Digiplex IV Matrix Switching System

Transcription

1 Digiplex IV Matrix Switching System

2 2003 GE Interlogix, Video Systems Group All Rights Reserved. Any GE Interlogix, Video Systems Group, software supplied with GE Interlogix, Video Systems Group, products is proprietary and furnished under license and can be used or copied only in accordance with the terms of such license. This document contains proprietary information that is protected by copyright. No part of this document may be reproduced or transmitted in any form or by any means without the prior written permission of GE Interlogix, Video Systems Group. Digiplex product and Kalatel logo are registered trademarks of GE Interlogix, Video Systems Group. The information contained in this document is subject to change without notice. GE Interlogix, Video Systems Group, in keeping pace with technological advances, is a company of product innovation. Therefore, it is difficult to ensure that all information provided is entirely accurate and up-to-date. GE Interlogix, Video Systems Group, accepts no responsibility for inaccuracies or omissions and specifically disclaims any liabilities, losses, or risks, personal or otherwise, incurred as a consequence, directly or indirectly, of the use or application of any of the contents of this document. For the latest product specifications, visit GE Interlogix, Video Systems Group, online at or contact your GE Interlogix, Video Systems Group, sales representative. 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. You are cautioned that any changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. For technical support before and after installation, call Technical support is available 24 hours a day, 7 days a week. Call: Tech Support (6 A.M. 5 P.M. PST Monday through Friday) Tech Support (all other times) Main or Fax: Tech Support (available 24 hours a day) Main Web: B / December 2003

3 Table of Contents TABLE OF CONTENTS BEFORE YOU BEGIN INTRODUCTION TECHNICAL NOTES WHAT YOU NEED FOR INSTALLATION OVERVIEW DIP SWITCH SETTINGS BACK PANEL CONNECTIONS HARDWARE INSTALLATION INSTALLING THE KTD-440 CHASSIS INSTALLING THE KTD-440G CHASSIS INSTALLING THE KTD-440N CHASSIS INSTALLING THE KTD-441 CHASSIS INSTALLING THE KTD-442 CHASSIS SYSTEM PROGRAMMING PROGRAMMING WITH THE OPTIONAL PROGRAMMING SOFTWARE PROGRAMMING WITH THE INTERNAL MENUS Menu Tree Setting up the Programming Interface Accessing Matrix Switcher Programming Using a Keyboard Using a Keypad Programming the Matrix Switcher Programming Site Titles Programming BNC Input Mapping Programming Monitors Programming Group Switching Programming Video Loss Programming Memory Management TROUBLESHOOTING TWO TYPES OF RESETS Soft Reset Hard Reset COMMON ISSUES B / December

4 Table of Contents 5.3 DIAGNOSTIC LED INDICATIONS KTD-443 Video Input Card KTD-444 Monitor Output Card Optional KTD-445 Video Loss Card KTD-447 CPU Card...51 APPENDIX A. SETTING THE TERMINATION APPENDIX B. SETTING THE SIGNAL FORMAT APPENDIX C. ADDRESSING THE KTD-443 CARDS APPENDIX D. ESTABLISHING REMOTE SLAVES APPENDIX E. GROUP SWITCHING APPENDIX F. ASSIGNING THE GROUP FUNCTION TO A KTD-404 KEY APPENDIX G. SYSTEM CONFIGURATIONS INPUTS BY 4 TO 32 OUTPUTS INPUTS BY 36 TO 64 OUTPUTS INPUTS BY 4 TO 32 OUTPUTS INPUTS BY 36 TO 64 OUTPUTS INPUTS BY 4 TO 32 OUTPUTS INPUTS BY 36 TO 64 OUTPUTS INPUTS BY 4 TO 32 OUTPUTS INPUTS BY 36 TO 64 OUTPUTS INPUTS BY 4 TO 32 OUTPUTS INPUTS BY 36 TO 64 OUTPUTS INPUTS BY 4 TO 32 OUTPUTS INPUTS BY 36 TO 64 OUTPUTS INPUTS BY 4 TO 32 OUTPUTS INPUTS BY 36 TO 64 OUTPUTS INPUTS BY 4 TO 32 OUTPUTS INPUTS BY 36 TO 64 OUTPUTS INDEX B / December 2003

5 Before You Begin BEFORE YOU BEGIN Read these instructions before installing or operating this product. Note: This installation should be made by a qualified service person and should conform to local codes. This manual provides installation and operation information. To use this document, you must have the following minimum qualifications:! A basic knowledge of CCTV systems and components! A basic knowledge of electrical wiring and low-voltage electrical hookups Intended use Use this product only for the purpose for which it was designed; refer to the product specification and user documentation. Customer Support For assistance in installing, operating, maintaining, and troubleshooting this product, refer to this document and any other documentation provided. If you still have questions, please contact GE Interlogix Technical Support and Sales: GE Interlogix, Video Systems Group Call: Fax: Note: You should be at the equipment and ready with details before calling Technical Support. Conventions Used in this Manual Boldface or button icons highlight command entries. The following WARNING, CAUTION, and Note statements identify potential hazards that can occur if the equipment is handled improperly: * WARNING: Improper use of this equipment can cause severe bodily injury or equipment damage. ** CAUTION: Improper use of this equipment can cause equipment damage. Note: Notes contain important information about a product or procedure. * This symbol indicates electrical warnings and cautions. ** This symbol indicates general warnings and cautions B / December

6 Introduction 1 INTRODUCTION Digiplex IV is a video matrix switching system. The master switcher chassis of the Digiplex IV system provides 64 video inputs and 32 monitor outputs. The Digiplex IV system expands from 64 inputs x 32 outputs to more than 512 inputs x 64 outputs by adding expansion cards and expansion chassis. (For systems larger than 512 x 64, contact your GE Interlogix sales representative.) Video is brought into the master and slave chassis by coaxial cables and switched between the master, slave, and expansion chassis by ribbon cables. Built-in diagnostic LEDs on the front panels of the chassis provide constant confirmation of system power, communications, video, and camera performance. Note: Components are connected by twisted-pair cable. The components of the Digiplex IV matrix switching system include: Model # KTD-411 KTD-440 KTD-440G KTD-440N KTD-441 KTD-442 KTD-443 KTD-444 KTD-445 KTD-446 KTD-447 KTD-449 Model Name Digiplex IV Programming Software Master Switcher Chassis Gathering Panel Monitor Expansion Chassis Slave Chassis Expansion Chassis Video Input Card Monitor Output Card Video Loss Card Power Supply CPU Card Monitor Expansion Cable Note: Not all system configurations contain all components. 1.1 TECHNICAL NOTES! Digiplex IV does not loop video inputs or outputs.! There is a camera input 0. It is used for GE Interlogix domes or fixed cameras.! Only 32 cameras can be programmed per sequence per monitor.! The RS422 control signal is polarity sensitive. Ensure that all RS422 cabling is A to A and B to B.! If adding remote slaves, design your system carefully before installation and programming. Adding remote slaves to an existing system usually requires significant system changes. 1.2 WHAT YOU NEED FOR For Alarms Audio follow Audio and call-in with multiple speaker sets Multiplexer control Control with computer and control software Setting time and date Need KTD-463 and KTD-460 KTD-350 and KTD-352 KTD-352, KTD-350, KTD-463, and KTD-460 One KTD-93 per multiplexer KTD-312 KTS B / December 2003

7 Installation Overview 2 INSTALLATION OVERVIEW The general progression of installation for a Digiplex IV system follows the flow shown below. Specific instructions for installing the components and setting the DIP switches and jumpers are provided in section 3 Hardware Installation. See Figures 1 and 2 for the front and back views of a 512 x 64 system that provides the DIP switch settings and ribbon cable connections. Unpack equipment (Keep box contents together) Mount chassis and power supplies Connect coaxial cables between chassis, cameras, and monitors Make RS422 connections (KTD-440 chassis only) Connect ribbon cables between chassis Verify data termination settings (KTD-447 cards in the KTD-440 and KTD-440N chassis) Verify NTSC/PAL format settings (KTD-447 and KTD-444 cards in the KTD-440 and KTD-440N chassis) Supply power to system and verify LED status Program system via download software or internal menus Verify all video inputs System ready to operate B / December

8 Installation Overview 2.1 DIP SWITCH SETTINGS Note: The black squares represent the poles of the DIP switches. Figure 1. DIP switch settings B / December 2003

9 Installation Overview 2.2 BACK PANEL CONNECTIONS Figure 2. Back panel connections B / December

10 Hardware Installation 3 HARDWARE INSTALLATION All Digiplex IV component chassis mount into 19-inch (48.26 cm) racks. For specifications and functionalities of individual components, see the product specification. For individual system configurations, see Appendix G. System Configurations. There are six basic hardware configurations that manage the video inputs and monitor outputs of the 16 input/output configurations that exist between systems sized 64 x 32 and 512 x 64. Table 1 outlines the key components contained within these six basic hardware configurations. Table 1. Basic hardware configurations Matrix Size Required Chassis Video Inputs x Monitor Outputs KTD-440 KTD-440G KTD-440N KTD-441 KTD x 32 # 64 x 64 # # 128 x 32 # # 128 x 64 # # # # x 32 # # # x 64 # # # # # Note: Systems are shipped with the correct configuration of chassis and preaddressed cards. 3.1 INSTALLING THE KTD-440 CHASSIS The KTD-440 master switcher chassis receives its commands over RS422 control cabling coming from the controller keypad(s). It must be located downline from all keypads controlling it. See Figure 3. To receivers Keypad Keypad KTD-440 RS422 control signal Figure 3. KTD-440 located downline from the keypads that control it B / December 2003

