LTC 8500 Series EN Instruction Manual Allegiant Microprocessorbased Video Switcher/ Control Systems BOSCH
EN | ii Bosch Security Systems | December 13, 2005
Product | Instruction Manual | Important Safeguards Important Safeguards 1. Read, Follow, and Retain Instructions - All safety and operating instructions should be read and followed before operating the unit. Retain instructions for future reference. 2. Heed Warnings - Adhere to all warnings on the unit and in the operating instructions. 3. Attachments - Attachments not recommended by the product manufacturer should not be used, as they may cause hazards. 4.
Product | Instruction Manual | Safety Precautions For Indoor Product 1. Water and Moisture - Do not use this unit near water - for example, in a wet basement, in an unprotected outdoor installation or in any area classified as a wet location. 2. Object and Liquid Entry - Never push objects of any kind into this unit through openings, as they might touch dangerous voltage points or create short circuits, resulting in a fire or electrical shock. Never spill liquid of any kind on the unit. 3.
Product | Instruction Manual | FCC & ICES Information FCC & ICES INFORMATION Sicherheitshinweise (U.S.A. and Canadian Models Only) This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) This device must accept any interference received, including interference that may cause undesired operation.
Product | Instruction Manual | Safety Precautions Veiligheidsmaatregelen VOORZICHTIG: OPEN DE BEHUIZING OF DE ACHTERKANT VAN HET APPARAAT NIET. ZO VERMINDERT U HET RISICO OP ELEKTRISCHE SCHOKKEN. IN HET APPARAAT BEVINDEN ZICH GEEN ONDERDELEN DIE U ZELF KUNT REPAREREN. LAAT SERVICE EN ONDERHOUD UITVOEREN DOOR GEKWALIFICEERD PERSONEEL. Medidas de Segurança CUIDADO: PARA REDUZIR O RISCO DE CHOQUE ELÉCTRICO, NÃO RETIRE A TAMPA (OU A PARTE POSTERIOR).
1. Unpacking ........................................................................................................................................................... 1 1.1 Parts List ................................................................................................................................................. 1 2. Service..................................................................................................................................................................
9. Satellite Configuration Installations ........................................................................................................... 21 9.1 9.2 9.3 9.4 9.5 9.6 9.7 Satellite Site “Trunk Line” Monitor Outputs .................................................................................... 21 Main Site “Trunk Line” Video Inputs ............................................................................................... 22 Control Data Lines in Satellite Systems .......................
16.5.3 Arm/Disarm Monitor .................................................................................................................. 48 16.5.4 Alarms Acknowledgement .......................................................................................................... 48 16.6 Sequence Control ................................................................................................................................. 48 16.6.1 Load/Clear a Sequence ............................................
17.1.42 User Function 42 - Keyboard Log-in Auto-off Mode............................................................... 64 17.1.43 User Function 43 - CPU Battery Status ..................................................................................... 64 17.1.44 User Function 99 - User Function Index ................................................................................... 64 18. Maintenance Information.............................................................................................
1 Unpacking This equipment should be unpacked and handled with care. If an item appears to have been damaged in shipment, notify the shipper. Verify that all parts shown in the Parts List have been included. If any items are missing, notify your Bosch Security Systems Sales or Customer Service Representative. The original packing carton is the safest container in which to transport the unit. Save it for possible future use. 1.
2 Service If the unit needs repair, contact the nearest Bosch Security Systems Service Center for authorization to return and shipping instructions. Service Centers • • • USA • Phone: 800-366-2283 or 717-735-6638 • Fax: 800-366-1329 or 717-735-6639 CCTV Spare Parts • Phone: 800-894-5215 or 408-956-3853 or 3854 • Fax: 408-957-3198 • E-mail: BoschCCTVparts@ca.slr.
3 Description This Allegiant video switcher/control system combines both switching and computer technology to provide powerful performance and unique system features for the security user. Offering full matrix switching capability, this system can be programmed to display the video from any camera on any monitor, either manually or via independent automatic switching sequences. The LTC 8500 Series Allegiant system can handle up to 64 cameras and eight (8) monitors in a full crosspoint configuration.
and monitoring of all system functions by using on-screen icons to reflect real time status of the devices controlled by the system. The LTC 8850/00 GUI Software also provides the ability to monitor system status events. System alarms, switching functions, sequence events, and keyboard actions can be viewed in real time on the PC screen and, if desired, logged to the PC hard drive. The LTC 8850/00 GUI Software can also be used to enable a special onscreen icon for identifying controllable cameras.
4 Allegiant Feature Summary Table This Allegiant Series system is available in two (2) operating configurations: a base system and the base system with an optional PC based software package. The base system includes features required for most switching/controller systems.
