AutoPatch CAT-5 RGBHV RX, CP-20A, Modula, CP-15, CP-20 Installation And Setup Manual

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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 & 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

Mounting Accessories

Transmitter/Receiver Module Mounting Plate

Module Rack Mounting Tray

12-Box Rack Mount 4 RU Enclosure

Miscellaneous Supplements

CAT-5 Wiring Diagrams for Transmitter/Receiver Link Cable

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

chart on the next page.

August 2007

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.

August 2007

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.

Grounding straps, conductive smocks, and conductive work mats are

specifically designed for this purpose.

Anyone performing field maintenance on AutoPatch equipment should

use an appropriate ESD field service kit complete with at least a

dissipative work mat with a ground cord and a UL listed adjustable wrist

strap with another ground cord. These items should not be manufactured

locally, since they are generally composed of highly resistive conductive

materials to safely drain static charges, without increasing an

electrocution risk in the event of an accident. ESD protective equipment

can be obtained from 3M

Systems

, and other such vendors.

™

, Desco®, Richmond Technology®, Plastic

Modula Binder Introduction

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.

Read and understand all instructions before using and installing AutoPatch products.

Use the correct voltage range for your AutoPatch product.

There are no user serviceable parts inside an AutoPatch product; service should only

be done by qualified personnel.

If you see smoke or smell a strange odor coming from your AutoPatch product, turn

it off immediately and call AutoAssist.

Turn off and unplug an enclosure before adding or removing boards, unless otherwise

specified in that product’s documentation.

To avoid shock or potential ESD (Electrostatic Discharge) damage to equipment,

make sure you are properly grounded before touching components inside an AutoPatch product.

For products with multiple power supplies in each unit, make sure all power supplies

are turned on simultaneously.

Use surge protectors and/or AC line conditioners when powering AutoPatch products.

Only use a fuse(s) with the correct fuse rating in your enclosure.

Make sure the power outlet is close to the product and easily accessible.

Make sure the product is on or attached to a stable surface.

Turn off equipment before linking pieces together, unless otherwise specified in that product’s documentation.

For safety and signal integrity, use a grounded external power source and a grounded power connector.

Safety

Modula Binder Introduction

Safety

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.

Lisez attentivement toutes les directives avant d’installer et d’utiliser les appareils

AutoPatch.

Le voltage doit être approprié à l’appareil AutoPatch.

Les appareils AutoPatch ne contiennent aucune pièce réparable par l’usager; la

réparation ne doit être effectuée que par du personnel qualifié.

Si de la fumée ou une odeur étrange se dégagent d’un appareil AutoPatch, fermez-le

immédiatement et appelez le Service de soutien technique (AutoAssist).

Fermez et débranchez le boîtier avant d’ajouter ou d’enlever des plaquettes, à moins

d’indication contraire fournie dans la documentation du appareil.

Pour éviter les chocs ou les dommages éventuels causés à l’équipement par une

décharge électrostatique, veillez à ce le dispositif oit bien relié à la terre avant de toucher les composantes se trouvant à l’intérieur d’un appareil AutoPatch.

Veillez à ce que tous les blocs d’alimentation des appareils dotés de blocs d’alimentation multiples dans chaque unité soient allumés simultanément.

Servez-vous de protecteurs de surtension ou de conditionneurs de lignes à courant alternatif lorsque vous mettez les appareils AutoPatch sous tension.

Placez uniquement des fusibles de calibre exact dans les boîtiers.

Veillez à ce que la prise de courant soit proche de l’appareil et facile d’accès.

Veillez à ce que votre appareil AutoPatch soit installé sur une surface stable ou qu’il y soit fermement maintenu.

Fermez toutes les composantes de l’équipement avant de relier des pièces, à moins d’indication contraire fournie dans la documentation de l’appareil.

Par mesure de sécurité et pour la qualité des signaux, servez-vous d’une source d’alimentation externe mise à la terre et d’un connect d’alimentation mis à la terre.

Modula Binder Introduction

Notices

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. Copyright protection claimed extends to AutoPatch hardware and software

and includes all forms and matters copyrightable material and information now allowed

by statutory or judicial law or here in after granted, including without limitation, material

generated from the software programs which are displayed on the screen such as icons,

screen display looks, etc. Reproduction or disassembly of embodied computer programs

or algorithms is expressly prohibited.

No patent liability is assumed with respect to the use of information contained herein.

While every precaution has been taken in the preparation of this publication, AutoPatch

assumes no responsibility for error or omissions. No liability is assumed for damages

resulting from the use of the information contained herein.

Further, this publication and features described herein are subject to change without

notice. The United States Federal Communications Commission (in 47CFR 15.838) has

specified that the following notice be brought to the attention of the users of this product.

Federal Communication Commission Radio Frequency Interference Statement:

“This equipment has been tested and found to comply with the limits for a Class A digital

device, pursuant to Part 15 of the FCC Rules. These limits are designed to provide

reasonable protection against harmful interference when the equipment is operated in a

commercial environment. This equipment generates, uses, and can radiate radio

frequency energy and, if not installed and used in accordance with the instruction

manual, may cause harmful interference to radio communications. Operation of this

equipment in a residential area is likely to cause harmful interference in which case the

user will be required to correct the interference at his own expense.

Notices

If necessary, the user should consult the dealer or an experienced radio/television

technician for additional suggestions. The user may find the booklet, How to Identify

and Resolve Radio-TV Interference Problems, prepared by the Federal Communications

Commission to be helpful.”

Modula Binder Introduction

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.

AutoPatch

Net™, and XNConnect®are trademarks of XNTechnologies, Inc.

MS-DOS

, AutoAssist®, Modula®, Flex-Slot™, Ultra-Flat Response Certified™,

, Windows®, and Windows95®are registered trademarks of Microsoft

Corporation.

, Desco®, Richmond Technology®, and Plastic Systems®are registered trademarks.

Neuron

and LonTalk®are registered trademarks of Echelon.

Notices

TosLink

Ethernet

is a registered trademark of the Toshiba Corporation.

is a registered trademark of the Xerox Corporation.

Modula Binder Introduction

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. It includes directions for operating

the particular type of control panel you selected and for attaching sources

and destination to the specific boards installed for your custom

configuration. This binder is organized into the following tabbed

sections:

Installation & Setup – Designed to provide the installation technician

with quick, easy-to-follow instructions for installing a Modula

Distribution Matrix and preparing it for operation.

Boards & Specifications – Contains information on individual types of

boards and their specifications.

Front Panel Operation – Designed for the end-user operating a system

with a local front panel.

Welcome

Serial Control Operation (BCS) – Designed for the end-user operating

a system by serial control using BCS (Basic Control Structure) protocol

information.

Warranty / Service & Returns – Includes warranty and service

information.

Glossary – Contains an alphabetical listing of terms and definitions

common to AutoPatch products.

Modula Binder Introduction i

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

for programmers who want to set up their own control programs.

The Modula Documentation & Software Binder does not include any

detailed information about SBCs (Single Bus Controllers), remote

control panels, or status display devices for the Modula. Visit our web

site, www.autopatch.com, or call AutoAssist for more information about

these accessories (see Technical Support, page iii).

Product Notes

A Modula Distribution Matrix can stand alone or comprise a virtually

unlimited number of linked enclosures, including any other AutoPatch

products with an X

enclosure can hold up to 16 boards with 4 connectors each. The

Modula’s Flex-Slot

combinations of input to output connectors: 32x32, 4x60, 8x56, 12x52,

16x48, 60x4, 56x8, 52x12, and 48x16, as well as subsets of these

configurations (for example, 12x4 or 8x36). In addition, boards in a

Modula Series4™ Distribution Matrix (a compact 4 RU) route up to

32x32 RGBHV signals through DB-15 connectors.

Note: Please note the Modula Distribution Matrix is available in

several models and various configurations, so the illustrations in this

binder may differ from the model(s) you purchased.

Modula Distribution Matrices fit in a broad range of audio/video/data

environments and are controllable from a variety of sources, including

local control panels, remote control panels, or any control device that can

send ASCII characters through an RS232 or RS422 serial cable.

Net network compatible interface. Each Modula

™

frame provides enclosure capacity for nine

ii Modula Binder Introduction

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

Optional redundant power supplies and vertical-interval switching

Programmable macro functions

Supports paralleled multi-channel signal routing

System self-diagnostics

Ultra-Flat Response Certified

Lifetime Warranty (see Warranty tab at the back of this binder)

™

Technical Support

AutoPatch provides technical support 24 hours a day, 7 days a week

(except for U.S. holidays). Before calling with a question, please consult

the Modula documentation. If this binder cannot fully answer your

question, have your serial number ready (located on the expansion plate

to the right of the power receptacle on the rear of the enclosure) and call

your authorized AutoPatch dealer or call AutoPatch AutoAssist at: (toll

free for U.S. and Canada) 800-622-0246 or (international) 509-235-2636.

You can also reach us through our web site: www.autopatch.com,or

e-mail our AutoPatch Technical Support Specialists at:

support@autopatch.com

Welcome

Modula Binder Introduction iii

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.

Start of Procedure: The icon to the left indicates the start of a

procedure. Procedures are usually numbered, unless only one step.

