Installation. Imagine communications IconMaster
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2
Installation
Overview
IconMaster is a cost-effective modular master control and branding solution beyond the conventional, offering the ability to combine critical master control functions with multi-layer integrated branding, all in a modular card format.
The IconMaster master control switcher is controlled by a control panel, automation, or general purpose inputs. This chapter is designed to help install and set up the IconMaster frame modules, control panel, and all relevant interconnections between the frame and panel.
Pre-Installation Information
IconMaster Main Components
Main control panel with one power supply
MKE-3901 mixer/keyer module
MGI-3903 IconLogo graphics module
IconMaster Soft Tools CD, including IconMaster configuration utility
The IconMaster configuration utility software requires a separate Pentium III 1GHz (or equivalent) PC with the following minimum requirements:
512 Mb RAM
10 Gb fixed disk drive space
10/100 Ethernet card
Microsoft
®
Windows
®
2000 or Windows XP
1 operating systems
Optional
Equipment
The following options are available for use with the IconMaster system. You may order these options separately and install them yourself, or you may order them at the same time as your
IconMaster system so that they will be factory-installed and -configured.
Additional power supply (for redundant power supply operation)
Audio control panel
1
Windows 2000 and Windows XP are either registered trademarks or trademarks of Microsoft Corporation in the United States and/or other countries. Currently the IconMaster utilities do not operate with Microsoft Vista operating system.
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Chapter 2
Installation
Fader bar
MKE-3901-FX effects optional submodule (for MKE-3901 module)
MKA-3901-B balanced audio module
ICONM-BO-V video breakout module
ICONM-BO-VAB balanced audio breakout module
ICONM-BO-VAC coaxial audio breakout module
Internal routers (such as NEO NSM 7×2 routers)
External routers, including Platinum and Panacea routers, in addition to third-party routers
HView SX Hybrid multiviewer output module (in a Platinum frame)
Predator multiviewer
JLCooper Electronics eBOX Quad Serial to Ethernet Interface
1
Figure 2-1
shows how an IconMaster system setup works. Each installation component of this setup (except for the customer-supplied PC) is explained in more detail in sequent sections.
Figure 2-1 IconMaster Components
1
“eBOX” is a trademark of JLCooper Electronics, El Segundo, California, USA
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Installation and Configuration Manual
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Installation
Notes
All IconMaster components must be mounted in an area where there is unrestricted air movement. Except for the MKE, MGI, and MKA modules (which are mounted in standard NEO frames) no fan cooling is required.
The two control panels of the IconMaster system are designed for desk and tabletop operation, or for use in a standard equipment rack.
For maximum efficiency and reliability, IconMaster control panels should be operated in an ambient temperature between 68° and 86°F (20° to 30°C) non-condensing.
IconMaster control panels communicate with the MKE-3901 via an Ethernet network.
On the same network, the MGI-3903 also connects to the PC that hosts the IconMaster configuration utility software.
If your network includes a switch, the switch must be 10/100Base-T. The system will not function on 10Base-T or 100Base-T only.
Some consumer or SOHO network switches may fail to auto-negotiate Ethernet port configuration with IconMaster when repowering or rebooting. For best results, use a managed switch capable of port configuration, and configure the port to 100 Mbs
Full-Duplex if a failure to communicate after reboot occurs with any network switch.
A NEO resource module is not required for IconMaster to be configured and work correctly.
NEO frames require an ambient temperature between 32° and 122°F (0° and 45°C.)
See the technical manual of your PC for information on the operating temperatures of the computer.
NEO modules used in an IconMaster system must be connected together in the following top-to-bottom order before being inserted in a NEO frame:
1. MKA-3901 (optional)
2. MKE-3901 (with optional MKE-3901-FX submodule)
3. MGI-3903
Because the modules are physically connected together, they must all be installed on the same side of the frame.
CAUTION
If your IconMaster package was not factory-installed in a NEO frame, ensure that you use the provided screws to secure the modules together before they are inserted in the frame.
Sequence of
Events for
Installation
For a fully functional IconMaster system, you must install and configure the hardware components, and initialize certain settings. (Your particular installation may or may not include all of these steps, depending on which options you purchased.) After the installation is complete, you will need to configure the hardware modules, internal and external routers, and control panel components. These configuration tasks are explained in separate chapters.
Table 2-1 Sequence of Events for Installation
Step
1 Install fader bar (if ordered separately)
2(optional) If the audio control panel was purchased separately, connect main control panel to audio control panel
3 Mount the control panel(s) into a desktop or a rack
4 Connect the control panel to another device
For more information
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Chapter 2
Installation
Table 2-1 Sequence of Events for Installation (Continued)
Step
5 Install NEO options into NEO frame (if ordered separately)
6 Install NEO frame into a rack
7 Install and configure internal or external routers
Configure internal NSM modules
OR
Install HView SX Hybrid into Platinum router (if ordered) and then mount external router in a rack
If it’s a Panacea router, configure it
If it’s a Platinum router and you’ll be using it with an eBOX, configure the eBOX after installing the router hardware.
Then configure the Platinum
Then configure HView SX Hybrid
8 Attach breakout modules
9 Connect the NEO modules to another device
10 Check card-edge parameters are set to your preferences
11 Configure IconMaster control panel
12 Initialize IconMaster
13 Customize push buttons on control panel
For more information
See HView SX Hybrid manual and/or router manual
page 69 page 147 page 126
Tools You
Will Need
The following is a list of tools and equipment you will need for a successful IconMaster installation. (Your particular installation may or may not require all of these items, depending on which options you purchased.)