11 Hardware Installation CAUTION: Complete all instruction steps before supplying power to the unit. 1) Mount the KTD-440 chassis into a 19-inch (48.26 cm) rack. 2) Mount a KTD-446 power supply near the KTD-440 chassis. See Figure 4 and perform the following: 3) Connect all camera cables to their respective BNC video input connectors. 4) Connect all monitor cables to their respective BNC monitor output connectors. 5) Remove the terminal strip from the back of the chassis. 6) While observing polarity, connect the RS422 control cable(s). 7) Reinstall the terminal strip. Terminal strip Monitor outputs RS422 control in Video inputs RS422 control out (if used) RS232 5 VDC Output bus Input bus Figure 4. KTD-440 back panel connections 8) For larger systems, connect the ribbon cables between the KTD-440 and other chassis. See Figure 4 and refer to your system configuration in Appendix G. System Configurations B / December

12 Hardware Installation 9) Digiplex IV systems are shipped preconfigured. If you need to verify or change the termination, signal format settings, or addressing for the system, refer to appendixes A, B, and C. 10) Connect the KTD-446 power supply to the KTD-440 chassis, then to a power source. See Figure 5. Power source 115 VAC power cord KTD VDC power cord KTD-440 Figure 5. KTD-440 power connections 3.2 INSTALLING THE KTD-440G CHASSIS CAUTION: Complete all instruction steps before supplying power to the unit. 1) Mount the KTD-440G chassis into a 19-inch (48.26 cm) rack directly under the KTD-441-2, KTD-441-3, or KTD-440N chassis. Refer to your system configuration in Appendix G. System Configurations. 2) Mount a KTD-446 power supply near the KTD-440G chassis. 3) Connect the ribbon cables between the KTD-440G and other chassis. See Figure 6 and refer to your system configuration in Appendix G. System Configurations. OUTPUT PORT 1 PORT 2 PORT 3 PORT 1 PORT 2 PORT 3 PORT 4 PORT 5 PORT 6 PORT 7 PORT 8 Figure 6. KTD-440G ribbon cable connections B / December 2003

13 Hardware Installation 4) Connect the KTD-446 power supply to the KTD-440G chassis, then to a power source. See Figure 7. Power source 115 VAC power cord KTD VDC power cord KTD-440G Figure 7. KTD-440G power connections 3.3 INSTALLING THE KTD-440N CHASSIS CAUTION: Complete all instruction steps before supplying power to the unit. 1) Mount the KTD-440N chassis into a 19-inch (48.26 cm) rack. 2) Mount a KTD-446 power supply near the KTD-440N chassis. See Figure 8 and perform the following: 3) Connect all monitor cables to their respective BNC monitor output connectors. 4) Remove the terminal strip from the back of the chassis. 5) While observing polarity, connect the RS422 control cable(s). 6) Reinstall the terminal strip. 7) Connect the ribbon cables between the KTD-440N and other chassis. See Figure 8 and refer to your system configuration in Appendix G. System Configurations B / December

14 Hardware Installation Terminal strip Monitor outputs RS422 control in RS422 control out (if used) RS232 5 VDC Output bus Input bus Figure 8. KTD-440N back panel connections 8) Set the KTD-440N chassis to control monitors 33 through 64. Use the DIP switches on the KTD-447 cards in both the KTD-440N and KTD-440 chassis. See Figure 9. a) In the KTD-440N chassis, set switch 1 to ON to control monitors 33 through 64. b) In the KTD-440 chassis, ensure that switch 1 remains OFF to control monitors 1 through 32. KTD-440N KTD-447 Black handle DIP Monitors 33 through 64 (switch 1 ON) KTD-440 KTD-447 Black handle DIP Monitors 1 through 32 (switch 1 OFF) Figure 9. Monitor control settings on the KTD-447 CPU cards B / December 2003

15 Hardware Installation 9) Digiplex IV systems are shipped preconfigured. If you need to verify or change the termination, signal format settings, or addressing for the system, then refer to appendixes A, B, and C. 10) Connect the KTD-446 power supply to the KTD-440N chassis, then to a power source. See Figure 10. Power source 115 VAC power cord KTD VDC power cord KTD-440N Figure 10. KTD-440N power connections 3.4 INSTALLING THE KTD-441 CHASSIS CAUTION: Complete all instruction steps before supplying power to the unit. 1) Mount the KTD-441 chassis into a 19-inch (48.26 cm) rack. 2) Mount a KTD-446 power supply near the KTD-441 chassis. 3) Connect all camera cables to their respective BNC video input connectors. See Figure 11. 4) Connect the ribbon cables between the KTD-441 and other chassis. See Figure 11 and refer to your system configuration in Appendix G. System Configurations KTD through KTD Video inputs 5 VDC Output bus Input bus Figure 11. KTD-441 back panel connections B / December

16 Hardware Installation 5) Connect the KTD-446 power supply to the KTD-441 chassis, then to a power source. See Figure 12. Power source 115 VAC power cord KTD VDC power cord KTD-441 Figure 12. KTD-441 power connections 3.5 INSTALLING THE KTD-442 CHASSIS CAUTION: Complete all instruction steps before supplying power to the unit. 1) Mount the KTD-442 chassis into a 19-inch (48.26 cm) rack. 2) Mount a KTD-446 power supply near the KTD-442 chassis. 3) Connect the ribbon cables between the KTD-442 and other chassis. See Figures 13 and 14 (below) and refer to your system configuration in Appendix G. System Configurations. KTD PORT 4 PORT 3 PORT 2 PORT 1 INPUT RANGE To KTD-440G From KTD-441 INPUT RANGE INPUT RANGE INPUT RANGE Figure 13. KTD back panel connections B / December 2003

17 Hardware Installation KTD PORT 7 PORT 6 PORT 5 To KTD-440G From KTD-441 INPUT RANGE INPUT RANGE INPUT RANGE Figure 14. KTD back panel connections 4) Connect the KTD-446 power supply to the KTD-442 chassis, then to a power source. See Figure 15. Power source 115 VAC power cord KTD VDC power cord KTD-442 Figure 15. KTD-442 power connections B / December

18 System Programming 4 SYSTEM PROGRAMMING Before programming, have all hardware installed and the system planned (i.e., assignments and titles of cameras, monitors, alarms, steps, dwell times, remote slaves, and switching groups). The system can be programmed with the internal menus or the optional programming software. Note: This manual provides instructions for programming the matrix switcher. All other system components, such as PTZ receivers and alarm interfaces, are programmed separately. Refer to the programming instructions for those devices. 4.1 PROGRAMMING WITH THE OPTIONAL PROGRAMMING SOFTWARE If you are programming the system using the optional KTD-411 Digiplex IV programming software, then refer to that manual for further instructions. 4.2 PROGRAMMING WITH THE INTERNAL MENUS If you are programming the system using the internal menus, you will need a keypad or computer keyboard (see section Setting Up the Programming Interface). The internal menus will be displayed on a security monitor. Note: Programming should be performed by a qualified technician. The internal menus appear on the monitor screen in alphabetical order. For new installations, however, follow these instructions in the order they are presented. These instructions walk you through a typical programming progression. You will not follow the menus alphabetically. For reference, an overview of the menu tree is provided in section Menu Tree. After the initial programming, parameters can be changed at any time by entering programming mode and advancing to specific menus B / December 2003

19 System Programming MENU TREE Main Menu Typical Programming Sequence A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- First, set up site titles. (Select 5 from A-0.) F-0 SITE TITLES 001 >0000 FRONT ENTRANCE 0001 VISITOR PARKING 0002 RECEIVING 0003 WAREHOUSE NORTH 0004 RECEPTION DESK 0005 PARKING LEVEL PARKING LEVEL 2 RT/LF=CURSOR DN/UP=SCROLL Second, set up BNC input mapping. (Select 1 from A-0.) B-1 BNC INPUT MAPPING SITE BNC PROGRAMMING -1- REMOTE SLAVE SETUP -2- Third, set up monitors. (Select 4 from A-0.) E-0 MONITOR SETUP MON 001 ALARM CALL-UP -1- COPY MONITOR-MONITOR -2- SEQUENCE ROUTINES -3- TEXT DISPLAY -4- UNIVERSAL DWELL -5- Fourth, set up group switching. (Select 2 from A-0.) C-1 GROUP SWITCHING MENU GROUP ALARM CALL-UP -1- GROUP SEQUENCE ROUTINES -2- GROUP SETUP -3- GROUP TITLES -4- Fifth, set up video loss. (Select 6 from A-0.) J-0 VIDEO LOSS CURRENT LOSS REPORT -1- CURRENT ALL CAMERAS -2- VIDEO LOSS SETUP -3- AUDIO ALARM - ENABLED -4- RELAY ALARM - ENABLED -5- Lastly, use memory management for global changes. (Select 3 from A-0.) D-0 MEMORY MANAGEMENT CLEAR MONITOR MEMORY -1- CLEAR TITLES -2- CLEAR INPUT BNC MAP -3- CLEAR GROUPS B / December

20 System Programming SETTING UP THE PROGRAMMING INTERFACE Set up the programming hardware as shown in Figure 16 (using a keypad) or Figure 17 (using a keyboard). Note: If you are programming the system using the optional KTD-411 Digiplex IV programming software, refer to that manual for the programming hardware setup. Note: If you are using a computer keyboard, it must be a 101-key keyboard with a PS2-type Mini-DIN connector. RS422 in RS422 out KTD-440 back panel Keypad (refer to the keypad manual for connection instructions) Figure 16. Connecting to a keypad for programming Mini-DIN port KTD-447 CPU card Keyboard (101-key keyboard with PS2-type Mini-DIN connector) Figure 17. Connecting to a keyboard for programming B / December 2003