Welcome

iv Modula Binder Introduction

Contents

Chapter 1 – Unpacking the Modula

Front of the Enclosure ........................................1-2

Rear of the Enclosure ........................................1-3

Chapter 2 – Placing the Enclosure(s)

Site Recommendations .......................................2-2

General Hazard Precautions ..............................2-2

Installation Procedure ........................................2-3

Chapter 3 – Linking Enclosures

Chapter 4 – Attaching Inputs and Outputs

Chapter 5 – Attaching an External Controller

Connecting a Serial Controller .................................5-2

Serial Communication Settings ................................5-3

Chapter 6 – Applying Power and the Startup Sequence

Applying Power ..............................................6-2

CP-20 Control Panel Startup ..................................6-2

CP-10 Control Panel Startup ..................................6-3

Serial Control Device Startup..................................6-3

Chapter 7 – Executing a Test Switch

Executing a Test Switch Using the CP-20 Control Panel ..........7-2

Executing a Test Switch Using the CP-10 Control Panel ..........7-4

Executing a Test Switch Using BCS Commands .................7-6

Technical Support ............................................7-6

Modula Installation & Setup

Contents

Chapter 8 – Managing Configuration Files

Conceptual Overview .........................................8-2

Installing and Launching XNConnect ...........................8-2

User Interface ...............................................8-4

Opening and Downloading a Configuration File...................8-5

Modifying a Configuration File..................................8-5

Modifying Source and Destination Labels ...................8-6

Configuring Local Presets.................................8-6

Modifying Groupings......................................8-9

Grouping Pattern Examples ..................................8-14

Spanning Grouping Pattern Example ......................8-14

Sequential Grouping Pattern Example .....................8-15

Chapter 9 – Paralleling Inputs

Paralleling Inputs.............................................9-2

Controlling Paralleled Inputs...................................9-3

CP-20 Operation of Paralleled Inputs .......................9-3

CP-10 Operation of Paralleled Inputs ......................9-3

BCS Operation of Paralleled Inputs.........................9-3

Chapter 10 – Adding Boards

Input and Output Boards ....................................10-2

Vertical Interval Sync Board..................................10-4

Termination Load Jumper ...............................10-4

External Connections....................................10-5

Installing a VI Sync Board ................................10-5

Verifying System Recognition of the VI Sync Board .........10-7

Enabling the VI Sync Board ..............................10-7

Index

Modula Installation & Setup

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. Box #1 contains several additional items:

Unpacking

Packing list

AutoPatch Modula Documentation & Software Binder

Quick Reference Guide (included with Front Panel Operation

section)

Modula Connector Guide (inside binder)

AutoPatch Software and Documentation CD ROM (inside binder)

Link cable and T-connectors (included with multi-enclosure

systems)

50 ohm termination connector(s)

Other enclosure products

Modula Installation & Setup 1-1

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

Unpacking

sides have been broken open, notify the shipping agency

immediately and contact your AutoPatch Salesperson or

Representative (see the Warranty/Service & Returns section of this

binder).

Once unpacking is complete, closely check the physical condition of

the enclosure(s).

Collect all documentation and envelopes.

Note: AutoPatch is not responsible for damage caused by insufficient

packing during return shipment to the factory. Upon request, AutoPatch

will supply new shipping boxes at cost.

1.1 Front of the Enclosure

Enclosures are the structural basis of a Modula Distribution Matrix.

Since AutoPatch matrix switchers are custom-built for each installation,

factors such as control method and signal types affect the appearance and

weight of each enclosure.

An enclosure may have either a blank front panel or one of various

control panels (local front or remote panels produced by AutoPatch 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. Local control panels

can be removed or attached as needed; note, however, that the

enclosure’s power must be off during removal and installation of a front

panel. Illustrations and directions for control panel use are provided in

the Front Panel Operation section of this binder.

1-2 Modula Installation & Setup

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:

Power receptacle

Expansion/control slot with serial number

Input and output boards, sometimes with empty board slots

(up to a combined total of sixteen)

Expansion/control slot (may contain a Vertical Interval Sync board

in video enclosures)

Expansion/control slot with CPU board

Power Receptacle

Expansion/Control Slots

CPU Board in Expansion/Control Slot

Unpacking

Serial Number

Figure 1: Rear view of a Modula enclosure

Figure 2: Rear view of a Modula Series4 enclosure

Input Connectors

The following segments briefly introduce the hardware on the rear of the

enclosure.

Output Connectors

Modula Installation & Setup 1-3

Unpacking

Unpacking the Modula

Input and Output Connectors

OUT

1 2 3 4

OUT

1 2

3 4

+48V

OFF

+48V

V 48 +

OFF

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. Input and output connectors

are numbered separately. Depending on the configuration, different types

of boards may also be numbered separately. The four connector numbers

for each board are above and to the right of its top connector. This

numbering pattern continues on each board (see Figure 3).

Looking at the rear of the enclosure, the inputs (sources) are on the left

side, and the outputs (destinations) are on the right side. BNC connectors

are also color coded; the white connectors are inputs and the black

connectors are outputs.

A single enclosure can handle a combination of signals, such as analog

audio, analog video, digital video, sync, etc. See the Boards &

Specifications section of this binder for information on the individual

types of boards, their connectors, and specifications that are available for

your model.

Expansion/Control Slots

Each enclosure provides three expansion/control slots (see Figure 1).

The one farthest to the right contains the CPU. The one to the right of the

power receptacle and the one to the left of the CPU board are for future

boards to increase functionality and add new features to your system.

1-4 Modula Installation & Setup

Rear of the Enclosure

CPU

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). Two indicators are at

the top of board, one for system status and the other for indicating

communication activity. In addition, the X

Net Communication Link

port at the bottom of the board is for linking to AutoPatch control

devices (such as SBCs), remote control panels, and display units.

Unpacking

Power Receptacle

2A 250V

CAUTION - For

continued protection

against risk of fire, replace only with same type and rating of fuse.

Cheney, WA USA, 509-235-2636

A Div. of XN Technologies, Inc.

01051901001PREC030001

Fuse

Power Switch

Power Receptacle

100-240VAC

50/60Hz 2A Max.

UL 60950

E177015

Figure 5: Power Receptacle

The power receptacle is in the farthest left slot on the rear of the

enclosure. This unit contains a fuse, a power switch, and the power

receptacle. Press the “0” side of the power switch to turn it off; press the

“1” side to turn it on.

Caution: Double Pole/Neutral Fusing–fuses are used both in the “live”

phase and “neutral” phase of the device.

Modula Installation & Setup 1-5

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). All Modula enclosures are equipped with an RPS

Indicator on the front of the enclosure (see Figure 6).

The RPS LED indicates the presence and functionality of the power

supplies:

Not Illuminated – The system does not have an RPS.

Green – Both power supplies are working.

Red – One of the power supplies has failed; contact AutoAssist.

Caution: If the RPS fails, it should be replaced as soon as possible to

avoid damaging the remaining power supply. Contact AutoAssist for

replacement information (see Technical Support below).

Technical Support

AutoPatch provides technical support 24 hours a day, 7 days a week

(except for U.S. holidays). Have your serial number ready. The number

is normally located on the rear of the enclosure.

March 2006 Modula Installation & Setup (Replacement) 1-6

AutoAssist Contact Information

Toll-free U.S. and Canada – 800-622-0246

International – 509-235-2636

Website – www.autopatch.com

Email – support@autopatch.com

Unpacking

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. A failed power supply should be replaced as soon as

possible to avoid damaging the remaining power supply. Call

AutoAssist for replacement information (see Technical Support,

page 7-6).

1-6 Modula Installation & Setup

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

Placing Enclosures

AC Power

Frequency 47 - 63 Hz

Humidity 0 to 90% non-condensing

Dimensions 3 RU

Dimensions 4 RU

Weight

Fuse 2 Amp time lag (5 mm x 20 mm)

100 - 240 VAC single phase (47-63 Hz)

240 Watt maximum per enclosure

17 in. (43.18 cm) depth

18.77 in. (47.68 cm) width with mounting ears

17.4 in. (44.20 cm) width without mounting ears

5.25 in. (13.34 cm) height

17 in. (43.18 cm) depth

18.77 in. (47.68 cm) width with mounting ears

17.4 in. (44.20 cm) width without mounting ears

7.0 in. (17.78 cm) height

Approximately 22-24 lb. (9.98 -10.88 kg) per

enclosure

For individual board information and specifications, see the Boards &

Specifications section of this binder. Full specifications for all AutoPatch

products are located on the AutoPatch web site (www.autopatch.com).

Modula Installation & Setup 2-1

Placing Enclosures

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. The optimum viewing

angle for the LCD screen is 15°.

General Hazard Precautions

The recommendations listed address potential hazards that are considered

common to most rack installations:

Elevated Operating Ambient Temperature

Consideration should be given to installing the equipment in an

environment compatible with the manufacturer’s maximum rated

ambient temperature. This precaution is advised because in a closed or

multi-unit rack assembly, the operating ambient temperature of the rack

environment may be greater than the ambient room temperature.

Caution: To protect the equipment from overheating, do not operate in

an area that exceeds the maximum recommended ambient temperature

of 104° F (40° C). To prevent airflow restriction, allow at least 3 inches

(7.6 cm) of clearance around the enclosure openings for proper airflow.

Reduced Air Flow

Installation of the equipment in a rack should be such that the amount of

air flow required for safe operation of the equipment is not compromised.

Caution: Avoid placing high heat-producing equipment directly above

or below the enclosure(s). Modula enclosures are designed to adequately

dissipate the small amount of heat they produce under normal operating

conditions; however, this design is defeated when high heat-producing

equipment is placed directly above or below the enclosure(s).

Mechanical Loading

Mounting of the equipment in the rack should be such that a hazardous

condition is not created due to uneven mechanical loading.

2-2 Modula Installation & Setup

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).

Caution: To avoid system damage, turn on all power switches in a

system at the same time. WE RECOMMEND ATTACHING ALL

POWER CORDS TO A SINGLE SURGE PROTECTOR AND/OR AN

AC LINE CONDITIONER.

2.2 Installation Procedure

The Modula Distribution Matrix enclosure can be mounted in a standard

EIA 19 in. (48.26 cm) rack. To hold the enclosure(s) in place, rack

installation ears are included. Directions for mounting rack ears are

included in the rack installation instructions on page 2-4.

Items needed for rack installation:

Enclosure(s)

Power cord

Placing Enclosures

Rack ears

Screwdriver

Screws that fit your rack [for mounting the enclosure(s)]

Link cables and T-connectors (included with multi-enclosure

systems, otherwise not needed)

50 ohm termination connector(s)

Standard EIA 19 in. (48.26 cm) rack

Optional:

A laptop computer with an RS232 null modem cable

(for communication with the Modula via a serial port)

Surge protector(s) – highly recommended

Modula Installation & Setup 2-3

Placing Enclosures

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; insert the two screws from step 1 and the two

screws included with the rack ears and tighten (see Figure 7).

Figure 7: Attach rack ears to the ends of the enclosure

3. Repeat steps 1 and 2 for the other rack ear.

4. Place the enclosure in the rack and attach front-mounting screws to

hold it firmly in place (repeat for each enclosure).