Desk or table with cutout; use the dimensions found on page 15
OR
One standard 19-in. (0.4-m) rack and four to eight 40×1/4 flat-head screws
One medium Phillips screwdriver
For a direct setup (MKE-3901 directly to IconMaster control panel), one 36-in. (91-cm) crossover cable
For a network setup (IconMaster to Ethernet)
1 network hub, at least 10Base-T or 10/100Base-T
Standard 10 Mbps 10Base-T Ethernet cable segments no longer than 382.08 ft
(100 m) for IconMaster control panel, MKE-3901 module, and MGI-3903 module
RS-232 or TIA/EIA-422-B cable segment; no longer than 50 ft (15 m) for RS-232, and
2,000 ft (610 m) for TIA/EIA-422-B, for use with external router or automation control device
NEO FR-3901, FR-3903, and FR-3923 Mounting Frames Installation and Operation
Manual
Internal routing device module, as appropriate (NEO NSM-7×2SHD or NSM-7×2AES)
External routing device, as appropriate (Platinum, Panacea)
External routing device manual, as appropriate:
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(For use with NSM-7×2SHD internal routers) NEO NSM-8×1SHD/NSM-7×2SHD SD/
HD Wideband Video Routing Switchers Installation and Operation Manual
(For use with NSM-7×2AES internal routers) NEO NSM-8×1EAS/NSM-7×2AES Serial
Digital Audio Routing Switchers Installation and Operation Manual
(For use with Platinum 9RU, 15RU, and 28RU frames) Platinum Series Frames and
Modules Installation, Configuration, and Operation Manual
(For use with Panacea frames) Panacea Series Frame and Modules Installation,
Configuration, and Operation Manual
(For use with optional HView SX Hybrid multiviewer) HView SX Hybrid Multiviewer
Installation, Configuration, and Operation Manual and HView SX Hybrid Layout
Designer User Guide
(For use with optional eBOX) eBOX Ethernet to Serial & GPI Interface Users Manual
Sample
System
Layout
Figure 2-2
shows a sample system layout that includes an external router, PC, Ethernet switch, and IconMaster system. For illustrations of sample system layouts for NEO routers, see
System Configurations—NEO Routers
on page 62. For illustrations of sample system
layouts for Panacea routers, see
System Configurations—NEO Routers
Figure 2-2 Sample System Layout
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Chapter 2
Installation
Installing Control Panels
Connecting the Main Panel and Optional Audio Panel
The IconMaster main control panel and audio control panel are connected to each other both mechanically (by means of a bracket) and electrically (by using two wiring harnesses).
The audio control panel cannot operate independently of the main control panel, and must always be directly attached. If you ordered both controls at the same time, they will be preassembled at the factory.
If you ordered the control panels at different times you can connect them together yourself.
To connect the main control panel and audio control panel together, follow these steps:
1
Remove the four screws on each side of the main control panel trim (see
Remove these four screws
Replace three screws for the new trim
Figure 2-3 Removal of Trim
2
Replace the side trim with the two new shorter pieces supplied. Only three screws are required on each side to attach the new trim.
3
Remove the cover plate from the back of the main control panel (see
Remove cover plate
Figure 2-4 Removal of the Main Control Panel Cover Plate
4
Attach the audio control panel mounting bracket to the back of the main control panel, using the screws provided (see
).
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Attach to the back of the main control panel
Figure 2-5 Audio Control Panel Mounting Bracket
5
Face the audio control panel down on top of the main control panel buttons. Attach the two ribbon cables from the main control panel to the audio control panel (see
Figure 2-6
).
Audio control panel folded over top of the main control panel
Base of main control panel
Ribbon cables
Figure 2-6 Ribbon Cable Between Main and Audio Control Panels
6
Attach the audio control panel to the mounting bracket by inserting the provided screws in the curved slots that overlap each side of the audio control panel (see
).
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Chapter 2
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Insert screw here
Insert screw here
Figure 2-7 Audio Control Panel Attachment
7
Set the audio control panel to the viewing angle that suits your needs, and then tighten the sliding screws.
Mounting the Control
Panels
The two control panels of the IconMaster system are designed for desk and tabletop operation, or for use in a standard equipment rack. Desk and tabletop mounting are
described on page 14; rack mounting is described on page 15.
Mounting Panels in a Desk or a Tabletop
The IconMaster control panels can be set into a desk or tabletop. (The optional audio control panel must be attached to the main control panel before you mount it; see
Connecting the Main Panel and Optional Audio Panel
Note: The control panels are easier to see and use if the tabletop or desk is angled towards the operator. For illustration purposes here, the trim has been removed. In a typical desk or tabletop installation, the trim will remain attached.
Follow these steps to mount the control panels into a desk or tabletop:
1
Using the dimensions shown in
(for the main control panel only) or
(for the main and audio control panels together), make a cutout in the desk or tabletop.
2
Carefully place the control panels into the cutout.
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Installation and Configuration Manual
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10.1
inches
(25.7 cm)
16.75 inches (42.6 cm)
Figure 2-8 Desk or Tabletop Mount of Main Control Panel Alone
5
6
4
3
2
1
Figure 2-9 Desk or Tabletop Mount of Main and Audio Control Panels
5
6
3
4
1
2
Width of panel left to right
Length of panel front to back (total)
16.75 inches (42.6 cm)
13.9 inches (35.3cm)
Length of panel front to back (underside)
10.1 inches (25.7cm)
Length of audio panel overhang
3.8 inches (9.6cm)
Panel depth (front)
3.5 inches (8.8 cm)
Panel depth (back)
2.1 inches (5.2 cm)
Mounting Control Panels into a Rack
Note: The main and audio control panels can be mounted in a rack with or without the outer trim attached. However, the outer trim will use an additional 1RU of extra space above and below the unit if it is left attached. If you choose to remove the trim, ensure that you replace the two middle screws found on each side (see
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Chapter 2
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To install the main control panel and the optional audio control panel in a rack, use the adjustable left and right-side frame mounting brackets that are provided. The brackets are designed so that you can angle the panels either upward or downward, according to your needs. (See
.) If you are using an audio control panel, attach and connect the
audio panel to the main control panel frame before you attach the brackets (see
Connecting the Main Panel and Optional Audio Panel
The following steps describe the installation of the control panels in a rack. If you do not
wish to remove the trim, start at step 6.
1
Remove the three or four screws on each side of the main control panel trim (see
)
Remove these four screws
Figure 2-10 Removal of Trim for Rack Mounting
2
Remove the trim pieces from the sides of the main control panel.
3
Remove the wrist rest from the bottom of the main control panel.
4
Replace the middle two screws on each side of the main control panel with 4-40×1/4 FH screws (see
4-40×1/4 FH screws
Figure 2-11 Main Control Panel Side Screws
5
If there is no audio control panel:
Remove the trim from the top of the main control panel.
If there is an audio control panel:
a
Remove the three screws on each side of the audio control panel trim.
b
Remove the trim from the sides of the audio control panel.
c
Remove the trim from the top of the audio control panel.
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d
Replace the two screws on each side of the audio control panel with 4-40×1/4 FH screws (see
).
4-40×1/4
FH screws
Figure 2-12 Audio Control Panel Side Screws
6
Attach the mounting brackets to the sides of the main control panel using the screws provided (see
).
Attach 2 screws per side
Figure 2-13 Attaching the Rack-Mount Bracket
7
Loosen the screws on the sliders, and then reposition the sliders to change the viewing angle of the control panels (see
Tighten screws at the back of the slider
Figure 2-14 Adjustment of Slider Screws
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8
Tighten the slider screws and make all of the necessary cable connections on the back of the main control panel.
9
Align the control panel assembly so that the screw holes in the mounting brackets match up with those at the front of the rack.