21 System Programming ACCESSING MATRIX SWITCHER PROGRAMMING USING A KEYBOARD 1) Ensure that the keyboard is plugged into the KTD-447 card in the KTD-440 chassis as shown in Figure 17. 2) Verify the currently selected monitor by pressing F5 on the keyboard. 3) If you need to change the selected monitor before entering the programming menus, enter the twodigit monitor number (e.g., 02 for monitor 2) using the 10-key number pad. Note: Do not use the number keys that are located across the top of the keyboard. The main programming menu (Figure 18) appears on the monitor. A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- ~~~~~~~~~ HELP A ~~~~~~~~~~ 1. USE NUMBER KEYS TO SELECT MENU CHOICE. 2. USE ALARM KEY FOR HELP. 3. HOLD SEQ KEY TO EXIT MENUS. SEQ=EXIT HELP Figure 18. Main menu (A-0) displayed on security monitor B / December

22 System Programming USING A KEYPAD 1) For keypads other than the KTD-405, begin at the normal operating display and select the monitor to be programmed by pressing the mon key and the number keys that correspond to the monitor number (e.g., 02 for monitor 2). If you are using a KTD-405 keypad, start at step 2. 2) At the normal operating display, enter programming mode by pressing and holding the key on the KTD-405 (or the set key on the KTD-404 or KTD-400). Note: Quickly move to the next step after the keypad beeps. 3) At the code entry display, enter the programming access code by sequentially pressing the 9, 5, 1, and seq keys. CAMERA 000 MONITOR 01 Normal operating display ENTER PROGRAMMING CODE: Code entry display 4) At the equipment selection display, press the 1 key. 1=SWTCHR 2=RCVR 3=ALARMS 4=CYBERDOME SEQ=EXIT Equipment selection display 5) At the component selection display, press the 1 key. For keypads other than the KTD-405, skip to step 7. If you are using a KTD-405 keypad, continue to step 6. 6) At the enter monitor number display, press the two number keys that correspond to the number of the monitor to be programmed. You have entered switcher programming. As the LCD directs, refer to the monitor screen (Figure 19) to program the switcher. 1=KTD-440 2=OTHER SEQ=PREV Component selection display ENTER MONITOR NUMBER: (1 64)!BACK Enter monitor number display SEE MONITOR FOR MENUS HOLD SEQ (3 SEC) TO EXIT Refer-to-monitor keypad display A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- ~~~~~~~~~ HELP A ~~~~~~~~~~ 1. USE NUMBER KEYS TO SELECT MENU CHOICE. 2. USE ALARM KEY FOR HELP. 3. HOLD SEQ KEY TO EXIT MENUS. SEQ=EXIT HELP Figure 19. Main menu (A-0) displayed on security monitor B / December 2003

23 System Programming PROGRAMMING THE MATRIX SWITCHER Moving through the internal menus and making selections requires different keys or the joystick depending on the programming interface (keypad or keyboard) being used. See Table 2. Note: You must program each monitor in the system separately when programming the monitors with the internal menus. Monitor programming can be copied to another monitor or to all monitors using menu E-6. Table 2. Keypad and keyboard controls for general programming functions Function KTD-405 KTD-404 KTD-400 Keyboard Entering alphanumeric characters joystick,,, ",# joystick arrow keys typed Scrolling through choices joystick,,, ",# joystick arrow keys arrow keys Accessing HELP files alarm key alarm key alarm key F1 key Navigating through menus seq key seq key seq key F2 or Esc key Clear esc key clear key clear key F3 key Set set key set key F4 key Displaying monitor ID number* long mon key long mon key long mon key F5 key Exiting screens long seq key long seq key long seq key F10 key *Works only when monitor is not displaying menus PROGRAMMING SITE TITLES If you program site titles before you program other parameters, the site titles will automatically appear in description fields when you enter camera numbers. Note: Example user content that has been added to menus is highlighted. Note: To receive context-sensitive help at any point during programming, press the alarm key. 1) At the A-0 main menu, press the 5 key to access the F-0 menu to program site titles. A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- F-0 SITE TITLES 001! !"=CURSOR #$=SCROLL 2) At the F-0 site titles menu, use # and $ to move the on-screen arrow to the site number to be titled, use! and " to move the cursor between character positions of the title, then use # and $ to scroll through the character choices for the current character position. There is no need to enter a character choice for a character position. Simply move the cursor to the next character position. Note: Site titles are limited to 20 characters. F-0 SITE TITLES FRONT ENTRANCE 0001 VISITOR PARKING 0002 RECEIVING 0003 WAREHOUSE NORTH 0004 RECEPTION DESK 0005 PARKING LEVEL 1!0006 PARKING LEVEL 2!"=CURSOR #$=SCROLL B / December

24 System Programming PROGRAMMING BNC INPUT MAPPING You need to map BNC inputs when the camera site numbers differ from the BNC numbers or when your system includes remote slave switchers. CAUTION: Programming of BNC input mapping should be performed by a qualified technician. Digiplex IV can map any camera to any BNC input regardless of its address. Camera 300 does not need to be physically attached to BNC 300. The switcher will recognize a command being sent to a specific addressed camera (i.e., camera site) and will forward that command to the BNC input that that camera is mapped to. See Figure 20. Program the B-series menus to tell the matrix switcher which camera is mapped to which BNC input. Video Camera Input Video Inputs Figure 20. Example of BNC input mapping Note: Example user content that has been added to menus is highlighted. Note: To receive context-sensitive help at any point during programming, press the alarm key. 1) At the A-0 main menu, press the 1 key to access the B-0 menu to program the BNC input maps. A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- B-0 BNC INPUT MAPPING SITE BNC PROGRAMMING -1- REMOTE SLAVE SETUP B / December 2003

25 System Programming 2) At the B-0 BNC input mapping menu, press the 1 key to access the B-1 menu to map the camera inputs. Use # and $ to scroll through the sites, use! and " to move the cursor between the camera site and BNC columns, and use the number keys to enter the BNC assignment number into the BNC column. Note: With the cursor in the site column, you can use the number keys to enter a camera number and jump directly to that site. B-0 BNC INPUT MAPPING SITE BNC PROGRAMMING -1- REMOTE SLAVE SETUP -2- B-1 CAMERA INPUT MAPPING SITE DESCRIPTION BNC 0000 FRONT ENTRANCE VISITOR PARKING RECEIVING WAREHOUSE NORTH RECEPTION DESK PARKING LEVEL PARKING LEVEL 2!067 3) If remote slaves are being programmed, review the remote slave programming information in Appendix D. Establishing Remote Slaves before continuing with the following steps. 4) At the B-0 BNC input mapping menu, press the 2 key to access the B-2 menu to program each remote slave (if more than one). Option 1 on this menu assigns a range of cameras to each remote slave. Option 2 assigns BNC connections to each remote slave. B-0 BNC INPUT MAPPING SITE BNC PROGRAMMING -1- REMOTE SLAVE SETUP -2- B-2 REMOTE SLAVE SETUP REMOTE RANGE SETUP -1- REMOTE CONNECTIONS -2- Steps continue on the next page B / December

26 System Programming 5) At the B-2 menu, press the 1 key to access the B-3 menu to assign a range of cameras to each remote slave. Use!, ", #, and $ to move between the fields, use the number keys to enter values, and use the clear key to delete values. a) Determine the camera address range that each remote slave will switch. b) Select a remote (in the REMOTE column) by moving the on-screen arrow beside its number. c) Assign a camera address range (in the CAMERA RANGE column) to the remote number. d) Repeat for all remote slave units. B-2 REMOTE SLAVE SETUP REMOTE RANGE SETUP -1- REMOTE CONNECTIONS -2- B-3 REMOTE CAMERA RANGES b) c) REMOTE ~~CAMERA RANGE~~ ! ) At the B-2 remote slave setup menu, press the 2 key to access the B-4 menu to program the remote connections for each remote slave established in step 5. See Appendix D. Establishing Remote Slaves. Use!, ", #, and $ to move between the fields and use the number keys to enter values. a) Determine which monitors are to display remote video from which cameras. Note: Each monitor must have a separate video coaxial cable run from the remote to a dedicated BNC input on the matrix switcher. See Appendix D. Establishing Remote Slaves for details. b) Assign a monitor number (in the MON column) for each associated BNC video input. c) Assign a remote slave number (in the RM column) for each associated BNC video input. d) Assign a BNC monitor output number on a remote slave (in the OUTP column) for each associated BNC video input. B-2 REMOTE SLAVE SETUP REMOTE RANGE SETUP -1- REMOTE CONNECTIONS -2- B-4 REMOTE CONNECTIONS b) c) d) BNC MON RM ~~CAMERAS~~ OUTP ! Remote camera ranges established in step B / December 2003

27 System Programming PROGRAMMING MONITORS You must program each monitor in the system separately when programming the monitors with the internal menus. Monitor programming can be copied to another monitor or to all monitors using menu E-6. Note: Example user content that has been added to menus is highlighted. Note: To receive context-sensitive help at any point during programming, press the alarm key. 1) At the A-0 main menu, press the 4 key to access the E-0 menu to program monitor setup. A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- E-0 MONITOR SETUP MON 001 ALARM CALL-UP -1- COPY MONITOR-MONITOR -2- SEQUENCE ROUTINES -3- TEXT DISPLAY -4- UNIVERSAL DWELL -5-2) At the E-0 monitor setup menu, press the 1 key to access the E-1 menu to program alarm call-up. E-0 MONITOR SETUP MON 001 ALARM CALL-UP -1- COPY MONITOR-MONITOR -2- SEQUENCE ROUTINES -3- TEXT DISPLAY -4- UNIVERSAL DWELL -5- E-1 ALARM CALL-UP MON 001 ALARM ARM/DISARM -1- ALARM DWELL TIME -2- ALTERNATE ALARM MONITORS -3- LOCK MODE ON -4- Steps continue on the next page B / December