Tip: You may find it easiest to install the top enclosure first and

move down from there.

Figure 8: Place in rack and fasten with mounting screws

2-4 Modula Installation & Setup

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.

6. Following the “Modula Connector Guide” (inside the back cover of

this binder), attach only the first two input and output signals to the

correct input and output connectors on the rear of each enclosure (see

the Boards & Specifications section of this binder for specific board

connector information and specifications).

7. Attach power to each enclosure and turn on the entire system (see

Chapter 6, “Applying Power and the Startup Sequence”).

WE RECOMMEND USING SURGE PROTECTORS AND/OR AN

AC LINE CONDITIONER.

Placing Enclosures

8. Perform a test switch to ensure the system is working properly (see

Chapter 7, “Executing a Test Switch”).

9. When the test switch works correctly, attach all the input and output

cables to the correct input and output connectors on the rear of each

enclosure (refer to the “Modula Connector Guide.”)

Modula Installation & Setup 2-5

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 multi-enclosure systems)

RG-58 500 ft. (150 m)

Linking enclosures in a multi-enclosure system allows control

information to pass between them with the Ethernet ports providing

consistent control speed. In a multi-enclosure system with an external

controller, the enclosure connected to the control device receives all

control information and passes on relevant information to other

enclosures via the links. A Modula can have a virtually unlimited number

of linked enclosures.

Note: If any of the linked enclosures were not part of the original

system, a new configuration file is included on the AutoPatch CD ROM

shipped with the new enclosures. Follow the instructions for installing

Connect on page 8-2 and for downloading the new configuration file

on page 8-5.

You can link Modula enclosures in any configuration (except a closed

circle) using link cables and the Ethernet connectors on the CPU (see the

linking illustrations on the following pages).

Linking Enclosures

Caution: Enclosures must be cabled correctly after linking. Check the

“Modula Connector Guide” and the ENC (enclosure) number on the

plate to the right of the power receptacle to ensure you are attaching the

correct signal cables to the correct enclosure (see Figures 9 and 10).

Modula Installation & Setup 3-1

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.

50 Ohm Termination Connectors

ENC1

Enclosure Numbers

Linking Enclosures

ENC2

Figure 9: Link enclosures via their Ethernet link ports

3-2 Modula Installation & Setup

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.

4. Add 50 ohm termination connectors on the open ends of the

T-connectors on the first and last enclosure as shown in Figure 10.

Note: 50 ohm termination connectors are required on the open ends of

all T-connectors when linking enclosures.

ENC1

Linking Enclosures

Enclosure Numbers

50 Ohm Termination Connectors

ENC2

ENC3

Figure 10: Link more than two enclosures via the Ethernet link port

Modula Installation & Setup 3-3

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. The input and output connectors are numbered separately.

The four connector numbers for each board are above and to the right of

its top connector. This numbering pattern continues on each board (see

Figure 11).

Audio inputs

Audio outputs

OUT

Video inputs Video outputs

Figure 11: Numbering starts with top channel of left-most board

Note: Depending on the types of boards in the configuration, the

numbering may start over with each board type.

Inputs & Outputs

Modula Installation & Setup 4-1

Attaching Inputs and Outputs

Typical connectors on a Modula enclosure could include:

Signal Type Connector Type

Analog audio (mono) (balanced or unbalanced)

Analog audio (stereo) (balanced or unbalanced)

Digital audio BNC or optical/coaxial

Analog video BNC

Digital video (HD & serial) BNC

HV Sync BNC

S-Video S-Video, RJ45

RGBHV RJ45, HD-15, or BNC

Pluggable 3 position terminal block

Pluggable 5 position terminal block, RJ45

When attaching input and output signal cables, refer to the sheet labeled

“Modula Connector Guide” found inside the back cover of this binder.

The guide shows you where to attach each signal cable on the rear of

each enclosure. Follow the guide exactly; the system was programmed at

the factory to operate only as indicated on the “Modula Connector

Guide.”

For information on wiring and cabling specific types of connectors, see

the specific boards in the Boards & Specifications section of this binder.

Inputs & Outputs

Note: Before connecting all signal cables, attach only the first two

inputs and outputs from the “Modula Connector Guide,” and then

perform a test switch to verify that the system is working properly. See

Chapter 7 for details on performing a test switch.

4-2 Modula Installation & Setup

Attaching an External Controller

The Modula can be controlled with external controllers using two types of

communication protocols:

Serial – serial ports

ä X

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. See the Serial

Control Operation section of this binder for information on using BCS

commands.

Net – all ports (including serial)

Note: We recommend reserving the Ethernet connector for linking

enclosures.

Note: The AutoPatch Software and Documentation CD includes an

interface library, the X

examples for programmers who want to set up their own control

programs.

Net Communication Library, with programming

External Control

AutoPatch control and status panels (CP-10s, CP-20s, CP-32s, SDUs, etc.)

and other AutoPatch control devices (SBCs, Preset SBCs, etc.) usually

connect to the X

Front Panel Operation section of this binder for remote CP-10 or CP-20

Control Panel installation information and individual product information

for installation of other types of AutoPatch panels and devices.

Modula Installation & Setup 5-1

Net connector on the bottom of the CPU board. See the

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

External Control

Connect serial controllers with either standard RS232 or RS422

connections. For cable connector pin mappings refer to Figure 13 for

RS232 (without hardware flow control) or to Figure 14 for RS422.

PC: DB9

Figure 13: RS232 pin diagram

PC: DB9

Platform specific

AutoPatch: DB9

RXD-

TXD-

TXD+

RXD+

GND

PC: DB9

#5 GND.................#5 GND

#2 RXD.................#3 TXD

#3 TXD..................#2 RXD

#7 RTS/#8 CTS #6 DSR/#4 DTR

AutoPatch: DB9

#5 GND #6 RXD+ #1 RXD#4 TXD+ #9 TXD-

AutoPatch: DB9

Figure 14: RS422 pin diagram

5-2 Modula Installation & Setup

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; the default is 9600. Make sure the settings on both the PC serial

communication software and the enclosure correspond to each other.

The recommended settings (default settings) for serial communication

with a Modula Distribution Matrix are:

BAUD 9600

Data Bits 8

Stop Bit 1

Parity NONE

Flow Control NONE

External Control

Modula Installation & Setup 5-3

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).

WE RECOMMEND ATTACHING ALL POWER CORDS TO A

SINGLE SURGE PROTECTOR AND/OR AN AC LINE

CONDITIONER.

Power & Startup

Modula Installation & Setup 6-1

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. The system is ready

for a test switch (see page 7-2).

Setup

System

www.autopatch.com

Change

Status

Macro

Adjust

Audio

Note: To check the software version, see Chapter 8 in the Front Panel

Operation section of this binder.

Power & Startup

6-2 Modula Installation & Setup

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.

6.4 Serial Control Device Startup

If you have not already done so, attach the serial control device to the

enclosure (see Chapter 5).

When you apply power and turn on the enclosure(s), a short splash

screen displays basic information followed by “Ready” (see Figure 15).

The system is ready for a test switch (see page 7-6).

Figure 15: Short splash screen in HyperTerminal

Power & Startup

Modula Installation & Setup 6-3

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.

Power & Startup

Figure 16: Long splash screen in HyperTerminal

6-4 Modula Installation & Setup

Executing a Test Switch

Execute a test switch to verify the system is working properly before

attaching all inputs and outputs. Aside from having signal cables

attached, the system is ready to perform switches when it ships from the

factory.

You can execute a test switch from the following:

Local control panel (CP-20 or CP-10)

An external serial controller (computer, AMX, Crestron, etc.)

via BCS (Basic Control Structure) commands

Test Switch

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” located inside the back cover of this binder.

The local control panel test switch examples (CP-20 on page 7-2 and

CP-10 on page 7-4) route input (source) 2 to output (destination) 1 on

Level 0 (your system may have been programmed with a different level).

The BCS command test switch (see page 7-6) routes input 1 to output 2

on Level 0. Before executing these switches, make sure the first two

inputs and outputs are connected exactly as shown on the AutoPatch

“Modula Connector Guide.”

For additional information on options for executing switches, see the

Front Panel Operation or the Serial Control Operation section of this

binder.

Modula Installation & Setup 7-1

Test Switch

Executing a Test Switch

7.1 Executing a Test Switch Using the CP-20 Control Panel

The following test switch routes Source (input) 2 : DVD #1 Rm 7

to Destination (output) 1 : Projector Exec Conf on level 0 (the default

level). Sources and Destinations can be named (labeled) using

Connect, see page 8-6 for more information. Before executing these

switches, make sure the first two inputs and the first two outputs are

connected exactly as shown on the AutoPatch “Modula Connector

Guide.”

You can return to the Main Menu screen at any time by choosing the

Main Menu command.

To execute a test switch using the CP-20 Control Panel:

1. At the Main Menu screen, choose the Change command.

Setup

System

www.autopatch.com

Change

Status

Macro

Adjust Audio

The Select Source to Change screen appears, displaying the current

level and source options.

7-2 Modula Installation & Setup

Using the CP-20 Control Panel

2. Select Source 2 : DVD #1 Rm 7 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.

Test Switch

4. Press the dial to enter

1 : Projector Exec Conf (scrolling is not

necessary, since the first destination is ready to select).

The switch occurs as soon as the Control Dial is pressed (when the

line is dark, the switch is active).

Modula Installation & Setup 7-3

Test Switch

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.

If the switch did not execute properly:

Check all power switches to make sure the source and destination

devices are turned on.

Check all link and signal connections on the rear of the enclosure(s)

to make sure everything is physically set up correctly.

Attempt the switch again.

If the switch still does not work, call AutoAssist (see page 7-6).

7.2 Executing a Test Switch Using the CP-10 Control Panel

The following test switch routes Input 2 to Output 1 on Level 0 (the

default level). Before executing these switches, make sure the first two

inputs and the first two outputs are connected exactly as shown on the

AutoPatch “Modula Connector Guide.”

To execute a test switch using the CP-10 Control Panel:

1. At the Command screen, press the Change key.

The Change screen appears.

