AutoPatch CAT-5 RGBHV RX Installation And Setup Manual

Amx cat-5 rgbhv rx rx modules: user guide

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Modula Documentation

Control Options

Enclosure (Board Set) Supplements*

Mounting Accessories

Miscellaneous Supplements

* To search the Enclosure Supplements according to board signal type, see the

August 2007

ESD Warning

Safety Information & Notices

Welcome

Installation and Setup Guide

Warranty/Service & Returns

Glossary

CP-20A Control Panel Operation (Front)

CP-10 Control Panel Operation (Front & Remote)

CP-20 Control Panel Operation (Front & Remote)

Serial Control Operation (BCS)

Standard Video Enclosures

S-Video & Stereo Enclosures

CAT-5 Video & Audio Enclosures

CAT-5/RGBHV Enclosure

Wideband Enclosures

Stereo (with Wideband) Enclosures

SDI Digital Video Enclosures

Series4 (CatPro and RGBHV/HD-15) Enclosures

RS-422 Enclosures

Transmitter/Receiver Module Mounting Plate

Module Rack Mounting Tray

12-Box Rack Mount 4 RU Enclosure

CAT-5 Wiring Diagrams for Transmitter/Receiver Link Cable

chart on the next page.

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Summary of Contents for AutoPatch CAT-5 RGBHV RX