10
Secure the control panel assembly to the rack with 10×32 machine-head mounting screws and washers.
11
Make necessary control panel connections (see page 18).
Connecting Main Control Panel Components
The IconMaster main control panel has external connections located in a bay on the underside of the unit (
Figure 2-16
). In addition, two 50-pin connectors at the back of the panel provide an interface with the optional audio control panel.
Figure 2-15 Main Control Panel External Connections—Older Models
Figure 2-16 Main Control Panel External Connections—Newer Models
The Timecode IN provides a means for IconMaster to read a facility time-of-day real-time clock. If desired, feed a unity speed, forward counting LTC timecode signal into the
Timecode IN connector, and configure the IconMaster to use the RCP panel as it's primary time-of-day clock source. A MTG-3901 module or CSD5300 product can be used for this timecode signal. DIP Switch 1 (below) is used to set the Timecode IN termination to either open or 600
. See page 170 to setup IconMaster to use the RCP's Timecode IN as the
real-time clock source.
Note: One RCP panel can be setup as the real-time clock source for multiple IconMaster channels.
The Timecode OUT connector is used to feed an external LTC timecode display device with a time function from the IconMaster. IconMaster can display either the time-of-day or its
segment timer on this output. See page 170 to set this up.
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Figure 2-17 Timecode IN (Rear Panel View)
Figure 2-18 Timecode OUT (Rear Panel View)
DIP Switch Settings
The DIP switches on the main control panel allow you to set values for termination for timecode in (LTC) and for failsafe bootloader (CPU BOOT). DIP switch 1 controls the LTC setting and DIP switch 2 controls the CPU BOOT setting. See
the values of these settings.
Figure 2-19 DIP Switch Setting Values
Note: Failsafe mode is used only if the panel fails to load properly on power up. In this mode the file system can be manually restored. Contact customer service for additional details
Power Supply
The IconMaster main control panel uses one external power supply. (For redundant power supply operation, two power supply units must be used.)
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Chapter 2
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The DC output from one of the provided power supplies should be connected to PS1 on the IconMaster control panel. Connect the second, redundant power supply to PS2.
When you plug in the power supply, the IconMaster control panel buttons will light up. You may want to verify the IP address and software version for your system. This function is performed via the Service menu (see the IconMaster Function Operation and Configuration
Manual for instructions).
NEO Modules Connection (Not Connected to a Network)
The IconMaster main control panel can be connected directly to the system’s NEO frame-based modules when the system is not connected to a network. To do this, connect
Ethernet on the main control panel to Ethernet 1 on the MKE-3901 back module using a crossover (twisted) cable.
Network Connection
The IconMaster main control panel can be connected to a network system. To do this, connect Ethernet on the IconMaster main control panel (or Ethernet 2 on older panels) directly to a switch on the network using a straight cable.
Note: Some consumer or SOHO network switches may fail to auto-negotiate Ethernet port configuration with IconMaster when repowering or rebooting. For best results, use a managed switch capable of port configuration, and configure the port to 100 Mbs
Full-Duplex if a failure to communicate after reboot occurs with any network switch.
Installing NEO Modules
Installing Standard NEO Modules (MKE-3901 and MGI-3903)
An IconMaster system includes an MKE-3901 mixer/keyer module and an MGI-3903
IconLogo graphics module as standard equipment. These modules and their corresponding back connector modules are pre-installed at the manufacturing facility.
IconMaster LITE systems do not include the MGI-3903 IconLogo graphics module.
Changing MKE-3901 Front Module Jumpers Setting
Note: There are no jumpers on the MKA-3901 discrete audio module.
The MKE-3901 front module includes these jumpers. (
Table 2-2
on page 23 shows the different jumpers and their settings. Jumpers are preset to default values at the manufacturing facility. Default values are indicated in
Table 2-2
.)
J16: Reference input termination (see
Figure 2-20
for the location)
J17 and J18: Serial E and Serial A port standards (see
Figure 2-21
for the location)
J20 and J22: AES Audio-Over 1 and 2 (see
Figure 2-20
for the location)
J25 and J26: Serial Port A (RS-232-A) format (see
Figure 2-22
for the location)
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To change the jumper settings, follow these steps:
1
Remove the MKE-3901 module from the NEO frame. (For instructions, see the NEO
FR-3901, FR-3903, and FR-3923 Mounting Frames Installation and Operation Manual).
2
Using a pair of tweezers or needle-nosed pliers, pull the jumper pack loose from its location.
3
Push the jumper pack onto the pins of the desired location.
4
Reinstall the MKE-3901 front module into the NEO frame.
Jumper J16
Jumper J22
Jumper J20
Figure 2-20 Jumpers for Reference Input and AES Audio-Over
Jumper J17 Jumper J18
Figure 2-21 Jumpers for Serial Port Standard
1
1
Jumper J17 on MKE-3901 must be set to same standard as jumper pack A2. Jumper J18 on MKE-3901 must be set to same standard as jumper pack A1. For more information see
Figure 2-34
on page 37 and
Table 2-9
on page 39.
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Jumper J25
Jumper 26
Figure 2-22 Jumpers for Serial Port A Format
Note: Jumpers J20 and J22 on the MKE-3901 must be set to Balanced when the video breakout module is used.
Jumper J17 on the MKE-3901 must be set to the same standard as jumper pack A2. For more information see
Figure 2-34
on page 37 and
Table 2-9
on page 39.
Jumper J18 on the MKE-3901 must be set to the same standard as jumper pack A1. For more information see
Figure 2-34
on page 37 and
Table 2-9
on page 39.
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Table 2-2 Jumper Settings
Function
Reference input termination
Settings
Jumper 16
75
impedance*
Serial port standard
Jumper 17/ Port E
Ext. Routing Control
Serial RS-232*
Hi-Z impedance
Jumper 18/Port B
Automation
Serial RS-232
Serial RS-422 Serial RS-422*
Audio-over impedance
Jumper 22
AES A/O 1 balanced*
Jumper 20
AES A/O 2 balanced*
AES A/O 1 unbalanced
AES A/O 2 unbalanced
Serial port A
(RS-232 format)
Must always be set to 232
Jumper 25
232
* Default value
Jumper 26
232
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Installing Optional NEO Modules (MKE-3901-FX and MKA-3901)
In addition to the standard NEO modules that come with your IconMaster system, you may purchase an MKE-3901-FX effects submodule and/or an MKA-3901 balanced audio module.
Note: When purchased as a package, the MKE-3901 and the MKA-3901 are attached together using standoffs and screws.
If you ordered these optional modules at the same time as your IconMaster, the modules will be installed in the NEO frame at the manufacturing facility, and no further NEO module installation procedures are necessary. If you ordered these optional modules separately, you can install them yourself. For module installation instructions, see the NEO FR-3901,
FR-3903, and FR-3923 Mounting Frames Installation and Operation Manual.
