LTC 8900 Series en Installation Manual
LTC 8900 Series Table of Contents | en 3 Table of contents 1 Safety 6 1.1 About this Manual 8 1.2 Legal Information 8 1.3 Safety Precautions 8 1.4 Important safety instructions 8 1.5 Important notices 10 1.6 FCC & ICES compliance 13 1.7 UL certification 14 1.8 Warranty / Limitation of Liability 14 1.9 Customer Support and Service 15 2 Unpacking 16 2.1 Parts List 16 3 Introduction 17 3.1 Description 17 3.2 Features 17 4 System Components 18 4.
en | Table of Contents LTC 8900 Series 5.11.6 System Video Looping Connections 29 5.12 Termination Practices 30 5.12.1 LTC 8903 Series Terminations 30 5.12.2 Second Level LTC 8903 Series Terminations 30 5.12.3 LTC 8902 Series Terminators 30 5.13 System Data Connections 31 5.13.1 LTC 8904 Series CPU Data Connections 31 5.13.2 LTC 8902 Series and LTC 8903 Series Data Connections 31 5.13.3 Multiple LTC 8946/93 LAN Switch Connections 31 5.
LTC 8900 Series Table of Contents | en 5 6.14.5 LTC 8943/95 PC to LTC 8945/93 LAN Switch Connectors 50 6.15 Main Power Connections 50 6.16 LTC 8901 Series CPU Relay Outputs and Buzzers 52 6.17 LTC 8901 Series CPU Selection Switch 53 7 Camera Phasing and Accessory Installation 54 7.1 Camera Phasing Information 54 7.2 External Sync Information 54 7.3 System Keyboard Installation 54 7.4 Signal Distribution Unit Hookup 55 7.5 Alarm Interface Unit Hookup 55 7.
1 en | Safety LTC 8900 Series Safety Sicherheitshinweise Safety Precautions C A U T IO N : T O R E D U C E T H E R IS K O F VOR S IC HT: U M E INE N E L E KTR IS C HE N S C HL AG Z U E L E C T R IC S H O C K , D O N O T R E M O V E C O V E R VE R ME IDE N, I S T D IE AB DE C KUNG ( ODE R R ÜC KS E ITE ) ( O R B A C K ) . N O U S E R S E R V IC E A B L E P A R T S NIC HT Z U E NTFE R NE N. E S B E FINDE N S IC H K E INE T E IL E I N IN S ID E .
LTC 8900 Series Safety | en Veiligheidsmaatregelen 7 Medidas de Segurança VO O R ZIC HTIG : O P E N D E B E HUIZING O F D E AC HTE R KANT V AN H E T A P P AR AAT N IE T. Z O V E R MINDE R T U H E T R IS IC O O P E L E KTR IS C HE S C HO KKE N. I N H E T AP P AR AAT B E VINDE N Z IC H G E E N O NDE R DE L E N D IE U ZE L F K UNT R E P AR E R E N. L AAT S E R VIC E E N O NDE R HO UD UITVO E R E N D O O R G E KWAL IFIC E E R D P E R S O NE E L .
en | Safety LTC 8900 Series About this Manual 1.1 This manual has been compiled with great care and the information it contains has been thoroughly verified. The text was complete and correct at the time of printing. Because of the ongoing development of products, the content of the manual may change without notice. Bosch Security Systems accepts no liability for damage resulting directly or indirectly from faults, incompleteness, or discrepancies between the manual and the product described.
Safety | en LTC 8900 Series 3. 9 Ventilation - Any openings in the unit enclosure are provided for ventilation to prevent overheating and ensure reliable operation. Do not block or cover these openings. Do not place the unit in an enclosure unless proper ventilation is provided, or the manufacturer's instructions have been adhered to. 4.
en | Safety LTC 8900 Series 13. Damage requiring service - Unplug the unit from the main AC power source and refer servicing to qualified service personnel when any damage to the equipment has occurred, such as: – the power supply cord or plug is damaged; – exposure to moisture, water, and/or inclement weather (rain, snow, etc.