7-4 Modula Installation & Setup

2. Press the Level key and enter “0”.

3. Press the Input key and enter “2.”

4. Press the Output key and enter “1.”

Using the CP-10 Control Panel

Test Switch

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.

Check all link and signal connections on the rear of the enclosure(s)

to make sure everything is physically set up correctly.

Attempt the switch again.

If the switch still does not work, call AutoAssist (see page 7-6).

Modula Installation & Setup 7-5

Test Switch

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.” The system must be attached to a serial control device

(see Chapter 5) with a terminal emulation program (such as

HyperTerminal).

To execute a test switch, enter the following BCS command line:

CL0I1O2T

All command characters up to the “T” (Take) are automatically echoed

when accepted. If the command is successfully executed, the “T” will also

echo.

For a complete list of BCS commands and responses, see the Serial

Control Operation section of this binder.

If the switch did not execute properly:

Check all power switches to make sure the source and destination

devices are turned on.

Check all link and signal connections on the rear of the enclosure(s) to

make sure everything is physically set up properly.

Attempt the switch again.

If the switch still does not work, call AutoAssist (see below).

7.4 Technical Support

AutoPatch provides technical support 24 hours a day, 7 days a week

(except for U.S. holidays). Before calling technical support with a

question, please consult the Modula documentation set binder. If this

binder cannot fully answer your question, have your serial number ready

(located on the expansion plate to the right of the power receptacle on the

rear of the enclosure) and call your authorized AutoPatch dealer or call

AutoPatch AutoAssist at: (toll free for U.S. and Canada) 800-622-0246 or

(international) 509-235-2636. You can also reach us through our web site:

www.autopatch.com, or e-mail our AutoPatch Technical Support

Specialists at: support@autopatch.com

7-6 Modula Installation & Setup

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. A copy of the configuration file (*.xcl) is in the

Configuration\APConfig\MyXCL folder on the AutoPatch Software and

Documentation CD ROM inside the front cover of this binder.

Configuration Files

The AutoPatch configuration software on the CD is X

graphical software program that can be used to modify and download

system configuration information.

If you lose your AutoPatch CD, either download X

AutoPatch web site (then from the Getting Started dialog box or from the

File menu select Discover System) or contact AutoAssist (see Technical

Support, page 7-6) to replace it. Make sure that you have your system’s

serial number ready when you call, so a copy of your original

configuration file can be sent.

To modify a configuration file using X

about the following topics, which are covered in this chapter:

Conceptual overview

Installing and launching X

User Interface

Opening and downloading a configuration file

Connect

Connect, you need information

Connect, a

Connect from the

Modifying a configuration file

Modula Installation & Setup 8-1

Configuration Files

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 XNConnect’s four

basic functions:

Graphically displaying the content of the AutoPatch configuration

file. This information is represented in two main views, the “Hardware” tab view and the “Virtual Matrices” tab view.

Modifying the representations to reflect desired physical changes to

the system.

Setting the desired values for configurable properties, when

replacement or new components are added to the system.

Downloading the new configuration information to the system’s

CPU(s).

8.2 Installing and Launching XNConnect

XNConnect is a graphical software program that can display the system’s

configuration and allows easy addition of local presets and modification

of other configuration information (see the X

assistance). X

Connect can also download the modified file to the

system.

Note: Use this software only if you need to change the configuration

information from the original specification.

To install X

Connect:

1. Close all other applications currently running on your PC.

2. Insert the AutoPatch Software and Documentation CD* into your

CD drive to start automatically.

If the CD does not autorun, explore the CD folders and double-click

on the setup.exe file.

3. Follow the directions in the subsequent dialog boxes in the

installation program.

Connect Help file for

*If you cannot locate the AutoPatch CD, either download X

from the AutoPatch web site (then from the Getting Started dialog box or

the File menu select Discover System) or have the AutoPatch product’s

serial number ready and contact Technical Support (see page 7-6).

8-2 Modula Installation & Setup

Connect

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).

3. Select the Connect file group.

4. Select the Connect program.

The X

Connect program opens.**

Configuration Files

5. Open your configuration file, see page 8-5.

6. Connect the AutoPatch enclosure to your PC via the communication

ports using an RS-232 null modem cable.

**If your PC does not use Com 1, after step 4 open the Communication

menu, select the appropriate communication link (Serial Port or

Ethernet), select Change Comm Settings, and make the necessary

changes.

Modula Installation & Setup 8-3

Managing Configuration Files

8.3 User Interface

XNConnect 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. Hardware, such as enclosures and control panels, appear in the

Hardware view and existing virtual matrices appear in the Virtual

Matrices view. As you switch from view to view, the properties

displayed in the right pane automatically change to correspond to the

new graphics.

Highlighted Device

Configuration Files

Primary Device

Properties of Highlighted Device

Components of the Primary Device

View of All Devices Connected Using the XNNet Network

A variety of dialog boxes for modifying your system’s configuration file

are accessed through the menus. The menu options include topics such as

Modifying Serial Port Settings, Set Password Combo, Managing Boards,

Managing Virtual Matrices, and Managing Presets.

Note: If you have questions regarding an open dialog box, XNConnect

provides a context-sensitive Help file that can be accessed by pressing

the F1 key.

8-4 Modula Installation & Setup

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

1. From the Getting Started dialog box, click Open Configuration File.

If the dialog box does not appear, from the File menu select Open.

2. Using the standard File Open dialog box, locate and open your XCL

(*.xcl) Input file. The default location is in the

C:\AutoPtch\Configuration Software<Version>\MyXCL folder.

3. Using Save As, make a duplicate copy of the file with a new name.

(We strongly recommend making a duplicate copy every time the file

is modified.)

4. Enter the desired modifications (see below) to the file copy.

To download the modified configuration file from X

system, from the Configure menu, select Configure All.

Caution: Depending on the modification, downloading the configuration

information may not be possible while the matrix switcher is operating.

See “Configure Menu Commands” in the Help file.

Connect:

Connect to your

Configuration Files

8.5 Modifying a Configuration File

Modifying a configuration file with XNConnect involves entering

information in one or a series of dialog boxes. A brief look at the Help

file Contents provides an overview of the possible modifications.

When modifying a configuration file, it is helpful to keep in mind the

following definition of a virtual matrix. A virtual matrix is a set of virtual

source (input) channels and destination (output) channels in which the

channels’ component signals (such as R, G, B, H, and V) can be grouped

into a single channel to permit the simultaneous switching of them as an

aggregate signal (RGBHV). Each component signal must have all sources

and destinations within the same physical matrix. The resulting single

channel constitutes a source or destination number for control purposes.

Modula Installation & Setup 8-5

Configuration Files

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

Connect Help file for more information,

or assistance with other configuration related tasks).

Modifying Source and Destination Labels

If your system has a graphical front panel (such as a CP-20), you can

customize the source and destination labels displayed on the LCD. See

the X

Connect Help file for more information on label and description

parameters.

To customize the labels:

1. In the Virtual Matrix view, select the channel you want to rename.

2. In the right pane, edit the text in the Label field and click Apply.

After downloading the new configuration file to the system, you must

clear the previous labels before the new labels will load (see the

Front Panel Operation section of this binder).

Configuring Local Presets

The process for configuring local presets takes you through three dialog

boxes that cover managing, naming, and modifying presets.

To name a new preset (in preparation for specifying preset

information):

1. In the Virtual Matrices view, select the targeted virtual matrix, and

from the Edit menu, select Manage Local Presets.

8-6 Modula Installation & Setup

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. Enter a description. (This step is optional.)

5. Click OK to add the newly named preset to the Existing Presets list

in the Manage Local Presets dialog box.

Configuration Files

6. Proceed to the next set of steps for modifying a preset in order to

specify information for the newly named preset.

To modify presets:

7. In the Manage Local Presets dialog box, select the new preset from

the Existing Presets box.

8. Click the Modify Preset button.

The Modify Preset dialog box opens.

9. Change preset information by selecting the field or button options

(see page 8-8 for details).

10. When done, click OK to return to the Manage Local Presets dialog

box.

Modula Installation & Setup 8-7

Configuration Files

Managing Configuration Files

Name (modify preset name) type a new name (eight character limit)

in the Name field that is not an existing preset name.

Assign Switch select one available source channel and one or more

available destination channels (multiple select by holding down the

control key).

Click the Assign Switch button.

The assignment will appear in the Assignment column of the

Destination Channels list.

Clear Source select a source channel that you want to clear.

Click the Clear Source button.

All instances of the selected source will be cleared from the

Assignment column of the Destination Channels list.

Clear Destination select a destination channel(s) (multiple select by

holding down the control key) that you want to clear.

Click the Clear Destination button.

The Source Channel(s) assigned to the destination(s) will be cleared

from the Assignment column in the Destination Channels list.

ä Disconnect select either a source channel or one or more destination

channels to be disconnected.

Click the Disconnect button.

Current source and destination disconnects are displayed in the

Disconnected Channels list on their respective sides of the Modify

Preset dialog box.

Caution: Disconnecting a source affects all destinations that the source

is connected to whether they are part of this preset or not.

Note: During a source disconnect, all previous assignments for that

source are cleared from the Assignment column of the Destination

Channels list.

Reconnect select either a source or destination channel that has been

disconnected.

Click the Reconnect button.

The channel is now available again for assignments.

Note: Reconnecting does not re-establish previous presets.

8-8 Modula Installation & Setup

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.

4. Click OK to delete the preset and return to the Manage Local Presets

dialog box.

Note: Presets are not implemented until the modified configuration file

is downloaded to the system (see page 8-5).

Modifying Groupings

The process for modifying groupings takes you through two dialog boxes

that allow you to assign connectors individually to a single channel’s

signals or to a group of channels by pattern.

Configuration Files

Manage Virtual Matrix Groupings

Use the Manage Virtual Matrix dialog box as a central point from which

to assign signals to connectors, thereby creating virtual source and

destination channels (sets of signals that will switch together because

they have been grouped together). Even though you must click the

Accept Groupings button to accept the new groupings, they are not

implemented until the modified configuration file is downloaded to the

system (see page 8-5).

Modula Installation & Setup 8-9

Configuration Files

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).

Click the Assign Individually button to assign signals to connectors

one at a time (see page 8-12).