Page 1 Modula Documentation ESD Warning Safety Information & Notices Welcome Installation and Setup Guide Warranty/Service & Returns Glossary Control Options CP-20A Control Panel Operation (Front) CP-10 Control Panel Operation (Front & Remote) CP-20 Control Panel Operation (Front & Remote) Serial Control Operation (BCS) Enclosure (Board Set) Supplements* Standard Video Enclosures S-Video &...
Page 2 Modula Documentation Board Signal Types Each Enclosure (Board Set) Supplement includes a chapter for each board signal type that can be used in that enclosure. The dots in the chart below indicate which Enclosure Supplements contain information for the different signal types. Click the Enclosure Supplement name on the left to go to that supplement.
Page 3 ESD Warning To avoid ESD (Electrostatic Discharge) damage to sensitive components, make sure you are properly grounded before touching any internal materials. When working with any equipment manufactured with electronic devices, proper ESD grounding procedures must be followed to ensure people, products, and tools are as free of static charges as possible.
Page 4 Important Safety Information and Instructions When using and installing your AutoPatch product, adhere to the following basic safety precautions. For more information about operating, installing, or servicing your AutoPatch product see your product documentation. ä Read and understand all instructions before using and installing AutoPatch products. ä...
Page 5 Information et directives de sécurité importantes Veuillez vous conformer aux directives de sécurité ci-dessous lorsque vous installez et utilisez votre appareil AutoPatch. Pour de plus amples renseignements au sujet de l’installation, du fonctionnement ou de la réparation de votre appareil AutoPatch, veuillez consulter la documentation accompagnant l’appareil.
Page 6 Notices © AutoPatch 2003, all rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior written permission of AutoPatch.
Page 7 This booklet is available from the U.S. Government Printing Office, Washington, D.C. 20402, Stock N. 004-000-00345-4. Use shielded cables. To comply with FCC Class B requirement, all external data interface cables and adapters must be shielded. ® ® ® ™ ™...
Page 8 Welcome Welcome to the Modula Documentation & Software Binder. The first four sections of this binder each have their own Contents and, with the exception of short Boards & Specifications sections, their own Index. This binder has been assembled with information for the Modula Distribution Matrix that you ordered.
Page 9 Welcome The Modula Documentation & Software Binder also contains the following material: Quick Reference Guide (for operation) – included with the Front Panel Operation section. AutoPatch Software and Documentation CD ROM – in the right front pocket. AutoPatch Modula Connector Guide – in the back pocket. The AutoPatch Software and Documentation CD includes an interface library, the X Net Communication Library, with programming examples...
Page 10 Technical Support Modula features include: Ability to mix a variety of audio, video, and data boards in a single enclosure Modular in increments of 4 inputs and 4 outputs per signal type High bandwidth-linearity and low crosstalk ® Controllable via Ethernet, Neuron , RS-232/RS-422, local control panels, remote control panels, and Single Bus Controllers, plus links to status display devices...
Page 11 Welcome Icon Legend ESD Warning: The icon to the left indicates text regarding potential danger associated with the discharge of static electricity from an outside source, such as human hands, into an integrated circuit, often resulting in damage to the circuit. Caution: The icon to the left indicates text that cautions readers against actions that could cause potential injury to the product or the possibility of serious inconvenience.
Page 13: Table Of Contents
Contents Chapter 1 – Unpacking the Modula Front of the Enclosure ........1-2 Rear of the Enclosure .
Page 14 Contents Chapter 8 – Managing Configuration Files Conceptual Overview ......... 8-2 Installing and Launching XNConnect .
Page 15: Chapter 1 - Unpacking The Modula
Unpacking the Modula The Modula is shipped with one enclosure in each shipping box. Order invoices are sent separately. Each box contains one of each of the following items: Enclosure Power cord The shipping boxes are marked as “Box #_ of _,” where the first blank is the box number and the second blank is the total number of boxes in the shipment.
Page 16: Front Of The Enclosure
Unpacking the Modula Unpacking Tips Before fully unpacking the enclosure(s), examine the shipping box(es) for any signs of damage. If a box is partially crushed or any sides have been broken open, notify the shipping agency immediately and contact your AutoPatch Salesperson or Representative (see the Warranty/Service &...
Page 17: Rear Of The Enclosure
Rear of the Enclosure 1.2 Rear of the Enclosure Enclosures, as viewed from the rear, will vary depending on the configuration. From left to right you will generally find the following: ä Power receptacle ä Expansion/control slot with serial number ä...
Page 18 Unpacking the Modula Input and Output Connectors Figure 3: Numbering starts with top channel of left-most board Input and output connectors are the attachment points for devices that connect to the system. The number and type of connectors depend on the number and type of input and output boards.
Page 19 Rear of the Enclosure System Status Indicator Communication Status Indicator Ethernet Port Serial Ports X Net Communication Link Port (with connector) Figure 4: CPU Board The CPU is in the farthest right expansion/control slot and has an Ethernet port (recommended for linking enclosures) and two serial port connectors (for attaching external control devices).
Page 20 Modula Redundant Power Supplies This page replaces the information on page 1-6 of the Installation & Setup section of the Modula Documentation & Software binder. Please insert this page after page 1-6. Modula Redundant Power Supplies RPS Indicator Figure 6: RPS (Redundant Power Supply) Indicator Modula Distribution Matrices can be ordered with a Redundant Power Supply (RPS).
Page 21 Unpacking the Modula Redundant Power Supplies RPS Indicator Figure 6: RPS (Redundant Power Supply) Indicator Modula CAT-5 Series Distribution Matrices are the only Modula enclosures equipped with Redundant Power Supplies (RPS) and an RPS Indicator. Caution: If a power supply fails, the RPS indicator on the front illuminates.
Page 22: Chapter 2 - Placing The Enclosure(S)
Placing the Enclosure(s) This chapter covers site recommendations and provides a step-by-step procedure for installing a Modula Distribution Matrix in a rack. General specifications that may be useful before installation include: Approvals CE, UL, cUL 100 - 240 VAC single phase (47-63 Hz) AC Power 240 Watt maximum per enclosure Frequency...
Page 23: Site Recommendations
Placing the Enclosure(s) 2.1 Site Recommendations When placing the enclosure, site recommendations should be considered to reduce potential hazards in regard to environment, power, chassis accessibility, and cooling and airflow. To make control panel operations easier, mount the enclosure with the control panel attached in the rack at eye level.
Page 24: Installation Procedure
Installation Procedure Circuit Overloading Consideration should be given to the connection of the equipment to the supply circuit and the effect that overloading of circuits might have on over current protection and supply wiring. Reliable Earthing (Grounding) Reliable earthing of rack-mounted equipment should be maintained. Particular attention should be given to supply connections other than direct connections to the branch circuit (e.g., use of power strips).
Page 25 Placing the Enclosure(s) To install an enclosure in a rack: 1. On the side of the enclosure, remove the two screws closest to the front panel. 2. Align the holes on one of the rack ears with the empty holes on the side of the enclosure;...
Page 26 Installation Procedure 5. If the system contains only one enclosure, add a 50 ohm terminating connector to the Ethernet port. If the system contains multiple enclosures, link them (see Chapter 3, “Linking Enclosures”) and add 50 ohm termination connectors to the exposed ends of the T-connectors on the first and last enclosures.
Page 27: Chapter 3 - Linking Enclosures
Linking Enclosures A Modula enclosure can connect to other AutoPatch enclosures with Ethernet compatible interfaces. Link Port Cable Type Space between Enclosures (max) Ethernet (these cables are included with RG-58 500 ft. (150 m) multi-enclosure systems) Linking enclosures in a multi-enclosure system allows control information to pass between them with the Ethernet ports providing consistent control speed.
Page 28 Linking Enclosures To link two Modula enclosures using Ethernet link connectors: 1. Fasten T-connectors to the Ethernet ports on both enclosures. 2. Fasten the connectors on the ends of the Ethernet link cable onto the T-connectors. 3. Add 50 ohm termination connectors as shown in Figure 9. Note: 50 ohm termination connectors are required on the open ends of all T-connectors when linking enclosures.
Page 29 To link more than two enclosures via the Ethernet connector: 1. Fasten T-connectors to the Ethernet ports on all the enclosures. 2. Fasten a connector on the first Ethernet link cable onto the T-connector on the first enclosure. 3. Fasten the connector on the other end of the first Ethernet link cable onto the T-connector on the second enclosure, repeating as necessary for additional enclosures.
Page 30: Chapter 4 - Attaching Inputs And Outputs
Attaching Inputs and Outputs Inputs (sources) and outputs (destinations) attach to the input and output connectors on the rear of each enclosure. Inputs attach to the connectors on the left side of the enclosure, and outputs attach to the connectors on the right side.
Page 31 Attaching Inputs and Outputs Typical connectors on a Modula enclosure could include: Signal Type Connector Type Analog audio (mono) Pluggable 3 position terminal block (balanced or unbalanced) Analog audio (stereo) Pluggable 5 position terminal block, RJ45 (balanced or unbalanced) Digital audio BNC or optical/coaxial Analog video Digital video (HD &...
Page 32: Chapter 5 - Attaching An External Controller
Note: We recommend reserving the Ethernet connector for linking enclosures. PCs and third party controllers (AMX, Creston, etc.) usually connect to a serial connector on the CPU. The standard way to control a system with a PC is to enter AutoPatch’s Basic Control Structure (BCS) commands in a terminal emulation program such as HyperTerminal.
Page 33: Connecting A Serial Controller
Attaching an External Controller 5.1 Connecting a Serial Controller A serial controller is any device that can send and receive ASCII code via RS232 or RS422. You can connect a serial controller to either of the two serial port connectors on an enclosure’s CPU board (see Figure 12). Serial Ports Cable to Serial Control Device Figure 12: Connect to serial port...
Page 34: Serial Communication Settings
Serial Communication Settings 5.2 Serial Communication Settings When controlling the system with a PC, use serial communication software and make sure the BAUD rate is set correctly for the system. Available BAUD rates for Modula systems are 9600, 19200, 38400 and 57600;...
Page 35: Chapter 6 - Applying Power And The Startup Sequence
Applying Power and the Startup Sequence Your Modula Distribution Matrix ships with power cords that are compatible with your country’s power sources. Always use an earth-grounded power cord/system with this matrix switcher. The system’s universal power receptacle will accept all major international standard power sources (see page 2-1 for power specifications).
Page 36: Applying Power
Applying Power and the Startup Sequence 6.1 Applying Power WE RECOMMEND SURGE PROTECTORS AND/OR AN AC LINE CONDITIONER. To apply power: 1. Plug each enclosure into a power source. 2. Press the “1” side of the power switch to turn it on. 6.2 CP-20 Control Panel Startup After applying power and turning on the enclosure(s), the CP-20 Control Panel automatically displays the Main Menu screen.
Page 37: Cp-10 Control Panel Startup
CP-10 Control Panel Startup 6.3 CP-10 Control Panel Startup After applying power and turning on the enclosure(s), the CP-10 Control Panel automatically displays the Command screen. The system is ready for a test switch (see page 7-4). Note: To check the software version, see Chapter 1 in the Front Panel Operation section of this binder.
Page 38 Applying Power and the Startup Sequence For startup diagnostic information, enter ~scr! If you need details regarding items on the long splash screen or if errors are reported, call AutoAssist (see Technical Support, page 7-6). See Figure 16 for an example of a long splash screen for a 32x32 Modula.
Page 39: Chapter 7 - Executing A Test Switch
ä Local control panel (CP-20 or CP-10) ä An external serial controller (computer, AMX, Crestron, etc.) via BCS (Basic Control Structure) commands Note: Before executing a test switch, attach only the first two inputs and the first two outputs as indicated in the AutoPatch “Modula Connector Guide”...
Page 40: Executing A Test Switch Using The Cp-20 Control Panel
Executing a Test Switch 7.1 Executing a Test Switch Using the CP-20 Control Panel 2 : DVD #1 Rm 7 The following test switch routes Source (input) 1 : Projector Exec Conf to Destination (output) on level 0 (the default level).
Page 41 Using the CP-20 Control Panel 2 : DVD #1 Rm 7 2. Select Source by scrolling through the list with the Control Dial (left is down; right is up). 3. Press the dial to enter. The Change to Destination(s) screen appears, displaying the current level and source, along with the destination options.
Page 42: Executing A Test Switch Using The Cp-10 Control Panel
Executing a Test Switch Note: The Control Dial functions as a toggle switch, activating and deactivating destinations in the list each time it is pressed. 5. Choose the Source command to return to the Select Source to Change screen to make additional test switches. Or choose the Main Menu command to return to the Main Menu screen.
Page 43 Using the CP-10 Control Panel 2. Press the Level key and enter “0”. 3. Press the Input key and enter “2.” 4. Press the Output key and enter “1.” 5. Press the Take key. The signal is routed and the Command screen appears. If the switch did not execute properly: Check all power switches to make sure the source and destination devices are turned on.
Page 44: Executing A Test Switch Using Bcs Commands
Executing a Test Switch 7.3 Executing a Test Switch Using BCS Commands The following test switch routes Input 1 to Output 2 on Level 0 (the default level). Before executing these switches, make sure the first two inputs and outputs are connected exactly as shown in the “Modula Connector Guide.”...
Page 45: Chapter 8 - Managing Configuration Files
Managing Configuration Files A configuration file is a text file that contains system configuration information that has been previously downloaded to the CPU in your matrix switcher before shipment. Each enclosure’s CPU references this information during any type of switching operation. Unless you need to modify your system, you will not need to use any of the software set that is included in shipping.
Page 46: Conceptual Overview
Managing Configuration Files 8.1 Conceptual Overview The physical component(s) of a system can be a standalone matrix switcher or multiple matrix switchers with or without additional controllers. Opening a copy of the system’s configuration (.xcl) file with Connect Configuration software allows you to use X Connect’s four basic functions: ä...
Page 47 Installing and Launching XNConnect 4. Review the READme.txt file found on CD:\Configuration \APConfig\ or after installation in the main installation folder. The default location is C:\AutoPtch\Configuration Software<Version>. To launch X Connect: 1. From the Start menu, select Programs. 2. Select AutoPatch Applications (or any other file group you selected during the install).
Page 48: User Interface
Managing Configuration Files 8.3 User Interface Connect displays information in two panes. The graphics are located in the left pane and the properties of the currently selected graphic are in the right pane. At the top of the left pane, you can access the different graphical representation views from two tabs: Hardware and Virtual Matrices.
Page 49: Opening And Downloading A Configuration File
Opening and Downloading a Configuration File 8.4 Opening and Downloading a Configuration File Start the process of modifying your configuration file by opening it in Connect. After the modifications to the file are completed, the new configuration information can be downloaded to your system. To open a configuration file in X Connect: 1.
Page 50: Modifying Source And Destination Labels
Managing Configuration Files Note: If you have questions regarding a dialog box you have open, Connect provides a context-sensitive Help file that can be accessed by pressing the F1 key. The remainder of this section focuses on three of the most common uses for X Connect, modifying labels, configuring local presets, and modifying groupings (see the X...
Page 51 Modifying a Configuration File 2. Click the Name New button. The Name New Preset dialog box opens. 3. Enter a name (limited to eight characters) for the new preset. (This step is required in order to create a new preset.) 4.
Page 52 Managing Configuration Files ä Name (modify preset name) type a new name (eight character limit) in the Name field that is not an existing preset name. ä Assign Switch select one available source channel and one or more available destination channels (multiple select by holding down the control key).
Page 53: Modifying Groupings
Modifying a Configuration File To delete an existing preset: 1. In the Virtual Matrices view, go to the Edit menu and select Manage Local Presets. 2. Select the preset from the Existing Preset list that you want to delete. 3. Click the Delete Preset button. A message opens asking if you are sure you want to delete the preset.
Page 54 Managing Configuration Files To specify connector groupings from the Virtual Matrix view: 1. From the Edit menu, select Manage Connector Groupings. The Manage Virtual Matrix Groupings dialog box opens. 2. Click the Group by Pattern button to assign sequential or spanning groupings of signals for connectors (see page 8-11).
Page 55 Modifying a Configuration File Note: This dialog box can only be accessed from the Manage Virtual Matrix Groupings dialog box; select Manage Connector Groupings from the Edit menu after selecting the target virtual matrix. To specify details about the pattern: 1.
Page 56 Managing Configuration Files 7. From the Matrix list box, select the physical matrix on which this signal will be switched. 8. From the Available Connectors list box, select the starting connector; click the Assign Signal button. The added signal appears in the Signals with Connector Groupings box.
Page 57 Modifying a Configuration File To access the Assign Connectors Individually dialog box: 1. In the Virtual Matrix View, select the virtual matrix for which you want to make connector assignments. 2. From the Edit menu, select Manage Connector Groupings. The Manage Virtual Matrix Groupings dialog box opens. 3.
Page 58: Grouping Pattern Examples
Managing Configuration Files Any highlighted signal and connector can be removed by clicking the Remove Connector button. The Clear All Sources button removes all connector assignments for all channels of the currently selected channel type (sources or destinations). This is useful for removing all connectors and starting fresh with no assignments.
Page 59: Sequential Grouping Pattern Example
Grouping Pattern Examples Sequential Grouping Pattern Example Although using a spanning pattern is more common for Modula Distribution Matrix enclosures, a sequential pattern can be used to group connectors. Each of the standard signals in an aggregate signal is assigned to an adjacent connector on the same board. In Figure 18, for example, the first channel of VM0 (audio follow video) is composed of connectors 1, 2, 17, and 18.
Page 60: Paralleling Inputs
Paralleling Inputs The switching capability of the Modula Distribution Matrix can be expanded by paralleling (also referred to as “splitting”) inputs. Normally the input connectors on one enclosure can only route a signal to the output connectors on that enclosure. However, connecting an input on one enclosure to the corresponding input on a second enclosure with a T-connector allows a source signal to be routed to all available output connectors for that signal on both enclosures.
Page 61 Paralleling Inputs 9.1 Paralleling Inputs Caution: When video signal inputs are paralleled, the boards in the enclosure connected to the source must be high impedance (Hi-Z) and the boards in the last enclosure (the one terminating with a BNC connector) must not be Hi-Z. To parallel inputs between two enclosures: 1.
Page 62: Controlling Paralleled Inputs
Controlling Paralleled Inputs 9.2 Controlling Paralleled Inputs Basically, each split of the source signal is treated as a separate input signal for control purposes. To control paralleled inputs, the system must be configured in X Connect so the enclosures are on different virtual matrices (levels).
Page 63: Chapter 10 - Adding Boards
Adding Boards Input and output boards can be added to a partially filled enclosure to expand a system’s capabilities. Input and output boards increase an enclosure’s possible signal routings. When you add boards to a Modula enclosure (or remove them), normally you will not need to update the system’s configuration information.
Page 64: Input And Output Boards
Adding Boards 10.1 Input and Output Boards The number of input and output signals in an enclosure determines the number of input and output boards. In an enclosure, signals are sent and received through input or output connectors. ESD Warning: To avoid ESD (Electrostatic Discharge) damage to sensitive components, make sure you are properly grounded (see the ESD Warning page inside front cover) before handling any internal Modula materials.
Page 65 Input and Output Boards Note: Normally boards for the Modula Series4 Distribution Matrices are installed following steps 1 through 3; however, boards which do not extend to the top of the face plate use the bottom board guide only (see Figure 22).
Page 66: Vertical Interval Sync Board
Adding Boards 10.2 Vertical Interval Sync Board A Vertical Interval Sync board (VI Sync board) gives the Modula complete vertical interval synchronization switching capability. The VI Sync board uses a master sync signal by separating the sync from an input signal (such as station master, blackburst, or composite video input).
Page 67: External Connections