28 System Programming 3) At the E-1 alarm call-up menu, press the 1 key to access the E-2 menu to arm/disarm alarms. When an alarm occurs at an armed camera site, the site s associated monitor switches from the video that it was displaying and displays the video from the alarming camera site. The monitor will continue to display the alarmed site s video for the amount of time programmed for the alarm dwell time. If more than one camera site is alarming, each site remains on the monitor for the programmed alarm dwell time before sequencing to the next alarmed site. Note: All alarms for a camera site are either armed or disarmed with this setting. a) Use # and $ to move to the site number to be armed or disarmed. b) Press the set key to arm the selected site or press the clear key to disarm the selected site. You can sequentially press 9, 9, 9, and 9 to universally arm all sites or sequentially press 8, 8, 8, and 8 to universally disarm all sites. An asterisk (*) appears in the ARM column when a site is armed; the ARM column is blank when a site is unarmed. E-1 ALARM CALL-UP MON 001 ALARM ARM/DISARM -1- ALARM DWELL TIME -2- ALTERNATE ALARM MONITORS -3- LOCK MODE ON -4- E-2 ALARM ARM/DISARM MON 001 ARM SITE DESCRIPTION * 0000 FRONT ENTRANCE * 0001 VISITOR PARKING * 0002 RECEIVING * 0003 WAREHOUSE NORTH! 0004 RECEPTION DESK * 0005 PARKING LEVEL 1 * 0006 PARKING LEVEL 2 4) At the E-1 alarm call-up menu, press the 2 key to access the E-4 menu to program alarm dwell times. Use the number keys to enter the number of seconds (01 through 30) that each alarmed camera site remains on the monitor screen before sequencing to the next alarmed site. E-1 ALARM CALL-UP MON 001 ALARM ARM/DISARM -1- ALARM DWELL TIME -2- ALTERNATE ALARM MONITORS -3- LOCK MODE ON -4- E-4 ALARM DWELL TIME MON 001 ENTER ALARM DWELL TIME: SECONDS B / December 2003

29 System Programming 5) At the E-1 alarm call-up menu, press the 3 key to access the E-5 menu to program alternate and spot monitors. Alternate monitors are used to display video from additional alarming camera sites when multiple alarms occur at the same time. You can assign up to four alternate monitors to the primary monitor listed in menu E-5. If you ve established four alternate monitors, then the primary monitor displays the first alarm, the first alternate monitor displays the second alarm, and so forth until you have the fourth alternate monitor displaying the fifth alarm. A sixth alarm would appear on the primary monitor and any remaining alarms would appear sequentially on the alternate monitors sequencing the alarms previously displayed. Note: A monitor cannot be both an alternate and primary. Once assigned as an alternate, most of a monitor s programming is unavailable. Spot monitors are used to avoid missing alarms. You can assign a spot monitor to the primary monitor listed in menu E-5. If the primary monitor is armed and assigned a spot monitor, an alarming camera site must be called up on the spot monitor to clear the video displayed on the primary monitor (even if the alarm itself is cleared). Acknowledged alarms will display again (after a few seconds) if they are still active. Note: When a primary monitor is sequencing alarming camera sites, individual alarms can be removed from the sequencing queue only after they are acknowledged on the spot monitor. Acknowledged alarms will display again (after a few seconds) if they are still active. To program alternate and spot monitors: a) Use # and $ to move through the monitor list. b) Use the number keys to enter monitor numbers (e.g., 002 for monitor 2). E-1 ALARM CALL-UP MON 001 ALARM ARM/DISARM -1- ALARM DWELL TIME -2- ALTERNATE ALARM MONITORS -3- LOCK MODE ON -4- E-5 ALT ALARM MONITORS 001 PRIMARY ALARM MONITOR: 001 1ST ALTERNATE MONITOR: 002 2ND ALTERNATE MONITOR: 003 3RD ALTERNATE MONITOR: 007 4TH ALTERNATE MONITOR: 010 SPOT MONITOR:!006 Steps continue on the next page B / December

30 System Programming 6) At the E-1 alarm call-up menu, press the 4 key to toggle between lock mode on and off. The lock mode arms or disarms a monitor so that it displays or ignores active alarms coming from camera sites. When the lock mode is ON, an uppercase A appears on the monitor showing that it is ready to display video from alarming camera sites. When the lock mode is OFF, the A is not displayed and the monitor ignores all alarms. Generally, alarmed camera sites override selected camera sites for display on a monitor. When a camera site issues an alarm, that camera site appears on its assigned monitor. With the lock mode ON, if you select another camera site, the monitor briefly shows the selected camera site, but then returns to the alarmed site. E-1 ALARM CALL-UP MON 001 ALARM ARM/DISARM -1- ALARM DWELL TIME -2- ALTERNATE ALARM MONITORS -3- LOCK MODE ON -4- When the lock mode is OFF, you can still manually arm a monitor by pressing the alarm key. The A appears on the monitor. However, any selection of another site will automatically disarm the monitor (the A disappears), and the monitor will ignore all active alarms. Each time a site is selected, the alarm key must be pressed to rearm the monitor. 7) At the E-0 monitor setup menu, press the 2 key to access the E-6 menu to copy programming from the monitor you are programming to another monitor or to all monitors. Use the number keys to enter the number of the monitor that you are copying programming to, or enter 000 to have programming copied to all monitors in the system. E-0 MONITOR SETUP MON 001 ALARM CALL-UP -1- COPY MONITOR-MONITOR -2- SEQUENCE ROUTINES -3- TEXT DISPLAY -4- UNIVERSAL DWELL -5- E-6 COPY PROGRAM MON 001 COPY ALL PROGRAMMED DATA FOR MONITOR 001 TO MONITOR: --- USE NUMBER 000 TO SELECT ALL MONITORS B / December 2003

31 System Programming 8) At the E-0 monitor setup menu, press the 3 key to access the E-7 menu to define sequences of cameras that the monitor will automatically switch through. E-0 MONITOR SETUP MON 001 ALARM CALL-UP -1- COPY MONITOR-MONITOR -2- SEQUENCE ROUTINES -3- TEXT DISPLAY -4- UNIVERSAL DWELL -5- E-7 SEQ ROUTINES MON 001 SEQUENCE LIST 1-1- SEQUENCE LIST 2-2- SEQUENCE LIST 3-3- SEQUENCE LIST 4-4- SEQUENCE LIST 5-5- SEQUENCE LIST 6-6- ALL CAMERAS -7-9) At the E-7 sequence routines menu, press a number key (1 through 6) to select a sequence list to program. A separate E-8 menu appears for each sequence list (1 through 6) selected. Selection 7 from the E-7 menu is discussed in step 10. You can program up to 32 steps for a sequence. Use!, ", #, and $ to move between the step, site, and dwell time fields, then use the number keys to enter values. Use the clear key to remove a site from the list. E-7 SEQ ROUTINES MON 001 SEQUENCE LIST 1-1- SEQUENCE LIST 2-2- SEQUENCE LIST 3-3- SEQUENCE LIST 4-4- SEQUENCE LIST 5-5- SEQUENCE LIST 6-6- ALL CAMERAS -7- E-8 SEQUENCE LIST # MON 001 STEP SITE DESCRIPTION DW FRONT ENTRANCE VISITOR PARKING RECEIVING WAREHOUSE NORTH RECEPTION DESK PARKING LEVEL ! Steps continue on the next page B / December

32 System Programming 10) At the E-7 sequence routines menu, press the 7 key to program a sequence routine for a specified range if cameras. Note: Sequence routines can be accessed by all users regardless of camera permissions. Use the set key to enable access for all users to all cameras in a specified sequence. Use the clear key to disable access for all users to a sequence. Use the number keys to enter the lowest and highest camera site number for the sequence. E-7 SEQ ROUTINES MON 001 SEQUENCE LIST 1-1- SEQUENCE LIST 2-2- SEQUENCE LIST 3-3- SEQUENCE LIST 4-4- SEQUENCE LIST 5-5- SEQUENCE LIST 6-6- ALL CAMERAS -7- E-13 SEQUENCE 7 SETUP MON 001 SEQUENCE 7 IS DISABLED. LOWEST CAMERA: HIGHEST CAMERA: - WARNING - WHEN SEQUENCE 7 IS ENABLED ALL USERS WILL BE ABLE TO SEQUENCE THROUGH ALL CAMERAS REGARDLESS OF KEYPAD ACCESS. 11) At the E-0 monitor setup menu, press the 4 key to access the E-9 menu to program the position of camera and time/date information displayed on a monitor. E-0 MONITOR SETUP MON 001 ALARM CALL-UP -1- COPY MONITOR-MONITOR -2- SEQUENCE ROUTINES -3- TEXT DISPLAY -4- UNIVERSAL DWELL -5- E-9 TEXT DISPLAY MON 001 TITLE POSITION -1- TIME/DATE POSITION B / December 2003

33 System Programming 12) At the E-9 text display menu, press the 1 key to access the E-10 menu to enable or disable the display of camera titles (and site numbers) on the monitor screen, and to position them if enabled. Use the clear key to toggle the display of camera titles on and off, use the set key to toggle the display of camera site numbers on and off, use $ and # to move the titles vertically, and use! and " to move the site numbers to the right or left of the titles. Use the seq key to accept the changed settings. E-9 TEXT DISPLAY MON 001 TITLE POSITION -1- TIME/DATE POSITION -2- E-10 TITLE POSITION MON USE $/# TO POSITION THE TITLE VERTICALLY. 2. USE!/" TO POSITION THE SITE NUMBER. 3. USE CLEAR KEY TO TOGGLE TITLING OFF/ON. 4. USE SET KEY TO TOGGLE SITE NUMBER OFF/ON. 13) At the E-9 text display menu, press the 2 key to access the E-11 menu to enable or disable the display of the time/date stamp on the monitor screen, and to position it if enabled. Use the clear and set keys to toggle the display of the time/date stamp off and on, use $ and # to move the titles vertically, and use! and " to change the date format. Use the seq key to accept the changed settings. E-9 TEXT DISPLAY MON 001 TITLE POSITION -1- TIME/DATE POSITION -2- E-11 T/D POSITION MON USE $/# TO POSITION TIME/DATE DISPLAY. 2. USE!/" TO CHANGE MONTH/DATE FORMAT. 3. USE CLEAR/SET KEYS TO TURN T/D DISPLAY OFF/ON. Steps continue on the next page B / December