The LTC 8500 Series system contains a logging printer output port, so an inexpensive RS-232 serial printer or some other form of logging software can be used to capture log data.
LTC 8501 Series Systems 5 System Components 5.1 LTC 8501 Series Systems • LTC 8501 Series Main CPU Bay A modular equipment bay which contains the system’s microprocessor module (LTC 8511/00), the power supply module (LTC 8505 Series), and combinations of video input and video output modules (see below). • LTC 8521/00 Video Input Module Individual cards placed in LTC 8501 Series bays to accept inputs from cameras and other video sources.
6 System Accessory Components The Allegiant Series accessory products provide many optional features to the base system. A brief description of accessory products is provided below. Complete specification information can be found in respective product data sheets. Applicable accessories are designed to be compatible throughout the Allegiant Series. 6.
LTC 8555 Series Keyboards 6.5 LTC 8555 Series Keyboards The LTC 8555 Series keyboards are compact, full function keyboards for use with Allegiant Series matrix switchers. LED readouts display real time system status information. Includes variable speed joystick and zoom lens controls for operating fixed or variable speed pan/tilt/zoom equipped cameras.
6.10 LTC 8569, LTC 8570, LTC 8571, LTC 8572 Series Code Merger Units These series are control code merger and line driver units used to combine Allegiant biphase control code from two (up to four with LTC 8570 and LTC 8572 versions) systems for communicating to AutoDome Series cameras, receiver/drivers, switcher/followers, and Allegiant Satellite systems. The LTC 8569, LTC 8570 Series provides 32 separate outputs capable of driving up to 256 remote devices.
LTC 8780 Series Data Converter Units 6.14 LTC 8780 Series Data Converter Units The LTC 8780 Series are accessory units that convert the Allegiant system's biphase control code into RS-232, or converts RS-232 back to biphase code. This provides the capability of transmitting the control code over conventional RS-232 transmission mediums such as phone modems, fiber optics, microwaves, etc.
biphase. Many of the most popular protocol codes are supported, including Pelco®, Vicon®, American Dynamics®, Sensormatic®, Kalatel®, Diamond Electronics®, and Javelin®. Fixed and variable speed codes are supported where applicable. 6.19 LTC 8059/00 Master Control Software The Allegiant LTC 8059/00 MCS brings the familiarity of the personal computer to those who supervise closed circuit television systems.
LTC 8506/00 PC-to-Console Port RS-232 Cable bridge between an existing Allegiant and the new digital based CCTV system (the 'satellite') that uses digital video encoders and decoders. With VASA, the new IP technology is totally transparent to the existing Allegiant users who continue to use their Intuikey CCTV keyboards for video switching and PTZ control on classic analog monitors. VASA supports the Allegiant LTC 8100 through the LTC 8900 Series matrix switchers.
6.23 Logging Printer An optional RS-232 serial printer may be connected to this system to provide a permanent record of significant system status changes. Time and date is printed for system events such as alarms, start-up after power failure, sequence loading, operator log-on/log-off to keyboards, and download of information from the optional MCS. The printer may also be used to obtain hard copies of all system tables and sequences. NOTE The printer port does not provide a standardized pin-out connection.
Logging Printer LTC 8500 Series Full Capacity Video Switching Configuration Typical AutoDome Camera 8 Relay Outputs Receiver/Driver Signal Distribution Unit Supports up to 32 Seperate Outputs Alarm Interface Unit Supports up to 64 Separate Alarm Inputs Supports up to 64 Video Inputs Optional LTC 8059/00 MCS or LTC 8850/00 GUI Software Package can be Run on a PC RS-232 Data Main CPU Bay Supports up to 8 Monitor Outputs Maximum of 8 Allegiant Keyboards, up to 1.
7 Installation Procedure 7.1 Main CPU Bay Installation Before discarding the shipping cartons, verify that the various pieces of equipment have no evidence of carrier damage. CAUTION CAUTION Do not apply power to the equipment until instructed to do so. 1. Remove the front panel of the main CPU bay by loosening the four (4) corner fasteners. 2. Install the power supply in far right position of the main CPU bay insuring proper alignment and seating of the module into the rear mating connector.
Video Output Modules 7.3 Video Output Modules Counting from left to right beginning with slot 9, install the appropriate number of Video Output Modules (VOM) into these slots. If fewer than the maximum number of VIMs are installed, there will be empty slots between the Input and the Output Modules, so make sure that the Output Modules are inserted into the correct slots. Figure 4: Typical Video Output Module Insertion All VOMs are identical and are interchangeable within the designated VOM slots. 7.
