audio volume adjustment (devices with volume tables)
Set volume level
Increment volume level+V
Decrement volume level–V
View current volume levelV
14
NOTE:Only positive values are allowed. Volume table levels start with 0 (zero). Setting a discrete volume level
that is outside of the volume table range results in an E13 error response.
X(
VVol X(
Vol X(
Vol X(
X( ]
]
]
]
Set volume table level to X(.
can be up to three digits; leading
zeroes are optional.
Increase the volume by one
volume table increment.
X(
= current volume level.
Decrease the volume by one
volume table increment.
Display the current volume level.
X(
Increase and decrease audio volume (devices without volume tables)
NOTE: Attempts to enter an
driver does not include a volume table result in an E14 error response.
Increment volume level+VVol+Increase the volume level by one
Decrement volume level–VVol–Decrease the volume level by one
View volume levelV_ _ _
X(
V (Set volume level) command to set a discrete volume level on a device whose
step.
step.
Relay functions
Pulse relay
Example:2*3*1O
Toggle relay
Force relay on
X@
* 3 * X# ORly X@ *
Rly2*1
X@
* 2 O
X@
* 1 ORly X@ * 1
Rly X@ *
X2# ]
]
X2# ]
]
Set the length X# of the pulse
specified for relay port X@. Values
for X# represent increments
of 0.5 seconds and can range
from 1 (0.5 seconds) to 255
(approximately 130 seconds). The
MLC response includes status
for the specified relay port.
For X@: 1 = Relay 1; 2 = Relay 2.
X2#
For
: 0 = open (disengaged;
1 = closed (engaged).
Relay port 2 will remain closed
for pulse intervals of 0.5 seconds.
Close and open relay port X@.
Each time the command is issued,
the MLC toggles between the On
and Off states.
View status X^ of the Digital
Input port. For X^: 0 = low;
1 = high.
Front panel lockout (executive mode)
Off0X
On1X
ViewX
Exe 0
Exe 1
X1! ]
]
]
Unlock front panel buttons.
Lock all front panel buttons.
View front panel lockout status.
X1!
. For
X1!
, 0 = off; 1 = on.
Device naming
Set unit name
Set unit name to factory
default
View unit name
E X1@
CNIpn •
E
E
}
• CN
}X1@ ]
CN
Ipn •
X1@ ]
X4( ]
Set name
can be up to 24 alpha-numeric
characters. The first character
must be alphabetic; the last
character cannot be a hyphen
or minus sign. No blank or space
characters are permitted.
Set the name of the MLC to its
factory default name
• MLC-62-RS for RS models
• MLC-62-IR for IR models..
Show the name of the MLC.
X1@
for the MLC.
X1@
X4(. X4(
is:
Firmware version/part number/information
Query firmware versionQ
ExampleQ
Query firmware compatibility
version
Query image compatibility
version
NOTE:Compatibility version numbers are used to track and check for compatibility between the configuration
software, firmware, and device (image) versions on the MLC. The device and firmware compatibility
numbers (
three digits following the decimal point are “minor numbers.”
**Q
E
X2%
DIMQ
and
}X2^ ]
X2^
) each consist of six digits. The first three digits are called “major numbers,” and the
X* ]
]
1.00
X2% ]
Display firmware version X* to
two decimal places.
Display firmware compatibility
X2%
version
View the device (image)
compatibility version number
X2^
. The version number
.
Whenever the major numbers match, they are considered to be compatible. The minor numbers are used
to track changes that have been made but do not affect compatibility. Refer to “Updating Firmware” in
the MLC 62 help file for more information on checking compatibility.
Example
Request controller part numberN
Query model nameI
E
DIMQ
}
002.100
60-100n-nn
MLC•62•RS•D ] or
MLC•62•RS•EU ] or
MLC•62•IR•D
]
]
]
Display the current device
compatibility number 002.100.
Major number is 002; minor
number is 100.
Show the MLC 62 part number:
MLC 62 RS D = 60-1005-02
MLC 62 RS EU = 60-1005-35
MLC 62 IR D = 60-1006-02
Show the name of the MLC 62
model.
2 = Transmit green
3-6 = Display text LEDs 1 through 4
7 = Button row 1, first LED
8 = Button row 1, second LED
9-12 = Volume text LEDs 1 through 4
13-17 = Volume LEDs 1 through 5
18 = Button row 2, first LED
19 = Button row 2, second LED
20 = Button row 3, first LED
21 = Button row 3, second LED
22 = Button row 3, third LED
23 = Button row 4, first LED
24 = Button row 4, second LED
25 = Button row 4, third LED
26-32 = Not used (always 0)
E
}
ZXXX
}X21@ ]
LC
DISPLAY
ON
VOLUME
13
7
–
17
18
20
23
PC
LAPTOP
21
Extron
24
Response
(Unit to host)
ZapXXX
]
1
2
3
OFF
8
9
19
VIDEO
MUTE
22
25
Additional description
Reset the MLC 62 configuration
to the factory default.