LTC 8900 Series Safety | en 11 Camera signal - Protect the cable with a primary protector if the camera signal is beyond 140 feet, in accordance with NEC800 (CEC Section 60). Disposal - Your Bosch product was developed and manufactured with high-quality material and components that can be recycled and reused. This symbol means that electronic and electrical appliances, which have reached the end of their working life, must be collected and disposed of separately from household waste material.
en | Safety LTC 8900 Series Pluggable equipment - Install the socket outlet near the equipment so it is easily accessible. Rack-mount – Elevated Operating Ambient - If installed in a closed or multi-unit rack assembly, the operating ambient temperature of the rack environment may be greater than room ambient. Therefore, consideration should be given to installing the equipment in an environment compatible with the maximum ambient temperature (Tma) specified by the manufacturer.
LTC 8900 Series 1.6 Safety | en 13 FCC & ICES compliance FCC & ICES Information (U.S.A. and Canadian Models Only) This device complies with part 15 of the FCC Rules. Operation is subject to the following conditions: – this device may not cause harmful interference, and – this device must accept any interference received, including interference that may cause undesired operation.
en | Safety LTC 8900 Series Notice! This is a class A product. In a domestic environment this product may cause radio interference, in which case the user may be required to take adequate measures. 1.7 UL certification UL Disclaimer Underwriter Laboratories Inc. ("UL") has not tested the performance or reliability of the security or signaling aspects of this product.
LTC 8900 Series Safety | en 15 The liability of BOSCH Security Systems hereunder or otherwise is solely and exclusively limited to replacement (new or refurbished Product), repair, or credit of the amortized purchase price, as BOSCH Security may elect, for any Product which is returned by Buyer during the applicable warranty period, or services for which timely notice of defect has been given by Buyer, and which are found by BOSCH Security to be subject to adjustment under this warranty.
2 en | Unpacking LTC 8900 Series Unpacking – This equipment should be unpacked and handled with care. Check the exterior of the packaging for visible damage. If an item appears to have been damaged in shipment, notify the shipper immediately. – Verify that all the parts listed in the Parts List below are included. If any items are missing, notify your Bosch Security Systems Sales or Customer Service Representative. – Do not use this product if any component appears to be damaged.
LTC 8900 Series 3 Introduction | en 17 Introduction This manual covers the installation of the Allegiant® LTC 8900 Series systems. Information on system operation and information on the PC software package (if applicable) are covered in their own respective manuals. Keep these and other manuals which are supplied along with the various accessory devices available for reference during system installation and configuration. 3.
en | System Components LTC 8900 Series 4 System Components 4.1 LTC 8904 Series CPU Bay This unit provides central control for the entire system. It contains all the system's configuration information such as camera tables, alarm tables, sequences, etc. It is also the connection interface to the various external Allegiant Series accessory products such as keyboards, alarm interfaces, signal distribution units, etc. One LTC 8904 Series CPU bay per system is required.
LTC 8900 Series System Components | en 19 8903 Series Input Bay configuration must be duplicated for each output bay. The camera signals to the first input bay configuration are looped using video ribbon cables to the next group of input bays. This sequence continues for each LTC 8902 Series Output Bay in the system.Each LTC 8903 Series Input Bay includes one Data Receiver module (LTC 8918) and a power supply (LTC 8805). 4.
en | System Components 4.11 LTC 8900 Series LTC 8808/00 Video Interconnect Panel This patch panel contains 32 BNC connectors on its front for external video connections and two 16-contact ribbon connectors on its rear. Two LTC 8809/00 16-conductor ribbon cables are included for interfacing the patch panel to the video input or video output connectors on the LTC 8902 Series Output Bays and LTC 8903 Series Input Bays. 4.12 LAN Cables Three types of LAN cables are supplied with the system.
Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU | en LTC 8900 Series 21 5 Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU 5.1 General Installation Considerations (Refer to Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU, page 33, for Installation Procedure for redundant system configurations using LTC 8901 Series CPU.) Notice! Do Not Apply power to equipment until instructed to do so.
en | Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU LTC 8946 LAN Switch LTC 8904 CPU Bay LTC 8902 Monitor Bay LTC 8902 Monitor Bay LTC 8903 Camera Bay LTC 8903 Camera Bay LTC 8903 Camera Bay LTC 8903 Camera Bay LTC 8903 Camera Bay LTC 8903 Camera Bay LTC 8903 Camera Bay LTC 8903 Camera Bay LTC 8900 Series Figure 5.1: LTC 8900 1024 Camera by 128 Monitor System Installed in Two 72 in. EIA Mounting Racks 5.
Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU | en LTC 8900 Series 23 LAN Switch Installation 5.3 The LTC 8946/93 is a standard 10/100 Base-T network switch. Disregard the original manufacturers instructions supplied with the LAN switch(es). To use the switch(es) in the LTC 8900 system, follow the directions supplied in this manual ONLY. The software supplied with the switch(es) is not used.
en | Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU LTC 8900 Series NOTE: The LTC 8902 Series and LTC 8903 Series bays should be installed so there is at least 4.5 cm (1-3/4 in.) of clearance above and below the bay, to allow for proper cooling. Failure to provide proper clearance may cause the equipment to exceed its recommended operating temperature range.
Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU | en LTC 8900 Series 25 For system configurations of up to 2048 cameras and 512 monitors, , page 68 can be used as a guide for setting the Data Receiver DIP switches. Otherwise, follow the procedure described below. Verify that switches located on dipswitch S1 and S3 are all OFF.On dipswitch S2 of the LTC 8916/01, verify that switches 1 to 4 are OFF. Switch 8 should be in the ON position.
en | Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU 1 2 3 4 Camera Number Range ON OFF OFF OFF 2049 to 2304 ON OFF OFF ON 2305 to 2560 ON OFF ON OFF 2561 to 2816 ON OFF ON ON 2817 to 3072 ON ON OFF OFF 3073 to 3328 ON ON OFF ON 3329 to 3584 ON ON ON OFF 3585 to 3840 ON ON ON ON 3841 to 4096 LTC 8900 Series Table 5.
Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU | en LTC 8900 Series 27 The default monitor number range for this second module would be 65 to 96. Since this would be inconvenient to operators of the system, the logical numbers of the monitor numbers in the second bay can be renumbered to range from 33 to 64 using the optional Allegiant PC-based system software. , page 37 shows an example of this type of configuration.
en | Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU LTC 8900 Series Figure 5.7: Typical Video Input Module Insertion All LTC 8921/00 Video Input Modules are identical and can be swapped anywhere within the bay without making any changes to the module except to maintain proper termination settings. 5.11 System Video Connections 5.11.
Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU | en LTC 8900 Series 29 The VIDEO OUT connectors are labeled A through D. These connectors must be connected to corresponding VIDEO IN connectors labeled A through D. 5.11.3 Camera Bays to Monitor Bay Video Connections The VIDEO OUT connectors from LTC 8903 Series input bays are connected to the VIDEO BUS connectors on the LTC 8902 Series output bays using LTC 8809/00 ribbon cables.
en | Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU 5.12 LTC 8900 Series Termination Practices Video from every camera should be terminated with a 75 ohm resistance. Each video line should be terminated exactly once. If video from a camera is going to several devices, only the last piece of equipment on the video line should be terminated. See , page 68 through , page 68 for proper termination practices.
Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU | en LTC 8900 Series 5.13 System Data Connections 5.13.1 LTC 8904 Series CPU Data Connections 31 The LTC 8904 Series CPU connects to the LTC 8946/93 LAN switch using a supplied standard 8m (25ft) 10/100Base-T twisted pair cable. The LAN cable can be connected to any port of the LTC 8946/93 LAN switch. 5.13.