On one side, in this order:
MKA-3901
MKE-3901
MGI-3903
Figure 2-23 MKA-3901, MKE-3901, and MGI-3903 Module Order
To function correctly, MKA-3901, MKE-3901, and MGI-3903 modules must be connected to one another before installation, and the modules must be mounted in a specific order in a NEO frame.
Figure 2-23
on page 24 shows the alignment of the modules;
on page 25 shows an exploded view. The MKA-3901 and MKE-3901-FX are attached to the
MKE-3901 module.
Top – MKA-3901 front module
1
Middle – MKE-3901 front module
2 with optional MKE-3901-FX submodule
3
Bottom – MGI-3903
1
MKA-3901 modules do not require specific jumper settings.
2
MKE-3901 modules require specific jumper settings. See page 20 for more information.
3
MKE-3901-FX modules may be ordered and installed separately. See page 26 for more information.
.
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Figure 2-24 Exploded View: MKA-3901 Front Module (Top) and MKE-3901 Front Module with Optional MKE-3901-FX Submodule (Middle), and MGI-3903 (Bottom)
Installing the Optional MKA-3901 Submodule
The MKA-3901 submodule can be ordered separately. (If you ordered this optional module at the same time as your IconMaster, it will be installed in the NEO frame at the manufacturing facility, and no further NEO module installation procedures are necessary.) If you have ordered the module separately and need to install it in your IconMaster system, follow these steps:
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Chapter 2
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1
Remove the MKE-3901 module from the NEO frame.
2
Fit the MKA-3901 module to the MKE-3901 module.
3
Secure using standoffs and retaining screws.
4
Reinstall the MKE-3901/MKA-3901 into the NEO frame, and then close the front panel.
Installing the Optional MKE-3901-FX Submodule
The MKE-3901-FX submodule can be ordered separately and added to an existing
MKE-3901 module. (If you ordered this optional module at the same time as your
IconMaster, it will be installed in the NEO frame at the manufacturing facility, and no further NEO module installation procedures are necessary.) If you have ordered the module separately and need to install it in your IconMaster system, follow these steps:
1
Remove the MKE-3901 module from the NEO frame.
2
If your system includes an MKA-3901 module, remove the four retaining screws from the
MKA-3901 module, and then separate the MKA-3901 module from the MKE-3901.
Retain the screws.
3
Locate and fit the MKE-3901-FX module into the correct position on the MKE-3901 module.
4
Install the submodule with the retaining screws included.
5
If applicable, fit the MKA-3901 module to the MKE-3901 module again.
6
Secure using standoffs and retaining screws.
7
Reinstall the MKE-3901 into the NEO frame, and then close the front panel.
Installing the NEO Frame into a Rack
For instructions about installing a NEO frame into a rack, see the FR-3901, FR-3903, and
FR-3923 Mounting Frames Installation and Operation Manual.
Your installation may also require breakout panel connections. See page 32 for more
information.
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Connecting NEO Components
MKE-3901 Back Module Connections
shows the back module of the MKE-3901 module. Make all appropriate I/O connections as appropriate for your system setup. Specific information concerning
Ethernet, Genlock, Bus A and B, and multifunction I/O connectors is provided below.
Figure 2-25 MKE-3901 Back Module
Ethernet
Use Ethernet 1 to connect the MKE-3901 to a network hub or directly to an IconMaster control panel.
Use Ethernet 2 to connect the MGI-3903 to a network hub or directly to an IconLogo control panel.
Genlock
The default Genlock Source Type is Composite. To change this setting, see the Genlock dialog box in the IconMaster configuration utility software.
This input is terminated to 75
internally by default. See jumper J16 on page 23 if termination is not desired.
Multifunction I/O
The pin numbers for the Multi Function I/O connector, with corresponding pinout information, are shown in
Table 2-3
on page 28.
Bus A/Bus B Input Connectors
For information about Bus A and Bus B connectors, see
System Configurations—Platinum Routers
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Installation
Table 2-3 MKE-3901 Multi-Function I/O Pinouts
This pinout information is for use when it is necessary to wire directly to the connector. If you are using a
ICONM-BO-V breakout module (shown in
Figure 2-27
on page 32), this information is not required.
6
7
4
5
2
3
Pin Function
1 MKE AES A/O 2 (B+)*
Ground
GPI 11
GPI 14
GPI 17
GPI 18
GPO 6
8
9
GPO 4
GPO 2
10 Bypass relay control
11 GPI 8
12 GPI 4
13 GPI 7
14 RS-232-B RxD or
RS-422-B RX -
15 RS-232-B n/c or
RS-422-B RX +
Pin
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
Function
MKE AES A/O 1 (B-)*
MKE AES A/O 2 (B-)*
Ground
GPI 12
GPI 13
GPI 16
GPO 11
GPO 7
GPO 5
GPO 3
GPO 1
GPI 6
GPI 2
GPI 5
GPI 3
54
55
56
50
51
52
53
46
47
48
49
Pin Function
43 MKE AES A/O 1 (B+)*
44
45
Ground
GPI 9
57
GPI 10
GPI 15
GPO 8
GPO 9
GPO 10
GPO 12
GPO 13
MGI LTC +
MGI LTC -
MGI temperature sensor +
MGI temperature sensor -
RS-232-D RxD
16 RS-232-E TxD or
RS-422-E TX -
17 RS-232-E n/c or
RS-422-E TX +
18 RS-232-E n/c or
RS-422-E RX +
19 RS-232-E RxD or
RS-422-E RX -
37
38
39
40
GPI 1
Ground
+5V**
Ground
58
59
60
61
RS-232-D TxD
RS-422-C TX -
RS-422-C TX +
RS-422-C RX +
20 RS-232-B TxD or
RS-422-B TX -
21 RS-232-A RxD
41
42
RS-232-B n/c or
RS-422-B TX +
RS-232-A TxD
62 RS-422-C RX -
*Audio Over 1 and 2: For balanced data, use B+ and B-. For unbalanced (coax), use B+ for the signal and connect
B- to ground (shield). There are also jumpers on the MKE card, which must be set to indicate balanced or coax.
**Reserved for bypass relay operation.
MKA-3901 Back Module Connections
shows the back module of the MKA-3901 module. Make all appropriate I/O connections as appropriate for your system setup.
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29
The pin numbers for the AES Input connector, with corresponding pinout information, are shown in
The pin numbers for the AES Output connector, with corresponding pinout information, are shown in
Figure 2-26 MKA-3901 Back Module
Table 2-4 MKA-3901 AES Input Connector Pinouts
This information is for use when it is necessary to wire directly to the AES input connector. If you are using a
ICONM-BO-VAC or ICONM-BO-VAB breakout module, this information is not required.