After entering information in the newly opened window and clicking

OK, the Manage Virtual Matrix Groupings dialog box reopens with

the results displayed in the read-only box at the bottom. The tabs

allow viewing of each channel of grouped signals for both sources

and destinations.

3. Repeat as needed, using either method to assign additional

groupings.

Note: When all modifications have been made, click the Accept

Assignments button (at the bottom of the box) to save the groupings to

the virtual matrix or click the Cancel button to start over. Remember,

however, that the new groupings are not implemented until the modified

configuration file is downloaded to the system (see page 8-5).

Group Connectors by Pattern

The Group Connectors by Pattern dialog box allows you to group signals

with connectors in either a spanning or sequential pattern, thereby

creating a large number of virtual source and destination channels

simultaneously.

Spanning pattern – select to create groupings with blocks of similar

signal types; for example, plug all the red in RGB into adjacent

connectors on the matrix.

Sequential pattern – select to define groupings where each aggregate

signal is plugged in next to each other in the matrix.

8-10 Modula Installation & Setup

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.

Configuration Files

To specify details about the pattern:

1. Select the pattern type by clicking either the Spanning or Sequential

option button. (See pages 8-14 and 8-15 for pattern examples).

2. Select the channel type by clicking either the Sources Only or

Destinations Only button.

The destinations can mirror the sources by clicking the Mirror

Directions check box.

3. In the Starting Channel box, select the starting channel number that

you want if it is different from the next available channel that is

already displayed.

4. Enter the number of channels you want to create in the Number of

Channels to Create box.

You are now ready to group signals to create virtual channels.

To create signal groupings:

5. From the Available Signals list box, select a signal.

6. From the Enclosure list box in the middle of the dialog box, select

the enclosure in which you want the selected signal routed.

Modula Installation & Setup 8-11

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.

To remove a signal, select it, and then click the Remove

Signal/Connector button.

9. Continue assigning connectors until all the signals show up in the

Signals with Connector Groupings box.

Configuration Files

10. Click OK to enter the signal groupings and return to the

Manage Virtual Matrix Groupings dialog box.

11. To save, click the Accept Assignments button at the bottom of the

Manage Virtual Matrix Groupings dialog box.

Note: The new groupings are not implemented until the modified

configuration file is downloaded to the system (see page 8-5).

Assign Connectors Individually

The Assign Connectors Individually dialog box is used to modify the

connector assignments in a virtual matrix. Each channel of a virtual

matrix has a specific number of signals, and each signal has a

corresponding connector assignment. For each signal in a specific

channel, you may add or remove a connector assignment.

8-12 Modula Installation & Setup

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. From the Select a Method section of the dialog box, click the

Assign Individually button.

The Assign Connectors Individually dialog box opens.

To assign connectors individually:

4. From the Current Channel list, select the channel where you want to

make connector assignments.

If no channels are available, click the Create New Channel button.

5. From the Select Channel Type section of the dialog box, click either

Source (input channels) or Destination (output channels).

6. Select the signal you wish to add from the Available Signals list.

7. From the Enclosure list box (if available), select the enclosure in

which you want to create the groupings.

8. From the Matrix list box (if available), select the physical matrix on

which this signal will be switched.

9. From the Connector list, select the connector you want to assign a

signal to and click the Assign Connector button.

The signal and its connector appear in the Signals with Connector

Assignments list.

Configuration Files

10. Continue to make assignments until all signals in all channels have

been given connector assignments. This ensures that the virtual

matrix will be valid.

11. Click OK to enter the connector assignments and return to the

Manage Virtual Matrix Groupings dialog box (connectors are

entered but not accepted; see step 12 and the following Note).

12. To save, click the Accept Assignments button at the bottom of the

Manage Virtual Matrix Groupings dialog box.

Note: The new groupings are not implemented until the modified

configuration file is downloaded to the system (see page 8-5).

Modula Installation & Setup 8-13

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.

8.6 Grouping Pattern Examples

For switching purposes, connectors can be grouped in two basic patterns,

spanning and sequential. Explanations and examples of both follow.

Spanning Grouping Pattern Example

Configuration Files

A spanning pattern is the most common method of grouping connectors

for a Modula Distribution Matrix. Each of the standard signals in an

aggregate signal is assigned to a connector on an adjacent board.

In Figure 17, for example, the first channel of VM0 (audio follow video)

is composed of connectors 1, 5, 9, 13, 17, 21, and 25. This configuration

routes any of the four source channels of RGBHV with stereo audio to

any or all of the four destinations.

VM1 or VM2 breakaway switches can also be routed using the four

channels of RGBHV or four channels of stereo audio respectively. The

first channel of RGBHV breakaway is composed of connectors 1, 5, 9,

13, and 17. The first channel of stereo audio breakaway is composed of

connectors 21 and 25.

Figure 17: Connectors grouped in a spanning pattern

8-14 Modula Installation & Setup

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. This configuration routes any

of the eight source channels of Y/c with stereo audio to any or all of the

eight destinations.

VM1 or VM2 breakaway switches can also be routed using the eight

channels of Y/c or eight channels of stereo audio respectively. The first

channel of Y/c breakaway is composed of connectors 1 and 2. The first

channel of stereo audio breakaway is composed of connectors 17 and 18.

Configuration Files

Figure 18: Connectors grouped in a sequential pattern

Modula Installation & Setup 8-15

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. By paralleling inputs on

two enclosures each with a 32x32 configuration, the set of configuration

possibilities expands to 32x64.

The source signal must be routed on different levels for each enclosure;

therefore, the system must be configured in X

are on different virtual matrices (levels).

Note: Splitting a signal more than four times requires a distribution

amplifier.

Connect so the enclosures

Paralleling Inputs

Modula Installation & Setup 9-1

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. Fasten a T-connector to the cable coming from the source (see

Figure 19).

Paralleling Inputs

Source Cable

Figure 19: Connecting inputs for parallel control

2. Fasten one end of a signal cable, which is approximately 3” (7.6 cm)

long, to the T-connector and the other end to the input on the first

enclosure.

3. Fasten another short signal cable to the remaining end of the

T-connector and the corresponding input on the second enclosure.

The source is ready to switch to outputs on both enclosures.

9-2 Modula Installation & Setup

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

matrices (levels). Steps for executing switches on the CP-20, the CP-10,

and with BCS commands are provided below (status can be verified in a

similar manner). For additional control information, see the Front Panel

Operation or Serial Control Operation (BCS) section of this binder.

CP-20 Operation of Paralleled Inputs

To execute switches on paralleled inputs:

Connect so the enclosures are on different virtual

1. Select Change.

2. Select the level for which the first enclosure is configured.

3. Select the source (paralleled input) and the desired destination(s).

4. Repeat steps 1 through 3 for the second enclosure, using the level for

which it is configured, the source, and the desired destination(s).

CP-10 Operation of Paralleled Inputs

To execute switches on paralleled inputs:

1. Press the Change key.

2. Press the Level key and select the level for which the first enclosure

is configured.

3. Select the paralleled input (source) and the desired output(s).

4. Repeat steps 1 through 3 for the second enclosure, using the level for

which it is configured, the input, and the desired output(s).

BCS Operation of Paralleled Inputs

Paralleling Inputs

To execute switches on paralleled inputs:

1. Enter the command for the first enclosure using its level.

2. Enter the command for the second enclosure using its level.

Example:

CL0I2O#T

CL1I2O#T

Modula Installation & Setup 9-3

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. If a new configuration file is

necessary, it is provided with the new boards and will need to be

downloaded to the system using X

recommend keeping a copy of the former configuration file for reference.

A Vertical Interval Sync board can also be added to an enclosure to

synchronize video signal switches with the output device’s refresh rate.

As part of the installation, the Vertical Interval Sync board must be

enabled by updating the system’s configuration file. Either of the two

methods on page 10-7 may be used.

Connect (see page 8-5). We

Adding Boards

Modula Installation & Setup 10-1

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.

To add an input or output board:

1. Turn off the enclosure.

2. Remove the plate covering the empty board expansion slot. Be sure

to use the correct slot (see the “Modula Connector Guide”). If the

board is installed in the wrong slot, signal routing is affected. The

board’s location must match the system’s configuration information.

If required, a new configuration file is sent with new boards.

Adding Boards

OUT

continued protection

against risk of fire, replace only with sam type and rating of fuse.

100-240VAC

50/60Hz 2A Max.

UL 60950 E177015

2 A 2

N - For

V 0

iv. of X

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01051901001PREC030001

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Figure 20: Remove the plate that covers the empty board slot

3. Line up the board with the board guides that are on the top and

bottom of the board slot. Carefully push the board into the enclosure

until it snaps into place and the metal plate is flush with the back.

OUT

CAUTION - For continued protection against risk of fire,

replace only with same type and rating of fuse.

100-240VAC

50/60Hz 2A Max.

UL 60950 E177015

V 0

2 A 2

A D

heney, W

iv. of XN

01051901001PREC030001

A U

Technologies, Inc.

SA , 509-235-2636

3 4

STATUS

COMM

PORT 1 PORT 2

LINK

STATUS

COMM

PORT 1 PORT 2

LINK

Figure 21: Line up the board with guides and push until flush with the back

10-2 Modula Installation & Setup

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).

Figure 22: Some Modula Series4 boards use the bottom guide only

4. Insert the screws into the holes on the connector assembly and

tighten the screws until they are snug.

OUT

PORT 1 PORT 2

LINK

CAUTION - For

continued protection

against risk of fire, replace only with same type and rating of fuse.

100-240VAC

50/60Hz 2A Max.

UL 60950 E177015

V 0 5

2 A 2

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Figure 23: Insert and tighten screws until they are snug

5. Attach the cables to the connectors; see the appropriate chapter(s) in

the Boards & Specifications section of this binder.

6. Reapply power and turn on the enclosure.

Note: This procedure can also be modified for removing boards.

STATUS

COMM

Adding Boards

Modula Installation & Setup 10-3

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).

Each enclosure in a Modula can hold one VI Sync board. You may want

a VI Sync board in each enclosure that switches video signals. If the

system was originally ordered with VI Sync boards, they are already

installed in the enclosures.