34 System Programming 14) At the E-0 monitor setup menu, press the 5 key to access the E-12 menu to program a universal dwell time to be used for sequencing all of the camera sites for the designated monitor. Use the number keys to enter the universal dwell time in seconds (01 through 30). E-0 MONITOR SETUP MON 001 ALARM CALL-UP -1- COPY MONITOR-MONITOR -2- SEQUENCE ROUTINES -3- TEXT DISPLAY -4- UNIVERSAL DWELL -5- E-12 UNIV. DWELL TIME MON 001 ENTER SEQUENCE DWELL TIME FOR ALL CAMERA SITES: SECONDS PROGRAMMING GROUP SWITCHING Selected camera sites can be switched as a group in three ways: manually from a keypad, triggered by an alarm, and programmed as a group switching sequence. This programming assigns camera sites to user-defined groups. Note: For a description and examples of group switching, refer to Appendix E. Group Switching. Note: If you will be using a KTD-404 keypad for calling up groups and group sequences, refer to Appendix F. Assigning the Group Function to a KTD-404 Key for the procedure for assigning a key to that function. The KTD-405 keypad has built-in functions for calling up groups and group sequences (refer to the KTD-405 manual). The KTD-400 cannot call up groups. Note: Example user content that has been added to menus is highlighted. Note: To receive context-sensitive help at any point during the programming, press the alarm key. 1) At the A-0 main menu, press the 2 key to access the C-1 menu to program the switching groups. A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- C-1 GROUP SWITCHING MENU GROUP ALARM CALL-UP -1- GROUP SEQUENCE ROUTINES -2- GROUP SETUP -3- GROUP TITLES B / December 2003

35 System Programming 2) At the C-1 group switching menu, press the 4 key to access the C-8 menu to program group titles. Use # and $ to move to the group number to be titled, use! and " to move the cursor between character positions of the title, and use # and $ to scroll through the character choices for the current character position. There is no need to enter a character choice for a character position. Simply move the cursor to the next character position. You can program up to 128 groups for one chassis or 256 groups for two chassis. Note: The 128 groups per chassis are organized into two tiers. For the first chassis that is assigned groups, the first tier of groups is numbered 1 through 32 and the second tier is numbered 65 through 160. You cannot assign any other groups to the first chassis. If a second chassis is being assigned groups, then its first tier of groups is numbered 33 through 64 and its second tier is numbered 161 through 256. You cannot assign any other groups to the second chassis. Note: Group titles are limited to 20 characters. Note: Group titles are not required for matrix switcher programming; they are a convenience for group menu programming. C-1 GROUP SWITCHING MENU GROUP ALARM CALL-UP -1- GROUP SEQUENCE ROUTINES -2- GROUP SETUP -3- GROUP TITLES -4- C-8 GROUP TITLES 01 PARKING - LEVEL 1 02 PARKING - LEVEL 2 03 PARKING - LEVEL 3! !"=CURSOR #$=SCROLL 3) At the C-1 group switching menu, press the 3 key to access the C-6 menu to select a group to assign monitors to. Use # and $ to move through the group list and use the set or number keys to select a group. C-1 GROUP SWITCHING MENU GROUP ALARM CALL-UP -1- GROUP SEQUENCE ROUTINES -2- GROUP SETUP -3- GROUP TITLES -4- C-6 GROUP SETUP GROUP GROUP TITLE 01 PARKING - LEVEL 1!02 PARKING - LEVEL 2 03 PARKING - LEVEL Steps continue on the next page B / December

36 System Programming 4) At the C-7 group-specific menu, monitors already assigned to the group have an asterisk (*) beside the MON (monitor) number. Use # and $ to move the on-screen arrow to the monitor/camera to be changed. Use! and " to point the on-screen arrow left toward the monitor number or right toward the camera site number. After pointing the on-screen arrow toward the desired monitor number, press the clear key to remove the monitor from the group or press the set key to add the monitor to the group. After pointing the on-screen arrow toward the desired camera site number, use the number keys to enter a camera site number for the associated monitor. Note: You can assign any camera to any monitor to any group. C-7 GRP 02 PARKING - LEVEL 2 MON SITE DESCRIPTION *001!0003 PAY BOOTH * PARKING ENTRANCE ) At the C-1 group switching menu, press the 1 key to access the C-2 menu to program the alarm call-ups for the groups. The alarm call-up assignment enables a group of cameras to be switched when an alarm occurs. Use the number keys to enter an alarm number that will call up selected groups. C-1 GROUP SWITCHING MENU GROUP ALARM CALL-UP -1- GROUP SEQUENCE ROUTINES -2- GROUP SETUP -3- GROUP TITLES -4- C-2 GROUP ALARM CALL-UP ENTER ALARM NUMBER: B / December 2003

37 System Programming CAUTION: You can override and lose a group s alarm assignment by assigning a different alarm number to a group that already has an alarm assigned to it. 6) At the C-3 group call-up alarm menu, an alarm number appears in the ALARM column for groups already assigned an alarm. An alarm can be assigned to only one group. Assign the selected alarm to a group. A confirmation or rejection of the alarm assignment will appear. Use # and $ to move the on-screen arrow to the group to be assigned the selected alarm (0016 in this example). Press the set key to add the alarm to the group. Press the clear key to remove an alarm from a group. C-3 GROUP CALL-UP ALARM 0016 GROUP GROUP TITLE ALARM 001 PARKING - LEVEL !002 PARKING - LEVEL PARKING - LEVEL or -- C-3 GROUP CALL-UP ALARM 0016 GROUP GROUP TITLE ALARM 001 PARKING - LEVEL !002 PARKING - LEVEL PARKING - LEVEL C-3 GROUP CALL-UP ALARM 0016 ALARM 0016 HAS BEEN ASSIGNED TO GROUP 002. SEQ = CONTINUE Note: Press the seq key to return to the C-2 menu to enter another alarm number. -- or -- C-3 GROUP CALL-UP ALARM ERROR --- ALARM 0016 HAS ALREADY BEEN ASSIGNED TO GROUP 003. ASSIGNMENT FAILED. SEQ = CONTINUE Note: Press the seq key to return to the C-3 menu. At the C-3 menu you can remove (clear) the selected alarm number from its previously assigned group to make it available for assignment to another group. Or, you can press the seq key again and return to the C-2 menu to select another alarm number for assignment. Steps continue on the next page B / December

38 System Programming 7) At the C-1 group switching menu, press the 2 key to access the C-4A menu to program the group sequences. A group sequence allows a group of cameras to sequentially switch on multiple monitors. C-1 GROUP SWITCHING MENU GROUP ALARM CALL-UP -1- GROUP SEQUENCE ROUTINES -2- GROUP SETUP -3- GROUP TITLES -4- C-4A GROUP SEQUENCES SEQUENCE LIST 1-1- SEQUENCE LIST 2-2- SEQUENCE LIST 3-3- SEQUENCE LIST 4-4- SEQUENCE LIST 5-5- SEQUENCE LIST ) At the C-4A group sequences menu, press a number key (1 through 6 for the first chassis (i.e., KTD-440) with groups or 7 through 12 for the second chassis (i.e., KTD-440N) with groups) to select a sequence list to program. A separate C-5 menu appears for each sequence list (1 through 12) selected. You can program up to 32 steps for a sequence with a camera group assigned to each step. Note: If groups have been programmed for two chassis, you cannot program sequences that combine the groups from the two chassis. Steps must be sequentially programmed. Use! and " to move the on-screen arrow between the step, group, and dwell time fields of the next step to be programmed, then use the number keys to enter group and dwell values. Use # and $ to move the on-screen arrow between programmed steps. Use the clear key to remove a group from the sequence. When groups are removed from a sequence, the steps renumber themselves so that they remain in the same order but sequentially numbered (i.e., 1, 2, 3, ). C-4A GROUP SEQUENCES SEQUENCE LIST 1-1- SEQUENCE LIST 2-2- SEQUENCE LIST 3-3- SEQUENCE LIST 4-4- SEQUENCE LIST 5-5- SEQUENCE LIST 6-6- C-5 GROUP SEQUENCE LIST 01 STEP GRP GROUP TITLE DW PARKING LEVEL PARKING LEVEL PARKING LEVEL ! B / December 2003

39 System Programming PROGRAMMING VIDEO LOSS The video loss card provides its own visual and audible alerts. If a video loss card is installed, monitor 16 becomes dedicated to scanning for and reporting video loss conditions. Monitor 16 is no longer available as a primary, alternate, or spot monitor. Monitor 16 is blank with a green background when there are no video loss conditions to report. The background turns red when reporting a video loss condition. The red warning screen displays the first seven camera sites that are reporting video loss. Additional sites reporting video loss are held in a queue and are displayed on the red screen after alarms associated with the first seven video loss reports are cleared. The video loss card has an attached speaker. The speaker (when the audio alarm is enabled) sounds an audible alert when video loss is detected. The video loss card also has an attached relay. When the relay alarm is enabled and video loss is detected, the relay closes and provides a secondary alert through an auxiliary alarm device (e.g., strobe light or siren). The auxiliary alarm device is connected to the terminal strip on the back of the KTD-440 chassis (see Figure 21). The relay alarm can also be used to trigger a recording device. Note: The relay is a dry contact. Note: Example user content that has been added to menus is highlighted. Figure 21. Relay alarm connections for the video loss card in the KTD-440 chassis Note: To receive context-sensitive help at any point during the programming, press the alarm key. 1) At the A-0 main menu, press the 6 key to access the J-0 menu to program the video loss parameters and view the video loss reports. A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- J-0 VIDEO LOSS CURRENT LOSS REPORT -1- CURRENT ALL CAMERAS -2- VIDEO LOSS SETUP -3- AUDIO ALARM - ENABLED -4- RELAY ALARM - ENABLED -5- Steps continue on the next page B / December