X21@
is a 32-digit number, of
which each digit represents the
status of an LED on the MLC 62
front panel.
X21@
In
, the LEDs are represented
–
6
–
12
in descending order from 32 to 1;
that is, the first digit represents
LED 32, the second digit
represents LED 31, and so on. The
last digit represents LED 1. Each
X21@
digit in
4, representing the following
possible LED statuses:
0 = off
1 = dim
2 = on (bright)
3 = slow blink
4 = fast blink
can be 0 through
Example
Buttons 7 and 8
(Button Row 4)
Not used
LED
No.
32 31 30 29
28
27 26 25 24 23 22
E
LC
}
Buttons 5 and 6
(Button Row 3)
00000001111121100000111124111104
Buttons 3 and 4
(Button Row 2)
Volume Indicators
Behind “Volume” Text
(This example is illustrated in the
diagram below.)
In this LED status number, for
example, the first digit on the
right (LED 1) represents the
red Transmit LED. Its status is 4,
which indicates that it is blinking
rapidly. The LEDs behind the
display text (3 through 6) have a
status of 1, which means they are
dimly lit.
This section contains the specifications for all models of the MLC 62 and lists names and
part numbers of included parts and optional accessories for the product. Topics that are
covered include:
Specifications — MLC 62 Series
Part Numbers and Accessories
Specifications — MLC 62 Series
Control — host ports
Serial control port ........................... 1 bidirectional RS-232 on a 3.5 mm captive screw connector, 3 pole
Baud rate and protocol ................... 9600 baud, 8 data bits, 1 stop bit, no parity
Serial control pin configuration ....... Pin 1 = Tx, pin 2 = Rx, pin 3 = GND
USB control ports
®
Decora
MK and EU models .................. 1 side panel female mini USB B
USB standards ................................ USB 2.0, low speed
IR learning frequencies ................... 30 kHz to 60 kHz
IR learning distance ........................ 4" (10 cm) to 14" (36 cm) from the receiver (on front panel for Decora
Program control ............................. Extron configuration program for Windows
Control — serial port (RS models)
Display control port ........................ (1) 3.5 mm captive screw connector, 2 pole for unidirectional RS-232 control
Baud rate and protocol (RS-232) ..... 9600 (default), 19200, 38400, 57600, 115,200 baud; 8 (default) or 7 data
Control — IR port (IR models) or IR/serial port (RS models)
IR control port ................................ (1) 3.5 mm captive screw connector, 2 pole for IR or IR/Serial* (transmit only)
Baud rate and protocol ................... For RS models:
Control — relay (RS models)
Number/type .................................. 2 momentary or latching (configurable via software)
Connector ...................................... (1) 3.5 mm captive screw connector, 3 pole
Contact rating ................................ 24 V, 1 A
models ....................... 1 front panel female mini USB B
models, side panel for MK and EU models)
Extron Simple Instruction Set (SIS)
(±5 V)
bits; 1 stop bit; no parity (default), or even or odd parity
TTL level (0 to 5 V) modulated infrared control (all models) from 30 kHz up to
60 kHz, or ±5 V RS-232 control (RS models, transmit only)
*For RS models, IR/serial ports are configurable via software, serial
communication is the default.
9600 (default), 19200, 38400, 57600, 115,200 baud; 8 (default) or 7 data
bits; 1 stop bit; no parity (default), or even or odd parity
Extron MLC 62 Series MediaLink Controllers • Specifications, Part Numbers, and Accessories89
Control — digital input monitoring port (RS models)
Number/type .................................. 1 digital input (configurable)
Connector ...................................... (1) 3.5 mm captive screw connector, 2 pole
Digital inputs
Input voltage range
................. 0-24 VDC
Input impedance ...................... 12k ohms
Programmable pullup ............... 2k ohms to +5 VDC
Threshold low to high .............. >1.5 VDC
Threshold high to low .............. <1.0 VDC
General
External power supply .................... 100 VAC to 240 VAC, 50-60 Hz, external; to 12 VDC, 1 A, regulated
Power input requirements .............. 12 VDC, 0.4 A, max.
Temperature/humidity .................... Storage: -40 to +158 °F (-40 to +70 °C) / 10% to 90%, noncondensing
Operating: +32 to +122 °F (0 to +50 °C) / 10% to 90%, noncondensing
Cooling
.......................................... Convection, no vents
Mounting
Rack mount ............................. No
Furniture or wall mount
Decora models
................... Mounts in a standard 1 gang US electrical junction box (1.50" depth) or with included
mud ring.