Termination Load Jumper

Vertical Interval Sync boards are shipped with the termination load

jumper (J1) set to the “off” position (high impedance). If the house sync

generator does not have a termination load of 75 ohms, this jumper must

be set to the “on” position to internally set a 75 ohm load (see Figure 24).

Adding Boards

Off – High Impedance

Figure 24: Termination load jumper (J1) positions

On – 75 Ohm Load

10-4 Modula Installation & Setup

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.

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. This connection allows enclosures to be

switched on command from the master enclosure.

P2 – External Sync Input: This connector accepts any of the

following signal types:

NTSC composite video

Composite sync type of synchronization

RGBS group member that contains sync information

Blackburst generator

P3 – Local Sync Output: This connector is designed to be

connected by cable to the local sync input (P1) of another VI Sync

board to switch TTL-level signals. This connection allows

enclosures to be switched on command from the master enclosure.

Installing a VI Sync Board

ESD Warning: To avoid ESD (Electrostatic Discharge) damage to

sensitive components, make sure you are properly grounded (see the

ESD Warning page inside the front cover) before handling any internal

Modula materials.

To add a Vertical Interval Sync board:

1. Make sure all enclosures receiving a VI Sync board are turned off.

2. Remove the plate that covers one of the expansion slots.

OUT

PORT 1 PORT 2

CAUTION - For

continued protection

against risk of fire, replace only with same type and rating of fuse.

100-240VAC

50/60Hz 2A Max.

UL 60950 E177015

V 0

2 A 2

eney, W

iv. of X

01051901001PREC030001

A U

N T

echn A , 50

olo 9-235-263

gies, Inc.

3 4

Adding Boards

STATUS

COMM

LINK 2

Figure 25: Remove the plate from an expansion slot

Modula Installation & Setup 10-5

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.

CAUTION - For

continued protection

against risk of fire, replace only with same type and rating of fuse.

100-240VAC

50/60Hz 2A Max.

UL 60950 E177015

5 2 A

Cheney, WA USA, 509-235-2636

A Div. of XN Technologies, Inc.

01051901001PR

EC030001

Figure 26: Line up the board with guides and push until flush with the back

3 4

STATUS

COMM

PORT 1 PORT 2

LINK

Adding Boards

4. Insert the screws into the holes on the connector assembly and

tighten the screws until they are snug.

OUT

CAUTION - For continued protection against risk of fire,

replace only with same type and rating of fuse.

100-240VAC

50/60Hz 2A Max.

UL 60950 E177015

V 0 5

2 A 2

Cheney, W

A Div. of XN Technologies, Inc.

01051901001PREC030001

A USA, 509-235-2636

3 4

Figure 27: Insert the screws and tighten until snug

5. Fasten the house sync or blackburst cable to the P2 connector.

OUT

CAUTION - For

continued protection

against risk of fire, replace only with sam type and rating of fuse.

100-240VAC

50/60Hz 2A Max.

UL 60950

E177015

5 2 A

01051901001PREC030001

3 4

e n

iv. o

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f X

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STATUS

COMM

PORT 1 PORT 2

LINK 2

STATUS

COMM

LINK 1

PORT 1 PORT 2

P1 Input -- Local Sync

P2 Input -- External Sync

P3 Output -- Local Sync

LINK 2

Figure 28: Fasten house sync or blackburst cable to P2

10-6 Modula Installation & Setup

Vertical Interval Sync Board

6. (Optional) Verify system recognition of the VI Sync board (see the

first set of steps below).

7. (Required) Enable the VI Sync board by updating the configuration

file (see the second set of steps below).

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. Reapply power to all enclosures with video boards in the system.

2. Enter ~scr! in HyperTerminal.

3. Check the splash screen.

Output slots: [[...................text will vary according to boards in system.................]]

Sync board detected: checking for sync signal...ok. Sync switching enabled.

Interface 1: BCS mode RS232 port, 9600 (8/1/N)

Enabling the VI Sync Board

To complete installation, the VI Sync board must be enabled using one of

the following two methods.

If the original configuration file has not been modified, use X

to download the new file which shipped with the board (see page 8-5).

The new file will automatically enable the VI Sync board for the system.

If the original configuration file has been modified and you do not want

to replace it, follow the steps below.

To enable a VI Sync board using X

1. Open the configuration file in X

Connect:

Connect (see page 8-5).

2. In the Virtual Matrix view, right click the virtual matrix, and choose

Assign Signals from the shortcut menu.

The Assign Virtual Matrix Signals dialog box opens.

Connect

Adding Boards

Modula Installation & Setup 10-7

Adding Boards

3. Click the Vertical Interval Sync check box to enable the VI Sync

board.

4. Click OK.

Vertical Interval Sync

Adding Boards

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.

*If your PC does not use Com 1, open the Communication menu and

select Change Comm Settings to change the PC serial port information.

10-8 Modula Installation & Setup

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

AC line conditioner 6-1

AC power 2-1

adding boards

configuration files 10-1

input and output boards 10-2

Vertical Interval Sync 10-5

Warning, ESD 10-2, 10-5

airflow restriction prevention 2-2

ambient temperature 2-2

applying power

see startup

attaching

external controller 5-1

inputs and outputs 4-1

link cable 3-2, 3-3

AutoAssist 7-6

BAUD rate settings 5-3

BCS (Basic Control Structure)

external controller 5-1

parallel inputs 9-3

test switch 7-6

boards, adding 10-1

cable

attaching 2-5, 10-3

Caution, correct enclosure 3-1

link 2-3, 3-2, 3-3

signal 4-2

cable continued

parallel inputs 9-2

sync 10-6

Caution

cable correct enclosure 3-1

disconnecting an input 8-8

Double Pole/Neutral Fusing fuses 1-5

heat producing equipment 2-2

overheating 2-2

paralleling inputs 9-2

power switch 2-3

redundant power supplies 1-6

circuit overloading 2-3

Command screen

see CP-10 Control Panel

communication (serial) settings 5-3

configuration file, X

see also configuration files

adding boards 10-1

conceptual overview 8-2

configure local presets 8-6

download configuration file 8-5

enable VI Sync board 10-7

functions 8-2

Help file 8-4, 8-5, 8-6

installation 8-2

labels 8-6

launch 8-3

modify configuration

file 8-5

modify groupings 8-9

open configuration file 8-5

panes and views 8-4

presets 8-6 to 8-9

user interface 8-4

virtual matrix, definition 8-5

Connect, dialog boxes

Assign Connectors Individually 8-12

Assign Virtual Matrix Signals 10-7

Group Connectors by Pattern 8-10

Help file 8-6

Manage Local Presets 8-6

Manage Virtual Matrix Groupings 8-9

Modify Preset 8-7

Name New Preset 8-6

Net

unpacking

shipping boxes, contents 1-1

tips 1-2

Communication Library 5-1

external controllers, attaching 5-1

port illus. 1-4

Modula Installation & Setup

Contents

Chapter 1 – Introducing the CP-20A

CP-20A Control Panel ....................................................1-2

Graphic LCD .........................................................1-2

Dynamic Menu Area..................................................1-2

Dynamic Menu Keys..................................................1-3

Function Key.........................................................1-3

Take Key ............................................................1-3

Technical Support ........................................................1-4

Chapter 2 – Executing Switches

Executing Switches – Selecting Input First ..................................2-2

Executing Switches – Selecting Output First.................................2-4

Changing the Virtual Matrix ...............................................2-7

Chapter 3 – Disconnecting Switches

Disconnecting an Input ...................................................3-2

Disconnecting an Output ..................................................3-4

Chapter 4 – Verifying Signal Status

Verifying Input Status .....................................................4-1

Verifying Output Status ...................................................4-3

Chapter 5 – Executing Presets

Defining Global Presets ...................................................5-2

Executing Global Presets..................................................5-4

Chapter 6 – Adjusting Audio

Adjusting Volume.........................................................6-2

Adjusting Digital Input Gain ................................................6-4

Local Presets ........................................................5-1

Global Presets .......................................................5-1

CP-20A Control Panel Operation

Contents

Chapter 7 – Adjusting LCD Contrast

Adjusting Contrast – Main Menu ..........................................7-1

Adjusting Contrast – Setup ...............................................7-2

Chapter 8 – Reloading Configuration File

Chapter 9 – Checking Software Version

Checking Software – Setup ...............................................9-1

Setup Version Screen ................................................9-2

Chapter 10 – Installing a CP-20A Remote

General Specifications...................................................10-1

Rear View .............................................................10-1

Connecting to an AutoPatch Router ......................................10-2

Communication Cable Specifications..................................10-2

Applying Power .........................................................10-3

Power Requirements................................................10-3

Rack Installation ........................................................10-4

Linking Multiple Panels ..................................................10-5

Power Requirements................................................10-5

Appendix A – System Error Codes

Most Common System Error Codes........................................A-1

Troubleshooting..........................................................A-2

Technical Support ........................................................A-2

Index

CP-20A Control Panel Operation

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.

Figure 1 illustrates an Optima Distribution Matrix with a CP-20A Control Panel.

Other models may vary slightly in appearance.

Introduction

Figure 1: Front view of an Optima with a CP-20A Control Panel

Note: AutoPatch enclosures can also be controlled using BCS (Basic Control Structure) commands transmitted through an external controller; see the BCS Serial Control Protocol or Serial Control Operation section of this binder. AutoPatch control software can also be used to control an AutoPatch system; see the AutoPatch Software & Documentation CD for more information.

CP-20A Control Panel Operation 1-1

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.

Introduction

Power Indicator (or LED System Indicators)

Graphic LCD

Dynamic Menu Area

Take Key

Function Key

Dynamic Menu Keys

Figure 2: Close-up view of a CP-20A Control Panel

Graphic LCD

An LCD with a backlight displays instructions and selection entry fields. The

backlight automatically turns off after 15 minutes of inactivity. Press any key

to reactivate the light.

Note: To adjust the contrast of the LCD, see Chapter 7, “Adjusting LCD Contrast.”

Dynamic Menu Area

The menu displays different command options across the bottom of the LCD,

depending on which screen is active. These options can be accessed using the

corresponding dynamic menu keys. The menu options are multilevel with the

ability to display custom input (source) and output (destination) names (labels).