7.5 Camera and Monitor Video Connections Refer to Figure 10 on page 28 for the next series of steps. Connect the system cameras to the appropriate video inputs, but as a minimum connect one known operating camera to video input #1 on the rear of the main CPU bay. Use only those inputs that correspond to an installed VIM. Also connect desired monitors to the rear of the main CPU bay, ensuring to connect at least one monitor to video output #1.
General Accessory Installation 8 Optional Accessories Installation 8.1 General Accessory Installation There are many accessory products available for the Allegiant Series, including keyboards, alarm interface units, control code signal distribution units, etc. If applicable, these products can be installed at the same time as the main CPU bay installation, or postponed until later.
8.3 Computer Interface Installation NOTE Although the exact installation procedure for each computer varies, the following steps are generally required. Be sure to save the computer reference manual for procedures not covered here. Switch the main power OFF to the computer. 1. If using an Allegiant software package, attach the PC security key provided with the software to an available port on the computer. The supplied interconnect cable utilizes a custom pinout.
Satellite Site “Trunk Line” Monitor Outputs 9 Satellite Configuration Installations Due to the many variations possible, only general guidelines can be covered for installing satellite systems. Refer to the Appendix Section of this manual, the LTC 8850/00 GUI Software manual, or the LTC 8059/00 MCS package manual for additional configuration and programming information on satellite systems.
9.2 Main Site “Trunk Line” Video Inputs At the main site, video trunk line connections coming from each of the remote site(s) should be connected (and properly terminated) using an available video input at the main bay. There are no programming restrictions concerning their connections, but a sense of order can be maintained if a group of video inputs are used at the upper end of the system’s designed capacity.
Main Site Programming Requirements Figure 7: Satellite Site Sample Program Showing Logical Camera Numbers and Titles To maintain a sense of order, it is preferable to program a satellite for a range of camera numbers. For example, in a three (3) Allegiant type satellite system, the first satellite can be programmed for camera numbers 51 to 100. Satellite two can be programmed for camera numbers 101 to 131, and satellite three can use numbers 151 to 185.
desired, a few extra camera number lines in the table may be reserved at this time for future expansion. If a local title is specified, the camera's title can also be entered at this time. Designate any local camera numbers appropriately, and enter their corresponding titles.
Special Programming for “Cascaded” Satellite System Configurations 9.6 Special Programming for “Cascaded” Satellite System Configurations In a 3-tier cascaded satellite system, it is highly recommended for the system design to have more trunks lines between the intermediate master/satellite system and the 3rd level satellite system than there are between the top level master system and the intermediate system.
an operator requesting a satellite camera has a higher priority than at least 1 of the existing operators, the requested camera will be switched. If the operator does not have sufficient priority, they will receive an error message (i.e., error 81) via the satellite communication path, and their camera will switch to the Start-up camera specified in the Monitor Table. 9.
Alarm Inputs in Satellite Systems 10 Feature Selection Certain user-selectable features can provide enhanced Allegiant system operation capabilities. Any desired changes can be made now or delayed until specific system requirements become more apparent. Refer to the Factory Default Settings Section for a full description of these features and selection instructions.
11 Main Power Connections 1. NOTE Verify that the power supply is configured for the desired voltage input. Attach the supplied AC power cord between the bay and appropriate AC power source. If necessary, instructions for changing the input voltage selection can be found in the Maintenance Section of this manual (See Chapter 18, “Maintenance Information,” on page 65) Switch power ON to the bay(s). The system may require several seconds to fully initialize after a power-up reset.
Time / Date 12 Video Monitor Display The Allegiant Series system features an integral text overlay with two (2) rows of 24 characters each. There are a total of 256 different characters that the system can display. See Chapter 19, “Character ROM Tables for LTC 8500,” on page 68.
System Status Display If this display is selected (factory default), it allows the Allegiant system to dynamically inform the user of the system status.
Monitor Title/System Status Display • Location 6 - Error Indication This location is used to indicate an error on the part of the user. When a user error occurs, this location will display an ERR symbol. The specific error number will appear in locations 7 and 8. The error number will also appear in the Camera Number Display field on the keyboard. The display will return to normal after a few seconds have passed, or if the user presses [Enter] on the keyboard.
• Locations 10 and 11 - Sequence Number The sequence number currently active for the monitor is displayed in these two (2) locations. This number is between 1 and 60, or 00 to indicate that no sequence is loaded. • Location 12 - Sequence Status Indication This location indicates the status of the sequence “active” in the monitor. There are four possible character combinations: a. ^R indicates the current sequence is sequencing in a forward direction. b.