6
7
4
5
2
3
Pin Function
1 Spare
Spare
Ground
Spare
Spare
Ground
AES BUS A 3 (B+)
8
9
AES BUS A 3 (B-)
Ground
10 AES BUS A 1 (B-)
11 AES BUS A 1 (B+)
12 Ground
13 AES BUS B 3 (B-)
14 AES BUS B 3 (B+)
15 Ground
16 AES BUS B 1 (B-)
17 AES BUS B 1 (B+)
18 Ground
Pin Function
22 Ground
23 N/C
24 Ground
25 Ground
26 Ground
27 Ground
28 Ground
29 Ground
30 Ground
31 Ground
32 Ground
33 Ground
34 Ground
35 Ground
36 Ground
37 Ground
38 Ground
39 Ground
Pin Function
43 AES BUS A 4 (B-)
44 AES BUS A 4 (B+)
45 Ground
46 AES BUS A 2 (B-)
47 AES BUS A 2 (B+)
48 Ground
49 AES BUS B 4 (B-)
50 AES BUS B 4 (B+)
51 Ground
52 AES BUS B 2 (B-)
53 AES BUS B 2 (B+)
54 Ground
55 Reserved for future use
56 Reserved for future use
57 Ground
58 Reserved for future use
59 Reserved for future use
60 Ground
30
Chapter 2
Installation
Table 2-4 MKA-3901 AES Input Connector Pinouts (Continued)
This information is for use when it is necessary to wire directly to the AES input connector. If you are using a
ICONM-BO-VAC or ICONM-BO-VAB breakout module, this information is not required.
Pin Function
19 Reserved for future use
20 Reserved for future use
Pin Function
40 Ground
41 Ground
Pin Function
61 Reserved for future use
62 Reserved for future use
21 Ground 42 Ground
For balanced data, use B+ and B-. For unbalanced (coax), use B+ for the signal and connect B- to ground (shield).
To use the coax, the C version of the card must be purchased.
Table 2-5 MKA-3901 AES Output Connector Pinouts
This information is for use when it is necessary to wire directly to the AES output connector. If you are using the
ICONM-BO-VAC or ICONM-BO-VAB breakout module, this information is not required.
6
7
4
5
2
3
Pin Function
1 Reserved for future use
Reserved for future use
Ground
AES Pgm 3 (B+)
AES Pgm 3 (B-)
Ground
AES Pst 1 (B+)
8
9
AES Pst 1 (B-)
Ground
10 AES Pst 3 (B+)
11 AES Pst 3 (B-)
12 Ground
Pin Function
22 Ground
23 N/C
24 Ground
25 Ground
26 AES Pgm 4 (B+)
27 AES Pgm 4 (B-)
28 Ground
29 AES Pgm 1 (B+)
30 AES Pgm 1 (B-)
31 Ground
32 AES Clean 2 (B+)
33 AES Clean 2 (B-)
Pin Function
43 Reserved for future use
44 Reserved for future use
45 Ground
46 AES Pgm 2 (B+)
47 AES Pgm 2 (B-)
48 Ground
49 AES Pst 2 (B+)
50 AES Pst 2 (B-)
51 Ground
52 AES Pst 4 (B+)
53 AES Pst 4 (B-)
54 Ground
IconMaster
Installation and Configuration Manual
31
Table 2-5 MKA-3901 AES Output Connector Pinouts (Continued)
This information is for use when it is necessary to wire directly to the AES output connector. If you are using the
ICONM-BO-VAC or ICONM-BO-VAB breakout module, this information is not required.
Pin Function
1 Reserved for future use
13 AES Clean 1 (B+)
14 AES Clean 1 (B-)
15 Ground
16 AES Mon 1 (B+)
Pin Function
22 Ground
34 Ground
35 AES Clean 3 (B+)
36 AES Clean 3 (B-)
37 Ground
Pin Function
43 Reserved for future use
55 AES Clean 4 (B+)
56 AES Clean 4 (B-)
57 Ground
58 AES Mon 2 (B+)
17 AES Mon 1 (B-)
18 Ground
19 AES Mon 3 (B+)
20 AES Mon 3 (B-)
38
39
40
41
Ground
Ground
Ground
Ground
59
60
61
62
AES Mon 2 (B-)
Ground
AES Mon 4 (B+)
AES Mon 4 (B-)
21 Ground 42 Ground
For balanced data, use B+ and B-. For unbalanced (coax), use B+ for the signal and connect B- to ground (shield).
To use the coax, the C version of the card must be purchased.
32
Chapter 2
Installation
Installing Breakout Modules
There are three breakout modules available in the IconMaster system.
Table 2-6
shows the functionality of each of the breakout modules.
Table 2-6 Breakout Module Packages
Breakout Back Module
Name
ICONM-BO-V video breakout module (see
ICONM-BO-VAB balanced audio breakout module
Video Module
RS-232 and RS-422;
BNCs for audio over and video relay bypass
RS-232 and RS-422;
BNCs for audio over and video relay bypass
Audio Module
Not applicable
Screw terminals for discrete audio in and out
ICONM-BO-VAC coaxial audio breakout module (see
RS-232 and RS-422;
BNCs for audio over and video relay bypass
BNC connections for discrete audio in and out
Connecting Cables
MKE breakout cable
(165-000242-00)
MKA breakout cable
(165-000243-00) x2
MKE breakout cable
(165-000242-00)
MKA breakout cable
(165-000243-00) x2
MKE breakout cable
(165-000242-00)
ICONM-BO-V Video Breakout Module
Term.
1
2
7
8
9
3
4
5
6
10
P2 P3 P4 P5 P6
Figure 2-27 ICONM-BO-V Breakout Module
IconMaster
Installation and Configuration Manual
33
The ICONM-BO-V (
Figure 2-27
) is the breakout module for the MKE-3901 video module.
The module converts the 62-pin Multi Function I/O connector of the MKE-3901 to separate screw, BNC, and DB-9 connectors.
Figure 2-28
on page 34 shows how the GPIs and GPOs (GPI outputs) are connected.
For information on the jumpers and jumper packs used on the ICONM-BO-V module, see
Screw Connectors
Figure 2-27
shows the screw-type connectors on the ICONM-BO-V breakout module. Each row of screw terminals (P2 to P6) is described in
Table 2-7
.