The default channel name (e.g., O_Ch:0003 for Output 3) appears unless the

name has been modified in the configuration file* using X

Connect (see

Chapter 8 of the Installation & Setup section of this binder).

* The configuration file (.xcl file) contains routing and control information for

a system and is modified with X Both the configuration file and X

Connect, which graphically displays the file.

Connect are on the AutoPatch Software &

Documentation CD.

1-2 CP-20A Control Panel Operation

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. The associated

commands on the right side of the Dynamic Menu Area vary by screen and

include the following:

Back key – Use to return to the last screen. This key will not undo a

completed operation.

Arrow keys – Use to scroll through lists and adjust sliders. When scrolling,

press and hold an arrow key to increase scrolling speed. When at the bottom

of a list, press the down key to access the top of the list. When at the top of a

list, press the up key to access the bottom of the list. Scrolling from the

bottom of a list may sometimes be more efficient depending on the matrix

size.

Introduction

Select key – Use to enter a selection. This key will not execute operations.

Function Key

The Function key accesses the Main Menu screen. From the Main Menu, the

Function key accesses additional menu options. From any other screen, it returns

to the Main Menu.

Take Key

The Take key functions much like the Enter key on a computer keyboard.

Pressing the Take key instructs the system to execute a selected operation. Prior

to pressing the Take key, the individual operation component(s) must be selected

by pressing the Select key.

CP-20A operations combine the following four basic tasks:

To choose a command, press the dynamic menu key along the bottom that

corresponds with the command you want to choose.

To locate values for fields (such as virtual matrix, input, output, and preset

values), press the dynamic menu keys on the right that correspond to the arrows.

To enter a selection, press the Select key. (The key that corresponds to the

Select option on the dynamic menu area is found on the right.)

To execute an operation, press the Take key.

CP-20A Control Panel Operation 1-3

Introduction

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. If this binder cannot fully answer your

question, have your serial number ready and contact your authorized AutoPatch

Dealer or AutoPatch AutoAssist. (The serial number is normally located on the

rear of the enclosure or remote panel; see also the Installation & Setup section of

this binder.)

AutoAssist Contact Information

Toll-free U.S. and Canada – 800-622-0246

International – 509-235-2636

Website – www.autopatch.com

Email – support@autopatch.com

1-4 CP-20A Control Panel Operation

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. For information on presets, see page 5-1.

Switches are executed on the default virtual matrix unless otherwise specified.

When specifying a virtual matrix, be sure it includes all the signals you want to

route. The number of the virtual matrix (VM) that operations are currently being

performed on is displayed in the upper-right of the display. If you need to change

the virtual matrix, see “Changing the Virtual Matrix” on page 2-7.

You can return to the Main Menu screen at any time by pressing the Function

key.

Note: In each switch command, you can enter multiple output signals, but only one input signal. However, you must select the input first in order to select multiple outputs. The Take key must be pressed for the switch operation to execute.

Executing Switches

CP-20A Control Panel Operation 2-1

Executing Switches

Executing Switches – Selecting Input First

The example below routes Input 33: Satellite Dish to

Output

To execute a switch:

1. At the Main Menu screen, choose the Change command.

6: Reception Monitor on Virtual Matrix 0.

If the Change command is not available, press the Function key to view

additional Main Menu options.

High Performance

Signal Routing

CHANGE STATUS DISC AUDIO

The Change Input screen appears, displaying the available input options.

CHANGE INPUT:__ VM:0

1 : Reception Mic 2 : Reception Cam 3 : Reception DVD 4 : Mic #1 Control Rm 5 : Mic #2 Control Rm 6 : Mic #3 Control Rm 7 : VCR #1 Control Rm 8 : VCR #2 Control Rm 9 : VCR #3 Control Rm 10 : DVD #1 Control Rm 11 : DVD #2 Control Rm

V M OutputInput

2. Locate Input

33: Satellite Dish by scrolling through the list using

Back

Select

the arrow keys. (Press and hold an arrow key to scroll quickly.)

CHANGE INPUT:__ VM:0

23 : Podium Cam Mtg Rm A 24 : Audience Cam Mtg Rm A 25 : Tape Deck Mtg Rm A 26 : Main Mic Mtg Rm A

Audience Mic Mtg Rm A

27 : 28 : Podium Cam Mtg Rm B 29 : Audience Cam Mtg Rm B 30 : Tape Deck Mtg Rm B 31 : Main Mic Mtg Rm B

Audience Mic Mtg Rm B

32 : 33 : Satellite Dish

V M Output

Input

Back

Select

2-2 CP-20A Control Panel Operation

Selecting Input First

3. Press the Select key.

The Change Output screen appears, displaying the available output options.

CHANGE OUTPUT:__ Input:33 VM:0

1 : Main Control Monitor 2 : Codec Control Rm 3 : Monitor 1 Control Rm 4 : Monitor 2 Control Rm 5 : Monitor 3 Control Rm 6 : Reception Monitor 7 : Reception Speakers 8 : Lobby Monitor 9 : Main Monitor Rm A 10 : Audience Monitor Rm A 11 : Podium Monitor Rm A

Back

Select

Note: If other outputs are already routed to the selected input, they are highlighted on the Change Output screen.

Executing Switches

4. Locate Output

6: Reception Monitor by scrolling through the list using

the arrow keys.

CHANGE OUTPUT:__ Input:33 VM:0

5. Press the Select key.

Output

CHANGE OUTPUT:__ Input:33 VM:0

1 : Main Control Monitor 2 : Codec Control Rm 3 : Monitor 1 Control Rm 4 : Monitor 2 Control Rm 5 : Monitor 3 Control Rm

6 : Reception Monitor

7 : Reception Speakers 8 : Lobby Monitor 9 : Main Monitor Rm A 10 : Audience Monitor Rm A 11 : Podium Monitor Rm A

6: Reception Monitor is highlighted.

Back

Select

Back

Select

CP-20A Control Panel Operation 2-3

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. Unselecting an output(s) results in its disconnection when the Take key is pressed.

6. Press the Take key to execute the operation.

The switch from Input

6: Reception Monitor occurs as soon as the Take key is pressed.

33: Satellite Dish to Output

The system returns to the Change Input screen.

7. Make additional switches.

Or press the Function key to return to the Main Menu screen.

Executing Switches – Selecting Output First

You can execute a switch by selecting one output first; however, to select

multiple outputs you must use the “Selecting Input First” method (see page 2-2).

The example below routes a signal to Output

10: DVD #1 Control Rm on Virtual Matrix 0.

Input

15: Main Monitor Rm B from

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.

High Performance

Signal Routing

CHANGE STATUS DISC AUDIO

2-4 CP-20A Control Panel Operation

Selecting Output First

The Change Input screen appears.

CHANGE INPUT:__ VM:0

V M OutputInput

Back

Select

2. Choose the Output command from the bottom of the screen.

The Change Output screen appears, displaying the available output options.

CHANGE OUTPUT:__ VM:0

V M

Input

Output

Back

Select

Executing Switches

3. Locate Output

15: Main Monitor Rm B by scrolling through the list using

the arrow keys. (Press and hold an arrow key to scroll quickly.)

CHANGE OUTPUT:__ VM:0

12 : Main Projector Rm A 13 : Speaker Set 1 Rm A 14 : Speaker Set 2 Rm A 15 : Main Monitor Rm B 16 : Audience Monitor Rm B 17 : Podium Monitor Rm B 18 : Main Projector Rm B 19 : Speaker Set 1 Rm B 20 : Speaker Set 2 Rm B 21 : Main Monitor Exec Rm 22 : Aux Monitor Exec Rm

V M Input Output

Back

Select

CP-20A Control Panel Operation 2-5

Executing Switches

4. Press the Select key.

The Change Input screen appears, displaying the available input options.

CHANGE INPUT:__ Output:15 VM:0

Back

Select

Executing Switches

Note: If an input is already routed to the selected output, it is highlighted on

the Change Input screen.

5. Locate Input

10: DVD #1 Control Rm by scrolling through the list using

the arrow keys.

CHANGE INPUT:__ Output:15 VM:0

Back

Select

6. Press the Select key.

Input

10: DVD #1 Control Rm is highlighted.

CHANGE INPUT:__ Output:15 VM:0

1 : Reception Mic 2 : Reception Cam 3 : Reception DVD 4 : Mic #1 Control Rm 5 : Mic #2 Control Rm 6 : Mic #3 Control Rm 7 : VCR #1 Control Rm 8 : VCR #2 Control Rm 9 : VCR #3 Control Rm

10 : DVD #1 Control Rm

11 : DVD #2 Control Rm

Back

Select

2-6 CP-20A Control Panel Operation

Changing the Virtual Matrix

7. Press the Take key to execute the operation.

The switch to Output

10: DVD #1 Control Rm occurs as soon as the Take key is pressed.

15: Main Monitor Rm B from Input

The system returns to the Change Output screen.

8. Make additional switches.

Or press the Function key to return to the Main Menu screen.

Changing the Virtual Matrix

Virtual matrices are defined in XNConnect and stored in the system’s

configuration file (see the X

matrix that contains all signals, so that any input can be routed to any or all

outputs. The same system may have other VMs that switch only audio signals or

only video signals.

Occasionally you may need to execute switches (or other operations) on a virtual

matrix other than the current virtual matrix. Changing the virtual matrix does not

change the default virtual matrix. The system will revert to switching on the

default virtual matrix when the power is cycled.

Connect Help file). Systems usually have a virtual

Executing Switches

The example below gives the steps for changing from routing signals on the

“Audio follow Video,” virtual matrix, to routing on the “Audio, Stereo” virtual

matrix that switches only audio signals. Although this example accesses the VM

(Virtual Matrix) option from the Change menu, this option can be selected from

most of the command menus found along the bottom of the screen.

To change the virtual matrix:

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.

High Performance

Signal Routing

CHANGE STATUS DISC AUDIO

CP-20A Control Panel Operation 2-7

Executing Switches

The Change Input screen appears.

CHANGE INPUT:__ VM:0

V M OutputInput

Back

Select

2. Choose the VM command from the bottom of the screen.

The Virtual Matrix screen appears with the current VM highlighted.