User Selectable DIP Switch Settings for Main CPU Bay 13 Factory Default Settings As the Allegiant system is shipped from the factory, certain features are placed in a default configuration. The installer can select some of these features at the time of system installation/configuration. Generally the default configuration represents the simplest mode of operation, allowing the user to become familiar with the system before any advanced features are selected.
• Switch 5 of S1001 In the ON position, this switch is used to force the CPU into a “boot” mode so it is ready to accept a download of an operating system program via its console port. This setting should not be changed unless a problem has been encountered while attempting to download a new operating system program. • Switch 6 of S1001 This switch selects the handshake setting of the console port when switch 5 (described above) is in the ON position.
User Selectable DIP Switch Settings for Main CPU Bay Note that the pin-out of the alarm port differs from that of the console port, so the cable supplied with the optional LTC 8059/00 MCS package or with the optional LTC 8850/00 GUI Software package can not be used when interfacing with the alarm port. If necessary, see Section 23 “Main Bay Rear Panel Connector Pin-outs and Cable Pin-out,” on page 88 for the alarm port pin-outs.
• Switch 5 of S1002 This switch controls the system security modes. When this switch is set to ON, the system log-in features can be controlled using keyboard User Function 27 and User Function 28 (refer to the section on Keyboard User Functions for complete information). Users with Priority 1 can access keyboard User Function 27 to select if the system keyboard log-in feature is enabled or disabled. When enabled, the system keyboards require each user to log into the system and to log-off the system.
User Selectable DIP Switch Settings for Main CPU Bay Users with Priority Level 1 can also use the keyboard (see User Function 29) to reset any changed protocols back to the default settings (see below). Switch 8 also controls the activation of a “boot screen” Command Script program previously downloaded into the CPU's memory. Command Scripts are user-defined programs designed to provide special system functions or features at system startup or reset.
14 User Information 14.1 User Priority Levels There are eight (8) levels of user priority in the Allegiant system. Each of the 32 users in the Allegiant system has a default priority level assignment. These user levels determine access to various system functions and provide a means to prioritize user control of monitors and pan/tilt/zoom equipped camera sites. Generally, users with higher priority (highest = 1) can regain control over monitors or pan/tilt/zoom cameras 'locked' by another user.
User Priority Access Table is shipped from the factory. Once a user is logged into the system, the password can be changed using the keyboard (see User Function number 10). Refer to the specific section of the operation instructions for exact procedures of using keyboard User Functions. Although the table indicates 32 possible users, only eight (8) keyboards are supported in LTC 8500 Series systems. 14.
15 Alarm Information 15.1 General The ability to automatically switch video in response to an external signal (usually a contact closure) is a necessary feature in any video switching system. The Allegiant system permits users with Priority Level 1 to select any 1 of 3 predefined alarm response modes (via keyboard User Function 19). A description of these three (3) modes appears below. Pictorial examples of the three (3) alarm responses are also shown on the following pages.
Alarm Activated Pre-position 15.5 Alarm Activated Pre-position Alarm activated pre-position capability exists in each of the three (3) alarm response modes. This enables a pan/tilt/zoom equipped camera to automatically position itself to a preprogrammed scene as a result of an alarm signal. When using conventional pan/tilt equipped devices and zoom lenses, they must have the necessary options for pre-position control.
Sequence & Display Mode In the Sequence & Display mode alarm response mode, a monitor pair is used to display alarmed video. Display Monitor 1st Alarm Occurs Sequence Monitor 1 1 Monitor Actions Keyboard Operator Action D = Video associated with 1st alarm is displayed. NONE S = Video associated with 1st alarm is displayed. 1 1 D = Video associated with 1st alarm is displayed. 2 2nd Alarm Occurs NONE S = Video associated with 1st and 2nd alarm is displayed.
Alarm Relay Response 15.7 Alarm Relay Response Allegiant alarm responses include the ability to trigger isolated alarm relay outputs from an LTC 8540/00 Alarm Interface unit. An alarm output is typically used to activate the alarm input of a security Digital Video Recorder (DVR) or other alerting device. In this type of scenario, a DVR is programmed to change recording speeds from a slower rate to a faster rate upon alarm activation.
16 Keyboard Operation 16.1 General Primary operation of an Allegiant switcher is controlled via the system keyboard. The two types of keyboards currently available are: • Conventional LTC 8555 Series (incorporates LEDs and pushbuttons). • IntuiKey model (uses dynamic LCD menu screens). General operation steps for both keyboard models follows. Refer to the individual instruction manuals supplied with the keyboard for additional information.