Vertical Interval Sync Board External Connections Each of the three BNC-type connectors (see Figure 28 on page 10-6) on a Vertical Interval Sync board serves a different function. ä P1 – Local Sync Input: This connector is designed to be connected by cable to the local sync output (P3) of another VI Sync board to switch TTL-level signals.
Page 68 Adding Boards 3. Line up the board with the board guides that are on the top and bottom of the board slot. The board has the correct end up when the back of the connectors are to the right of the board. Carefully push the board into the enclosure until it snaps into place and the metal plate is flush with the back.
Page 69: Verifying System Recognition Of The Vi Sync Board
Verifying System Recognition of the VI Sync Board If you want to verify system recognition of the VI Sync board, use an external serial control device (PC, AMX, Crestron, etc.) with a terminal emulation program (such as HyperTerminal). To verify the system’s response: 1.
Page 70 Adding Boards 3. Click the Vertical Interval Sync check box to enable the VI Sync board. Vertical Interval Sync 4. Click OK. 5. Connect the enclosure to your PC via the serial ports.* 6. From the Configure menu, select Configure All. All parts of the virtual matrix will now switch on a vertical interval.
Page 71 This index only includes references to the Installation & Setup section of this binder. The Control Panel Operation, Serial Control Operation, and some of the Enclosure (Board Set) Supplements have their own indexes. If you cannot find what you are looking for here, please check the other sections. Index cable continued AC line conditioner 6-1...
Page 72 Index connector guide 4-2 Ethernet ports 3-1 connectors executing test switch assigning 8-12 see test switch Ethernet 3-1 to 3-3, 5-1 expansion slots external control devices 1-4 description 1-4 external, VI sync boards 10-5 input/output boards, adding 10-2 grouping 8-9, 8-14, 8-15 Vertical Interval Sync, adding 10-5 input and output 1-4, 10-2 serial 5-1 to 5-3...
Page 73 redundant power supplies (RPS) mechanical loading 2-2 Caution 1-6 indicator illus. 1-6 Modula Series4 1-3, 10-3 RS232 pin diagram 5-2 multi-enclosure system 3-1 RS422 pin diagram 5-2 outputs serial cables see inputs and outputs pinout illus. 5-2 overheating, Caution 2-2 serial communication 5-3 overloading circuits 2-3 serial connectors 5-2...
Page 74 Index startup applying power 6-2 Vertical Interval Sync board 10-4 to 10-8 Caution 2-3 virtual matrix, definition 8-5 control device illus. 6-4 CP-10 Control Panel 6-3 CP-20 Control Panel 6-2 Warning serial control device 6-3 adding boards, ESD 10-2, 10-5 surge protector 2-3, 6-1 web site 7-6 switch...
Page 76 Click for CP-20A Quick Reference Guide Contents Chapter 1 – Introducing the CP-20A CP-20A Control Panel ........... . 1-2 Graphic LCD .
Page 77 Contents Chapter 7 – Adjusting LCD Contrast Adjusting Contrast – Main Menu ......... . 7-1 Adjusting Contrast –...
Page 78: Chapter 1 - Introducing The Cp-20A
Introducing the CP-20A This section is specifically written for AutoPatch enclosures with either a front or remote CP-20A Control Panel. The CP-20A is used for controlling the system’s switches and system attributes. Although control panels are optional, we recommend one per system for system verification, redundant control, and troubleshooting.
Page 79: Cp-20A Control Panel
Introducing the CP-20A CP-20A Control Panel A CP-20A Control Panel has a graphic LCD with a dynamic menu area, dynamic menu keys, a Function key, and a Take key. Power Indicator (or LED System Indicators) Graphic LCD Dynamic Menu Area Take Key Function Key Dynamic Menu Keys...
Page 80: Dynamic Menu Keys
CP-20A Control Panel Dynamic Menu Keys The keys select commands and settings. Each menu key lines up with a different section of the dynamic menu area. The four keys across the bottom allow you to select from the corresponding commands across the lower part of the screen. The four keys on the right side of the LCD are used to scroll through lists, adjust sliders, select an action, or return to the previous screen.
Page 81: Technical Support
Introducing the CP-20A Technical Support For questions concerning CP-20A operations, note the specific information (including error or warning messages) and contact AutoAssist. AutoPatch provides technical support 24 hours a day, 7 days a week (except for U.S. holidays). Before contacting technical support with a question, please consult the product documentation.
Page 82: Chapter 2 - Executing Switches
Executing Switches A switch is an active connection between an input (source) device and one or more output (destination) devices. The signals routed in a switching operation are individual signals or groups of individual signals coming through the connectors on the rear of an enclosure. Executing a preset is a quick way to execute multiple switches at a time.
Page 83: Executing Switches - Selecting Input First
Executing Switches Executing Switches – Selecting Input First 33: Satellite Dish The example below routes Input 6: Reception Monitor Output on Virtual Matrix 0. To execute a switch: 1. At the Main Menu screen, choose the Change command. If the Change command is not available, press the Function key to view additional Main Menu options.
Page 84 Selecting Input First 3. Press the Select key. The Change Output screen appears, displaying the available output options. Note: If other outputs are already routed to the selected input, they are highlighted on the Change Output screen. 6: Reception Monitor 4.
Page 85: Executing Switches - Selecting Output First
Executing Switches Note: You can select multiple outputs by scrolling through the list and pressing the Select key. The Select key functions as a toggle switch, selecting and unselecting outputs in the list each time it is pressed. Any outputs that are already routed to the selected input are highlighted.
Page 86 Selecting Output First The Change Input screen appears. 2. Choose the Output command from the bottom of the screen. The Change Output screen appears, displaying the available output options. 15: Main Monitor Rm B 3. Locate Output by scrolling through the list using the arrow keys.
Page 87 Executing Switches 4. Press the Select key. The Change Input screen appears, displaying the available input options. Note: If an input is already routed to the selected output, it is highlighted on the Change Input screen. 10: DVD #1 Control Rm 5.
Page 88: Changing The Virtual Matrix
Changing the Virtual Matrix 7. Press the Take key to execute the operation. 15: Main Monitor Rm B The switch to Output from Input 10: DVD #1 Control Rm occurs as soon as the Take key is pressed. The system returns to the Change Output screen. 8.
Page 89 Executing Switches The Change Input screen appears. 2. Choose the VM command from the bottom of the screen. The Virtual Matrix screen appears with the current VM highlighted. VM2: Audio, Stereo 3. Locate by scrolling through the list using the arrow keys.
Page 90: Chapter 3 - Disconnecting Switches
Disconnecting Switches Disconnecting a switch deactivates the connection between an input (source) signal and one or more output (destination) devices. Disconnecting an input disconnects all outputs receiving that source signal. You can disconnect a switch by selecting either inputs or outputs from the CP-20A Control Panel. You can return to the Main Menu screen at any time by pressing the Function key.
Page 91: Disconnecting An Input
Disconnecting Switches Disconnecting an Input 27: Audience Mic Mtg Rm A, The example below disconnects Input on Virtual Matrix 0 from all outputs it is routed to. To disconnect an input: Caution: Disconnecting an input disconnects all outputs receiving that source signal even if a specific output(s) is selected at the same time.
Page 92 Disconnecting an Input 27: Audience Mic Mtg Rm A 2. Locate Input by scrolling through the list using the arrow keys. (Press and hold an arrow key to scroll quickly.) 3. Press the Select key. 27: Audience Mic Mtg Rm A Input is highlighted.
Page 93: Disconnecting An Output
Disconnecting Switches Disconnecting an Output 22: Aux Monitor Exec Rm The example below disconnects Output on Virtual Matrix 0 from its input To disconnect an output: 1. At the Main Menu screen, choose the Disc (Disconnect) command. If the Disc command is not available, press the Function key to view additional Main Menu options.
Page 94 Disconnecting an Output 22: Aux Monitor Exec Rm 3. Locate Output by scrolling through the list using the arrow keys. (Press and hold an arrow key to scroll quickly.) 4. Press the Select key. 22: Aux Monitor Exec Rm Output is highlighted.
Page 95: Chapter 4 - Verifying Signal Status
Verifying Signal Status Signal status can be verified to confirm that a switch has executed properly or to confirm correct routing to multiple outputs. Input status and output status both function on the CP-20A Control Panel. An output can only be connected to one input;...
Page 96 Verifying Signal Status The Status Input screen appears, displaying the available inputs. 31: Main Mic Mtg Rm B 2. Locate Input by scrolling through the list using the arrow keys. (Press and hold an arrow key to scroll quickly.) 3. Press the Select key to enter the selection. The Status Results screen appears listing the outputs, 13: Speaker Set 1 Rm A 14: Speaker Set 2 Rm A,...
Page 97: Verifying Output Status
Verifying Output Status 4. Press the Back key to return to the Status Input screen to verify the status of additional signals. Or press the Function key to return to the Main Menu screen. Verifying Output Status 20: Speaker Set 2 Rm B The example below verifies the signal status for Output on Virtual Matrix 0.
Page 98 Verifying Signal Status 2. Choose the Output command from the bottom of the screen. The Status Output screen appears, displaying the available output options. 20: Speaker Set 2 Rm B 3. Locate Output by scrolling through the list using the arrow keys. (Press and hold an arrow key to scroll quickly.) 4.
Page 99: Chapter 5 - Executing Presets
Executing Presets Global and local presets are predefined sets of switches that can be easily executed. Local Presets At the time of this publication, local presets cannot be executed using the CP-20A Control Panel. Local presets are defined in X Connect (see the X Connect Help file) and can be executed using BCS commands.
Page 100: Defining Global Presets
Executing Presets Defining Global Presets To define a global preset: 1. Route the system to the desired state. 2. At the Main Menu screen, choose the Global command. If the Global command is not available, press the Function key to view additional Main Menu options.
Page 101 Defining Global Presets Note: If another system state is assigned a previously used number, the former state will be automatically overwritten. 3: Global Preset 3 4. Locate by scrolling through the list using the arrow keys. (Press and hold an arrow key to scroll quickly.) 5.
Page 102: Executing Global Presets
Executing Presets Executing Global Presets To execute a global preset: 1. At the Main Menu screen, choose the Global command. If the Global command is not available, press the Function key to view additional Main Menu options. The Execute Global Preset screen appears displaying a list of global preset numbers.
Page 103 Executing Global Presets 3. Press the Select key. 3: Global Preset 3 is highlighted. 4. Press the Take key. 3: Global Preset 3 is executed when the Take key is pressed.* The system returns to the Execute Global Preset screen. 5.
Page 104: Chapter 6 - Adjusting Audio
Adjusting Audio Some audio boards in AutoPatch Distribution Matrices offer optional volume control and digital input gain adjustment features. If your system contains these boards, output volume or digital input gain can be adjusted using either the CP-20A control panel or BCS commands sent through a serial controller. For more information on audio adjustment using BCS commands, see the BCS Serial Control Protocol section of this binder.
Page 105 Adjusting Audio Adjusting Volume If your system has volume control, adjustments (within the volume range for the specific audio output board) can be made at any time during normal operation. When audio is adjusted for a device on one virtual matrix, the adjustment remains in effect for that device on all virtual matrices switching audio signals.
Page 106 Adjusting Volume 13: Speaker Set 1 Rm A 2. Locate Output by scrolling through the list using the arrow keys. (Press and hold an arrow key to scroll quickly.) 3. Press the Select key to enter the selection. The Output Volume screen appears displaying the current volume setting and the volume range available for the specific audio board.
Page 107 Adjusting Audio Adjusting Digital Input Gain If your system has digital input gain control, adjustments (within the gain range for the specific audio input board) can be made at any time during normal operation. When audio is adjusted for a device on one virtual matrix, the adjustment remains in effect for that device on all virtual matrices switching audio signals.
Page 108 Adjusting Digital Input Gain The Adjust Audio Output screen appears. 2. Choose the Input command from the bottom of the screen. The Adjust Audio Input screen appears, displaying the available input options. 26: Main Mic Mtg Rm A 3. Locate Input by scrolling through the list using the arrow keys.
Page 109 Adjusting Audio 4. Press the Select key to enter the selection. The Input Gain screen appears displaying the current input gain setting and the input gain range available for the specific audio board. 5. Adjust the input gain using the arrow keys. 6.
Page 110: Chapter 7 - Adjusting Lcd Contrast
Adjusting LCD Contrast The LCD’s contrast can be adjusted from either the Main Menu screen (see below) or the Setup screen (see page 7-2). Note: We recommend installing the control panel at or above eye level for optimum viewing. Adjusting Contrast – Main Menu To adjust the LCD contrast from the Main Menu screen: 1.
Page 111: Adjusting Contrast - Setup
Adjusting LCD Contrast Adjusting Contrast – Setup To adjust the LCD contrast from the Setup screen: 1. At the Main Menu screen, choose the Setup command. If the Setup command is not available, press the Function key. The Setup screen appears. 2.
Page 112: Chapter 8 - Reloading Configuration File
Reloading Configuration File A configuration file (.xcl file) is a text file containing a system’s routing and control information that has been previously downloaded to the CPU in your matrix switcher before shipment. Each enclosure’s CPU references this information during any type of switching operation. Unless the configuration file has been modified, you will not need to reload it.
Page 113 Reloading Configuration File To upload a configuration file to the control panel: 1. At the Main Menu screen, choose the Setup command. If the Setup command is not available, press the Function key to view additional Main Menu options. The Setup screen appears. 2.
Page 114: Chapter 9 - Checking Software Version
Checking Software Version Use the following steps to check the software version of the CP-20A Control Panel. Checking Software – Setup To check the software version: 1. At the Main Menu screen, choose the Setup command. If the Setup command is not available, press the Function key to view additional Main Menu options.
Page 115: Setup Version Screen
Checking Software Version 2. Choose the Version command. The Setup Version screen appears; see the explanation below. Displays the software version number 3. Press the Function key to return to the Main Menu screen. Setup Version Screen The Setup Version screen provides the following information: ä...
Page 116: Chapter 10 - Installing A Cp-20A Remote
Installing a CP-20A Remote This chapter covers rack installation for the CP-20A Remote Panel (Sales Order #900-258), as well as instructions for linking multiple panels. When the installation is complete, a test switch should be executed (see Chapter 2). General Specifications General specifications* that may be useful before installation include: Parameter Value...
Page 117: Connecting To An Autopatch Router
Installing a CP-20A Remote Connecting to an AutoPatch Router Communication Cable Specifications A communication cable is required to connect a CP-20A Remote Panel to an AutoPatch Matrix Switcher and to link CP-20A Remote Panels. The maximum length for the cable is 1,000 ft. (304.8 m) total, including linked panels. Use either of the following cables: Net Link Cable (recommended) A two-conductor, 20 AWG, 7/28 strand cable with a drain wire or shield,...
Page 118: Applying Power
Applying Power 8. Tighten the screws and plug the connector back into the CPU. Net Link Cable CPU location may vary from the Remote depending on model Figure 5: Insert the wires into the X Net connector on an Optima CPU Applying Power Power Requirements 9 volt DC with at least 500 mA...
Page 119: Rack Installation
Installing a CP-20A Remote Rack Installation CP-20A Remote Panels are designed to fit in a standard EIA 19 in. (48.26 cm) rack. Once the CP-20A Remote is wired, follow the rack installation instructions below. If linking multiple panels, see “Linking Multiple Panels” on page 10-5 before installing the panels in a rack.
Page 120: Linking Multiple Panels
Linking Multiple Panels Linking Multiple Panels CP-20A Remote Panels can be linked together in a daisy chain to create multiple control points for a single system. X Net link cables can be attached to either Comm Link. (For other types of communication cable, see page 10-2.) The total distance of the cable runs cannot exceed 1,000 ft (304.8 m).
Page 121: Appendix A - System Error Codes
System Error Codes This appendix provides an overview of common error codes that can appear on a CP-20A Control Panel. The table below lists the error code, the name of the code, the meaning of the code, and some basic troubleshooting strategies (additional troubleshooting strategies are included on page A-2).
Page 122: Troubleshooting
System Error Codes Troubleshooting Error codes can appear either on the control panel or in a terminal emulation program, such as HyperTerminal. When you are using a control panel, one of the most common troubleshooting strategies is to resend the command to see if the error was simply a timeout error. When you are using BCS (Basic Control Structure) commands, one common troubleshooting strategy is to enter the command again.
Page 123 Index This index includes references only to the Control Panel Operation section of this binder. The Installation & Setup and BCS Serial Control Protocol sections each have their own index. If you cannot find what you are looking for here, please check the other sections. checking software version 9-1 to 9-2 dynamic menu keys 1-2 adjusting contrast 7-1, 7-2...
Page 124 Index outputs continued switches continued indicator(s) illus. 1-2 status 4-3 to 4-4 verifying status 4-1 to 4-4 switching 2-4 to 2-6 input gain system error codes A-1 volume, adjusting 6-2 to 6-3 see digital input gain system state 5-1 inputs power, remote panel 10-1, 10-3 Caution, disconnecting 3-2 Take key...
Page 128 Contents Chapter 1 – Introduction to the CP-10 Keys and Functions......... . . 1-2 Checking Software Version.
Page 129: Chapter 1 - Introduction To The
Introduction to the CP-10 An AutoPatch Distribution Matrix is composed of one or more enclosures. Enclosures are the structural basis of a matrix switcher. Since AutoPatch Distribution Matrices are custom built for each installation, factors such as control method and signal types affect the appearance and weight of each enclosure.
Page 130: Keys And Functions
Introduction to the CP-10 Keys and Functions A CP-10 Control Panel has 29 keys. The keys include 10 number keys for entering digits, 4 directional arrow keys, and 1 each of the following: Cancel, Take, Status, Level, Change, Input, Output, Preset, Program, Backlight, Undo, and Space.
Page 131 Keys and Functions Number Keys (0-9) Use the number keys to enter level, input, output, and preset numbers, and to enter digits for any other functions that may require numbers. Arrow Keys Use the arrow keys to scroll left and right through long lists of outputs. The arrow keys are required only when an arrow graphic is displayed on the LCD Command screen.
Page 132 Introduction to the CP-10 Preset Key Use the Preset key to implement local and global presets. See page 4-1 for information on executing local presets. See page 4-3 for information on programing and executing global presets. Program Key Use the Program key to access software version information. Backlight Key The Backlight key illuminates the LCD.
Page 133: Checking Software Version
Checking Software Version Checking Software Version Use the following steps to check the software version of the CP-10. To check the software version: 1. At the Command screen, press the Program key. The Software Version screen appears. Displays current version number 2.
Page 134: Chapter 2 - Executing Switches
Executing Switches A switch is an active connection between a source (input) signal and one or more destination (output) devices. The signals connected in a switch command are individual signals or groups of signals coming through the connectors on the rear of the enclosure. When executing a switch, you must specify a level that has all the signals you want to route.
Page 135 Executing Switches To execute a switch: 1. At the Command screen, press the Change key. The Change screen appears. 2. Press the Level key and enter “0”. 3. Press the Input key and enter “2”. CP-10 Front Panel Operation...
Page 136 4. Press the Output key and enter “3”. If, at any time, you enter an incorrect number or decide not to execute the switch, press the Cancel key to return to the Command screen. 5. Press the Take key. The input is routed to the specified output(s) and the Command screen appears.
Page 137: Chapter 3 - Verifying Signal Status
Verifying Signal Status Signal status verification can be executed to confirm that the switch has executed properly or to confirm the correct routing of a source (input) to multiple destinations (outputs). A destination can only be connected to one source; therefore, verifying the status of a destination will display only the one source it is currently connected to.
Page 138 Verifying Signal Status 2. Press the Level key and enter “0”. 3. Press the Input key and enter “2”. 4. Press the Take key. The output status for input 2 is displayed. Multiple outputs may also be displayed (for an example of a screen displaying multiple outputs, see Figure 3).
Page 139: Verifying Output Status
Verifying Output Status Multiple Output Display The screen below illustrates a multiple output display. When there is not enough room on the screen to show all the outputs that the input is routed to, use the right arrow key to scroll right and see the rest of the outputs. Figure 3: Use the right arrow key to display additional outputs Verifying Output Status To verify output signal status:...