Table 2-7 ICONM-BO-V Screw Terminals
6
7
4
5
8
9
2
3
Terminal P2
1 GPI 8
GPI 7
GPI 6
GPI 5
GPI 4
GPI 3
GPI 2
GPI 1
GPO 7
10 GND
P3
MKE A/O 1 +
MKE A/O 1 -
GND
MKE A/O 2 +
MKE A/O 2 -
GPO 3
GPO 2
GPO 9
GPO 10
MGI TEMP SENS + GPO 1
MGI TEMP SENS Bypass relay control
GPO 11
GPO 12
MGI LTC +
MGI LTC-
GND
P4
GPO 6
GPO 5
GPO 4
+5 to MKE Relay
+5 to MKA
Breakout
+5 from MKE
P5
GPI 17
GPI 18
GPO 8
GPO 13
-VE to MKE CTRL
-VE to MKA CTRL
P6
GPI 9
GPI 10
GPI 11
GPI 12
GPI 13
GPI 14
GPI 15
GPI 16
GND
GND
Bypass Relay Control
Connect P4, Pins 8, 9, and 10 together. This supplies the +5V from the MKE-3901 module to the emergency relays on the video breakout module and the audio breakout modules.
Connect P5, Pins 9 and 10 to P4, Pin 7.
To externally control the bypass relays, disconnect P4, pin 7 from P5 pin 9 and P5 pin
10.
To set bypass relays to BYPASS mode (emergency inputs routed to PGM outputs), leave
P5 pin 9 and P5 pin 10 open (no connections).
To set bypass relays to OPERATE mode (IconMaster PGM to PGM outputs), connect P5 pin 9 and P5 pin 10 to GND (P6 pin 9 or P6 pin 10).
34
Chapter 2
Installation
GPI/GPO Connections
Figure 2-28 GPI and GPO (GPI Out) Connections
BNC Connectors
Figure 2-29 ICONM-BO-V BNC Connectors
Jumpers for AES Audio Over Impedance
The ICONM-BO-V video breakout module includes four jumpers (J1, J2, J3, and J4), which are used to set the impedance of AES Audio-Over 1 and Audio-Over 2. The orientation of the jumper pins in
matches the way you view them as you read the “J” labelling on the board.
IconMaster
Installation and Configuration Manual
35
Jumpers J1, J4, J2, and J3
Figure 2-30 Jumpers on ICONM-BO-V (for BNC Connectors)
To set the individual jumpers, follow these steps:
1
Move jumpers J1 and J4 to set the A/O 1 (top BNC connector) to either Unbalanced or
Balanced (see
Figure 2-31
).
Figure 2-31 A/O 1 Jumpers
2
Move Jumpers J2 and J3 to set A/O 2 (bottom BNC connector) to either Unbalanced or
Balanced (see
Figure 2-32
).
36
Chapter 2
Installation
Figure 2-32 A/O 2 Jumpers
Bypass Relay Jumper (HD or Multiformat Operation)
For HD or multi-format operation, jumper J10 should be left in the default position, connecting pins 1 to 2. When a system is configured for SD, jumper J10 should connect pins 2 to 3. See
Figure 2-33
on page 36 for relay bypass jumper location and settings.
Figure 2-33 Relay Bypass Jumper J10
DB-9 Connectors
Note: Jumpers J20 and J22 on the MKE-3901 must be set to Balanced when the video breakout module is used.
Jumper J17 on the MKE-3901 must be set to the same standard as jumper pack A2. For more information see
Figure 2-34
on page 37 and
Table 2-9
on page 39.
Jumper J18 on the MKE-3901 must be set to the same standard as jumper pack A1. For more information see
Figure 2-34
on page 37 and
Table 2-9
on page 39
IconMaster
Installation and Configuration Manual
37
Table 2-8
on page 38 describes the pinouts for the DB-9 connectors, and
Table 2-9
on page 39 describes the use of the DB-9 serial connectors.
The ICONM-BO-V video breakout module includes two jumper packs (A1 and A2), which are used for setting the serial port standard (RS-232 or RS-422). The orientation of the jumper pins in
Figure 2-31
and
Figure 2-32
matches the way you view them as you read the “J” labelling on the board.
To set the jumper packs, follow these steps:
1
Locate jumper packs A1 and A2 on the ICONM-BO-V module, as shown in
Figure 2-34
.
Figure 2-34
shows both serial ports in RS-422.
2
If necessary, extract the jumper packs, and then rotate them to match the RS-232 or RS-422 setting as required.
shows RS-232 and RS-422 orientation.
Jumper packs A1 and A2
Jumper J18 on MKE-3901 must be set to same standard as jumper pack
A1 for serial port B.
Jumper J17 on MKE-3901 must be set to same standard as jumper pack
A2 for serial port E.
The settings shown at right are for RS-422 configuration.
The orientation of the jumpers should be reversed for RS-232, as below.
Figure 2-34 Jumper Packs on ICONM-BO-V (in RS-422 Mode)
Note: Each serial connector (RS-232 and RS-422) has the following settings:
• 38400 baud rate
• 8 data bits
• No parity
• 1 stop bit
• No flow control
38
Chapter 2
Installation
DB-9 (RS-232 and RS-422) Connectors
Table 2-8 ICONM-BO-V DB-9 Pinouts
1
2
5
6
Breakout
DB9 Pin
3
4
7
Port A
RS232
TxD
RxD
GND
Port B, Port E
RS232 / RS422 Selectable
RS-232 Connection
Frame Ground
RS-422
Connection
Frame Ground
RxD (Data received by
IconMaster)
TxD (Data sent by
IconMaster)
Ta Tx- (Data sent by
IconMaster)
Rb Rx+ (Data received by
IconMaster)
DTR (Data Terminal
Ready) *
Ground
Rc (Receiver Common or
Shield)
Ground
DSR (Data Serial Ready)
*
Tc (Transmit Common or
Shield)
RTS (Request to Send) ** Tb Tx+ (Data sent by
IconMaster)
8 CTS (Clear to Send) ** Ra Rx- (Data received by
IconMaster)
Frame Ground Frame Ground 9
* DB9 Pins 4 (DTR) and 6 (DSR) are connected internally to GND.
** DB9 Pins 7 (RTS) and 8 (CTS) are not used by IconMaster.
Port C
RS422
Frame Ground
Ta Tx-
Rb Rx+
Tb Tx+
Ra Rx-
Frame Ground
Port D
RS232
RxD
TxD
GND
Note: RS-232 pinouts of port A are opposite to those of ports B, D, and E. The use of straight-through versus null-modem cables must be carefully considered.
IconMaster
Installation and Configuration Manual
39
Table 2-9
shows default settings for the DB-9 connectors. These connector assignments can be changed via the ICU Serial Port Configuration dialog box. For more information, see .