40 System Programming 2) At the J-0 video loss menu, press the 1 key to access the J-1 menu to view the video loss list. The list provides the numbers of the first seven camera sites that are reporting video loss. Use $ and # to move through the list. Use the clear key to enable the audio alarm for a camera site and the set key to disable the audio alarm. Note: The key symbol ( ) indicates that audio is disabled. J-0 VIDEO LOSS CURRENT LOSS REPORT -1- CURRENT ALL CAMERAS -2- VIDEO LOSS SETUP -3- AUDIO ALARM - DISABLED -4- RELAY ALARM - ENABLED -5- J-1 VIDEO LOSS LIST SITE DESCRIPTION BNC 0001! VISITOR PARKING RECEPTION DESK 065 Message that is displayed if no loss is detected: NO LOSS DETECTED 3) At the J-0 video loss menu, press the 2 key to access the J-2 menu to view the video loss report. The report provides the current video loss status for all camera sites. If a status field is blank, then video loss was not programmed for the associated camera site. Use $ and # to move through the list. Use the clear key to enable the audio alarm for a camera site and the set key to disable the audio alarm. Note: The key symbol ( ) indicates that audio is disabled. J-0 VIDEO LOSS CURRENT LOSS REPORT -1- CURRENT ALL CAMERAS -2- VIDEO LOSS SETUP -3- AUDIO ALARM - DISABLED -4- RELAY ALARM - ENABLED -5- J-2 VIDEO LOSS REPORT SITE DESCRIPTION STATUS 0000! FRONT ENTRANCE 0001 VISITOR PARKING FAULT 0002 RECEIVING 0003 WAREHOUSE NORTH 0004 RECEPTION DESK FAULT 0005 PARKING LEVEL PARKING LEVEL B / December 2003

41 System Programming 4) At the J-0 video loss menu, press the 3 key to access the J-3 menu to enable/disable video loss detection for individual camera sites. Use $ and # to move through the site list or use the number keys to enter a site number. Use the set key to scroll through the detection level list to select a level. You can sequentially press 9, 9, 9, and 9 to set all sites to SYNC, or sequentially press 8, 8, 8, and 8 to set all sites to NONE. Detection Levels SYNC (video signal only) LOW* (low-light intensity) MED* (medium-light intensity) HIGH* (high-light intensity) NONE Sends an alarm when the video signal is completely lost. Signals are lost due to hardware failures such as a cut cable or a faulty camera or power supply. Sends an alarm when the lighting conditions fall below the set threshold. Sends an alarm when the lighting conditions fall below the set threshold. Sends an alarm when the lighting conditions fall below the set threshold. No detection level is set for the associated camera site. *The low-, medium-, and high-light intensity settings are for indoor applications where the lighting is consistent. J-0 VIDEO LOSS CURRENT LOSS REPORT -1- CURRENT ALL CAMERAS -2- VIDEO LOSS SETUP -3- AUDIO ALARM - ENABLED -4- RELAY ALARM - ENABLED -5- J-3 VIDEO LOSS SETUP SITE DESCRIPTION DETECT 0000 FRONT ENTRANCE HIGH 0001 VISITOR PARKING SYNC 0002 RECEIVING SYNC 0003 WAREHOUSE NORTH MED 0004 RECEPTION DESK LOW 0005 PARKING LEVEL 1 NONE 0006 PARKING LEVEL 2 NONE 5) Press the 4 key to enable or disable the audio alarm on the video loss card. 6) Press the 5 key to enable or disable the relay alarm that is connected to an auxiliary device, such as a strobe light or siren B / December

42 System Programming PROGRAMMING MEMORY MANAGEMENT CAUTION: Before clearing the memory, back up your system s programming with the KTD-411 Digiplex IV Matrix Switcher Programming Software. Clearing the memory deletes your user-defined settings from the switcher s nonvolatile memory and reloads the factory defaults. Note: To receive context-sensitive help at any point during the programming, press the alarm key. 1) At the A-0 main menu, press the 3 key to access the D-0 menu to clear user-defined settings and return to factory default settings. A-0 MAIN MENU MON 001 BNC INPUT MAPPING -1- GROUP SWITCHING -2- MEMORY MANAGEMENT -3- MONITOR SETUP -4- TITLES -5- VIDEO LOSS -6- D-0 MEMORY MANAGEMENT CLEAR MONITOR MEMORY -1- CLEAR TITLES -2- CLEAR BNC MAPS -3- CLEAR GROUPS -4-2) At the D-0 memory management menu, press the 1 key to access the D-1 menu to clear the userdefined monitor settings. D-0 MEMORY MANAGEMENT CLEAR MONITOR MEMORY -1- CLEAR TITLES -2- CLEAR BNC MAPS -3- CLEAR GROUPS -4- D-1 MONITOR MEMORY CLEAR MEMORY OF MONITOR: --- USE NUMBER 000 TO SELECT ALL MONITORS B / December 2003

43 System Programming 3) At the D-1 monitor memory menu, use the number keys to enter the number of the monitor to have its memory cleared. At the D-2 clear memory menu, use the keypad or keyboard keys to enter the programming access code (9, 5, 1, seq on any keypad, or 9, 5, 1, F2 on a keyboard) to authorize the clearing of the memory of the selected monitor. D-1 MONITOR MEMORY CLEAR MEMORY OF MONITOR: --- USE NUMBER 000 TO SELECT ALL MONITORS. D-2 CLEAR MEMORY MON 001 ENTER PROGRAMMING ACCESS CODE TO CLEAR MEMORY: CAUTION- MONITOR MEMORY WILL BE RESET TO FACTORY DEFAULTS. 4) At the D-0 memory management menu, press the 2 key to access the D-3 menu to clear the userdefined titles. The D-3 clear titles menu requires an authorization code before deleting the userdefined settings. Use the keypad or keyboard keys to enter the programming access code (9, 5, 1, seq on any keypad, or 9, 5, 1, F2 on a keyboard). D-0 MEMORY MANAGEMENT CLEAR MONITOR MEMORY -1- CLEAR TITLES -2- CLEAR BNC MAPS -3- CLEAR GROUPS -4- D-3 CLEAR MEMORY % TITLES ENTER PROGRAMMING ACCESS CODE TO CLEAR MEMORY: CAUTION- ALL TITLES WILL BE CLEARED. Steps continue on the next page B / December

44 System Programming 5) At the D-0 memory management menu, press the 3 key to access the D-4 menu to clear the userdefined BNC mapping. The D-4 clear BNC map menu requires an authorization code before deleting the user-defined settings. Use the keypad or keyboard keys to enter the programming access code (9, 5, 1, seq on any keypad, or 9, 5, 1, F2 on a keyboard). D-0 MEMORY MANAGEMENT CLEAR MONITOR MEMORY -1- CLEAR TITLES -2- CLEAR BNC MAPS -3- CLEAR GROUPS -4- D-4 CLEAR MEMORY % BNC MAP ENTER PROGRAMMING ACCESS CODE TO CLEAR MEMORY: CAUTION- MAPPED INPUTS WILL BE RE- TURNED TO FACTORY DEFAULTS. 6) At the D-0 memory management menu, press the 4 key to access the D-5 menu to clear the userdefined groups. The D-5 clear groups menu requires an authorization code before deleting the userdefined settings. Use the keypad or keyboard keys to enter the programming access code (9, 5, 1, seq on any keypad, or 9, 5, 1, F2 on a keyboard). D-0 MEMORY MANAGEMENT CLEAR MONITOR MEMORY -1- CLEAR TITLES -2- CLEAR BNC MAPS -3- CLEAR GROUPS -4- D-5 CLEAR MEMORY % GROUPS ENTER PROGRAMMING ACCESS CODE TO CLEAR MEMORY: CAUTION- GROUP PROGRAMMING WILL BE RETURNED TO FACTORY DEFAULTS B / December 2003

45 Troubleshooting 5 TROUBLESHOOTING 5.1 TWO TYPES OF RESETS There are two types of resets for the Digiplex IV system. A soft reset resets the software and cycles the power for a chassis and the cards contained within it. A hard reset clears your system s nonvolatile memory, deletes your custom programming, and restores the factory defaults. See Figure 22. KTD-447 CPU card DIP switch Soft reset button Black card handle Hard reset DIP switches 5 VDC power cord KTD-440 or KTD-440N chassis Figure 22. Soft reset button and hard reset DIP switches on the KTD-447 CPU card SOFT RESET There are two soft resets for the Digiplex IV system (see Figure 22):! Press the reset switch on the KTD-447 CPU card to reset the software.! Unplug and plug the 5 VDC power cord on the back of specific chassis to cycle the power for that chassis and the cards contained within it HARD RESET CAUTION: Before performing a hard reset, back up your system s programming with the KTD-411 Digiplex IV Matrix Switcher Programming Software. A hard reset clears your system s nonvolatile memory, deletes your custom programming, and restores the factory defaults. 1) Set DIP switches 5, 6, and 7 ( in Figure 22) on the KTD-447 card to ON. 2) Press the reset button ( in Figure 22) on the KTD-447 card. 3) Set DIP switches 5 and 6 ( in Figure 22) on the KTD-447 card to OFF. 4) Set DIP switch 7 to the correct signal format (NTSC or PAL). See Figure 24. 5) Press the reset button ( in Figure 22) on the KTD-447 card B / December