Page 140 Verifying Signal Status 2. Press the Level key and enter “0”. 3. Press the Output key, and enter “9”. 4. Press the Take key. The input status for output 9 is displayed. Note: If there are no inputs routed to the selected output, “DIS” (disconnect) appears in the Input field.
Page 141: Chapter 4 - Executing Presets
Executing Presets You can execute local and global presets from a CP-10 Control Panel using the steps on the following pages. Local Presets A local preset is a set of switches stored in each enclosure’s configuration information. You can execute local presets on your system at any time using the CP-10 Control Panel.
Page 142 Executing Presets To execute a local preset: 1. At the Command screen, press the Preset key. The Global Preset screen appears. 2. Press the Level key to access the Local Preset screen. The Local Preset screen appears with the cursor after the Level prompt.
Page 143: Global Presets
Global Presets 4. Press the Preset key again and enter “6”. If you need to execute multiple presets, separate them with a space by pressing the Space key. Caution: Make sure all the presets are in the same level when selecting multiple presets.
Page 144 Executing Presets To program a global preset: 1. Route the system to the state that you wish to recall as a preset. 2. At the Command screen, press the Preset key. The Global Preset screen appears. 3. Press the Preset key again. The Program prompt appears with the cursor after the prompt.
Page 145 Global Presets 5. Press the Take key. Global Preset 3 is programed and the Command screen appears. Note: We strongly recommend keeping track of the numbers and system state routings used for global presets. If another system state is assigned to a previously used number, the former state will be automatically overwritten.
Page 146: Chapter 5 - Installing A Remote
Installing a Remote CP-10 This chapter covers steps for installing and wiring a Remote CP-10 Control Panel (X/Y Controller) in a rack. Each remote panel order comes with the following items in the shipping box: Remote CP-10 Control Panel Net cable and connector kit (custom option) Wall transformer (optional) Figure 4: Front view of a Remote CP-10 Controller Power Connector...
Page 147: Rack Installation
Installing a Remote CP-10 Rack Installation Remote CP-10 Control Panels are designed to fit in a standard EIA 19 in. (48.26 cm) rack. Note: For ease of use, mount the controller in the rack at eye level. Viewing the screen at extreme angles makes it hard to see the screen messages;...
Page 148: Connecting Power
Connecting Power Connecting Power The power connector is the left connector on the rear of the Remote CP-10 Control Panel. Acceptable power for the controller is +7 to +12 VDC @ 500 mA. To connect power to the CP-10 Control Panel: Connect the power wires to the power connector by loosening the ground and positive screws, inserting the ground and positive wires (see Figure 7), and tightening the screws.
Page 149: Connecting To The System
Installing a Remote CP-10 Connecting to the System The X Net Connector is the connector to the right on the rear of the Remote CP-10 Controller. To connect the CP-10 Control Panel to the system: 1. Unplug the X Net Connector on the panel (see Figure 8) to make wiring easier (this step is optional).
Page 150 This index only includes references to the Control Panel Operation section of this binder. The Installation & Setup, Serial Control Operation, and some of the Enclosure (Board Set) Supplements have their own indexes. If you cannot find what you are looking for here, please check the other sections. Index connecting, remote arrow keys...
Page 151 Index key functions 1-3 remote CP-10 connecting power 5-3 connecting to system 5-4 front illus. 5-1 LCD screen installing 5-2 Backlight key 1-4 rear illus. 5-1 illus. 1-2 Level key serial number 1-5 function 1-3 serial number, remote illus. 5-1 illus.
Page 152 wall transformer 5-3 web site 1-5 Connect 4-1 connectors 5-4 linking cable 5-4 CP-10 Front Panel Operation...
Page 154 Contents Chapter 1 – Introduction to the CP-20 CP-20 Control Panel......... . 1-2 Technical Support .
Page 155: Chapter 1 - Introduction To The
Introduction to the CP-20 An AutoPatch Distribution Matrix is composed of one or more enclosures. Enclosures are the structural basis of a matrix switcher. Since AutoPatch Distribution Matrices are custom built for each installation, factors such as control method and signal types affect the appearance and weight of each enclosure.
Page 156: Control Panel
Introduction to the CP-20 CP-20 Control Panel A CP-20 Control Panel has a graphic LCD, dynamic menu area, dynamic menu keys, and a control dial. Graphic LCD Control Dial Dynamic Menu Area Dynamic Menu Keys Figure 2: Close up view of a CP-20 Control Panel Graphic LCD The LCD displays instructions and selection entry fields.
Page 157: Technical Support
Technical Support Control Dial The control dial interacts with the dynamic menu keys to choose commands and values from the dynamic menu area on the LCD. The dial scrolls vertically through lists and moves sliders for adjustments. When you turn the control dial, left (counterclockwise) is down; right (clockwise) is up.
Page 158: Executing Switches
Executing Switches A switch is an active connection between a source signal and one or more destination devices. The signals connected in a switch command are individual signals or groups of individual signals coming through the connectors on the rear of an enclosure. When executing a switch, you must specify a level that has all the signals you want to route.
Page 159 Executing Switches Executing Switches To execute a switch: 1. At the Main Menu screen, choose the Change command. The Select Source to Change screen appears, displaying the current level and the source options. 32: Satellite Dish 2. Select source by scrolling through the list with the control dial (left is down;...
Page 160 Executing Switches 3. Press the dial to enter. The Change to Destination(s) screen appears, displaying the current level and source, along with the available destination options. 4 : VCR #4 Auditorium 4. Select destination by scrolling through the list with the control dial (left is down; right is up). 5.
Page 161: Changing Levels
Executing Switches Note: The control dial functions as a toggle switch, activating and deactivating destinations in the list each time it is pressed. 6. Choose the Source command to return to the Select Source to Change screen to make additional switches. Or choose the Main Menu command to return to the Main Menu screen.
Page 162 Changing Levels The Select Source to Change screen appears, displaying the current level in the upper left corner. 2. Choose the Level command. The Change Level screen appears, displaying the current level, default level, and a list of available levels. 2 : Audio, Stereo 3.
Page 163: Choosing The Default Level
Executing Switches 4. Press the dial to enter your selection. Level 2 displays in the Current field. 5. Choose the Main Menu command to return to the Main Menu screen where you can choose the command to execute on the new level. Choosing the Default Level You may choose to change the factory default level for your system.
Page 164 Choosing the Default Level The Setup Options screen appears. 2. Choose the Default Level command. The Choose Default Level screen appears, displaying all the levels with the current default level selected. 2 : Audio, Stereo 3. Select by scrolling through the list with the control dial (left is down;...
Page 165 Executing Switches 4. Press the dial to enter the selection. 2 : Audio, Stereo Level is now the default level. 5. Choose the Main Menu command to return to the Main Menu screen. CP-20 Front Panel Operation...
Page 166: Chapter 3 - Disconnecting Switches
Disconnecting Switches Disconnecting a switch deactivates the connection between a source signal and one or more output devices. You can disconnect a single switch on one level with one command; however, you cannot disconnect all signals on a single level with one command. You can disconnect switches from the CP-20 Control Panel by using the steps on the following pages.
Page 167 Disconnecting Switches To disconnect a switch: 1. At the Main Menu screen, choose the Change command. The Select Source to Change screen appears, displaying the current level and the source options. 32: Satellite Dish 2. Select source by scrolling through the list with the control dial (left is down, right is up).
Page 168 3. Press the dial to enter the selection. The Change to Destination screen appears, displaying the current level, the source, and the active destinations. Note: Destination lines are dark when the source is routed to them. Scroll to see additional active destinations. 2 : Codec Mtg Rm A 4.
Page 169 Disconnecting Switches 2 : Codec Mtg Rm A 5. Press the Control Dial to disconnect destination It is disconnected from its source as soon as the control dial is pressed. Note: The Control Dial functions as a toggle switch, activating and deactivating destinations in the list each time it is pressed.
Page 170: Chapter 4 - Verifying Signal Status
Verifying Signal Status Signal status verification can be executed to confirm that a switch has executed properly or to confirm correct routing to multiple destinations. A destination can only be connected to one source; therefore, verifying the status of a destination will display only the one source it is currently connected to.
Page 171: Verifying Destination Status
Verifying Signal Status Verifying Destination Status To verify the signal status of a destination (output): 1. At the Main Menu screen, choose the Status command. The Status Destination screen appears, displaying the current level and the available destinations. CP-20 Front Panel Operation...
Page 172 Verifying Destination Status 2 : Main Projector Rm 9 2. Select destination by scrolling through the list with the control dial (left is down; right is up). 3. Press the dial to enter the selection. The Status Results screen appears, displaying the destination, 2 : Main Projector Rm 9 30: Audience Camera , and its source,...
Page 173: Verifying Source Status
Verifying Signal Status Verifying Source Status Note: If you choose to check the status of a source, all the destinations that are connected to it will be listed. To verify the signal status of a source (input): 1. At the Main Menu screen, choose the Status command. The Status Destination screen appears, displaying the current level and the available destinations.
Page 174 Verifying Source Status 2. At the Status Destination screen, choose the Source command. The Status Source screen appears, displaying the current level and the available sources. 32: Satellite Dish 3. Select source by scrolling through the list with the control dial (left is down; right is up). 4.
Page 175 Verifying Signal Status Note: If the screen is full, more destinations than the ones displayed may be active. Use the dial to scroll to check for possible additional destinations. 5. Choose the Source command to return to the Status Source screen to verify the status of additional source signals.
Page 176: Chapter 5 - Executing Macros (Local Presets)
Executing Macros (Local Presets) A macro (local preset) is a set of switches stored in each enclosure’s configuration information. Macros are not programmed when we ship your system. Please use the X Connect software located on the AutoPatch CD ROM in the front pocket of this binder to program them, or contact your AutoPatch dealer.
Page 177 Executing Macros (Local Presets) To execute a local preset: 1. At the Main Menu screen, choose the Macro command. The Macro Options screen appears displaying the current level and the first available preset. 2. Select preset 12 by scrolling through the local preset numbers with the control dial (left is down;...
Page 178 3. Press the dial to enter the selection. A message will appear verifying the successful macro switch. 4. Choose the Main Menu command to return to the Main Menu screen. Note: If a large number of macros (local presets) have been programmed into the system, choose “x10”...
Page 179: Adjusting Volume
Adjusting Volume Some audio boards in AutoPatch Distribution Matrices offer an optional volume control feature. If your system has volume control, adjustments may be made at any time during normal operation. The Adjust Volume screen displays the volume range available for the specific audio output board that has been selected for adjustment.
Page 180 Adjusting Volume To adjust the volume: 1. At the Main Menu screen, choose the Adjust Audio command. The Audio Destination screen appears, displaying the current level and the destination options. 2 : Training Rm 1 2. Select destination by scrolling through the list with the control dial (left is down;...
Page 181 Press the dial to enter the selection. The Adjust Volume screen appears displaying the current volume setting. 4. Adjust the volume by turning the control dial left (counterclockwise) to decrease the volume or right (clockwise) to increase the volume. 5. Press the dial to enter the desired adjustment. Note: To change the volume in steps of 10.0 dB as you turn the control dial, choose the “x10.0dB”...
Page 182: Chapter 7 - Clearing Labels
Clearing Labels The CP-20 Control Panel stores label information for source (input) and destination (output) names. The default label for a name is the channel (input or output) number. For example, the default label for the first input I_Ch:001 channel is If you modify the source or destination labels in X Connect (the graphical software program that can display your system’s configuration), you must...
Page 183 Clearing Labels To clear current labels to allow the new labels to load: 1. At the Main Menu screen, choose the Setup command. The Setup Options screen appears. 2. Choose the Clear Labels command. A “Warning” appears. CP-20 Front Panel Operation...
Page 184 3. Choose the OK command to clear the current labels. A message appears saying that the labels have been cleared. 4. Choose the Main Menu command to return to the Main Menu screen. The system automatically loads the new labels the next time a command option is selected from the Main Menu.
Page 185 Checking Software Version Use the following steps to check the software version of the CP-20 Control Panel. To check the software version: 1. At the Main Menu screen, choose the System command. The System Diagnostics Options screen appears. CP-20 Front Panel Operation...
Page 186: Chapter 8 - Checking Software Version
Checking Software Version 2. Choose the Software Version command. The software information appears, including the version number. Displays current version number 3. Choose the Main Menu command to return to the Main Menu screen. CP-20 Front Panel Operation...
Page 187: Chapter 9 - Installing A Remote
Installing a Remote CP-20 This chapter covers steps for installing a Remote CP-20 Control Panel in a rack, as well as instructions for linking multiple panels. Each remote panel order comes with the following items in the shipping box: Remote CP-20 Control Panel Net cable and connector kit (custom option) Wall transformer (optional) Figure 3: Front view of a Remote CP-20 Control Panel...
Page 188: Rack Installation
Installing a Remote CP-20 Rack Installation Remote CP-20 Control Panels are designed to fit in a standard EIA 19 in. (48.26 cm) rack. Note: For ease of use, mount the controller in the rack at eye level. Viewing the screen at extreme angles makes it hard to see the screen messages;...
Page 189 Rack Installation 2. Connect the power wires to the power connector by loosening the ground and positive screws, inserting the ground and positive wires, and tightening the screws. (Unplugging the power connector before wiring may be helpful.) Ground Positive Power Connector Figure 6: Loosen screws, insert wires, and then tighten screws Note: If you use the (optional) wall transformer, the side of the wire with the white stripe is positive and the other side is the ground.
Page 190: Linking Remote Cp-20 Control Panels
Installing a Remote CP-20 4. Connect the other ends of the X Net CPU wires into the corresponding X Net Comm Link on your matrix switcher enclosure. These wire ends must be inserted in the same positions (i.e., top to top) as they are in the Comm Link on the remote panel. 5.
Page 191 This index only includes references to the Control Panel Operation section of this binder. The Installation & Setup, Serial Control Operation, and some of the Enclosure (Board Set) Supplements have their own indexes. If you cannot find what you are looking for here, please check the other sections. Index adjusting volume 6-1 default level, choosing 2-6...
Page 192 Index level changing 2-4 wall transformer 9-3 default, choosing 2-6 web site 1-3 linking, CP-20 Remote 9-4 local presets Connect 1-3, 5-1, 7-1 see presets connectors 9-3, 9-4 macro linking cable 9-4 see presets presets executing 5-2 programming 5-1 remote CP-20 front illus.
Page 194 Contents Chapter 1 – Introduction to BCS Overview ........... . 1-1 Command Line Formats .
Page 195: Chapter 1 - Introduction To Bcs
Windows HyperTerminal, on an external control device. The control device (PC, AMX, Creston, etc.) sends the commands to the system. Control devices must be able to send and receive ASCII code via RS232 or RS422. (For information on attaching external controllers, see the Installation &...
Page 196: Command Line Formats
Introduction to BCS 1.2 Command Line Formats All command characters up to the “T” (Take command) are automatically echoed when accepted. If the command is successfully executed, the “T” will also echo. If the character echoed in response to a Take command is not a “T”, see page 1-3 for explanations of other possible responses.
Page 197: Command Line Responses
Command Line Responses Volume and Input Gain Commands To use these commands your system must contain audio boards with the Volume Adjustment feature; decibel level results from volume or input gain adjustment commands must fall within the range of the audio board. To adjust absolute volume: CL#O#VA^^^T To adjust absolute input gain:...
Page 198: Bcs Command Table
Introduction to BCS 1.4 BCS Command Table The following table shows BCS command characters (keys) used to generate control commands, indicates their functions, and provides short descriptions of their functions. Function Description Initiates an execute switch command; this must precede Change the level, source, and destination specification Level...
Page 199: Bcs Response Table
BCS Response Table 1.5 BCS Response Table The following table shows BCS response characters that the system may echo in reply to an executed command, along with their meanings and short descriptions of their meanings. Response Meaning Description Take Indicates successful command execution Entry Error Indicates an error in the command line entry Invalid Value...
Page 200: Chapter 2 - Executing Switches
Executing Switches This chapter provides information for executing switches from an external serial controller. For information on executing switches from a local control panel, see the Front Panel Operation section of this binder. A switch is an active connection between a source signal and one or more destination devices.
Page 201 Executing Switches In each switch command, you can enter multiple levels and multiple destination signals, but only one source signal. Although our instructions direct you to select a source first, you may execute switches by designating the destination(s) first. To execute a switch, enter the execute switch command using the following command line format, where “#”...
Page 202 BCS Command Table The following table shows the BCS command characters (keys) you will use when executing switches. See the BCS Command Table on page 1-4 for a complete list of the BCS command characters. Function Description Initiates an execute switch command; this must precede Change the level, source, and destination specification Level...
Page 203: Chapter 3 - Disconnecting Switches
Disconnecting Switches This section provides information for disconnecting switches from an external serial controller. For information on disconnecting switches from a local control panel, see the Front Panel Operation section of this binder. Disconnecting a switch deactivates the connection between a source signal and one or more output devices.
Page 204 Disconnecting Switches To disconnect a switch, enter the disconnect switch command using the following command line format, where “#” represents any valid level, source, or destination number. Disconnect Switch Command: DL#O#T or DL#I#T To cancel an incomplete BCS command, enter the “X” command at any time.
Page 205 BCS Command Table The following table shows the BCS command characters (keys) used to disconnect switches. See the BCS Command Table on page 1-4 for a complete list of the BCS command characters. Function Description Initiates a disconnect switch command; this must Disconnect precede the level and source or destination specification...
Page 206: Chapter 4 - Verifying Signal Status
Verifying Signal Status This section provides information for verifying signal switches from an external serial controller. For information on verifying signal switches from a local control panel, see the Front Panel Operation section of this binder. Signal status verification can be executed to confirm that the switch is routed properly or to confirm correct routing to multiple destinations.
Page 207 Verifying Signal Status BCS Command Table The following table shows the BCS command characters (keys) used to verify switches. See the BCS Command Table on page 1-4 for a complete list of the BCS command characters. Function Description Initiates verification of signal status; this must precede the Status level and source or destination specifications Level...
Page 208: Chapter 5 - Executing Presets
Executing Presets This section provides information for executing local and global presets from an external serial controller. 5.1 Local Presets A local preset is a set of switches stored in each enclosure’s configuration information. They can be executed at any time. Local presets are not programmed when we ship your system.
Page 209 Executing Presets Execute Local Preset Examples: BCS Command Action RL0P2T Executes local preset 2 on Level 0 RL1P12T Executes local preset 12 on Level 1 RL3P1 2T Executes local presets 1 and 2 on Level 3 Cancels the incomplete command RL3PX Note: In each execute local preset command, you can enter multiple local presets by including a space between each local preset number.
Page 210: Global Presets
Global Presets BCS Response Table The following table shows BCS response characters that the system may echo in reply to an executed command, along with their meanings and short descriptions of their meanings. Response Meaning Description Take Indicates successful command execution Entry Error Indicates an error in the command line entry Invalid Value Entry Indicates that a value selected was invalid...