Switcher Commands Keyboard Log-off Procedure If the log-in feature has not been enabled, this action is not applicable. If the feature has been enabled, press: User Log-off [User, then OFF]. Any priority based remote control or monitor locks made by the user will automatically be released at time of log-off. 16.3 Switcher Commands • Camera Selection: Enter a camera number for viewing and press [Enter]. (The keyboard default mode is the camera mode).
Lock or Unlock Control of a Monitor • When using IntuiKey keyboards, press [Device Lockout], located on the main Allegiant menu screen for these options. • With LTC 8555 Series keyboards, press [Monitor], [Lock], then [ON] to lock a monitor or [OFF] to unlock the monitor. If the monitor to be unlocked is not the one currently being controlled by the keyboard, enter the monitor number (but do not press [Enter]) after you press [Monitor].
Alarm Commands To turn OFF an auxiliary function of a remote camera device, press Aux OFF [OFF], enter the number of the auxiliary you would like to deactivate and then press [Enter]. With the AutoDome Series of cameras, auxiliary commands are used to activate/ deactivate certain operational features/functions. Refer to the AutoDome camera manual for complete information on features supported by the model. In the Allegiant Receiver/Driver Series, the first four auxiliaries correspond to relay outputs.
Arm/Disarm All Alarms Press [Alarm Control], located on the main Allegiant menu screen to enter the menu screen containing these options. When using the IntuiKey keyboard: • To arm all alarms currently controlled on the monitor, press [Arm All Alarms]. • To disarm all alarms, press [Disarm All Alarms]. When using the LTC 8555 Series keyboard: • To arm all alarms, press [User]. Then, press [Alarm] and then press [ON]. • To disarm all alarms, press [OFF].
Sequence Control Run a Sequence To run a sequence currently loaded on a monitor, press Start Sequence [Run]. If the sequence is stopped, the command starts sequencing. Direction of the sequencing is indicated in the monitor status display (if enabled), by a directional arrow and the letter R to the right of the sequence number. If Start Sequence [Run] is pressed while a sequence is already running, the switcher goes immediately to the next step in the sequence.
16.7 Sequence Programming Programming a Simple Camera Sequence The Allegiant system has powerful sequencing capabilities. Using a system keyboard, it is possible to enter sequences to run on a single or on multiple monitors. As long as valid camera and monitor numbers are used, they can be entered into a sequence randomly. More powerful features are available when sequences are programmed via the PC-based LTC 8059 MCS, including receiver/driver activation as part of a sequence step.
Sequence Programming Continue entering camera, monitor, and dwell times in this fashion until finished. If you only want to store the sequence for future use and then exit the programming mode, press Exit / Save [Prog]. Press Exit / Run [Run], to exit the programming mode, store the sequence into memory, and start the sequence running. The switcher steps through the five (5) steps in the order shown, and repeats the sequence when it reaches the last step.
Programming a SalvoSwitching Camera Sequence A SalvoSwitching sequence can be used to switch a group of monitors simultaneously as a synchronized group. To program a Salvo sequence, enter the programming mode as described above for a simple camera sequence. By definition, Salvo sequencing involves more than one monitor.
General Information 17 Keyboard User Functions 17.1 General Information User functions are keyboard operations which are used infrequently, but provide important system options. NOTE: Certain functions are restricted to certain user priority levels. Additional information on user priority levels can be found in the See Chapter 14, “User Information,” on page 38. To execute these user functions, select the desired function, and follow the general steps below.
These functions are listed in the table shown below. EN | 54 Joystick Fn# Up/Down Joystick Left/Right Function Description Password Req. 1 n/a n/a Local keyboard test 2 n/a n/a Show keyboard port number Y Y Y 3 n/a n/a Select keyboard beeper ON/OFF Y Y Y Access Level 1 2-7 8 Y Y Y 4 Up/Down Left/Right Adjust position of monitor display Y Y N 5 Brightness Msg vs.
General Information Joystick Fn# Up/Down Joystick Left/Right Function Description Password Req. Access Level 40 n/a n/a Reserved - - - 41 Select n/a Set Satellite Communication Format Y Y N N 42 Select n/a Keyboard log-in auto-off mode Y Y N N 43 n/a n/a CPU battery status Y Y Y 99 Select n/a Use functions index Y Y Y User Function 1 - Local Keyboard Test User Function 1 can be used as a local test to ensure that all the keyboard LEDs and switches are working.
Key No. #9 028 CLEAR 037 #0 013 ENTER 029 UP1 052 RIGHT1 051 DOWN1 050 LEFT1 053 1 Keyboard tests show a speed indicator value in the first digit position when performing pan, tilt, or zoom actions. User Function 2 - Show Keyboard Port Number User Function 2 may be used to identify which port a keyboard is plugged into. After entering User Function 2, read the keyboard port number from the monitor display on the keyboard. If using the LTC 8555 Series keyboard, press [User] to exit.