46 Troubleshooting 5.2 COMMON ISSUES Note: Perform the steps for the type of reset specified in the solutions. See section 5.1 Two Types of Resets. Problem Probable Cause Solution No or intermittent video Incorrect wiring or system configuration; unseated or faulty cards; faulty power supply or CPU Try the following solutions in order of the most common to the least common resolution: (1) Ensure that the keypad is sending commands and the switcher is receiving commands. Verify the control signal by ensuring that the switcher is powered, sending a switcher command using a keypad, and watching the LEDs. Look for an appropriate response on the LED that is associated with the monitor being tested. Note: The keypad must be in Digiplex mode. See the keypad s manual for details. If the switcher is not receiving the test commands: a) Check the wiring between the keypad and the master switcher. Ensure that the wires are not faulty and the connections are correct. See section 3.1 Installing the KTD-440 Chassis and the keypad manual for the correct connections. b) Check the keypad. Ensure that the keypad is in Digiplex mode, connect it to a CyberDome, and verify that it controls the dome. If it doesn t, replace the keypad. (2) Ensure that the video is correctly mapped for the camera involved. If your video inputs are not mapped, verify that video from camera 1 is connected to video input 1. If your video inputs are mapped, see section Programming BNC Input Mapping. (3) If you have multiple keypads in one or more buildings, ensure that the keypads are daisy chained before running them into the KTD-440 master switcher chassis. Note: Also ensure that the data signal distributors and GE Interlogix domes are downline of the switcher. (4) Ensure that the ribbon cables between the chassis are connected to the correct chassis and fully plugged in. (5) Ensure that all matrix switcher cards are in the correct slots. Verify the status indicated by the diagnostic LEDs. (6) Ensure that all matrix switcher cards are fully plugged in: a) Unplug the chassis 5 VDC power cord. b) Unplug and reseat all cards. c) Plug in the chassis 5 VDC power cord. d) Verify the status indicated by the diagnostic LEDs B / December 2003

47 Troubleshooting Problem Probable Cause Solution (7) Ensure that your KTD-447 CPU card(s) are updated with firmware dated after January 2000 by checking the date code on the EPROMs. (8) If the system cards and cabling are good, then the CPU or power supply might be defective. Test with replacements. (9) If any cards are confirmed defective, call the factory for replacements. No video on a specific monitor No video on multiple monitors No video from a specific camera No response to commands Monitor has been disabled or a monitor card is defective Incorrect DIP switch settings Incorrect cabling Keypad s RJ45 cable is defective or polarity is reversed Ensure that the specific monitor is enabled. Otherwise, swap the KTD-444 monitor cards (two at a time) and test for a defective card. Return any defective cards. Ensure that all DIP switches on all KTD-443 video input cards are set correctly. Ensure that the camera is connected to the correct BNC input. If it is, then connect the camera s coaxial cable directly to a monitor to see if video is coming out of the camera. If the camera is defective, replace it. If the camera is operational, perform the solutions given for no or intermittent video (the first problem in this list). Check the RJ45 cable for adherence to polarity and condition. Rewire the cable while observing polarity or replace the RJ45 cable. No control of cameras Incorrect input mapping If wiring is verified, ensure that all camera sites and positions have been correctly addressed and mapped. Camera number distorted on monitor Red lines appearing on monitor Site number scrolling vertically on monitor Excess characters displayed before the date on the monitor Flickering, flashing, or double titles showing on monitor Defective cabling KTD-444 cards might not be properly seated KTD-444 cards might not be properly seated Overlapping titles generated from more than one source Defective KTD-444 monitor card or improperly programmed titles Ensure that the camera cable is connected and not worn. Replace, if necessary. Ensure that all KTD-444 monitor output cards are fully plugged in by removing power from the system (unplug the 5 VDC power cord), reseating all cards, then resupplying power to the system. Ensure that all KTD-444 monitor output cards are fully plugged in by removing power from the system (unplug the 5 VDC power cord), reseating all cards, then resupplying power to the system. Place a monitor in the data line between the time/date device and the master chassis and move it back through the system until you see where the numbers are coming from. If using the matrix switcher for titles, turn off titles in the time/date generator. Swap the KTD-444 monitor cards (two at a time) and test for a defective card. If no cards are defective, perform a hard reset and reprogram the titles. See section Hard Reset B / December

48 Troubleshooting Problem Probable Cause Solution No or intermittent switching or sequencing of cameras KTD-440 locks up Outdated firmware, nonresponsive monitor, defective cards, or improperly programmed sequencing Incorrect wiring of the RS422 data line or an electrical surge corrupting the RS422 data communication Try the following solutions in order of the most common to the least common resolution: (1) Ensure that your KTD-447 CPU card(s) are updated with firmware dated after January Check the date code on the EPROMs. (2) Clear the memory of the nonresponsive monitor by entering programming mode and using the appropriate programming screen. See section Programming Monitors. (3) Ensure that DIP switches 5 and 6 on the KTD-447 CPU card(s) are set to OFF and switch 7 is set to the correct signal format (NTSC or PAL). Verify the status indicated by the diagnostic LEDs. (4) Swap the KTD-444 monitor cards (two at a time) and test for a defective card. (5) If no cards are defective, perform a hard reset and reprogram the sequencing. See sections Hard Reset and Programming the Matrix Switcher. (6) If the KTD-447 CPU card(s) is confirmed defective, call the factory for replacement(s). Perform a hard reset. See section Hard Reset. If the system remains locked up, ensure that the RS422 wiring is correctly installed B / December 2003

49 Troubleshooting 5.3 DIAGNOSTIC LED INDICATIONS See Table 3 for the appearance of the diagnostic indications listed in the following sections. Table 3. LED appearance State Off On On (briefly) On (short) Blink: Appearance No illumination Illuminated until interrupted On for 500 ms to 1 sec, then off On, then immediately off Various, recurring on/off responses: Steady blink On and off in a predictable, repeating pattern 1-sec interval blink On and off once every second in a repeating pattern (example of a steady blink) Fast blink On and off at five or more cycles per second Flash Very short on and off pulse with a pause between pulse cycles Flicker On and off in an extremely fast and random manner KTD-443 VIDEO INPUT CARD LED State Indication On Card is operating correctly (i.e., powered and processing). Steady blink Card is receiving power, but the power supply or processor is experiencing difficulties. Flicker Indicates the data rate of slave serial communication from the KTD-447. The LED blinks faster or slower relative to the data rate. On On-board -5 VDC power supply is working correctly. On (briefly) New video connection is being routed through the KTD B / December

50 Troubleshooting KTD-444 MONITOR OUTPUT CARD LED State Indication Steady blink Blink Steady blink Blink Steady blink Blink Steady blink Blink Monitor is in an alternate mode (e.g., programming). Monitor is receiving data from the KTD-447 (e.g., time and date updated by a time/date generator (if present)). Monitor is in an alternate mode (e.g., programming). Monitor is receiving data from the KTD-447 (e.g., time and date updated by a time/date generator (if present)). Monitor is in an alternate mode (e.g., programming). Monitor is receiving data from the KTD-447 (e.g., time and date updated by a time/date generator (if present)). Monitor is in an alternate mode (e.g., programming). Monitor is receiving data from the KTD-447 (e.g., time and date updated by a time/date generator (if present)) OPTIONAL KTD-445 VIDEO LOSS CARD LED State Indication On Card is operating correctly (i.e., powered and processing). Steady blink Card is receiving power, but the power supply or processor is experiencing difficulties. Flicker Indicates the data rate of slave serial communication from the KTD-447. The LED blinks faster or slower relative to the data rate. Blinking Indicates the rate of communication between the KTD-447 and KTD-445. Off Initialization error. The KTD-447 does not recognize the presence of the KTD-445. On A video loss condition has been detected for at least one video input B / December 2003

51 Troubleshooting KTD-447 CPU CARD LED State Indication On Card is operating correctly (i.e., powered and processing). Steady blink Card is receiving power, but the power supply or processor is experiencing difficulties. On (short) Indicates the data rate of RS232 serial communication from the computer interface connection (RS232 or PC keyboard port). The LED appears to blink (faster or slower) relative to the data rate. It actually illuminates once per data stream. On Indicates that video has been detected on video input 0. This is used for synchronized switching. On Flicker Off System is receiving valid RS422 Digiplex communication. Valid RS422 Digiplex commands are driving equipment (e.g., panning a camera). There is an interruption in the system s RS422 control communication due to improper wiring or incorrect placement of components along the control signal stream B / December

52 Appendix A. Termination APPENDIX A. SETTING THE TERMINATION Termination is established with DIP switch 8 on the KTD-447 card in the KTD-440 and KTD-440N (if present) chassis. 1) If powered, remove power from the chassis. 2) Leave the card(s) in the chassis and set the termination as shown in Figure 23. 3) If installation is complete, supply power to the chassis. Termination ON If the RS422 control cable ends at the KTD-440 chassis, set DIP switch 8 to ON. Termination OFF If the RS422 control cable continues on to other Digiplex components, set DIP switch 8 to OFF. KTD-447 CPU card (with black handle) KTD-440 chassis Figure 23. Termination settings on the KTD-447 CPU card B / December 2003

53 Appendix B. Signal Format APPENDIX B. SETTING THE SIGNAL FORMAT Signal format is established in the KTD-440 chassis and the KTD-440N chassis (if present) with the DIP switch on the KTD-447 CPU card, the jumper on all KTD-444 monitor output cards, and the jumper on the optional KTD-445 video loss card (if present). 1) If powered, remove power from the chassis. 2) Set the signal format as shown in Figure 24. Leave the KTD-447 cards in the chassis while setting their format. Remove the KTD-444 and KTD-445 (if present) cards one by one, set their format, and return them to their correct slots. 3) If installation is complete, supply power to the chassis. NTSC (DIP switch 7 OFF) PAL (DIP switch 7 ON) KTD-447 CPU card (with black handle) KTD-440 and KTD-440N chassis (if present) NTSC (top two jumper prongs) PAL (bottom two jumper prongs) KTD-444 monitor output card (with blue handle) KTD-440 and KTD-440N (if present) chassis NTSC (right two jumper prongs) PAL (left two jumper prongs) KTD-445 video loss card (with red handle) KTD-440 and KTD-440N (if present) chassis Figure 24. Signal format settings on the KTD-447 CPU card, all KTD-444 monitor output cards, and optional KTD-445 video loss card B / December