Page 211 Executing Presets Note: We strongly recommend keeping track of the numbers and system state routings used for global presets. If another system state is assigned a previously used number, the former state will be automatically overwritten. To execute a global preset, enter the execute global preset command using the following command line format, where “#”...
Page 212 Global Presets BCS Response Table The following table shows BCS response characters that the system may echo in reply to an executed command, along with their meanings and short descriptions of their meanings. Response Meaning Description Take Indicates successful command execution Entry Error Indicates an error in the command line entry Invalid Value...
Page 213: Chapter 6 - Adjusting And Verifying Volume
Adjusting and Verifying Volume This section provides information for adjusting and verifying volume from an external serial controller. For information on adjusting and verifying volume from a local control panel, see the Front Panel Operation section of this binder. Some audio boards on AutoPatch Distribution Matrices offer an optional volume control feature.
Page 214: Adjusting Volume
Adjusting and Verifying Volume 6.1 Adjusting Volume Volume can be adjusted using any of the following three methods: ä Absolute – adjusts the volume to a specific decibel level ä Relative – increases/decreases the volume by a specific decibel amount ä...
Page 215: Adjusting Volume - Relative Method
Adjusting Volume Note: You can enter multiple destinations in each absolute volume command by including a space between each destination number. Adjusting Volume – Relative Method You can use the Relative Method to adjust the volume of a destination signal by a specific decibel amount. To adjust volume using the Relative Method, enter the volume relative command using the specified command line format (where “#”...
Page 216: Adjusting Volume - Increment/Decrement Method
Adjusting and Verifying Volume Adjusting Volume – Increment/Decrement Method You can use the Increment/Decrement Method to increase or decrease the volume of a destination signal a step; you may need to repeat the command to hear an audible difference. To adjust volume using the Increment/Decrement Method, enter the volume increment or decrement command using the specified command line format (where “#”...
Page 217: Applying/Removing Mute To Volume
Applying/Removing Mute to Volume 6.2 Applying/Removing Mute to Volume If your system has the mute option, you can apply and remove mute to the volume using BCS commands. Removing the mute returns a destination to its previous un-muted volume level. To mute the volume, enter the mute command using the following command line format (where “#”...
Page 218: Verifying Volume Status
Adjusting and Verifying Volume 6.3 Verifying Volume Status You can only verify volume status from an external controller via BCS commands. To verify the volume status for a specific destination, enter the volume status command using the specified command line format below (where “#”...
Page 219 Verifying Volume Status BCS Command Table The following table shows the BCS command characters (keys) used when working with volume. See the BCS Command Table on page 1-4 for a complete list of the BCS command characters. Function Description Change Initiates an execute switch command Level Indicates the number(s) following is the level...
Page 220: Adjusting Digital Input Gain
Adjusting Digital Input Gain This section provides information for adjusting digital input gain from an external serial controller. Some audio boards in AutoPatch Distribution Matrices come with the optional feature of digital input gain. If your system contains boards with the volume control option, it also supports the input gain control option.
Page 221 Adjusting Digital Input Gain To use the “Input Gain Control” feature to equalize input levels: 1. Route a source (input) to the first destination (output). 2. Adjust the input gain for the source to a specific dB level. 3. Repeat for all sources that will be routed to the same destination. To adjust input gain and verify its status, modify the instructions in Chapter 6 by substituting an “I”...
Page 222 BCS Command Table The following table shows the BCS command characters (keys) used when working with input gain. See the BCS Command Table on page 1-4 for a complete list of the BCS command characters. Function Description Change Initiates an execute switch command Level Indicates the number(s) following is the level Identifies sources, destinations, presets, and levels;...
Page 223 This index only includes references to the Serial Control Operation section of this binder. The Installation & Setup, Control Panel Operation, and some of the Enclosure (Board Set) Supplements have their own indexes. If you cannot find what you are looking for here, please check the other sections. Index digital input gain absolute method 6-2...
Page 224 Index switches increment/decrement method 6-4 see also global presets see also local presets input gain disconnecting 3-1 see digital input gain executing 2-1 verifying status 4-1 local presets command line format 1-2 table definition 5-1 BCS command characters 1-4 executing 5-1 BCS response characters 1-5 programming 5-1 Take command (T) response 1-2, 1-3...
Page 226 Standard Video This Boards & Specifications section contains specific board installation information for boards available for the following enclosure models: Modula Enclosure Models 34-31 32x32 Enclosure 34-16 16x48 Flex-Slot Enclosure 34-46 48x16 Flex-Slot Enclosure Each enclosure holds up to 16 boards with 4 connectors each. The ratio of input and output boards depends on the model.
Page 227 Modula Standard Video Modula Boards Your custom built enclosure(s) contains one or more of the board types listed below. When upgrading in the field, additional boards (for empty slots) or replacement boards can be ordered from this list. Boards can only be added to their respective slots, i.e., input boards can only be added to input slots.
Page 228 Standard Video Applicability Notice This chapter pertains to the following standard video boards: Input boards 34-455, 34-461, 34-569 Input sync board 34-464 Output board 34-476 Output sync board 34-479 Figure 1: Standard video boards Each Modula Standard Video enclosure is built to hold up to sixteen standard video boards with four BNC connectors each.
Page 229 Standard Video 1.1 Attaching Cables When attaching video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure.
Page 230 Product Specifications 1.2 Product Specifications Standard Video Boards Applies to input boards 34-455 (Models 34-31 & 34-46 only), 34-461 (High Impedance, Models 34-31 & 34-46 only), 34-569 (Model 34-16 only); output board 34-476. Throughput Parameter Conditions Value +/-1 dB to 20 MHz Frequency Response 1 to All +/-3 dB to 50 MHz...
Page 231 Standard Video Standard HV Sync Boards Applies to input board 34-464; output board 34-479. Input Parameter Conditions Value Level 0 to +5 V Connector Type Output Parameter Conditions Value Level Follows input polarity 0 to +5 V Connector Type AutoPatch reserves the right to modify its products and their specifications without notice. Modula Boards &...
Page 232 Mono Audio Applicability Notice This chapter pertains to the following mono audio boards: Input board 34-422 Output boards 34-437, 34-443 Figure 3: Mono audio boards (shown with potentiometer gain option) Each Modula Standard Video enclosure is built to hold up to sixteen mono audio boards with one connector (with four mono audio connections) each.
Page 233 Mono Audio 2.1 Attaching Wires When attaching mono audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 234 Adjusting Output Controls To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 5) clockwise to decrease gain, counterclockwise to increase gain.
Page 235 Mono Audio 2.3 Adjusting Input Gain All mono audio input boards in a Modula come with potentiometer gain control. Adjustments can be made at any time during normal operation. Mono audio input boards are set to unity gain at the factory. A small screwdriver for adjusting potentiometers is shipped with each Modula.
Page 236 Product Specifications 2.4 Product Specifications Mono Audio, Gain Control Applies to input board 34-422; output board 34-437. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.01% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Input Parameter...
Page 237 Mono Audio Mono Audio, Digital Volume Control Applies to output board 34-443. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.02% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Output Parameter...
Page 238: Applicability Notice
Microphone Input Applicability Notice This chapter pertains to the following microphone boards: Input board 34-563 Microphone input boards Optional power board 34-316 POWER Microphone phantom power board (optional) Figure 7: Microphone input boards and the optional power board Each Modula Standard Video enclosure is built to hold up to sixteen boards.
Page 239 Microphone Input 3.1 Compression Ratio Individual connectors on the microphone board can be set at one of four different compression ratios: 1:1 (factory default), 2:1, 3:1, and 5:1. Caution: If the enclosure contains the optional microphone power board, make sure the phantom power selection switches (see Figure 11) are set to “OFF”...
Page 240 Attaching Wires BCS commands are used to control the decibel level. The equivalent to unity gain can be obtained by entering CL#I#VA0T. See the Serial Control Operation section of this binder for information on adjusting input gain. Figure 9 shows compression ratios for 1:1, 2:1, 3:1, and 5:1, as well as the limiting point.
Page 241 Microphone Input To connect wires to the microphone input board: 1. Set phantom power switches to “OFF.” 2. Loosen the wire clamps on the three-position connector. Be sure the clamps are open all the way, but do not remove the screws from the connector.
Page 242 Microphone Power Board 3.4 Microphone Power Board Modula enclosures with microphone input boards may also include a microphone power board to provide phantom power for microphone boards connected to condenser type microphones. Microphone power board Figure 12: Microphone power board 3.5 Product Specifications Microphone Board (34-563)
Page 243 Index This index only includes references to the Modula Standard Enclosures Boards & Specifications section of this binder. The Installation & Setup, Control Panel Operation,and Serial Control Operation sections each have their own index. If you cannot find what you are looking for here, please check the other sections.
Page 244 Index phantom power board see microphone power board potentiometer gain control mono audio boards 2-3, 2-4 specifications, boards audio, mono 2-5 to 2-6 microphone 3-5 video, standard 1-2 to 1-3 unity gain 3-3 video boards, standard attaching cables 1-2 board numbers 1-1 specifications 1-2 to 1-3 volume adjustment mono audio boards 2-3...
Page 246 Modula Enclosures with S-Video & Stereo This Boards & Specifications section contains specific board installation information for boards contained in the following Modula enclosure models: Modula Enclosure Models 34-19 16x48 Flex Enclosure 34-34 32x32 Enclosure 34-49 48x16 Flex Enclosure Your custom built enclosure(s) contains one or more of the primary boards listed below and may contain any or all of the secondary boards listed.
Page 247 Modula Enclosure with S-Video & Stereo Modula Secondary Boards Standard Video (Chapter 3) Input 34-455 Standard Video 34-461 Standard Video, High Impedance (use only in Models 34-34 and 34-49) 34-464 Standard HV Sync Video 34-569 Standard Video (use only in Model 34-19) Output 34-476 Standard Video 34-479 Standard HV Sync Video Mono Audio...
Page 248 S-Video Applicability Notice This chapter pertains to the following S-Video boards: Input board 34-467 Output board 34-482 Figure 1: S-Video boards Each S-Video and Stereo Modula enclosure is built to hold up to sixteen S-Video boards with four S-Video connectors each. Nine input and output combinations are possible: 32x32, 4x60, 8x56, 12x52, 16x48, 60x4, 56x8, 52x12, and 48x16, as well as subsets of these configurations (for example, 12x4 or 8x36).
Page 249 S-Video 1.1 Attaching Cables When attaching S-Video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure. Follow the sheet exactly; the system was programmed at the factory to operate only as indicated on the sheet.
Page 250 S-Video Configuration Files 1.2 S-Video Configuration Files Connect (the graphical configuration software program on the AutoPatch Software and Documentation CD ROM shipped with the Modula) supports Modula systems with S-Video connectors. Note: Use this software only if you need to change the configuration information from the original specification.
Page 251 S-Video 1.3 Product Specifications S-Video Applies to input board 34-467; output board 34-482. Throughput Parameter Conditions Value +/-3 dB, 40 MHz Frequency Response 1 to All +/-1 dB, 15 MHz Y vs Y Crosstalk (adjacent channel) @ 5 MHz <-60 dB Y vs C Crosstalk (same channel) @ 5 MHz <-65 dB...
Page 252 Stereo Audio Applicability Notice This chapter pertains to the following stereo audio boards: Input board 34-431 Output boards 34-449, 34-566 Figure 5: Stereo audio boards (shown with potentiometer gain option) Each S-Video and Stereo Modula enclosure is built to hold up to sixteen stereo audio boards with four (stereo pair) connectors each.
Page 253 Stereo Audio 2.1 Attaching Wires When attaching stereo audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 254 Adjusting Output Controls To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 7) clockwise to decrease gain, counterclockwise to increase gain.
Page 255 Stereo Audio 2.3 Adjusting Input Gain The purpose of Modula “Input Gain Control” is to allow source (input) signals of various amplitudes to be equalized before they are routed and the volume is adjusted. Equalizing source levels provides a consistent reference for volume adjustments and eliminates jumps when routing a new source to a destination.
Page 256 Product Specifications 2.4 Product Specifications Stereo Audio, Gain Control Applies to input board 34-431; output board 34-449. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.01% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Input Parameter...
Page 257 Stereo Audio Stereo Audio (Digital Volume Control) Applies to output board 34-566. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.02% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Output Parameter...
Page 258 Standard Video Applicability Notice This chapter pertains to the following standard video boards: Input boards 34-455, 34-461, 34-569 Input sync board 34-464 Output board 34-476 Output sync board 34-479 Figure 9: Standard video boards Each S-Video and Stereo Modula enclosure can hold up to sixteen video boards with four BNC connectors each.
Page 259 Standard Video 3.1 Attaching Cables When attaching video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure.
Page 260 Product Specifications Input Parameter Conditions Value Level +/-2.5 V Impedance 75 ohms Return Loss 5 MHz -45 dB Connector Type Output Parameter Conditions Value Level +/-2.5 V Impedance 75 ohms Connector Type Standard HV Sync Boards Applies to input board 34-464; output board 34-479. Input Parameter Conditions...
Page 261 Mono Audio Applicability Notice This chapter pertains to the following mono audio boards: Input board 34-422 Output boards 34-437, 34-443 Figure 11: Mono audio boards (shown with potentiometer gain option) Each S-Video and Stereo Modula enclosure can hold up to sixteen mono audio boards with one connector (with four mono audio connections) each.
Page 262 Mono Audio 4.1 Attaching Wires When attaching mono audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 263 Adjusting Output Controls To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 13) clockwise to decrease gain, counterclockwise to increase gain.
Page 264 Mono Audio 4.3 Adjusting Input Gain All mono audio input boards in a Modula come with potentiometer gain control. Adjustments can be at made any time during normal operation. They are set to unity gain at the factory. A gain control tool is shipped with the Modula Distribution Matrix.
Page 265 Product Specifications 4.4 Product Specifications Mono Audio, Gain Control Applies to input board 34-422; output board 34-437. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.01% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Input Parameter...
Page 266 Mono Audio Mono Audio (Digital Volume Control) Applies to output board 34-443. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.02% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Output Parameter...
Page 267 Microphone Input Applicability Notice This chapter pertains to the following microphone boards: Input board 34-563 Optional power board 34-316 Microphone phantom power board (optional) Microphone input boards Figure 15: Microphone input boards and the optional power board Each S-Video and Stereo Modula enclosure can hold between one and fifteen (depending on configuration) microphone input boards with four input connectors each.
Page 268 Microphone Input 5.1 Compression Ratio Individual connectors on the microphone board can be set at one of four different compression ratios: 1:1 (factory default), 2:1, 3:1, and 5:1. Caution: If the enclosure contains the optional microphone power board, make sure the phantom power switches (see figure 19) are set to “OFF”...
Page 269 Attaching Wires BCS commands are used to control the decibel level. The equivalent to unity gain can be obtained by entering CL#I#VA0T. See the Serial Control Operation section of this binder for information on adjusting input gain. Figure 17 shows compression ratios for 1:1, 2:1, 3:1, and 5:1, as well as the limiting point.
Page 270 Microphone Input To connect wires to the microphone input board: 1. Set phantom power switches to “OFF.” 2. Loosen the wire clamps on the three-position connector. Be sure the clamps are open all the way, but do not remove the screws from the connector.
Page 271 Microphone Power Board 5.4 Microphone Power Board Modula enclosures with microphone input boards may also include a microphone power board to provide phantom power for microphone boards connected to condenser type microphones. Microphone power board Figure 20: Microphone power board 5.5 Product Specifications Microphone Board (34-563)
Page 272 This index only includes references to the Enclosures with S-Video & Stereo Boards & Specifications section of this binder. The Installation & Setup, Control Panel Operation, and Serial Control Operation sections each have their own indexes. If you cannot find what you are looking for here, please check the other sections.
Page 273 Index specifications, boards audio, mono 4-5 to 4-6 audio, stereo 2-5 microphone 5-5 S-Video 1-4 video, standard 3-2 to 3-3 stereo audio boards adjusting input gain 2-4 adjusting output controls 2-2 attaching wires 2-2 BCS (basic control structure) 2-3 board numbers 2-1 Caution, input gain 2-4 potentiometer gain control 2-3, 2-4 specifications 2-5...
Page 275 Modula Enclosures with CAT-5/Video & Audio This Boards & Specifications section contains specific board installation information for boards contained in the following Modula enclosure models: Modula Enclosure Models 34-22 16x48 Flex Enclosure 34-37 32x32 Enclosure 34-52 48x16 Flex Enclosure Your custom built enclosure(s) contains one or more of the primary boards listed below and may contain any or all of the secondary boards listed.
Page 276 Modula Enclosures with CAT-5/Video & Audio S-Video/CAT-5 (Chapter 3) Input 34-512 S-Video to CAT-5 output Output 34-524 S-Video from CAT-5 input Mono Audio/CAT-5 (Chapter 4) Input 34-515 Mono audio to CAT-5 output (unbalanced) 34-551 Mono audio to CAT-5 output, HH* (balanced) Output 34-527 Mono audio from CAT-5 input (unbalanced) 34-539 Mono audio from CAT-5 input, digital volume control (unbalanced)
Page 277 Mono Audio (Chapter 8) Input 34-422 Mono Audio, Gain Control Output 34-437 Mono Audio, Gain Control 34-443 Mono Audio, Digital Volume Control Stereo Audio (Chapter 9) Input 34-431 Stereo Audio, Gain Control Output 34-449 Stereo Audio, Gain Control 34-566 Stereo Audio, Digital Volume Control Microphone (Chapter 10) Input...
Page 278 Modula Enclosures with CAT-5/Video & Audio Module 10-22 Transmitter, S-Video/3-position (300 ft.) unbalanced 10-25 Transmitter, S-Video/RCA (300 ft.) unbalanced 10-28 Transmitter, BNC/RCA (300 ft.) unbalanced 10-31 Transmitter, BNC/3-position (300 ft.) unbalanced 10-37 Transmitter, S-Video/RCA unbalanced 10-43 Transmitter, S-Video/3-position unbalanced 10-49 Transmitter, BNC/RCA unbalanced 10-55 Transmitter, BNC/3-position unbalanced 10-61 Transmitter, RCA/RCA unbalanced 10-64 Transmitter, BNC/3-position balanced (HH*)
Page 279 CAT-5/UTP Applicability Notice This chapter pertains to the following Modula CAT-5/UTP (Category 5/ Unshielded Twisted Pair) boards: Input boards 34-485, 34-488 Output boards 34-491, 34-494 Figure 1: CAT-5/UTP boards Each Modula CAT-5/Video & Audio enclosure is built to hold up to sixteen CAT-5/UTP boards with four RJ-45 modular jacks each.
Page 280 CAT-5/UTP To attach connector cables, insert the modular plugs into the input and output modular jacks (see Figure 2). Figure 2: Insert the modular plugs into the input and output modular jacks When installing a Modula containing CAT-5/UTP boards, you will need to place an AutoPatch CAT-5/UTP Transmitter between each source and the enclosure and an AutoPatch CAT-5/UTP Receiver between the enclosure and each destination (see Figure 3).
Page 281 Input Board Adjustments 1.2 Input Board Adjustments If the length of the CAT-5/UTP cable between Modula input board and the AutoPatch CAT-5/UTP Transmitter does not match the length specified for the factory default setting (<175 feet), an adjustment is required (applies only to boards specified as 1000 ft. variable length). To adjust a Modula CAT-5/UTP input board to compensate for differences in the length of the CAT-5/UTP cable: 1.
Page 282 CAT-5/UTP 1.3 CAT-5/UTP Configuration Files Connect (the graphical configuration software program on the AutoPatch Software and Documentation CD ROM shipped with the Modula) supports Modula systems with CAT-5/UTP connectors. Note: Use this software only if you need to change the configuration information from the original specification.
Page 283 Product Specifications 1.4 Product Specifications CAT-5/UTP Applies to input boards 34-485 (300 ft.), 34-488 (1000 ft.); output boards 34-491 (300 ft.), 34-494 (1000 ft.), when used in conjunction with CAT-5 transmitter and receiver modules or transmitter and receiver AF-10 boards. Video Throughput Parameter...