Table 2-9 DB-9 (RS-232 and RS-422) Connector Usage
Connector
RS-232-A
RS-232/422-B
RS-232/422-C
RS-232-D
RS-232/422-E
Use
MKE-3901 machine control
MKE-3901 automation, router, multiviewer, or machine control
Reserved
MGI-3903 EAS
MKE-3901 automation, router, multiviewer, or machine control
Baud Rate
38400
38400
38400
9600
38400
Notes
See page 107 for more machine control
information
Jumper J18 on the MKE-3901 must be set to the required standard and jumper pack A1 on the breakout module must be set to the same
standard as J18 (see page 20 for more jumper
information)
See page 109 and page 150 for more
automation control information
Reserved for future use
Connect the EAS receiver for emergency notification messages
Jumper J17 on the MKE-3901 must be set to the required standard and jumper pack A2 on the breakout module must be set to the same
standard as J17 (see page 20 for more jumper
information)
Common DB-9 Cable Arrangements Examples
Figure 2-35 RS-232 IconMaster Port E to Integrator or Panacea Pin Connections
40
Chapter 2
Installation
Figure 2-36 RS-422 IconMaster Port E to Integrator, Panacea, or Platinum Pin Connections
Figure 2-37 RS-422 IconMaster Port B/E to Common PC Serial Port Pin Connections
Note: If re-assigned to port A, use a straight-through connection instead of this null-modem connection.
Figure 2-38 RS-232 IconMaster Port A to SPT Pin Connections
Note: If re-assigned to port B or port E, use a null-modem connection instead of this straight-through connection.
IconMaster
Installation and Configuration Manual
41
ICONM-BO-VAB Balanced Audio Module
The ICONM-BO-VAB is a breakout module for the MKA-3901-B audio module. It also includes the video functionality of the ICONM-BO-V module. The audio portion of the module converts the 62-pin AES Input and AES output connectors of the MKA-3901-B to screw terminal connections.
shows the screw-type connectors on the audio breakout module. Each row of screw terminals (P4 to P15) is described in
.
Term.
1
4
5
2
3
6
7
8
P4 P5
P6
P7 Term.
1
6
7
8
4
5
2
3
P8 P9 P10 P11 Term.
P12 P13 P14 P15
1
2
3
4
5
6
7
8
Figure 2-39 ICONM-BO-VAB Breakout Module
7
8
5
6
3
4
1
2
3
4
1
2
5
6
Table 2-10 ICONM-BO-VAB Breakout Module Screw Terminals
Terminal
No.
Terminal Type/Function
P4 Inputs
BUS B1 +
BUS B1 -
BUS B1 GND
BUS B3 +
BUS B3 -
BUS B3 GND
NC
NC
P8 Outputs
MON 2 +
MON 2 -
MON 2 GND
MON 3 +
MON 3 -
MON 3/4 GND
P5 Inputs
BUS A4 +
BUS A4 -
BUS A4 GND
BUS B2 +
BUS B2 -
BUS B4/B2 GND
BUS B4 +
BUS B4 -
P6 Inputs
BUS A1 +
BUS A1 -
BUS A1 GND
BUS A2 +
BUS A2 -
BUS A2/A3 GND
BUS A3 +
BUS A3 -
P9 Outputs
CLEAN 3 +
CLEAN 3 -
CLEAN 3 GND
P10 Outputs
PST 4 +
PST 4 -
PST 4 GND
CLEAN 4 +
CLEAN 4 -
CLEAN 1 +
CLEAN 1 -
CLEAN 4/MON 1 GND CLEAN 1/2 GND
P7 Inputs
SPARE 1 +
SPARE 1 -
SPARE 1 GND
SPARE 2 +
SPARE 2 -
SPARE 2 GND
NC
NC
P11 Outputs
PST 1 +
PST 1 -
PST 1 GND
PST 2 +
PST 2 -
PST 2/3 GND
42
Chapter 2
Installation
7
8
5
6
3
4
1
2
Table 2-10 ICONM-BO-VAB Breakout Module Screw Terminals (Continued)
7
8
Terminal
No.
Terminal Type/Function
MON 4 +
MON 4 -
MON 1 +
MON 1 -
CLEAN 2 +
CLEAN 2 -
P12 Inputs
NC
NC
EMER PGM 1 +
EMER PGM 1 -
EMER PGM GND
EMER PGM 2+
EMER PGM 2-
EMER PGM 2 GND
P13 Outputs
PGM 1 +
PGM 1 GND
PGM 1 -
PGM 2+
PGM 2 GND
PGM 2 -
NC
NC
P14 Outputs
PGM 3 +
PGM 3 GND
PGM 3 -
PGM 4 +
PGM 4 GND
PGM 4 -
NC
NC
PST 3 +
PST 3 -
P15 Inputs
NC
NC
EMER PGM 3 +
EMER PGM 3 -
EMER PGM 3 GND
EMER PGM 4 +
EMER PGM 4 -
EMER PGM 4 GND
ICONM-BO-VAC Coaxial Audio Module
The ICONM-BO-VAC is a breakout module for the MKA-3901-B audio module. It includes an ICONM-BO-V module with an audio portion. The audio portion of the module converts the 62-pin AES input and AES output connectors of the MKA-3901-B to coaxial connections. Each connector is labelled in
.
IconMaster
Installation and Configuration Manual
43
on page 43 shows the four BNC connectors on the audio breakout module for
connecting emergency inputs. From left to right, the connectors are for AES4 to AES 1.
Figure 2-40 ICONM-BO-VAC Breakout Module
Figure 2-41 Coaxial Connector Labels
Figure 2-42 Emergency BNC Audio Inputs (AES4 to AES 1, From Left to Right)
Video Relay Bypass Module
The video relay bypass is a separate module that is connected to the video breakout module.
44
Chapter 2
Installation
Connections with ICONM-BO-V Module
When using the ICONM-BO-V module, connect PGM Output on the MKE-3901-BM to
PGM IN on the video relay bypass module using a coax cable, as shown in
Figure 2-43 MKE-3901 Connections to the Video Relay Bypass Using the ICONM-BO-V
Connections with ICONM-BO-VAB or ICONM-BO-VAC Module
When using the ICONM-BO-VAB or ICONM-BO-VAC module, connect PGM Output on the
MKE-3901-BM to the PGM IN on the Video Bypass module using the provided coax cable, as shown in
Figure 2-44
.
Figure 2-44 MKE-3901 Connections to the Video Relay Bypass Using the ICONM-BO-VAB
IconMaster
Installation and Configuration Manual
45
Connecting Optional GPI Input and Output Devices
IconMaster frames are designed to work with JLCooper Electronics eBOX Quad Serial to
Ethernet Interface. The eBOX is a general purpose interface box that converts serial communication ports, GPI inputs, and GPI outputs and outputs to 10/100BaseT Ethernet.