General Information used. Move the joystick up to add the time and date back. Move the joystick left to blank the left side portion of the display from the monitor, and right to return it. Refer to User Function 5 to verify brightness level. Press [User] to exit the mode. User Function 7 - Set Time User Function 7 enables user setting of the time displayed on all system monitors.
Press [User] to exit the mode. User Function 11 - Select Time / Date Format User Function 11 is used to set the time and date format used throughout the system. The two (2) formats of time available are - 12-hour mode and 24-hour mode. The date is available in a MM-DD-YY format (U.S.), a DD-MM-YY format (International), and a YY-MM-DD format (Asian). After entering the mode, move the joystick up or down to select the desired format.
General Information After entering the mode, the joystick is moved right or left to select the character to be changed. The selected character is identified by a box with a question mark inside it. The first line of the video monitor display indicates the code number of the character selected. Move the joystick up or down to step through the Character ROM Table, or enter the character's number identified in the tables via the numeric keypad, then press [Enter].
User Function 23 - Display CPU Software Version Number Use this function to display the revision number of the Allegiant's CPU software on the monitor screen. User Function 24 - Set Positions on All Monitor Displays This function is similar to User Function 4, except it changes the monitor display positions of all monitors in the system. After entering User Function 24, use the joystick to position the display as required on the monitor controlled by the keyboard.
General Information User Function 28 - Select Console Log-in This function controls the system's external console port log-in feature. After entering the mode, move the joystick up or down to select the mode in which the system should function. If the log-in feature is enabled (MUST USE CON PWD is selected), any external PC or other computing device will be required to log-in to communicate with the system. External computing devices are required to enter a user number and correct password.
User Function 34 - Camera Indicator This function is used to enable an onscreen indicator to identify a pan/tilt equipped camera. Move the joystick up or down to select DISP CAM CONTROL or NO CAM CONTL DISPL. Press [Enter] to activate your selection. When enabled, cameras identified as controllable (via User Function 35 or the optional LTC 8059/00 MCS package), show a in the middle of the first line of monitor text.
General Information caded Allegiant satellite system configuration. (see Section Appendix A “Satellite Systems,” on page 78 for more information on satellite system configurations.) Detailed descriptions of these options are listed below. After entering the mode, move the joystick up or down to select the desired option. Enter a valid user password, and press [Enter]. • CACHE REM CAM option (default factory setting).
ority, they will receive an error message (i.e., error 81) via the satellite communication path, and their camera will switch to the start-up camera specified in the Monitor Table. In addition, the same behavior for selecting trunk lines as described in the NO REM CAM CACHE option is applicable to this option. An operator's monitor will use the same trunk from the same bay as different cameras are selected, as long as no other operator is viewing the same satellite camera.
Cleaning the Keyboard 18 Maintenance Information The Allegiant system has been designed to perform for long periods of time with little or no maintenance. Occasionally the need will arise to clean the keyboard, or replace a fuse. Follow the instructions below if any of these items are required. 18.1 Cleaning the Keyboard The keyboard may be cleaned whenever deemed necessary simply by temporarily removing it from the system and wiping it with a damp cloth.
18.3 AC Line Fuse Replacement The AC line fuse on Allegiant power supply models is found on the rear of the equipment bay near the line cord connector. Power supply models for 220-240 VAC input version may contain a circuit breaker equipped power switch which can be reset directly from the front. If the line fuse needs to be replaced in a 120 VAC model power supply, remove the line cord from the system.
Replacement of Memory Backup Batteries battery holder sockets and gently pry the battery from the holder until it can be removed by your fingers. Replace old battery with new battery by lifting the retaining clip up while inserting the battery into the socket. Insure that the negative side of the battery contacts the socket by seating the battery until it is somewhat flush with the level of the battery holder. Repeat procedure for other battery.
19 Character ROM Tables for LTC 8500 The characters used in generating the video monitor displays are shown in the table on the following pages. Note that in some cases, a single character may be comprised of two (2) parts. Such characters must be entered so that the left half of the character always begins in an odd numbered column of the display title. The code numbers of these double-width characters are shown in black boxes in the table below.
Replacement of Memory Backup Batteries Figure 15: LTC 8500 Character ROM Table EN | 69
20 Error Messages • Error 01 - Invalid camera request The camera number entered from the keyboard does not exist. If using the optional LTC 8850 GUI Software or the optional LTC 8059 MCS, make sure the number exists in the Camera Identification Table. Download the table to be sure. • Error 02 - Invalid monitor request The monitor number entered from the keyboard does not exist. Enter a valid monitor number.