Page 284 Standard Video/CAT-5 Applicability Notice This chapter pertains to the following standard video boards which are used in conjunction with CAT-5 boards: Input board 34-509 Output board 34-521 Figure 6: Standard video boards Each Modula CAT-5/Video & Audio enclosure is built to hold up to sixteen video boards with four BNC connectors each.
Page 285 Standard Video/CAT-5 2.1 System Setup When installing a Modula containing CAT-5/UTP input boards to route signals to standard video output boards, you will need to place a CAT-5/UTP Transmitter between each source and the enclosure (see Figure 7). Transmitter information can be found on page A-1. Modula CAT-5/UTP Transmitter...
Page 286 Product Specifications Make sure the video cable is connected to the correct BNC connector on the correct enclosure. Standard video boards look similar to wideband, HV sync, HD-SDI digital, SD-SDI digital, and vertical interval sync boards, but the “Connector Guide” identifies them. 2.3 Product Specifications Standard Video (for use with CAT-5) Applies to input board 34-509;...
Page 287 S-Video/CAT-5 Applicability Notice This chapter pertains to the following S-Video boards which are used in conjunction with CAT-5 boards: Input board 34-512 Output board 34-524 Figure 9: S-Video boards Each Modula CAT-5/Video & Audio enclosure is built to hold up to a total of sixteen CAT-5, audio, and S-Video boards (with four S-Video connectors each).
Page 288 S-Video/CAT-5 3.1 System Setup When installing a Modula containing CAT-5/UTP input boards to route signals to S-Video output boards, you will need to place a CAT-5/UTP Transmitter between each source and the enclosure (see Figure 10). Transmitter information can be found on page A-1. Modula CAT-5/UTP Transmitter...
Page 289 Attaching Cables To connect S-Video inputs and outputs, fasten the cables onto the input and output S-Video connectors (see Figure 11). Figure 11: Fasten the cable onto the connector To fasten a locking S-Video connector, either hold the connector at a slight angle to the right while pushing in, or pull back on the housing of the connector (see Figure 12) while pushing the connector in.
Page 290 S-Video/CAT-5 3.3 S-Video Configuration Files Connect (the graphical configuration software program on the AutoPatch Software and Documentation CD ROM shipped with the Modula) supports Modula systems with S-Video connectors. Note: Use this software only if you need to change the configuration information from the original specification.
Page 291 Product Specifications 3.4 Product Specifications S-Video (for use with CAT-5) Applies to input board 34-512; output board 34-524. Throughput Parameter Conditions Value Bandwidth (0 to +/-3dB) all distances up to 1000 ft. 10 MHz min. Differential Gain* f = 3.58 MHz, 10 to 90% APL 0.2% or better Differential Phase* f = 3.58 MHz, 10 to 90% APL...
Page 292 Mono Audio/CAT-5 Applicability Notice This chapter pertains to the following mono audio boards: Input boards 34-515, 34-551 Output boards 34-527, 34-539, 34-545, 34-557 Figure 14: Mono audio boards Each Modula CAT-5/Video & Audio enclosure is built to hold up to sixteen mono audio boards with one connector (with four mono audio connections) each.
Page 293 Mono Audio/CAT-5 4.1 System Setup When installing a Modula containing CAT-5/UTP input boards to route signals to mono audio output boards, you will need to place a CAT-5/UTP Transmitter between each source and the enclosure (see Figure 15). Transmitter information can be found on page A-1. Modula CAT-5/UTP Transmitter...
Page 294 Adjusting Output Controls To attach mono audio input and output wires: 1. Unscrew the clamps on the audio connector. 2. Insert the wires (see Figure 16 for wire placement for balanced and unbalanced audio) and firmly re-tighten the clamps to make proper connections.
Page 295 Mono Audio/CAT-5 To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 17) clockwise to decrease gain, counterclockwise to increase gain.
Page 296 Adjusting Input Gain 4.4 Adjusting Input Gain All mono audio input boards in a Modula come with potentiometer gain control. Adjustments can be made at any time during normal operation. Mono audio boards are set to unity gain at the factory. A gain control tool is shipped with the Modula Distribution Matrix.
Page 297 Mono Audio/CAT-5 4.5 Product Specifications Mono Audio Unbalanced (for use with CAT-5) Applies to input board 34-515; output board 34-527. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise .02% Vin = -10 to +8 dBu Crosstalk 1 kHz @ 2 dBu <-85 dB...
Page 298 Product Specifications Input Parameter Conditions Value Impedance 18 ohms Gain Adjustment Range Potentiometer adjustment -6 dB to +7 dB Type Balanced or unbalanced Pluggable 3-position terminal Connector Type block Output Parameter Conditions Value Impedance 50 ohms Gain Adjustment Range Potentiometer adjustment -13 dB to +7 dB Pluggable 3-position terminal Connector Type...
Page 299 Mono Audio/CAT-5 Mono Audio (Digital Volume Control) Balanced High Headroom (for use with CAT-5 inputs) Applies to output board 34-545. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise Vin = +4 to +22 dBu <0.01% Vin = -10 to +22 dBu <0.03%...
Page 300 Stereo Audio/CAT-5 Applicability Notice This chapter pertains to the following stereo audio boards: Input boards 34-518, 34-554 Output boards 34-530, 34-542, 34-548, 34-560 Figure 19: Stereo audio boards Each Modula CAT-5/Video & Audio enclosure is built to hold up to sixteen stereo audio boards with four (stereo pair) connectors each.
Page 301 Stereo Audio/CAT-5 5.1 System Setup When installing a Modula containing CAT-5/UTP input boards to route signals to stereo audio output boards, you will need to place a CAT-5/UTP Transmitter between each source and the enclosure (see Figure 20). Transmitter information can be found on page A-1. Modula CAT-5/UTP Transmitter...
Page 302 Attaching Wires 5.2 Attaching Wires When attaching stereo audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 303 Stereo Audio/CAT-5 To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 23) clockwise to decrease gain, counterclockwise to increase gain.
Page 304 Adjusting Input Gain 5.4 Adjusting Input Gain The purpose of Modula “Input Gain Control” is to allow source (input) signals of various amplitudes to be equalized before they are routed and the volume is adjusted. Equalizing source levels provides a consistent reference for volume adjustments and eliminates jumps when routing a new source to a destination.
Page 305 Stereo Audio/CAT-5 5.5 Product Specifications Stereo Audio Unbalanced (for use with CAT-5) Applies to input board 34-518; output board 34-530. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise .02% Vin = -10 to +8 dBu Crosstalk 1 kHz <-85 dB...
Page 306 Product Specifications Stereo Audio Balanced High Headroom (for use with CAT-5) Applies to input board 34-554; output board 34-560. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise Vin = +4 to +22 dBu <.008% Vin = -10 to +22 dBu <.03% Crosstalk...
Page 307 Stereo Audio/CAT-5 Stereo Audio (Digital Volume Control) Unbalanced (for use with CAT-5 inputs) Applies to output board 34-542. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.02% Vin = -10 to +8 dBu f = 20 Hz to 20 kHz Crosstalk <-90 dB Vin = +2 dBu...
Page 308 Standard Video Applicability Notice This chapter pertains to the following standard video boards: Input boards 34-455, 34-461, 34-569 Input sync board 34-464 Output board 34-476 Output sync board 34-479 Figure 25: Standard video boards For information on attaching cables to the standard video boards listed above, see Chapter 2.
Page 309 Standard Video 6.1 Product Specifications Standard Video Boards Applies to input boards 34-455, 34-461 (High Impedance, Models 34-37 & 34-52 only), 34-569 (Model 34-22 only); output board 34-476. Throughput Parameter Conditions Value +/-1 dB to 20 MHz Frequency Response 1 to All +/-3 dB to 50 MHz Differential Gain* f = 3.58 MHz, 10 to 90% APL...
Page 310 Product Specifications Standard HV Sync Boards Applies to input board 34-464; output board 34-479. Input Parameter Conditions Value Level 0 to +5 V Connector Type Output Parameter Conditions Value Level 0 to +5 V Connector Type Modula Boards & Specifications...
Page 311 S-Video Applicability Notice This chapter pertains to the following S-Video boards: Input board 34-467 Output board 34-482 Figure 26: S-Video boards For information on attaching cables to the S-Video boards listed above, see Chapter 3. Modula Boards & Specifications...
Page 312 S-Video 7.1 Product Specifications S-Video Applies to input board 34-467; output board 34-482. Throughput Parameter Conditions Value +/-3dB, 40 MHz Frequency Response 1 to All +/-1dB, 15 MHz Y vs Y Crosstalk (adjacent channel) @ 5 MHz <-60 dB Y vs C Crosstalk (same channel) @ 5 MHz <-65 dB Input...
Page 313 Mono Audio Applicability Notice This chapter pertains to the following mono audio boards: Input board 34-422 Output boards 34-437, 34-443 Figure 27: Mono audio boards (shown with potentiometer gain option) For the following additional information on the mono audio boards listed above, see Chapter 4.
Page 314 Mono Audio 8.1 Product Specifications Mono Audio, Gain Control Applies to input board 34-422; output board 34-437. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.01% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Input Parameter...
Page 315 Product Specifications Mono Audio (Digital Volume Control) Applies to output board 34-443. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.02% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Output Parameter...
Page 316 Stereo Audio Applicability Notice This chapter pertains to the following stereo audio boards: Input board 34-431 Output boards 34-449, 34-566 Figure 28: Stereo audio boards (shown with potentiometer gain option) For the following additional information on the stereo audio boards listed above, see Chapter 5.
Page 317 Stereo Audio 9.1 Product Specifications Stereo Audio, Gain Control Applies to input board 34-431; output board 34-449. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.01% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Input Parameter...
Page 318 Product Specifications Stereo Audio (Digital Volume Control) Applies to output board 34-566. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.02% Vin = -10 to +22 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB Output Parameter...
Page 319 Microphone Input Applicability Notice This chapter pertains to the following microphone boards: Input board 34-563 Optional power board 34-316 Microphone phantom power board (optional) Microphone input boards Figure 29: Microphone input boards and the optional power board Each Modula CAT-5/Video & Audio enclosure can hold between one and fifteen (depending on configuration) microphone input boards with four input connectors each.
Page 320 Microphone Input 10.1 Compression Ratio Individual connectors on the microphone board can be set at one of four different compression ratios: 1:1 (factory default), 2:1, 3:1, and 5:1. Caution: If the enclosure contains the optional microphone power board, make sure the phantom power selection switches (see Figure 33) are set to “OFF”...
Page 321 Attaching Wires BCS Commands BCS commands are used to control the decibel level. The equivalent to unity gain can be obtained by entering CL#I#VA0T. See the Serial Control Operation section of this binder for information on adjusting input gain. Figure 31 shows compression ratios for 1:1, 2:1, 3:1, and 5:1, as well as the limiting point.
Page 322 Microphone Input To connect wires to the microphone input board: 1. Loosen the wire clamps on the three-position connector. Be sure the clamps are open all the way, but do not remove the screws from the connector. 2. Insert the proper wires (see Figure 32) and firmly re-tighten the clamp screws to make proper connections.
Page 323 Microphone Power Board 10.4 Microphone Power Board Modula enclosures with microphone input boards may also include a microphone power board to provide phantom power for microphone boards connected to condenser type microphones. Microphone power board Figure 34: Microphone power board 10.5 Product Specifications Microphone Board 34-563...
Page 324 CAT-5/UTP Transmitters & Receivers Each AutoPatch CAT-5/UTP Receiver and Transmitter has an RJ-45 connector and is available with a variety of video and audio connectors in either stand-alone modules (see Figure 35) or as AF-10 boards (see Figure 36). Figure 35: CAT-5/Video and Stereo Transmitter and Receiver Modules Figure 36: CAT-5/Video &...
Page 325 CAT-5/UTP Transmitters & Receivers A.1 Adjustment for Cable Length If the length of the CAT-5/UTP cable between the CAT-5/UTP Receiver and the Modula output board does not match the length specified for the factory default setting (<175 feet), an adjustment is required. To adjust the CAT-5/UTP Receiver Module to compensate for differences in the length of the CAT-5/UTP cable: 1.
Page 326 Adjustment for Cable Length Note: If your CAT-5/UTP Receiver Module has two DIP switches, both of them must be set to the same value. 5. Replace the top plate; insert the screws and tighten until snug. Note: Gain adjustments can be made on the RV1 and RV2 pots (potentiometers) while the top plate of the CAT-5/UTP Receiver Module is off (see Figure 38).
Page 327 CAT-5/UTP Transmitters & Receivers A table for adjusting the CAT-5/UTP Receiver and Modula CAT-5/UTP Input Board DIP Switch Settings for Different Lengths of CAT-5/UTP Cable is provided below. Line Length Adjustments Dip Switch “On” (1) and “Off” (0) Setting CAT-5/UTP Cable Length (Positions for Toggles 1 - 2 - 3 - 4) 0 - 0 - 0- 0 <175 ft.
Page 328 Attaching Cables A.2 Attaching Cables The cable for the RJ-45 connector can be either CAT-5, CAT-5e, or CAT-6. Note: If AutoPatch CAT-5 Transmitter or Receiver boards are inadvertently connected to the ports on an Ethernet hub, it will not have an adverse effect on the Ethernet network, nor will it cause damage to any of the equipment.
Page 329 CAT-5/UTP Transmitters & Receivers A.3 Product Specifications Video Throughput Parameter Conditions Value +/-3 dB to 35 MHz or better 3 ft. (.91 m) cable length +/-3 dB to 15 MHz or better Frequency Response CAT-5e 300 ft. (91.44 m) cable length +/-3 dB to 10 MHz or better 1000 ft.
Page 330 Product Specifications Audio Throughput Parameter Conditions Value Frequency Response 20 Hz to 20 kHz +/-0.2 dB THD + Noise Standard Vin = -10 dBu to +8 dBu <0.02% High Headroom Vin = -10 dBu to 22 dBu <0.02% Crosstalk Standard 1 kHz, Vin = +4 dBu <-90 dB High Headroom...
Page 331 This index only includes references to the Enclosures with CAT-5 Video & Audio Boards & Specifications section of this binder. The Installation & Setup, Control Panel Operation, and Serial Control Operation sections each have their own indexes. If you cannot find what you are looking for here, please check the other sections.
Page 332 Index modules, CAT-5/UTP stereo audio boards see CAT-5/UTP Receivers & board numbers 9-1 Transmitters specifications 9-2 mono audio boards stereo audio with CAT-5 board numbers 8-1 adjusting input gain 5-4 specifications 8-2 adjusting output controls 5-3 attaching wires 5-3 mono audio with CAT-5 BCS (basic control structure) 5-4 adjusting input gain 4-5 board numbers 5-1...
Page 333 video with CAT-5 attaching cables 2-2 board numbers 2-1 specifications 2-3 system setup 2-2 volume adjustment mono audio boards 4-4 stereo audio boards 5-4 Connect see configuration files Modula Boards & Specifications...
Page 335 Modula CAT-5/RGBHV Enclosure This Boards & Specifications section contains specific board installation information for boards contained in the following Modula enclosure model: Modula Enclosure Model 34-70 32x32 Enclosure Your custom built enclosure(s) contains one or more of the boards listed below.
Page 336 Modula CAT-5/RGBHV Enclosure Appendix A RGBHV over CAT-5 Transmitters & Receivers CAT-5 Transmitters & Receivers (Appendix A)* AF-10 40-470 Transmitter 40-473 Receiver (25 ft.) 40-476 Receiver (100 ft.) 40-479 Receiver (200 ft.) 40-482 Receiver (300 ft.) Module 10-85 Transmitter 10-88 Receiver (25 ft.) 10-91 Receiver (100 ft.) 10-94 Receiver (200 ft.) 10-97 Receiver (300 ft.)
Page 337 CAT-5/RGBHV Applicability Notice This chapter pertains to the following CAT-5/RGBHV boards: Input boards 34-602, 34-605, 34-608, 34-611 Output board 34-614 Figure 1: CAT-5/RGBHV boards Each Modula CAT-5/RGBHV enclosure is built to hold up to sixteen CAT-5/RGBHV boards with four RJ-45 modular jacks each in a 32x32 configuration.
Page 338 CAT-5/RGBHV 1.1 Attaching Cables When attaching HD-15 cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable (use CAT-5, CAT-5e, or CAT-6). Follow the sheet exactly; the system was programmed at the factory to operate only as indicated on the sheet.
Page 339 CAT-5/RGBHV Configuration Files 1.2 CAT-5/RGBHV Configuration Files Connect (the graphical configuration software program on the CD shipped with the Modula) supports Modula systems with CAT-5/RGBHV connectors. Note: Use this software only if you need to change the configuration information from the original specification. In a Modula CAT-5/RGBHV system, each matrix is a signal path.
Page 340 CAT-5/RGBHV 1.3 Product Specifications CAT-5/RGBHV Boards Applies to receiver input boards 34-602 (25 ft.), 34-605 (100 ft.), 34-608 (200 ft.), 34-611 (300 ft.); transmitter output board 34-614. General From VGA (640x480) to UXGA (1600x1200) Resolution Support over all distances <400 ft. (121.92 m) Power (modules) 9 V DC, 500 mA wall transformer Transmitter / Receiver...
Page 341 RGBHV over CAT-5 Transmitters & Receivers The RGBHV over CAT-5 Transmitter and Receiver boards which are tuned for use with Modula Series Distribution Matrices are referred to as Transmitter-to-Matrix-to-Receiver boards. Each AutoPatch RGBHV over CAT-5 Transmitter and Receiver board has a High Density DB-15 connector and an RJ-45 connector. They are available as either stand-alone modules (see Figure 5) or as AF-10 boards (see Figure 6).
Page 342 RGBHV over CAT-5 Transmitters & Receivers A.1 Attaching Cables The cable for the RJ-45 connector can be either CAT-5, CAT-5e, or CAT-6 cable. Note: A system using Transmitter-to-Matrix-to-Receiver boards (AF-10 and Module) is illustrated on page 1-2. To attach connectors: Insert the connectors (as shown on an AF-10 Transmitter board in Figure 7).
Page 343 Product Specifications Note: If AutoPatch CAT-5 Transmitter or Receiver boards are inadvertently connected to the ports on an Ethernet hub, it will not have an adverse effect on the Ethernet network, nor will it cause damage to any of the equipment. A.2 Product Specifications Transmitter-to-Matrix-to-Receiver Boards Applies to:...
Page 345 Modula Wideband Enclosures This Boards & Specifications section contains specific board installation information for boards contained in the following Modula enclosure models: Modula Enclosure Models 34-10 16x48 Flex Enclosure 34-25 32x32 Enclosure 34-43 48x16 Flex Enclosure Your custom built enclosure(s) contains one or more of the boards listed below.
Page 346 Modula Wideband Enclosures Standard Video (Chapter 2) Input 34-452 Standard Video 34-458 Standard Video, High Impedance 34-464 Standard HV Sync Video Output 34-470 Standard Video (use only in Model 34-43) 34-473 Standard Video (use only in Model 34-25) 34-572 Standard Video (use only in Model 34-10) 34-479 Standard HV Sync Video Mono Audio (Chapter 3)
Page 347 Wideband Video Applicability Notice This chapter pertains to the following wideband video boards: Input boards 34-497, 34-617 Output boards 34-500, 34-503, 34-506 Figure 1: Wideband video boards Each Wideband Video Modula enclosure is built to hold up to sixteen wideband video boards with four BNC connectors each. Nine input and output combinations are possible: 32x32, 4x60, 8x56, 12x52, 16x48, 60x4, 56x8, 52x12, and 48x16, as well as subsets of these configurations (for example, 12x4 or 8x36).
Page 348 Wideband Video 1.1 Attaching Cables When attaching wideband video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure. Follow the sheet exactly; the system was programmed at the factory to operate only as indicated on the sheet.
Page 349 Product Specifications Input Parameter Conditions Value Level +/-1 V Return Loss 5 MHz -45 dB Connector Type Output Parameter Conditions Value Level +/-1 V Connector Type Modula Boards & Specifications...
Page 350 Standard Video Applicability Notice This chapter pertains to the following standard video boards: Input boards 34-452, 34-458 Input sync board 34-464 Output boards 34-470, 34-473, 34-572 Output sync board 34-479 Figure 3: Standard video boards Each Modula Wideband enclosure can hold up to sixteen video boards with four BNC connectors each.
Page 351 Standard Video 2.1 Attaching Cables When attaching video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure.
Page 352 Product Specifications Input Parameter Conditions Value Level +/-1 V Impedance 75 ohms Return Loss 5 MHz -45 dB Connector Type Output Parameter Conditions Value Level +/-1 V Impedance 75 ohms Connector Type Standard HV Sync Boards Applies to input board 34-464; output board 34-479. Input Parameter Conditions...
Page 353 Mono Audio Applicability Notice This chapter pertains to the following mono audio boards: Input boards 34-419, 34-667, 34-686 Output boards 34-434, 34-440, 34-680, 34-683, 34-689, 34-692 Figure 5: Mono audio boards (shown with potentiometer gain option) Each Modula Wideband enclosure can hold up to sixteen mono audio boards with one connector (with four mono audio connections) each.
Page 354 Mono Audio 3.1 Attaching Wires When attaching mono audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 355 Adjusting Output Controls To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 7) clockwise to decrease gain, counterclockwise to increase gain.
Page 356 Mono Audio 3.3 Adjusting Input Gain All mono audio input boards in a Modula come with potentiometer gain control. Adjustments can be made at any time during normal operation. Mono audio input boards are set to unity gain at the factory. A gain control tool is shipped with the Modula Distribution Matrix.
Page 357 Product Specifications 3.4 Product Specifications Mono Audio, Gain Control Applies to input boards 34-419 (Model 34-25 only), 34-667 (Model 34-10 only), 34-686 (Model 34-43 only); output boards 34-434 (Model 34-25 only), 34-680 (Model 34-10 only), 34-689 (Model 34-43 only). Throughput Parameter Conditions Value...
Page 358 Mono Audio Boards Mono Audio (Digital Volume Control) Applies to output boards 34-440 (Model 34-25 only), 34-683 (Model 34-10 only), 34-692 (Model 34-43 only). Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.05% Vin = 0 to +20 dBu Crosstalk f = 1 kHz, Vin = +10 dBu <-95 dB...