EU models
.......................... Mounts in a standard 1 gang EU electrical junction box with 60 mm mounting centers
(40 mm depth). An adapter frame is included.
MK models ........................ Mounts to a standard 47 mm deep MK electric type British standard wall box.
Enclosure type ................................ Plastic
Enclosure dimensions
MLC 62 IR D, MLC 62 RS D
Faceplate ........................... 2.6" H* x 1.3" W x 0.2" D
(6.6 cm H* x 3.3 cm W x 0.4 cm D)
(Fits the opening in a 1 gang Decora faceplate. *Height is 2.8" [7.0 cm] and width is
1.5" [3.8 cm] including outer shoulders.)
Device ................................ 2.8" H x 1.8" W x 0.9" D
(7.0 cm H x 4.5 cm W x 2.1 cm D)
(Overall rear dimensions, including connectors. Allow at least 1.5" [3.7 cm] depth in the
wall or furniture for device and cable clearance.)
1.84”
(4.68 cm)
0.82"
(2.08 cm)
1.84”
(4.68 cm)
0.82"
(2.08 cm)
CONFIG
HOST/
GROUND
Rx
Tx
GROUND
1
COMMON
2
1
GROUND
Tx/IR
GROUND
Tx
GROUND
+12 VDC
(4.53 cm)
INPUT
DIGITAL
N/O
RELAYS
IR/ S
RS-232
12V
PWR
0.2 A MAX
1.78”
2.77”
(7.04 cm)
4.19”
(10.7 cm)
MLC 62 IR D
Rear
GROUND
Rx
Tx
GROUND
IR OUT
GROUND
+12 VDC
(4.53 cm)
CONFIG
HOST/
IR
12V
PWR
0.2 A MAX
1.78”
2.77”
(7.04 cm)
4.19”
(10.7 cm)
MLC 62 RS D
Rear
Extron MLC 62 MediaLink Controllers • Specifications, Part Numbers, and Accessories90
MLC 62 RS EU
0.41"
Faceplate ........................... 2.2" H x 2.2" W x 0.3" D (1-gang EU, fits a Jung AS 500 wallplate)
(5.5 cm H x 5.5 cm W x 0.7 cm D)
Device ................................ 1.9" H x 2.0" W x 0.7" D
(4.8 cm H x 5.2 cm W x 1.8 cm D)
(Overall rear dimensions, including connectors. Allow at least 1.25" [3.2 cm] depth in the
junction box for device and cable clearance.)
2.79”
2.79”
(7.08 cm)
(7.08 cm)
R
2
1
RELAYS
N/O
C
INPUT
DIGITAL
1
Tx/
IR
IR/ S
CONFIG
HOST/
Tx
Rx
*1.83”
(4.64 cm)
Tx
RS-232
0.4A max
12V
PWR
+
0.69"
(1.74 cm)
1.85”
(4.69 cm)
* 2.02” (5.12 cm)
(including tabs)
MLC 62 EU
Rear
MLC 62 RS MK
Faceplate ........................... 2.2" H x 2.2" W x 0.3" D
(5.5 cm H x 5.5 cm W x 0.7 cm D)
Wall frame ......................... 3.4" H x 3.4" W x 0.4" D
8.6 cm H x 8.6 cm W x 1.1 cm D
Device ................................ 1.9" H x 2.0" W x 0.7" D
(4.8 cm H x 5.2 cm W x 1.8 cm D)
(Overall rear dimensions, including connectors. Allow at least 1.25" [3.2 cm] depth in the
junction box for device and cable clearance.)
(1.05 cm)
3.40"
3.40"
(8.65 cm)
(8.65 cm)
R
2
1
RELAYS
N/O
Tx
Tx/
RS-232
IR
C
IR/ S
0.
4A max
12V
PWR
CONFIG
HOST/
+
INPUT
Tx
DIGITAL
Rx
1
*1.83"
(4.64 cm)
0.69"
(1.74 cm)
1.85"
(4.69 cm)
* 2.02" (5.12 cm)
(including tabs)
MLC 62 RS MK
Rear
Extron MLC 62 MediaLink Controllers • Specifications, Part Numbers, and Accessories91
Product weight
MLC 62 IR D, MLC 62 RS D ...... 1.0 lb (0.5 kg)
MLC 62 RS EU ......................... 1.0 lb (0.5 kg)
MK models .............................. 1.0 lb (0.5 kg)
Shipping weight ............................. 3 lbs (2 kg)
Vibration ........................................ ISTA 1 A in carton (International Safe Transit Association)
Regulatory compliance
Safety ...................................... CE, c-UL, UL
EMI/EMC ................................. CE, C-tick, FCC Class A, ICES, VCCI Class A
Accessibility ............................. Section 508 of the Rehabilitation Act (29 U.S.C. 794d)