VIRTUAL MATRIX:__

VM0 : Audio follow Video

VM1 : Video VM2 : Audio, Stereo

Back

Select

3. Locate

VM2: Audio, Stereo by scrolling through the list using the arrow

keys.

VIRTUAL MATRIX:__

VM0 : Audio follow Video

VM1 : Video VM2 : Audio, Stereo

Back

Select

4. Press the Select key to enter the selection and return to the previous screen.

The system will execute all operations on

VM2: Audio, Stereo until another

VM is selected or the power is cycled.

2-8 CP-20A Control Panel Operation

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.

If you need to change the virtual matrix, see “Changing the Virtual Matrix” on

page 2-7.

Note: You can select multiple inputs or outputs by scrolling through the list and pressing the Select key. The Select key functions as a toggle switch, selecting and unselecting inputs or outputs in the list each time it is pressed. The Take key must be pressed for the disconnect operation to execute.

Disconnecting

Switches

CP-20A Control Panel Operation 3-1

Disconnecting Switches

Disconnecting an Input

The example below disconnects Input 27: Audience Mic Mtg Rm A, 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.

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.

Switches

Disconnecting

High Performance

Signal Routing

CHANGE STATUS DISC AUDIO

The Disconnect Input screen appears, displaying the available input options.

DISCONNECT INPUT:__ VM:0

V M

Input

Output

Back

Select

3-2 CP-20A Control Panel Operation

Disconnecting an Input

2. Locate Input 27: Audience Mic Mtg Rm A by scrolling through the list

using the arrow keys. (Press and hold an arrow key to scroll quickly.)

DISCONNECT INPUT:__ VM:0

23 : Podium Cam Mtg Rm A 24 : Audience Cam Mtg Rm A 25 : Tape Deck Mtg Rm A 26 : Main Mic Mtg Rm A

Audience Mic Mtg Rm A

27 : 28 : Podium Cam Mtg Rm B 29 : Audience Cam Mtg Rm B 30 : Tape Deck Mtg Rm B 31 : Main Mic Mtg Rm B

Audience Mic Mtg Rm B

32 : 33 : Satellite Dish

V M

Input

Output

Back

Select

3. Press the Select key.

Input

27: Audience Mic Mtg Rm A is highlighted.

(Additional disconnects can be selected at this time.)

DISCONNECT INPUT:__ VM:0

23 : Podium Cam Mtg Rm A 24 : Audience Cam Mtg Rm A 25 : Tape Deck Mtg Rm A 26 : Main Mic Mtg Rm A

27 :

Audience Mic Mtg Rm A

28 : Podium Cam Mtg Rm B 29 : Audience Cam Mtg Rm B 30 : Tape Deck Mtg Rm B 31 : Main Mic Mtg Rm B

Audience Mic Mtg Rm B

32 : 33 : Satellite Dish

V M

Input

Output

Back

Select

Disconnecting

Switches

4. Press the Take key.

Input

27: Audience Mic Mtg Rm A and all outputs connected to it are

disconnected as soon as the Take key is pressed.

The system returns to the Disconnect Input screen.

5. Press the Function key to return the Main Menu screen.

CP-20A Control Panel Operation 3-3

Disconnecting Switches

Disconnecting an Output

The example below disconnects Output 22: Aux Monitor Exec Rm 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.

High Performance

Signal Routing

Switches

Disconnecting

CHANGE STATUS DISC AUDIO

The Disconnect Input screen appears.

DISCONNECT INPUT:__ VM:0

V M

Input

Output

Back

Select

2. Choose the Output command from the bottom of the screen.

The Disconnect Output screen appears, displaying the available outputs.

DISCONNECT OUTPUT:__ VM:0

V M

Input Output

Back

Select

3-4 CP-20A Control Panel Operation

Disconnecting an Output

3. Locate Output 22: Aux Monitor Exec Rm by scrolling through the list using

the arrow keys. (Press and hold an arrow key to scroll quickly.)

DISCONNECT OUTPUT:__ VM:0

V M

Input Output

Back

Select

4. Press the Select key.

Output

22: Aux Monitor Exec Rm is highlighted.

(Additional disconnects can be selected at this time.)

DISCONNECT OUTPUT:__ VM:0

22 : Aux Monitor Exec Rm

V M

Input Output

Back

Select

Disconnecting

Switches

5. Press the Take key.

Output

22: Aux Monitor Exec Rm is disconnected from its input as soon as

the Take key is pressed.

The system returns to the Disconnect Output screen.

6. Press the Function key to return the Main Menu screen.

CP-20A Control Panel Operation 3-5

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; therefore, verifying the status of an output will display only the one input

it is currently connected to.

You can return to the Main Menu screen at any time by pressing the Function

key.

If you need to change the virtual matrix, see “Changing the Virtual Matrix” on

page 2-7.

Verifying Input Status

The example below verifies the signal status for Input 31: Main Mic Mtg Rm B

on Virtual Matrix 0.

Note: If you choose to check the status of an input, all the outputs that are connected to it will be listed.

To verify the signal status of an input:

1. At the Main Menu screen, choose the Status command.

If the Status command is not available, press the Function key to view

additional Main Menu options.

High Performance

Signal Routing

Signal Status

Verifying

CHANGE STATUS DISC AUDIO

CP-20A Control Panel Operation 4-1

Verifying Signal Status

The Status Input screen appears, displaying the available inputs.

STATUS INPUT:__ VM:0

V M

Input

Output

Back

Select

Verifying

Signal Status

2. Locate Input

31: Main Mic Mtg Rm B by scrolling through the list using the

arrow keys. (Press and hold an arrow key to scroll quickly.)

STATUS INPUT:__ VM:0

23 : Podium Cam Mtg Rm A 24 : Audience Cam Mtg Rm A 25 : Tape Deck Mtg Rm A 26 : Main Mic Mtg Rm A

Audience Mic Mtg Rm A

27 : 28 : Podium Cam Mtg Rm B 29 : Audience Cam Mtg Rm B 30 : Tape Deck Mtg Rm B 31 : Main Mic Mtg Rm B

Audience Mic Mtg Rm B

32 : 33 : Satellite Dish

V M

Input

Output

Back

Select

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,

19: Speaker Set 1 Rm B

to the input being verified.

, and 20: Speaker Set 2 Rm B, that are connected

STATUS RESULTS: Input:31 VM:0

13 : Speaker Set 1 Rm A 14 : Speaker Set 2 Rm A 19 : Speaker Set 1 Rm B 20 : Speaker Set 2 Rm B

Note: If the screen is full, more outputs than the ones displayed may be active. Use the arrow keys to scroll to check for additional active outputs.

4-2 CP-20A Control Panel Operation

Back

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

The example below verifies the signal status for Output 20: Speaker Set 2 Rm B on Virtual Matrix 0.

Note: Checking the status of an output will not show other outputs connected to same input.

To verify the signal status of an output:

1. At the Main Menu screen, choose the Status command.

If the Status command is not available, press the Function key to view

additional Main Menu options.

High Performance

Signal Routing

CHANGE STATUS DISC AUDIO

The Status Input screen appears.

STATUS INPUT:__ VM:0

V M

Input

Output

Signal Status

Verifying

Back

Select

CP-20A Control Panel Operation 4-3

Verifying Signal Status

2. Choose the Output command from the bottom of the screen.

The Status Output screen appears, displaying the available output options.

STATUS OUTPUT:__ VM:0

V M

Input Output

Back

Select

Verifying

Signal Status

3. Locate Output

20: Speaker Set 2 Rm B by scrolling through the list using

the arrow keys. (Press and hold an arrow key to scroll quickly.)

STATUS OUTPUT:__ VM:0

V M

Input Output

Back

Select

4. Press the Select key to enter the selection.

The Status Results screen appears, displaying the Input,

31: Main Mic Mtg Rm B, routed to the output being verified.

STATUS RESULTS: Output:20 VM:0

31 : Main Mic Mtg Rm B

Back

5. Press the Back key to return to the Status Output screen to verify the status

of additional signals.

Or press the Function key to return to the Main Menu screen.

4-4 CP-20A Control Panel Operation

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

file) and can be executed using BCS commands. More information on local presets

and other operations executed with BCS commands can be found in the BCS Serial

Control Protocol section of this binder.

Global Presets

Global presets allow you to replicate an entire system state. The system state

includes all current signal routings (regardless of the number of virtual matrices

involved) and any digital gain and/or volume settings. A global preset number is

assigned to a system state during runtime using the CP-20A Control Panel (or BCS

commands) and stored by the system. That system state can then be restored at any

time by selecting the assigned global preset number.

The CP-20A stores up to 64 global presets and displays 64 numbers. Since the

panel can be used to operate different types of matrix switchers, check the product

documentation for any limitations to the number of supported global presets.

Connect (see the XNConnect Help

Executing Presets

Note: We strongly recommend keeping track of the number used and the system’s

routing state for each global preset. If another system state is assigned a previously used number, the former state will be automatically overwritten.

Global presets cannot be defined (created) in X

Caution: If the system is reconfigured, global presets may be lost, depending on

the method used to load the new configuration file (see the X

The example on page 5-2 defines the current system state as 3: Global Preset 3.

The example on page 5-4 executes

system to the state it was in when the global preset was defined.

Connect.

Connect Help file).

3: Global Preset 3, which restores the

CP-20A Control Panel Operation 5-1

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.

High Performance

Signal Routing

GLOBAL SETUP

Executing Presets

The Execute Global Preset screen appears.

EXECUTE GLOBAL PRESET:__

1 : Global Preset 1 2 : Global Preset 2 3 : Global Preset 3 4 : Global Preset 4 5 : Global Preset 5 6 : Global Preset 6 7 : Global Preset 7 8 : Global Preset 8 9 : Global Preset 9 10 : Global Preset 10 11 : Global Preset 11

Execute

Define

Back

Select

3. Choose the Define command from the bottom of the screen.

The Define Global Preset screen appears.

A complete list of numbers is displayed, regardless of whether or not a

system state has been assigned to each number.

DEFINE GLOBAL PRESET:__

Execute

Define

Back

Select

5-2 CP-20A Control Panel Operation

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