en | Hardware Installation Procedure for Standard Systems Utilizing LTC 8904 Series CPU LTC 8900 Series NOTE: Depending on activity and general size of the system, it may require several seconds to fully initialize after a power-up reset. At this point, the system should be operational. If cameras and monitors are connected to the system, video from camera number 1 should be visible on all system monitors.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 6 33 Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU Refer to for Installation Procedure for standard system configuration using LTC 8904 Series CPU. 6.1 System Redundancy Considerations 6.1.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU Primary Power Supply LTC 8910 Primary CPU LTC 8900 Series Primary Controller Primary LAN Keyboards 1-8 Alarm LTC 8917 Relay Board Biphase Console Comm 3 Mains Comm 4 Switch Control Relay Contacts Backup Power Supply LTC 8910 Backup CPU Backup Controller Backup LAN Figure 6.1: Automatic switchover and Data Mirroring functions then unavailable. 6.1.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series LTC 8943/95 System Controller PC 35 LTC 8901 CPU bay Default Settings: User: Administr ator Password: Bosch Comm 3 Secondary LAN Data Line Comm 4 Digital I/O Boar d Primar y LAN Data Line to Port 1 LAN 1 LTC 8944/93 LAN Switch P ro C u rv e 1 h LAN 2 3 5 7 5 1 1 1 3 1 5 1 7 1 9 2 1 2 3 2 T 5 2 6 T 2 5 S 2 6 S 2 5 T a n d2 6 T a r e S w tic h 2 5 1 0-2 4 J9 0 1 9B
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU LTC 8900 Series With this in place, data coming from the in-use CPU will go to all other ports on both switches. This allows the video bays to be connected to any port on either switch (except port 1 or 2, which is reserved for the System Controller PC). The LAN switches are extremely reliable, but the system should be designed to minimize the impact of a switch failure.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 37 Cameras 1-256 LTC 8903 Camera Bay LTC 8902 Monitor Bay Logical Monitor Numbers 1-64 Monitors 1-64 Figure 6.3: Non Fault-tolerant 256 Camera x 64 Monitor System 6.1.6 General Installation Considerations To facilitate system installation, it is highly recommended to install system components using the following guidelines: 1.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU LTC 8900 Series Cameras 1-256 LTC 8903 Camera Bay LTC 8903 Camera Bay LTC 8902 Monitor Bay LTC 8902 Monitor Bay Monitor Outputs 1-32 Monitor Outputs 65-96 Logical Monitor Numbers 1-32 Logical Monitor Numbers 33-64 Monitors 1-32 Monitors 33-64 Figure 6.4: Fault-tolerant 256 Camera x 64 Monitor System 3.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 5. 39 Install the LTC 8902 Series and LTC 8903 Series matrix bays close enough to the system LAN switches (LTC 8944/93, LTC 8945/93, and LTC 8946/93) so that the supplied 8 m (25 ft) LAN cables can be used. If necessary due to unusual installation conditions, longer standard 10/100Base-T LAN cables should be obtained from a local computer hardware supplier. 6.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU P rim a ry A L L E G IA N T M a trix C P U BOSCH B a ck-U p P ower P ower In U s e In U s e C P U A ctivity C P U A ctivity F a ult F a ult P rim a ry C P U C ontrolle r A ctivity LTC 8900 Series B a ck-U p C P U A u to Figure 6.6: LTC 8901 Series CPU Bay It is recommended that the CPU bay be mounted so a 9 cm (3-1/2 in.) rack space is available either above or below the enclosure.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 41 Caution! Important considerations related to the LTC 8943/95 System Controller PC: This PC contains a solid state hard drive with limited storage capacity. Please refrain from installing additional software that would reduce the remaining hard drive capacity to less than 1GB. No anti-virus software is provided.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU LTC 8900 Series Install the power supply in the far right position of the bay, ensuring proper alignment and seating of the supply into the rear mating connector. Verify that the power supply ON/OFF switch is in the OFF position. Figure 6.7: Typical Power Supply Insertion Install 4 supplied screws and star washers on the rear panel of the bay(s) surrounding the power supply line cord.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 43 IN S R -T O L Figure 6.8: Example of Insertion Tool Use 6.7 Data Receiver Modules LTC 8902 Series Video Output bays are supplied with LTC 8916/01 Data Receiver modules. LTC 8903 Series Video Input bays are supplied with LTC 8918/01 Data Receiver modules.