54 Appendix C. Addressing APPENDIX C. ADDRESSING THE KTD-443 CARDS The KTD-443 video input card is a 64 input by 16 output crosspoint switcher. The first four positions of the DIP switch correspond to the range of video input numbers for the chassis. The second four positions are reserved for future use. There can be up to eight (in a KTD-442) KTD-443 cards in a chassis, depending on the number of monitors that are receiving video inputs. The first KTD-443 card switches inputs for monitors 1 through 16 and the second switches inputs for monitors 17 through 32. Even though two cards might be switching inputs for different monitors, they share the same inputs, so both must be addressed with the same setting. Note: It is not necessary to remove power from the system or remove the video input cards from a chassis to change the address settings. 1) Use Table 4 to determine the DIP switch setting for the range of video inputs within a chassis. 2) Set switches 1 through 4 to ON or OFF. Note: If there are multiple cards in a chassis, address all with the same DIP switch setting. Table 4. DIP switch settings for video input ranges Range of Video Inputs DIP Switch Setting B / December 2003

55 Appendix D. Remote Slaves APPENDIX D. ESTABLISHING REMOTE SLAVES Note: If remote slaves will be needed, design your system to include them before installation. Adding remote slaves to an existing system usually requires significant system changes. To access cameras that reside on remote slaves, you must program the master matrix switcher to know which cameras can be called up from which remote slaves and which monitors those cameras can appear on. See section Programming BNC Input Mapping. You must run a separate coaxial cable from an output on a remote slave matrix switcher to an assigned video input on the master matrix switcher for each monitor that is assigned to display video from a remote location. See Figure 25. Note: The remote slaves do not need to send the same number of monitor outputs to the master switcher. Note: The remote slave that sends the greatest number of remote monitor outputs determines the number of remote video monitors on the master switcher. Note: Camera titling appears only on the monitors that are attached to the master switcher and not on the monitors that are attached to the remote slaves. Master Switcher Remote Slave Switchers Monitors showing remote video Location A (accesses local and remote monitors) 50 cameras with address range 0 49 RM01 on BNCs 50, 51, 52 RM02 on BNCs 53 through 56 Master sends two UTP control signal lines to each slave (one slave serial and one Digiplex RS422, if controlling domes) Video coaxial cables Location B (RM 01) 30 cameras with address range MONs 1, 2, 3 on BNCs 1, 3, 4 Location C (RM 02) 20 cameras with address range MONs 1 through 4 on BNCs 5, 6, 11, 12 Location D (RM 03) Figure 25. Connecting the monitors of remote slaves to the master matrix switcher (see the following example) Example Using monitors 1, 2, and 3 and remote slaves 1 and 2, this programming tells the remote slave to switch the video as follows: When calling up camera 100 on monitor 1, remote slave 1 switches camera 100 onto monitor 1 (remote slave output 1) and sends the video to BNC video input 50 on the master switcher. BNC (e.g., 50) is the physical input number on the master switcher that is connected to the corresponding remote slave OUTP (e.g., 01 BNC monitor output). MON is the monitor number on the master switcher that is assigned to the remote slave OUTP. RM is the number of a remote slave. CAMERAS is the range of cameras assigned to a remote slave. OUTP is the BNC monitor output on the remote slave that is connected to the master switcher input. B-4 REMOTE CONNECTIONS BNC MON RM ~~CAMERAS~~ OUTP ! Figure 26. Menu B B / December

56 Appendix E. Group Switching APPENDIX E. GROUP SWITCHING Group switching displays a succession of camera groups on a series of monitors when manually selected. To sequence cameras as groups, the same monitors must be assigned to one camera of each group. See Figure 27. To program group switching, see section Programming Group Switching. Note: To manually switch your groups, refer to your keypad s manual for details on using the group and auto keys to select and start a group or group sequence. Parking Garage Cameras/Monitors Group Title 5 5 th Floor 4 4 th Floor 3 3 rd Floor 2 2 nd Floor 1 1 st Floor Figure 27. Example of a parking garage programmed for group switching B / December 2003

57 Appendix F. Group Function Key APPENDIX F. ASSIGNING THE GROUP FUNCTION TO A KTD-404 KEY To assign a key on the KTD-404 keypad for group switching: 1) Remove power from the keypad. 2) Remove the four screws on the bottom of the keypad. 3) Carefully open the keypad. Do not pull on the ribbon cables. 4) Set DIP switch 7 to ON. 5) Seat the top of the keypad onto the bottom. There is no need to reinstall the four screws at this time. 6) Supply power to the keypad. 7) Access the program keys menu by pressing and holding the set key and, after the tone, entering the 3, 6, 9, seq access code. 8) Press 1 for yes in answer to the question Program Keys?. 9) Press and release any key (except the number keys) that you want to assign as the group function key. 10) Use the joystick to scroll through the key function list to the GROUP function, then press the set key to define the key selected in step 9 as the group function key. 11) Press the set key again to confirm the key definition. 12) Press the seq key to exit the key assignment programming menus. 13) Remove power from the keypad. 14) Carefully lift the top of the keypad off the bottom. Do not pull on the ribbon cables. 15) Set DIP switch 7 to OFF. 16) Seat the top of the keypad onto the bottom and reinstall the four screws. 17) Supply power to the keypad B / December

58 Appendix G. System Configurations APPENDIX G. SYSTEM CONFIGURATIONS This appendix provides a reference of the 16 configurations that exist between systems sized 64 x 32 and 512 x 64. These are the most common configurations of the Digiplex IV matrix switching system. 64 INPUTS BY 4 TO 32 OUTPUTS RS422 control in KTD-440 with video inputs 0 63 and monitor outputs INPUTS BY 36 TO 64 OUTPUTS RS422 control in KTD-440N providing 32 additional monitor outputs KTD-440 with video inputs 0 63 and monitor outputs B / December 2003

59 Appendix G. System Configurations 128 INPUTS BY 4 TO 32 OUTPUTS RS422 control in KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD with video inputs INPUTS BY 36 TO 64 OUTPUTS RS422 control in KTD-440N providing 32 additional monitor outputs KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD with two KTD-443 cards from chassis KTD KTD with video inputs B / December

60 Appendix G. System Configurations 192 INPUTS BY 4 TO 32 OUTPUTS RS422 control in KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD-440G KTD with video inputs KTD with video inputs B / December 2003

61 Appendix G. System Configurations 192 INPUTS BY 36 TO 64 OUTPUTS RS422 control in KTD-440N providing 32 additional monitor outputs KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD-440G KTD with video inputs KTD with four KTD-443 cards from chassis KTD and KTD KTD with video inputs KTD-440G B / December

62 Appendix G. System Configurations 256 INPUTS BY 4 TO 32 OUTPUTS RS422 control in KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD with video inputs KTD with video inputs KTD with video inputs KTD-440G B / December 2003

63 Appendix G. System Configurations 256 INPUTS BY 36 TO 64 OUTPUTS RS422 control in KTD-440N providing 32 additional monitor outputs KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD-440G KTD with video inputs KTD with six KTD-443 cards from chassis KTD through KTD KTD with video inputs KTD with video inputs KTD-440G B / December

64 Appendix G. System Configurations 320 INPUTS BY 4 TO 32 OUTPUTS RS422 control in KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD with video inputs KTD with video inputs KTD with video inputs KTD-440G KTD with video inputs B / December 2003

65 Appendix G. System Configurations 320 INPUTS BY 36 TO 64 OUTPUTS RS422 control in KTD-440N providing 32 additional monitor outputs KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD-440G KTD with video inputs KTD with eight KTD-443 cards from chassis KTD through KTD KTD with video inputs KTD with video inputs KTD-440G KTD with video inputs B / December

66 Appendix G. System Configurations 384 INPUTS BY 4 TO 32 OUTPUTS RS422 control in KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD with video inputs KTD with video inputs KTD with video inputs KTD-440G KTD with video inputs KTD with video inputs B / December 2003

67 Appendix G. System Configurations 384 INPUTS BY 36 TO 64 OUTPUTS RS422 control in KTD-440N providing 32 additional monitor outputs KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD-440G KTD with video inputs KTD with eight KTD-443 cards from chassis KTD through KTD KTD with video inputs KTD with video inputs KTD with two KTD-443 cards from chassis KTD KTD-440G KTD with video inputs KTD with video inputs B / December

68 Appendix G. System Configurations 448 INPUTS BY 4 TO 32 OUTPUTS RS422 control in KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD with video inputs KTD with video inputs KTD with video inputs KTD-440G KTD with video inputs KTD with video inputs KTD with video inputs B / December 2003

69 Appendix G. System Configurations 448 INPUTS BY 36 TO 64 OUTPUTS RS422 control in KTD-440N providing 32 additional monitor outputs KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD-440G KTD with video inputs KTD with eight KTD-443 cards from chassis KTD through KTD KTD with video inputs KTD with video inputs KTD with four KTD-443 cards from chassis KTD and KTD KTD-440G KTD with video inputs KTD with video inputs KTD with video inputs B / December

70 Appendix G. System Configurations 512 INPUTS BY 4 TO 32 OUTPUTS RS422 control in KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD with video inputs KTD with video inputs KTD with video inputs KTD-440G KTD with video inputs KTD with video inputs KTD with video inputs KTD with video inputs B / December 2003

71 Appendix G. System Configurations 512 INPUTS BY 36 TO 64 OUTPUTS RS422 control in KTD-440N providing 32 additional monitor outputs KTD-440 with video inputs 0 63 and monitor outputs 1 32 KTD-440G KTD with video inputs KTD with eight KTD-443 cards from chassis KTD through KTD KTD with video inputs KTD with video inputs KTD with six KTD-443 cards from chassis KTD through KTD KTD-440G KTD with video inputs KTD with video inputs KTD with video inputs KTD with video inputs B / December