Page 359 This index only includes references to the Wideband Enclosures Boards & Specifications section of this binder. The Installation & Setup, Control Panel Operation, and Serial Control Operation sections each have their own indexes. If you cannot find what you are looking for here, please check the other sections. Index BCS (basic control structure) potentiometer gain control...
Page 361 Modula Stereo (with Wideband) Enclosures This Boards & Specifications section contains specific board installation information for boards contained in the following Modula enclosure models: Modula Enclosure Models 34-13 16x48 Flex Enclosure 34-28 32x32 Enclosure 34-55 48x16 Flex Enclosure Your custom built enclosure(s) contains one or more of the boards listed below.
Page 362 Modula Stereo (with Wideband) Enclosures Wideband Video (Chapter 2) Input 34-497 Wideband Video 34-617 Wideband Video, High Impedance Output 34-503 Wideband Video (use only in Model 34-13) 34-506 Wideband Video (use only in Model 34-28) 34-674 Wideband Video (use only in Model 34-55) Standard Video (Chapter 3) Input 34-452 Standard Video...
Page 363 Stereo Audio Applicability Notice This chapter pertains to the following stereo audio boards: Input boards 34-403, 34-428, 34-695 Output boards 34-406, 34-446, 34-698 Figure 1: Stereo audio boards (shown with potentiometer gain option) Each Modula Stereo (with wideband) enclosure can hold up to sixteen stereo audio boards with four (stereo pair) connectors each.
Page 364 Stereo Audio 1.1 Attaching Wires When attaching stereo audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 365 Adjusting Output Controls 1.2 Adjusting Output Controls Stereo output boards in a Modula can be ordered with potentiometer gain control (see below) which can be adjusted at any time during normal operation. Potentiometer Gain Output Boards Potentiometer gain output boards: 34-406, 34-446, 34-698 Stereo output boards are set to unity gain at the factory.
Page 366 Stereo Audio 1.3 Adjusting Input Gain The purpose of Modula “Input Gain Control” is to allow source (input) signals of various amplitudes to be equalized before they are routed and the volume is adjusted. Equalizing source levels provides a consistent reference for volume adjustments and eliminates jumps when routing a new source to a destination.
Page 367 Product Specifications 1.4 Product Specifications Stereo Audio, Gain Control Applies to input boards 34-403 (Model 34-55 only), 34-428 (Model 34-28 only), 34-695 (Model 34-13 only); output boards 34-406 (Model 34-55 only), 34-446 (Model 34-28 only), 34-698 (Model 34-13 only). Throughput Parameter Conditions Value...
Page 368 Wideband Video Applicability Notice This chapter pertains to the following wideband video boards: Input boards 34-497, 34-617 Output boards 34-503, 34-506, 34-674 Figure 5: Wideband video boards Each Stereo (with Wideband) Modula enclosure is built to hold up to sixteen wideband video boards with four BNC connectors each. Nine input and output combinations are possible: 32x32, 4x60, 8x56, 12x52, 16x48, 60x4, 56x8, 52x12, and 48x16, as well as subsets of these configurations (for example, 12x4 or 8x36).
Page 369 Wideband Video 2.1 Attaching Cables When attaching wideband video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure. Follow the sheet exactly; the system was programmed at the factory to operate only as indicated on the sheet.
Page 370 Product Specifications Input Parameter Conditions Value Level +/-1 V Return Loss 5 MHz -45 dB Connector Type Output Parameter Conditions Value Level +/-1 V Connector Type Modula Boards & Specifications...
Page 371 Standard Video Applicability Notice This chapter pertains to the following standard video boards: Input boards 34-452, 34-458 Input sync board 34-464 Output boards 34-473, 34-572, 34-671 Output sync board 34-479 Figure 7: Standard video boards Each Stereo (with Wideband) Modula enclosure can hold up to sixteen video boards with four BNC connectors each.
Page 372 Standard Video 3.1 Attaching Cables When attaching video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure.
Page 373 Product Specifications Input Parameter Conditions Value Level +/-1 V Impedance 75 ohms Return Loss 5 MHz -45 dB Connector Type Output Parameter Conditions Value Level +/-1 V Impedance 75 ohms Connector Type Standard HV Sync Boards Applies to input board 34-464; output board 34-479. Input Parameter Conditions...
Page 374 Mono Audio Applicability Notice This chapter pertains to the following mono audio boards: Input boards 34-415, 34-419, 34-667 Output boards 34-418, 34-421, 34-434, 34-440, 34-680, 34-683 Figure 9: Mono audio boards (shown with potentiometer gain option) Each Stereo (with Wideband) Modula enclosure can hold up to sixteen mono audio boards with one connector (with four mono audio connections) each.
Page 375 Mono Audio 4.1 Attaching Wires When attaching mono audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 376 Adjusting Output Controls To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 11) clockwise to decrease gain, counterclockwise to increase gain.
Page 377 Mono Audio 4.3 Adjusting Input Gain All mono audio input boards in a Modula come with potentiometer gain control. Adjustments can be made at any time during normal operation. Mono audio input boards are set to unity gain at the factory. A gain control tool is shipped with the Modula Distribution Matrix.
Page 378 Product Specifications 4.4 Product Specifications Mono Audio, Gain Control Applies to input boards 34-415 (Model 34-55 only), 34-419 (Model 34-28 only), 34-667 (Model 34-13 only); output boards 34-418 (Model 34-55 only), 34-434 (Model 34-28 only), 34-680 (Model 34-13 only). Throughput Parameter Conditions Value...
Page 379 Mono Audio Mono Audio (Digital Volume Control) Applies to boards 34-421 (Model 34-55 only), 34-440 (Model 34-28 only), 34-683 (Model 34-13 only). Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.05% Vin = 0 to +20 dBu Crosstalk f = 1 kHz, Vin = +10 dBu <-95 dB...
Page 380 This index only includes references to the Stereo with Wideband Enclosures Boards & Specifications section of this binder. The Installation & Setup, Control Panel Operation, and Serial Control Operation sections each have their own indexes. If you cannot find what you are looking for here, please check the other sections.
Page 382 Modula SDI Digital Video Enclosures This Boards & Specifications section contains specific board installation information for boards available for the following SDI Modula enclosure models: Modula Enclosure Models 34-40 32x32 SDI Digital Video Enclosure 34-27 32x32 SDI Digital Video & Wideband Video Enclosure 34-30 32x32 SDI Digital Video &...
Page 383 Modula SDI Digital Video Enclosures Modula Boards Your custom built SDI Digital Video enclosure(s) contains one or more of the board types listed below. The chart below shows which boards can be added to which enclosures. Enclosure Enclosure Enclosure Enclosure 34-40 34-27 34-30...
Page 384 SD-SDI Digital Video Applicability Notice This chapter pertains to the following SD-SDI digital video boards available in enclosure models 34-40, 34-27, 34-30, and 34-33: 34-410 Input board 34-413 Output board Figure 1: SD-SDI digital video boards Modula SDI Digital Video enclosures are built to hold up to sixteen SD-SDI digital video boards with four BNC connectors each.
Page 385 SD-SDI Digital Video 1.1 Attaching Cables When attaching SD-SDI digital video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable on the rear of each enclosure.
Page 386 Product Specifications 1.2 Product Specifications SDI Digital Video Boards Modula SDI Digital Video Enclosures 34-40, 34-27, 34-30, and 34-33 Applies to input board 34-410; output board 34-413. Throughput Parameter Value Data Rates 143 Mbps, 177 Mbps*, 270 Mbps, 360 Mbps, 540 Mbps* Auto Data Rate Lock Data Types 8 or 10 bit, SMPTE 259M, SMPTE 344M...
Page 387 HD-SDI Digital Video Applicability Notice This chapter pertains to the following HD-SDI digital video boards available in enclosure models 34-40, 34-27, 34-30, and 34-33: 34-533 Input board 34-536 Output board Figure 4: HD-SDI digital video boards Modula SDI Digital Video enclosures are built to hold up to sixteen HD-SDI digital video boards with four BNC connectors each.
Page 388 HD-SDI Digital Video 2.1 Attaching Cables When attaching HD-SDI digital video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable on the rear of each enclosure.
Page 389 Product Specifications 2.2 Product Specifications HD-SDI Digital Video Boards Modula SDI Digital Video Enclosures 34-40, 34-27, 34-30, and 34-33 Applies to input board 34-533; output board 34-536. Throughput Parameter Value Data Rates 143 Mbps, 177 Mbps*, 270 Mbps, 360 Mbps, 540 Mbps*, 1.485 Gbps Auto Data Rate Lock Data Types 8 or 10 bit, SMPTE 259M, SMPTE 292M, SMPTE 344M...
Page 390 S-Video Applicability Notice This chapter pertains to the following S-Video boards available in enclosure model 34-33: 34-505 Input board 34-508 Output board Figure 7: S-Video boards (shown with SD-SDI digital video boards) Modula SDI Digital Video enclosures are built to hold up to sixteen boards. Although primarily used for SD-SDI and HD-SDI digital video boards, enclosure 34-33 can also hold S-Video boards (each with four S-Video connectors).
Page 391 S-Video 3.1 Attaching Cables When attaching S-Video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable on the rear of each enclosure. (For multi-enclosure systems, an enclosure number sticker is on the rear of each enclosure.) Follow the sheet exactly;...
Page 392 S-Video Configuration Files 3.2 S-Video Configuration Files Connect (the configuration software program on the AutoPatch Software CD shipped with the Modula) supports Modula systems with S-Video connectors. Important: Use this software only if you need to change the configuration information from the original specification. In Modula systems, each signal in a component signal has its own signal path.
Page 393 S-Video 3.3 Product Specifications S-Video Boards Modula SDI Digital Video Enclosure 34-33 Applies to input board 34-505; output board 34-508. Throughput Parameter Conditions Value +/-3 dB to 40 MHz Frequency Response 1 to All +/-1 dB to 15 MHz Y vs Y Crosstalk (adjacent channel) f = 5 MHz <-60 dB Y vs c Channel Separation...
Page 394 Standard Video Applicability Notice This chapter pertains to the following standard video and HV sync boards available in enclosure models 34-27, 34-30, and 34-33: 34-454 Standard video input board (for enclosures 34-30 & 34-33) 34-448 Standard video input board (for enclosure 34-27) 34-499 HV sync input board 34-457...
Page 395 Standard Video 4.1 Attaching Cables When attaching standard video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable on the rear of each enclosure. (For multi-enclosure systems, an enclosure number sticker is on the rear of each enclosure.) Follow the sheet exactly;...
Page 396 Product Specifications 4.2 Product Specifications Standard Video Boards Modula SDI Digital Video Enclosures 34-30, 34-33 Applies to input board 34-454; output board 34-457. Throughput Parameter Conditions Value +/-1 dB to 20 MHz Frequency Response 1 to All +/-3 dB to 50 MHz Differential Gain* f = 3.58 MHz, 10 to 90% APL <0.2% or better...
Page 397 Standard Video Standard Video Boards Modula SDI Digital Video Enclosure 34-27 Applies to input board 34-448; output board 34-451. Throughput Parameter Conditions Value +/-1 dB to 20 MHz Frequency Response 1 to All +/-3 dB to 50 MHz Differential Gain* f = 3.58 MHz, 10 to 90% APL <0.25% or better Differential Phase*...
Page 398 Product Specifications HV Sync Boards Modula SDI Digital Video Enclosures 34-27, 34-30, 34-33 Applies to input board 34-499; output board 34-502. Input Parameter Conditions Value Level 0 to +5 V Connector Type Output Parameter Conditions Value Level Follows input polarity 0 to +5 V Connector Type AutoPatch reserves the right to modify its products and their specifications without notice.
Page 399 Wideband Video Applicability Notice This chapter pertains to the following wideband video boards available in enclosure model 34-27: 34-442 Input board 34-445 Output board Figure 13: Wideband video boards Modula SDI Digital Video enclosures are built to hold up to sixteen boards. Although primarily used for SD-SDI and HD-SDI digital video boards, enclosure 34-27 can also hold wideband video boards (each with four BNC connectors).
Page 400 Wideband Video 5.1 Attaching Cables When attaching wideband video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable on the rear of each enclosure.
Page 401 Product Specifications 5.2 Product Specifications Wideband Video Boards Modula SDI Digital Video Enclosure 34-27 Applies to input board 34-442; output board 34-445. Throughput Parameter Conditions Value +/-1 dB to 60 MHz Frequency Response 1 to All +/-1.5 dB to 200 MHz +/-3 dB to 300 MHz f = 5 MHz <-60 dB...
Page 402 Stereo Audio Applicability Notice This chapter pertains to the following stereo audio boards available in enclosure model 34-33: 34-511 Input board 34-514 Output board Figure 15: Stereo audio boards (shown with SD-SDI digital video boards) Modula SDI Digital Video enclosures are built to hold up to sixteen boards. Although primarily used for SD-SDI and HD-SDI digital video boards, enclosure 34-33 can also hold stereo audio boards (each with four stereo pair connectors).
Page 403 Stereo Audio 6.1 Attaching Wires When attaching stereo audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach the wires on the rear of each enclosure. (For multi-enclosure systems, an enclosure number sticker is on the rear of each enclosure.) Follow the sheet exactly;...
Page 404 Adjusting Output Controls 6.2 Adjusting Output Controls Stereo output boards in a Modula SDI Digital Video enclosures come with potentiometer gain control which can be adjusted at any time during normal operation. A small AutoPatch screwdriver for adjusting gain is included with every Modula Distribution Matrix.
Page 405 Stereo Audio 6.3 Adjusting Input Gain All stereo audio input boards in Modula SDI Digital Video enclosures come with potentiometer gain control. Adjustments can be made at any time during normal operation. Caution: Only a qualified dealer should adjust input gain. The purpose of controlling the input gain (the nominal level of the signal from the source device) is to allow source signals of various amplitudes to be equalized before they are routed and the volume is adjusted.
Page 406 Product Specifications 6.4 Product Specifications Stereo Audio Boards Modula SDI Digital Video Enclosure 34-33 Applies to input board 34-511; output board 34-514. Throughput Parameter Conditions Value f = 20 Hz to 20 kHz THD + Noise <0.03% Vin = -6 to +20 dBu Crosstalk f = 1 kHz, Vin = +20 dBu <-95 dB...
Page 407 Mono Audio Applicability Notice This chapter pertains to the following mono audio boards available in enclosures models 34-30 and 34-33: 34-475 Input board 34-472 Output board Figure 19: Mono audio boards (shown with SD-SDI digital video boards) Modula SDI Digital Video enclosures are built to hold up to sixteen boards. Although primarily used for SD-SDI and HD-SDI digital video boards, enclosures 34-30 and 34-33 can also hold mono audio boards (each with one connector that has four mono audio connections).
Page 408 Mono Audio 7.1 Attaching Wires When attaching mono audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach the wires on the rear of each enclosure. (For multi-enclosure systems, an enclosure number sticker is on the rear of each enclosure.) Follow the sheet exactly;...
Page 409 Adjusting Input Gain To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 21) clockwise to decrease gain, counterclockwise to increase gain.
Page 410 Mono Audio To use potentiometer input gain to equalize input levels: 1. Route the first source (input) to a destination (output). 2. Adjust the input gain for the source to the desired dB level by turning the corresponding potentiometer (see Figure 22) clockwise to decrease gain, counterclockwise to increase gain.
Page 411 Product Specifications 7.4 Product Specifications Mono Audio Boards Modula SDI Digital Video Enclosures 34-30, 34-33 Applies to input board 34-475; output board 34-472. Throughput Parameter Conditions Value Frequency Response 20 Hz to 20 kHz <0.1 dB f = 20 Hz to 20 kHz THD + Noise <0.02% Vin = -10 to +22 dBu...
Page 413 Modula Series4 Enclosures This Boards & Specifications section contains specific board installation information for boards contained in the following enclosure models: Modula Enclosure Models 34-61 32x32 Series4 Enclosure 34-42 32x32 CatPro Series4 Enclosure Enclosure model 34-61 holds primarily RGBHV/HD-15 and stereo boards. Enclosure model 34-42 holds primarily RGBHV/HD-15 boards, CatPro input (RX) and output (TX) boards, and CatPro-compatible stereo boards.
Page 414 Modula Series4 Enclosures Modula Series4 Enclosure Specifications Applies to enclosure models 34-61 and 34-42. Parameter Value Approvals CE, UL, cUL 100 – 240 VAC (50 – 60 Hz) AC Power* 3.3 A @ 115 VAC max. 1.6 A @ 230 VAC max. Power Consumption (max.) 520 Watt per enclosure Power Consumption (typical)
Page 415 Primary Boards Primary Boards Chapter 1 – RGBHV/HD-15 (Input 34-590; Output 34-593) Attaching Cables ............1-2 HD-15 Pinout .
Page 416 Modula Series4 Enclosures Secondary Boards Chapter 4 – Wideband Video (Inputs 34-638, 34-641; Output 34-644) Attaching Cables ............4-2 Product Specifications .
Page 417: Chapter 1 - Rgbhv
RGBHV/HD-15 Applicability Notice This chapter pertains to the following Modula RGBHV/HD-15 boards: 34-590 RGBHV/HD-15 input board 34-593 RGBHV/HD-15 output board Figure 1: RGBHV/HD-15 input and output boards (shown with CatPro and stereo audio boards) RGBHV/HD-15 boards are primary boards for enclosure models 34-61 and 34-42.
Page 418: Attaching Cables
RGBHV/HD-15 1.1 Attaching Cables When attaching HD-15 input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable on the rear of each enclosure (multi-enclosure systems have an enclosure number sticker on the rear of each enclosure).
Page 419: Rgbhv/Hd-15 Configuration Files
RGBHV/HD-15 Configuration Files 1.2 RGBHV/HD-15 Configuration Files Connect (the configuration software program on the AutoPatch Software & Documentation CD shipped with Modula enclosures) supports Modula systems with RGBHV/HD-15 boards. Important: Use X Connect only if you need to change the configuration information from the original specification.
Page 420: Product Specifications
RGBHV/HD-15 1.3 Product Specifications RGBHV/HD-15 Boards Applies to input board 34-590; output board 34-593, which are compatible with CatPro input and output boards. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Throughput Parameter Conditions Value Frequency Response 1 to All +/-3 dB to 300 MHz or better...
Page 421: Chapter 2 - Catpro Rgbhv+Stereo & Catpro Rgbhv
CatPro RGBHV+Stereo & CatPro RGBHV Applicability Notice This chapter pertains to the following Modula Series4 boards: CatPro RGBHV+Stereo CatPro RGBHV 34-487 CatPro input (RX) board 34-517 CatPro input (RX) board 34-490 CatPro output (TX) board 34-520 CatPro output (TX) board Figure 5: CatPro input &...
Page 422: Attaching Cables
CatPro RGBHV+Stereo & CatPro RGBHV 2.1 Attaching Cables When attaching CatPro input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable on the rear of each enclosure. Follow it exactly; the system was programmed at the factory to operate only as indicated on the sheet.
Page 423: Destination Device (Monitor)
CatPro System Equipment Destination Device (Monitor) The Destination Monitor receives signals from the Source PC. It can be connected to the CatPro RX Module (which is connected to a CatPro output board) or to an RGBHV/HD-15 output board (depending on the routing path). Adjustments made on the CatPro RX Module and/or the CatPro Wizard (which is run on a Control PC) are reflected on the Destination Monitor.
Page 424: System Setup
CatPro RGBHV+Stereo & CatPro RGBHV 2.3 System Setup A CatPro system uses at least one of three different paths as the signal(s) passes through the modules and boards from the source to the destination. The three routing paths are herein referred to as Routing Paths A, B, and C (see the chart below).
Page 425: Routing Path A
System Setup The rest of this chapter refers to video (RGBHV) and to stereo equipment, signals, and connectors. Some CatPro boards and modules route stereo signals along with the video and some do not. Both types of boards and modules work in the same basic way, so use the information as it applies to the specific boards in your system.
Page 426: Routing Path C
CatPro RGBHV+Stereo & CatPro RGBHV Routing Path C In Routing Path C (see Figure 10), the signal from a source device is sent to a CatPro TX Module, which passes the RGBHV and stereo audio signals to the CatPro input board. The signals are then routed to the CatPro output board and on to the CatPro RX Module, which sends the signals to the destination device.
Page 427: Routing Path A - Cabling & The Rx Hardware Method
Routing Path A – Cabling & the RX Hardware Method Routing Equipment Adjustment Method Path CatPro CatPro RGBHV/HD-15 Input Board RX Hardware Output Board RX Module CatPro CatPro RGBHV/HD-15 Output Board Wizard TX Module Input Board CatPro CatPro CatPro CatPro Wizard &...
Page 428 CatPro RGBHV+Stereo & CatPro RGBHV Gain and Peak The Gain and Peak potentiometers (pots) on a CatPro RX Module are used to compensate for the overall cable length. For Routing Path A, the CatPro supported cable between a CatPro output board and its RX Module can be up to 1,000 ft.
Page 429 Routing Path A – Cabling & the RX Hardware Method Tip: Be sure that the source device sending the signal to the display monitor (or device) has a sharp picture before you start. To adjust the gain and peak with the potentiometers: 1.
Page 430 CatPro RGBHV+Stereo & CatPro RGBHV 6. Turn the Adjust knob clockwise or counterclockwise until the red color bars align as closely as possible with the green color bars. 7. Press the Adjust knob. The LED turns green, and the module is placed in Green Skew Adjust mode. 8.
Page 431: Routing Path B - Cabling & The Wizard Method
Routing Path B – Cabling & the Wizard Method LED Blinks Red and Green If the LED alternately blinks red and green, a configuration failure has occurred. ä If the blinking happens when the Adjust knob is pressed to save (Step 13), the system failed to save the settings.
Page 432 CatPro RGBHV+Stereo & CatPro RGBHV 4. Connect the Control PC (with the CatPro Wizard installed) to the Modula using a null modem cable; the Control PC settings and the CatPro Wizard settings (which default to serial port Com 1 and baud rate 9600) must match. (Leave the Control PC connected until the system is completely adjusted.) Saving and Restoring Files When a file is opened with the CatPro Wizard, the settings are loaded to the...