Replacement of Memory Backup Batteries • Error 24 - Keyboard not enabled for acknowledge This keyboard may not acknowledge alarm video on this monitor; it has been disabled by the system programmer. • Error 25 - Alarm switcher running Alarm video may only be acknowledged if the alarm switcher is not running; press [HOLD] to stop the switcher. • Error 50 - SEQUENCE not available The user tried to load a switcher sequence that does not exist.
• Error 70 - Monitor not allocated to alarm monitor group This monitor can not be used for alarm operations; it has not been designated as alarm-capable by the system programmer. • Error 71 - Step monitor required A group of alarm monitors may not have an armed Review (display) monitor without having armed Step (sequence) monitors. • Error 78 - Must enter alarm number A specific alarm number must be entered when arming or disarming an alarm.
Main Bay Checkout 21 Troubleshooting Guide The Allegiant system has been designed to perform reliably for long periods of time. All circuitry consists of state-of-the-art components designed around a modular concept. The modular concept allows quick location and replacement of suspect circuits. If system troubleshooting becomes necessary, follow the guidelines: 21.1 Main Bay Checkout 1. Main power switch is ON and power LED indicator is not lit: Check main line fuse on rear of main bay.
Calibrate]. If using the LTC 8555 Series keyboard, refer to the User Function 1 procedure. (See Chapter 14, “User Information,” on page 38). 21.3 Video Monitor Display Checkout 1. No video display on any monitor: Verify proper CPU operation as described above under Main Bay Checkout Section. 2. No video display on some monitors: Verify operational camera is selected on suspect monitors. Confirm monitor is operational. Check monitor coax connections.
CPU Software Version Numbers 3. Incorrect system alarm response: Verify that the desired alarm response mode has been selected. Refer to the section on Select User Functions for instructions. 21.6 CPU Software Version Numbers During the evolution of the system, there have been various CPU software versions released. In certain troubleshooting cases, Factory Technical Support personnel may ask for the version of the CPU.
22 Glossary of Terms Auxiliary An auxiliary is an additional function of the remote receiver/driver which permits on/off control of outputs available to the user. In the Allegiant system, there are four relay outputs available which can be configured for contact closures, 24 VAC output, or LINE voltage output. They can also be set to activate either momentarily or in a latching mode.
CPU Software Version Numbers SalvoSwitching The ability of the Allegiant system to switch multiple video monitors as a synchronized group. Since multiple monitors switch together, the operator can view multiple scenes of a specific area or zone before switching to the next area. Sequence A series of camera scenes that can be preprogrammed to automatically switch.
Appendix A Satellite Systems A satellite system configuration is usually used for a medium to large distributed system, or to obtain extremely large matrix sizes configured more conventionally. Typically, a single Main control site can be used to view/control cameras located both locally and at various remote satellite sites. Since up to 256 satellite sites can be linked to a single Main control site, very large, distributed systems can be achieved.
CPU Software Version Numbers Allegiant Satellite Concepts Allegiant Master Allegiant Satellite Allegiant Satellite Satellite can view / control only local cameras Allegiant Satellite Allegiant Satellite Typical Master / Multiple Satellite Configuration Allegiant Master Both Masters can view / control all cameras Allegiant Master Dual Master Configuration Allegiant Master Allegiant Master All Masters can view / control all cameras Allegiant Master Allegiant Master Quadruple Master Configurati
site switcher. The control data line should be connected to a LTC 8780 Series Data Converter to provide address decoding functions for the satellite site. If operators at the satellite site are permitted to control pan/tilt/zoom-equipped cameras, a LTC 8569 Series Code Merger must be installed at the satellite site. The Code Merger combines code generated by the main site and the satellite site, so both sites have control over pan/tilt/zoom-equipped cameras located at the satellite site.
CPU Software Version Numbers The Main site system must be programmed via the MCS LTC 8059/00 or the LTC 8850/00 GUI to identify camera trunk line inputs as well as remote satellite cameras. All systems must be configured with no duplicate camera numbers anywhere in the system. The installer should verify that the camera numbers programmed into the Start-up Camera field of the Monitor Table are suitable for viewing by respective operators.