Using eBOX, you can control up to 66 GPI input and 61 GPI output devices. IconMaster communicates with eBOX through the IconMaster Ethernet connection.
Connecting the eBOX to the IconMaster
1
Connect an Ethernet crossover cable between the Ethernet connector on a PC to the
Ethernet connector on the eBOX. (If the PC is connected to a network, remove it from the network before connecting it to the eBOX.)
2
Set the eBOX DIP switch 8 to ON (to allow you to access the JLCooper web interface).
3
Access Network Connections from the Windows Control Panel box (Start > Control
Panel > Network Connections).
4
Select Local Area Network. The Local Area Network Connections box will appear.
5
Select TCP/IP as the Internet procotol. The Internet Protocol (TCP/IP) Properties box will appear. Use the following IP addresses:
IP address: 192.168.254.100
Subnet mask: 255.255.255.0
Default gateway: IP address: 192.168.254.102
6
Using Microsoft Internet Explorer 6 as your web browser, access the JLCooper electronics eBOX configuration web page, and then configure the eBOX to Server mode, as described in the eBOX Ethernet to Serial & GPI Interface Users Manual.See
and
on page 47 for settings information.
Note: Internet Explorer 6 is the only web browser that can be used to configure and program the eBOX.
Table 2-11 eBOX to IconMaster Configuration Settings
Configuration Item
Primary Setup Information
Device IP Address
Subnet Mask
Gateway Address
Port number
Setting
Site-specific
Site-specific
Site-specific
5003
Client Mode Ony Information - Not Used
Password Protection - Not Used
Serial Port Setup Parameters
Baud Rate (Serial 1-4) 38400
Parity (Serial 1-4)
Parity Type (serial 1-4)
Serial Time Out
Maximum Buffer Size
On
Even
Per default
Per default
46
Chapter 2
Installation
7
Turn DIP switch 8 to OFF, and then unplug the Ethernet connection between the PC and the eBOX. If necessary, reconnect the reconnect the PC to its network.
8
Move the eBOX to its final destination, and then connect the eBOX to the Ethernet network.
9
Make all other desired GPI/GPO and serial connections to the eBOX connections.
Note: The eBOX needs to be properly grounded to ensure proper operation of the GPI and
GPO.
10
Set the buttons on the back of the eBOX to the correct RS-232 or RS-422 position, and set
Host mode or Machine mode (this sets the states of pins 2 and 3 for TX and RX).
Note: DIP switches 1, 2, and 3 must be set to ON and DIP switch 7 must be set to OFF for the eBOX to run in the web page-defined IP address mode.
11
Using the IconMaster Configuration Utility (ICU), configure the eBOX settings as applicable, in this order:
Enable External I/O Module (page 164)
External Interface connections (page 164)
Machine control, GPI/GPO (page 150, page 153, page 155)
Serial tally to tally system (page 166)
IconMaster
Installation and Configuration Manual
47
Figure 2-45 JLCooper EBox Settings for IconMaster
Customizing Pushbuttons
The IconMaster control panel uses pushbuttons that you can customize. To customize a
pushbutton, follow these steps:
48
Chapter 2
Installation
1
Remove the lens assembly by grasping the switch tightly and pulling the lens off the switch.
Once the lens assembly is released from the switch, the lens and pushbutton can be separated.
2
Remove the appropriate text film from the “Optional Control Panel Labels” plastic sheet included in this manual.
3
Separate the lens and the pushbutton and then place the text film inside the lens cap.
4
After aligning the notches in the lens with the tabs in the pushbutton, join the pieces together.
5
Firmly press the lens assembly onto the plunger by applying pressure from the top to the bottom until both are snapped together.
Figure 2-46 Removable Parts of a Pushbutton
Installing an Optional Fader Bar
When installed as an upgrade, the IconMaster fader bar must be inserted and mounted from underneath the main control panel after the existing front plastic bezel is removed.
There are three general stages to the installation: removing the bezel, installing the fader bar assembly, and assembling the handle.
Disassembling the IconMaster
1
Disconnect the power supply.
2
Disconnect the Ethernet and serial connections from the IconMaster control panel as necessary.
3
If necessary, remove the IconMaster control panel from its desktop/tabletop location from its mounting rack.
IconMaster
Installation and Configuration Manual
49
Removing the Bezel
1
Turn the main control panel over on its face.
2
In the connector bay on the left side, remove the four screws that hold the fader bar access cover in place (see
Figure 2-47
).
Remove the four screws holding the access cover in place.
Figure 2-47 Removal of Access Cover
3
Inside the panel (as shown in
Figure 2-48
on page 50), remove the two screws that secure the existing plastic bezel, retaining the screws for future use.
4
Turn the panel over, and then lift off the existing plastic bezel.
Installing the Fader Bar Assembly
1
On the front of the panel, position the new fader bar bezel over the fader bar slot, ensuring that you align the two square holes with the up and down arrow LEDs.
2
Turn the panel back over to reveal its underside, and then, using the original bezel screws, secure the new fader bar bezel (see
Figure 2-48
).
CAUTION: Do not overtighten the fader bar mounting screws. A snug fit is sufficient.
50
Chapter 2
Installation
Bezel screws
Standoffs for mounting fader bar assembly
Plastic power supply connector
Figure 2-48 Securing the New Bezel
3
Slide the fader bar arm through the slot, so that the assembly fits over the two standoffs
(see
Figure 2-49
).
4
Mount the fader bar assembly onto the standoffs using the two provided screws.
Ensure the connector cable side of the fader bar assembly is facing the shallow end of the control panel (nearest to the plastic power supply connector).
5
Remove the jumper located on the header next to the fader bar assembly.
6
Attach the fader cable to the header connector.
7
Reinstall the access cover, being careful to avoid pinching the cable.
CAUTION: The locking cable connector will only fit one way. Do not force the connector if it does not snap into place easily.
IconMaster
Installation and Configuration Manual
51
Front of main control panel
Plastic power supply connectors
Wires facing front of main control panel
Jumper removed;
3-pin connector attached
Fader bar assembly installed
Rear of main control panel
(next to Audio Control Panel)
Figure 2-49 Fader Bar Installation and Connection
Assembling the Handle
1
Turn the control panel right side up.
2
Align the two opposing caps of the handle on the fader bar arm, and then insert the provided screw and nut.
3
Tighten the screw, and then snap on the two end caps.
4
Reinstall the IconMaster control panel into its desktop/tabletop or mounting rack location.
5
Reconnect any Ethernet and/or serial connectors.
6
Reconnect the power supply.
52
Chapter 2
Installation
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