Page 433 Routing Path B – Cabling & the Wizard Method 5. In the Wizard, select the source in the navigation tree in the upper left corner that corresponds to the input connector number for the source signal to be adjusted. Select the source Figure 18: Select the source to be adjusted 6.
Page 434 CatPro RGBHV+Stereo & CatPro RGBHV 9. Select Blue Skew and move the slider until the blue color bars align with the red and green ones. (If necessary, reselect the icons and adjust further.) Figure 20: Test image adjusted for skew 10.
Page 435: Routing Path C - Cabling & The Wizard /Rx Hardware Method
Routing Path C – Cabling & the Wizard / RX Hardware Method 3. Click the check boxes for all sources that require the same settings. 4. From the Options menu, open the Copy to Selected submenu and select Current Profile. The settings are applied to all sources that were selected in Step 3.
Page 436 CatPro RGBHV+Stereo & CatPro RGBHV To assemble the Temporary RX Module Unit and calibrate its RX Module: 1. Assemble the Temporary RX Module Unit (see Figure 22): a. Connect the 3-foot (.9 m) CAT-5e cable to the RX Module. b. Connect the RX Module to a temporary monitor using HD-15 cable. (The module and monitor can be used in the last routing path to be calibrated.) CatPro RX Module +24VDC...
Page 437 Routing Path C – Cabling & the Wizard / RX Hardware Method Place all source and destination devices in their final installation locations. 3. Cable the complete routing paths from the source devices to the destination devices (see Figure 24 for placement of TX and RX Modules). All cable should be the actual cable that will be used.
Page 438 CatPro RGBHV+Stereo & CatPro RGBHV 4. Open the CatPro Wizard on the Control PC. 5. Adjust the display using the CatPro Wizard according to Steps 5 through 10 on pages 2-13 and 2-14. 6. Disconnect the Temporary RX Module Unit and reconnect the permanent RX Module to the CatPro output board.
Page 439: Troubleshooting
Troubleshooting 2.5 Troubleshooting Note: If undesirable display conditions persist after trying the Troubleshooting procedures below, contact AutoAssist Technical Support. No Image or Distorted Image Depending on the equipment / routing path: ä If the picture periodically goes blank, the CatPro input boards may be over-peaked.
Page 440: Wizard Problems
CatPro RGBHV+Stereo & CatPro RGBHV Wizard Problems If the Wizard stops functioning, adjustments already made are still in effect but will be lost when power is cycled. Depending on when it stopped, restart the Wizard and finish adjusting or, if already finished, save the settings to the system (and to a PC file for backup).
Page 441: Product Specifications
Product Specifications 2.7 Product Specifications CatPro Input (RX) and Output (TX) Boards Applies to input boards 34-487 (RGBHV+Stereo), 34-517 (RGBHV) and output boards 34-490 (RGBHV+Stereo), 34-520 (RGBHV). – For use in Modula CatPro Series4 (34-42) enclosures. Note: The minimum cable length for a Modula CatPro Input board should not be less than 12 feet (3.66 m).
Page 442 Category cable 5, 5e, 6, 6e, and STP * All measurements were taken using CAT-5e cable. Note: Skew-free cable is not recommended for use on AMX AutoPatch CatPro equipment. AutoPatch reserves the right to modify its products and their specifications without notice.
Page 443: Chapter 3 - Stereo Audio, Catpro-Compatible
Stereo Audio (CatPro-Compatible) Applicability Notice This chapter pertains to the following Modula stereo audio boards: 34-493 CatPro-compatible stereo audio input board, gain control 34-496 CatPro-compatible stereo audio output board, digital volume control Figure 27: CatPro-compatible stereo audio input and output boards (shown with CatPro and RGBHV/HD-15 boards) CatPro-compatible stereo input and output boards are primary boards for enclosure model 34-42.
Page 444: Attaching Wires
Stereo Audio (CatPro-Compatible) 3.1 Attaching Wires When attaching stereo audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 445: Wiring Sources & Destinations
Adjusting Outputs Wiring Sources & Destinations Source and destination devices will require either balanced (differential) or unbalanced (single-ended) connections. The diagram in Figure 29 illustrates the options for wiring connections between the sources and the input connectors and between the output connectors and the destinations. More than one of these options can be used in the same system.
Page 446: Adjusting Inputs
Stereo Audio (CatPro-Compatible) The example below uses the BCS Absolute Method which adjusts volume to a specific decibel level. To adjust an output’s volume, enter the Volume Absolute command below, replacing the “#”s with the level and output number, and replacing “^^^” with the decibel level.
Page 447: Potentiometer Gain Input Board
Product Specifications Potentiometer Gain Input Board Potentiometer gain input board: 34-493 These boards are set to unity gain at the factory. A small screwdriver is shipped with the Modula Distribution Matrix for turning the potentiometers. To use potentiometer input gain to equalize input levels: 1.
Page 448 Stereo Audio (CatPro-Compatible) Input Parameter Conditions Value Level (max.) +8 dBu, balanced Impedance 18 kohms Gain Adjustment Range Potentiometer adjustment +6 dB to -6 dB Type Balanced or unbalanced Connector Type Pluggable 5-position terminal block Stereo Audio (Digital Volume Control) Boards – CatPro-Compatible Applies to output board 34-496.
Page 449 Wideband Video Applicability Notice This chapter pertains to the following Modula wideband video boards: 34-638 Wideband input board 34-641 Wideband input board (high impedance) 34-644 Wideband output board Figure 31: Wideband video boards (shown with RGBHV/HD-15 boards) Wideband boards (with four BNC connectors each) are secondary boards for enclosure models 34-61 and 34-42.
Page 450 Wideband Video 4.1 Attaching Cables When attaching wideband video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure.
Page 451 Product Specifications 4.2 Product Specifications Wideband Video Boards Applies to input boards 34-638, 34-641 (high impedance); output board 34-644. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Throughput Parameter Conditions Value +/-1 dB to 60 MHz or better Frequency Response 1 to All +/-1.5 dB to 200 MHz or better...
Page 452 S-Video Applicability Notice This chapter pertains to the following Modula S-Video boards: 34-430 S-Video input board 34-433 S-Video output board Figure 33: S-Video boards (shown with RGBHV/HD-15 boards) S-Video boards (with four S-Video connectors each) are secondary boards for enclosure models 34-61 and 34-42. Each Modula Series4 enclosure holds up to 16 boards and can accommodate connector configurations up to a maximum of 32x32, as well as subsets (for example, 12x4 or 8x32).
Page 453 S-Video 5.1 Attaching Cables When attaching S-Video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows where to attach each cable on the rear of each enclosure. Follow the sheet exactly;...
Page 454 S-Video Configuration Files 5.2 S-Video Configuration Files Connect (the configuration software program on the AutoPatch Software & Documentation CD shipped with the Modula) supports Modula systems with S-Video connectors. Important: Use X Connect only if you need to change the configuration information from the original specification.
Page 455 S-Video 5.3 Product Specifications S-Video Boards Applies to S-Video input board 34-430; output board 34-433. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Throughput Parameter Conditions Value +/-1 dB to 20 MHz or better Frequency Response 1 to All +/-3 dB to 50 MHz or better Y vs Y Crosstalk (adjacent channel)
Page 456 Standard Video & HV Sync Applicability Notice This chapter pertains to the following Modula standard video and HV sync boards: 34-647 Standard video input board 34-650 Standard video input board (high impedance) 34-653 Standard video input HV sync board 34-659 Standard video output board 34-662 Standard video output HV sync board Figure 37: Standard video boards [shown with RGBHV/HD-15 boards] Standard video and sync boards (with four BNC connectors each) are secondary...
Page 457 Standard Video & HV Sync 6.1 Attaching Cables When attaching video input and output cables, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each cable on the rear of each enclosure.
Page 458 Product Specifications 6.2 Product Specifications Standard Video Boards Applies to input boards 34-647, 34-650 (high impedance); output board 34-659. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Throughput Parameter Conditions Value +/-1 dB to 20 MHz or better Frequency Response 1 to All +/-3 dB to 50 MHz or better...
Page 459 Standard Video & HV Sync Standard HV Sync Boards Applies to input board 34-653; output board 34-662. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Input Parameter Conditions Value Level 0 to +5 V Connector Type Output Parameter Conditions...
Page 460 Stereo Audio Applicability Notice This chapter pertains to the following Modula stereo audio boards: 34-632 Stereo audio input board, gain control 34-635 Stereo audio output board, gain control 34-629 Stereo audio output board, digital volume control Figure 39: Stereo audio boards (shown with RGBHV/HD-15 boards) Stereo audio boards (with four connectors each) are secondary boards for enclosure models 34-61 and 34-42.
Page 461 Stereo Audio 7.1 Attaching Wires When attaching stereo audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 462 Adjusting Outputs Wiring Sources & Destinations Source and destination devices will require either balanced (differential) or unbalanced (single-ended) connections. The diagram in Figure 41 illustrates the options for wiring connections between the sources and the input connectors and between the output connectors and the destinations. More than one of these options can be used in the same system.
Page 463 Stereo Audio To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 42) clockwise to decrease gain, counterclockwise to increase gain.
Page 464 Adjusting Inputs 7.3 Adjusting Inputs Caution: Only qualified dealers should adjust input gain. The purpose of “Input Gain Control” is to allow source (input) signals of various amplitudes to be equalized before they are routed and the volume is adjusted. Equalizing source levels provides a consistent reference for volume adjustments and eliminates jumps when routing a new source to a destination.
Page 465 Stereo Audio 7.4 Product Specifications Stereo Audio (Gain Control) Boards Applies to input board 34-632; output board 34-635. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Throughput Parameter Conditions Value Frequency Response 20 Hz to 20 kHz <+/-0.1 dB f = 20 Hz to 20 kHz THD + Noise...
Page 466 Product Specifications Stereo Audio (Digital Volume Control) Boards Applies to output board 34-629. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Throughput Parameter Conditions Value Frequency Response 20 Hz to 20 kHz <+/-0.1 dB f = 20 Hz to 20 kHz THD + Noise <0.03% Vin = -10 to +22 dBu...
Page 467 Mono Audio Applicability Notice This chapter pertains to the following Modula mono audio boards: 34-656 Mono audio input board, gain control 34-665 Mono audio output board, gain control 34-668 Mono audio output board, digital volume control Figure 44: Mono audio boards (shown with RGBHV/HD-15 boards) Mono audio boards (with four mono audio connections) are secondary boards for enclosure models 34-61 and 34-42.
Page 468 Mono Audio 8.1 Attaching Wires Wiring Input & Output Boards When attaching mono audio input and output wires, refer to the sheet labeled “AutoPatch Modula Connector Guide” found inside the back cover of this binder. The sheet shows you where to attach each wire on the rear of each enclosure.
Page 469 Adjusting Outputs Wiring Sources & Destinations Source and destination devices will require either balanced (differential) or unbalanced (single-ended) connections. The diagram in Figure 46 illustrates the options for wiring connections between the sources and the input connectors and between the output connectors and the destinations. More than one of these options can be used in the same system.
Page 470 Mono Audio To adjust output gain control using potentiometers: 1. Route a source (input) to the first destination (output). 2. Adjust the output gain for the destination to the desired dB level by turning the corresponding potentiometer (see Figure 47) clockwise to decrease gain, counterclockwise to increase gain.
Page 471 Adjusting Inputs 8.3 Adjusting Inputs All mono audio input boards in a Modula come with potentiometer gain control. Adjustments can be made at any time during normal operation. Mono audio input boards are set to unity gain at the factory. A small screwdriver is shipped with the Modula Distribution Matrix for turning the potentiometers.
Page 472 Mono Audio 8.4 Product Specifications Mono Audio (Gain Control) Boards Applies to input board 34-656; output board 34-665. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Throughput Parameter Conditions Value Frequency Response 20 Hz to 20 kHz <+/-0.1 dB f = 20 Hz to 20 kHz THD + Noise...
Page 473 Product Specifications Mono Audio (Digital Volume Control) Boards Applies to output board 34-668. – For use in Modula Series4 (34-61) and Modula CatPro Series4 (34-42) enclosures. Throughput Parameter Conditions Value Frequency Response 20 Hz to 20 kHz <+/-0.1 dB f = 20 Hz to 20 kHz THD + Noise <0.03% Vin = -10 to +22 dBu...
Page 474 CatPro RGBHV+Stereo Modules & CatPro RGBHV Modules Applicability Notice This chapter pertains to the following CatPro Modules: RGBHV (not shown) RGBHV+Stereo (illustrated) 10-72 CatPro TX Module 10-45 CatPro TX Module 10-75 CatPro RX Module 10-48 CatPro RX Module UTP/STP UTP/STP IN +24VDC 600mA +24VDC...
Page 475 CatPro RGBHV+Stereo Modules & CatPro RGBHV Modules A.1 Attaching Cables CatPro Supported Cables To guarantee 1,000 ft. (305 m) skew compensation, the inter-pair skew must CAT-5 ä equal <20 ns/100 m. Pre-installed cables should be tested for skew. They ä CAT-5e will work if they test less than 62 ns skew and are within 1,000 ft.
Page 476 * When both a TX and an RX Module are used in conjunction with an AutoPatch Distribution Matrix to create a single routing path, the total of the two cable lengths cannot exceed 1,000 ft. (305 m). Note: Skew-free cable is not recommended for use on AMX AutoPatch CatPro equipment.
Page 477 CatPro RGBHV+Stereo Modules & CatPro RGBHV Modules CatPro RGBHV+Stereo (10-45) and RGBHV (10-72) TX Modules RGB In Signal Level Range: +0.9 V to -0.2 V (terminated) Impedance: 75 ohms Return Loss: <-35 dB @ 5 MHz RGB Local Out Signal Level Range: +0.9 V to -0.2 V (terminated, unity gain) Impedance:...
Page 478 Index This index includes references only to the Boards & Specification section of this binder. The Installation & Setup, Control Panel Operation, and Serial Control Operation (BCS) sections each have their own index. If you cannot find what you are looking for here, please check the other sections. cable continued CatPro Wizard continued Adjust knob...
Page 479 Index mono audio boards continued RGBHV/HD-15 boards continued gain input gain, adjusting 8-5 configuration files 1-3 output gain control, adjusting 8-4 connector pinouts 1-2 input boards (pots) 3-5, 7-4, 8-4 potentiometers, gain control 8-4, 8-5 specifications 1-4 output boards (digital) 3-3, 7-4, 8-4 specifications 8-6 to 8-7 output boards (pots) 7-4, 8-2 Routing Path A...
Page 480 specifications continued test image file continued wiring stereo audio boards CatPro Wizard, for use with 2-12, CatPro RX Module A-2 (CatPro-compatible) 3-5 to 3-6 2-17 mono audio boards 8-2 stereo audio boards (secondary) 7-6 name & location 2-8 sources & destinations diagram 3-3, S-Video boards 5-4 7-3, 8-3 troubleshooting, CatPro...
Page 481 One of the advantages of a Modula enclosure is that boards can be added in the field. To determine which boards can be added to your model, see the chart below and contact your AMX representative. Boards can only be added to their respective slots, e.g., input boards can only be added to input slots. For board installation information, see the Installation &...
Page 482 Modula RS-422 Enclosure & Boards Modula RS-422 Boards Applicability Notice This chapter pertains to the following RS-422 boards: FG1034-620 X-Port board FG1034-623 Y-Port board RS-422 boards FIG. 1 Modula Series4 RS-422 enclosures are built to hold up to sixteen RS-422 boards with four RS-422 (DB-9) connectors each.
Page 483 When attaching RS-422 (or RS-232) cables for controllers or for devices, refer to the sheet labeled “AMX AutoPatch Modula Connector Guide” that shipped with the product. The sheet shows where to attach each cable on the rear of each enclosure. Follow the sheet exactly; the system was programmed at the factory to operate only as indicated on the sheet.
Page 484 Modula RS-422 Enclosure & Boards Port Configuration The configuration of the X-Port and Y-Port connectors must match the port configuration of the controller and device equipment attached to the Modula. Switch Settings The toggle switches individually configure the X-Port and Y-Port connectors to function as controller or device ports.
Page 485 Modula RS-422 Enclosure & Boards RS-422 Board - Pinout for DB-9 Connector Pin # Board Switch Set to CTL Board Switch Set to DEV Common Ground Common Ground Transmit A (-) Receive A (-) Receive B (+) Transmit B (+) Common Ground Common Ground Common Ground...
Page 486 Modula RS-422 Enclosure & Boards To terminate a jumper pin (provide a termination load): Move the jumper to cover Pin 1 (numbered) and Pin 2, as indicated in FIG. 8 on the right. Switch set to CTL (controller) J1 - Not Terminated J1 - Terminated J2 - Not Terminated J2 - Not Terminated...
Page 487 Modula RS-422 Enclosure & Boards X to Y Point-to-Point (Default) An X to Y Point-to-Point configuration is the factory default for routing RS-422 systems. Using a single command, this configuration allows for one controller signal from an X-Port to be routed to one Y-Port and for a device status signal from that Y-Port to be automatically returned to the X-Port (FIG.
Page 488 Modula RS-422 Enclosure & Boards Control Panel: For the example in FIG. 10, enter a Change command that routes Input (X-Port) 2 to Outputs (Y-Ports) 1, 3, and 4. The last device status signal returned (from Y-Port 4) is the only status device signal that remains connected.
Page 489 Modula RS-422 Enclosure & Boards RS-422 Configuration Files Connect (the configuration software program on the AMX AutoPatch Software & Documentation CD shipped with the Modula) supports Modula systems with RS-422 boards. Caution: Use this software only if you need to change the configuration information to route the system using a different configuration method than originally specified.
Page 491 AutoPatch Statement of Warranty AutoPatch, a division of X Technologies, Inc., Cheney, Washington, warrantees that the products manufactured by AutoPatch will be free of defects in materials and workmanship for the lifetime of the product, subject to the following terms and conditions. Terms and Conditions AutoPatch products are under warranty for a period of five (5) years following the original sales invoice date.
Page 492 AutoPatch Statement of Warranty AutoPatch’s liability and Buyer’s remedies under this warranty shall be limited solely to repair, replacement, or credit, at AutoPatch’s option. The AutoPatch warranty does not apply to any AutoPatch product that has been modified, repaired by an unauthorized agent, or improperly installed, used, or maintained.
Page 493 AutoPatch Service and Returns Policy Service The AutoPatch Modula is to be serviced only by AutoPatch authorized service agents. Return Authorizations Except for warranty claims, merchandise will not be accepted for return or exchange after the first thirty (30) days following the invoice date. Returned items must be shipped prepaid and insured in their original packing containers (if possible).
Page 494 AutoPatch Service and Returns Policy Visible damage and shortages must be noted on the freight bill; packaging and contents must be retained for inspection. Replacement Policies and Procedures During the warranty period: 1. Describe the problem to an AutoPatch dealer, regional representative, or the AutoPatch customer service department.
Page 495 Special Notice Following warranty expiration: 1. Call your AutoPatch dealer, area representative, or the AutoPatch customer service department with a description of the problem. 2. Upon verification of a problem that requires factory repairs, an AutoPatch customer service representative will issue a Return Materials Authorization (RMA) number.
Page 497 AutoPatch Glossary AutoPatch Routing System A collection of AutoPatch components including a Distribution Matrix or Matrices with appropriate controller(s) and accessories. The components of this system interact to provide a single routing solution. BAUD The speed at which communications travel through the serial connector. The Modula accepts 9600 (default), 19200, 38400, and 57600 BAUD.
Page 498 Glossary Distribution Matrix (DM) The hardware and software necessary to route any one of multiple source signals to one or more destination devices. Multiple sources (inputs) cannot be routed to a single destination (output). Distribution matrices are also known as routing switchers, routing matrices, and switching matrices.
Page 499 logical input A logical set that consists entirely of literal inputs. logical output A logical set that consists entirely of literal outputs. logical set An ordered set of literals that are grouped together in order to be considered a single entity and to be switched as a unit. The logical set may consist of input, output, or control literals.
Page 500 Transmitter/Receiver Module Mounting Plate 911114 A0 Attach the mounting plate to the top or the bottom of the module. Fasten using the 4/40 x ¼" undercut screws provided.
Page 501 Module Rack Mounting Tray 10-813 The modules’ connectors may face to the front or to the rear of the tray (see Figures 2 and 3). To install a module in the module rack mounting tray: 1. Remove the module feet by prying loose with a screwdriver. 2.

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AutoPatch CAT-5 RGBHV RX Installation And Setup Manual

Table of Contents

Chapter 1 - Unpacking the Modula

Chapter 2 - Placing the Enclosure(S)

Chapter 3 - Linking Enclosures

Chapter 4 - Attaching Inputs and Outputs

Chapter 5 - Attaching an External Controller

Chapter 6 - Applying Power and the Startup Sequence

Chapter 7 - Executing a Test Switch

Chapter 8 - Managing Configuration Files

Chapter 10 - Adding Boards

Table of Contents

Chapter 9 - Checking Software Version

Appendix A - System Error Codes

Table of Contents

Table of Contents

Table of Contents

Primary Boards Primary Boards

Quick Links

Chapters

Troubleshooting

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Questions and answers

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Summary of Contents for AutoPatch CAT-5 RGBHV RX