Conceptual Diagram of Allegiant Satellite Switching System Alarm Interface Unit Typical ‘Main’ Allegiant Control Site Typical System Monitors (Local and / or Remote Video) Typical Fixed Cameras Video Typical Alarm Input Contact (Activates Local or Satellite Cameras) Video Video Typical PTZ Camera Biphase Data Lines to all Local P/T/Z Camera Sites Video Input(s) Typical IntuiKey Keyboard Signal Distribution Unit Biphase Control and Satellite Data 1 Biphase Date Line to each Remote Satellite Site In
CPU Software Version Numbers Conceptual Diagram of Dual Master Allegiant Satellite System Typical Allegiant ‘Master’ System Typical System Monitors (Local and / or Remote Video Video Typical Fixed Cameras Video Typical IntuiKey Keyboard Typical Biphase Data Lines to all Local P/T/Z Console Port Biphase Data Code Merger Unit Data Converter Unit Video Signal Distribution Unit Biphase Control and Satellite Data Video Trunk Lines Biphase Data Lines Between Sites Typical Allegiant ‘Master’ System
Conceptual Diagram of Cascaded Allegiant Satellite System Typical System Monitors (Video from all Sites) Typical Allegiant ‘Primary’ Master Site 1 Typical P/T/Z Camera Video Biphase Data Typical Biphase Data Line to all Local P/T/Z Cameras Signal Distribution Unit Typical IntuiKey Keyboard 1 or More Video Trunk Lines Typical System Monitors (Video from Sites 2 and 3) Biphase Data Line to Intermediate Master / Satellite Typical Allegiant ‘Intermediate’ Master / Satellite, Site 2 Typical P/T/Z Camera
CPU Software Version Numbers Appendix B Installation Checklists A simplified guide for those who are already familiar with installing and programming Allegiant systems. MAIN BAY HARDWARE INSTALLATION ✔ ✔ ✔ Unpack equipment and verify that items have been received without carrier damage. ✔ Install video input module(s) following proper termination procedures. Install video output module(s). ✔ Connect camera inputs and monitor outputs to appropriate connections on equipment bay(s).
Appendix C C.1 Quick Reference Cable Interconnections Main Bay Video COAX-All video input and output connections to the Allegiant system should be made using a good grade of RG59U, RG6, or RG11U coaxial cable using BNC connectors. The following guidelines should be used to insure selection of the proper cable type: C.2 C.3 1. Center conductor of copper, not copper weld or steel. Use stranded wire where there will be cable movement as with pan/tilts, elevators, etc. 2.
CPU Software Version Numbers ALARM INPUTS The alarm inputs can be dry contact closures or logic levels. Connection to the Alarm unit is made to removable screw type terminal blocks and the use of simple twisted pair wire is acceptable. C.4 Signal Distribution Unit CONNECTION TO MAIN BAY The Distribution unit is supplied with a 3 m long (10 ft) multiconductor cable with 9-pin D-type connectors. Power to the unit is provided by the Allegiant's main bay using the supplied cable.
23 Main Bay Rear Panel Connector Pin-outs and Cable Pin-out Console Port RS-232 Pin-outs Pin # Designation 1 CHASSIS GND 2 Rx 3 Tx 4 CTS 5 RTS 6 NO CONNECTION 7 DATA GND 8 NO CONNECTION 9 NO CONNECTION Alarm Port RS-232 Pin-outs Pin # Designation 1 RTS 2 Tx 3 CHASSIS GND 4 DATA GND 5 DATA GND 6 Rx 7 CTS 8 12 VAC 9 12 VAC Keyboard RS-485 Ports Pin # Designation 1 12 VAC 2 GND 3 -DATA 4 +DATA 5 GND 6 12 VAC Printer Port RS-232 Pin-outs EN | 88 Pin # Des
CPU Software Version Numbers Code Port Pin-outs Pin # Designation 1 +DATA 2 -DATA 3 GND 4 GND 5 GND 6 NO CONNECTION 7 NO CONNECTION 8 12 VAC 9 12 VAC COMM PORT 1 and COMM PORT 2 (Not Applicable to All Systems) Pin # Designation 1 CHASSIS GND 2 +TXD 3 -TXD 4 +RXD 5 -RXD 6 GND 7 GND 8 GND 9 GND EN | 89
• The LTC 8506/00 cable (used to connect the Allegiant's console port to an external PC) uses the following pin-outs: 9-Pin Male (Console) Allegiant Designation 9-Pin Female (PC Side) 1 Chassis GND None 2 Receive Data 3 3 Transmit Data 2 4 CTS 1 5 RTS 8 6 No Connection None 7 Data GND 5 8 No connection None 9 No connection None (pins 4 & 6 jumpered) (pins 1 & 7 jumpered) • For reference, a cable to connect the Allegiant's printer port to an external serial printer would use th
Product | Instruction Manual | Important Safeguards EN | 91
Product | Instruction Manual | Safety Precautions EN | 92 Bosch Security Systems | December 13, 2005
Product | Instruction Manual | FCC & ICES Information EN | 93
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