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU 5 6 7 Monitor Range ON OFF OFF 257 to 320 ON OFF ON 321 to 384 ON ON OFF 385 to 448 ON ON ON 449 to 512 LTC 8900 Series Table 6.1: LTC 8916/01 Data Receiver Module Switch Positions (used in LTC 8902 Service Bays) 6.9 LTC 8918/01 Data Receiver Modules The LTC 8918/01 Data Receiver modules (installed in LTC 8903 Series bays) contain three (3) 8-position dip switches.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 1 2 3 4 Camera Number Range ON ON ON OFF 3585 to 3840 ON ON ON ON 3841 to 4096 45 Table 6.2: LTC 8918/01 Data Receiver Module (used in LTC 8903 Series bays) S2 positions 1 through 4 LTC 8903 Series Camera bays always provide video signals (either directly, or via a second LTC 8903 Series bay) to a specific LTC 8902 Series Monitor bay.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU LTC 8900 Series Figure 6.10: Typical Video Output Module Insertion The LTC 8934/00 Video Output Modules contain five (5) 8-position dip switches. DIP switch S1001 is reserved and all switches should be left in the ON position. Dip switches S1002, S1003, S1004, and S1005 are video termination switches for each of the video bus inputs.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 47 All LTC 8921/00 Video Input Modules are identical and can be swapped anywhere within the bay without making any changes to the module, except to maintain proper termination settings. 6.12 6.12.1 System Video Connections Camera Input Connections Camera connections to the LTC 8903 Series Input Bays require the LTC 8808/00 Video Interconnect (Patch) Panel.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU LTC 8900 Series The LTC 8903 Series bay s VIDEO OUT connectors are labeled A through D, and the Monitor Bay VIDEO BUS connectors are labeled CAMERA BAY OUTPUT A through CAMERA BAY OUTPUT D. The input bay A-D connectors must be connected to corresponding A-D connectors on the output bay using LTC 8809/00 coax ribbon cables. , page 68 and , page 68 demonstrate these connections. 6.12.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 49 LTC 8903 Series bay provides 64 outputs, two LTC 8921/00 VIM cards are required for each 32 inputs (when more than 32 monitors are being served by the LTC 8903 Series bay). In this case, inputs are shared by adjacent cards. The cards in slots one and two handle inputs 1-32; the cards in slots three and four handle inputs 33-64, etc.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU LTC 8900 Series Note that the LTC 8943/95 System Controller PC is supplied with a third LAN port. This port is available for connecting the PC to the user s Ethernet network. Only those with advanced knowledge of Windows and network installations should attempt to use this interface. A rear panel diagram of the LTC 8901 Series CPU is shown in , page 68. 6.14.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series 51 NOTE: Before attaching the AC line cord to the LTC 8943/95 System Controller PC, verify that the line voltage selector switch next to the AC plug is set correctly. The order that power is supplied to the system is not critical, but the following order is recommended if unfamiliar with the equipment: Apply power to the LTC 894x/93 LAN switches.
en | Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU 3. LTC 8900 Series After the PC enters the Windows desktop screen, the Allegiant server program should start automatically. If the automatic feature has been disabled, find and double-click the Allegiant icon to open the Allegiant Server program. 4. When the login Information box appears, login as Installer level using the Password 1. 5. Select File, Open, and load the Default.Alg file.
Hardware Installation Procedure for Redundant System Configuration Utilizing LTC 8901 Series CPU | en LTC 8900 Series Connector Functions 53 Description Positions 7&8 Relay - Backup CPU Fault Normal open, closes when Backup CPU failure is detected 9 & 10 Relay - Any Fault Normally open, closes when any LTC 8901 failure is detected 11 & 12 Input - Silence Buzzer Connect these inputs together to silence the LTC 8901 Series failure/warning buzzers Table 6.4: CPU Relay Output Functions 6.
en | Camera Phasing and Accessory Installation LTC 8900 Series 7 Camera Phasing and Accessory Installation 7.1 Camera Phasing Information NOTE: All cameras should be vertically phased properly with each other. The LTC 8900 system is an analog switcher, and this is required to prevent rolling during video switching. Keyboard User Function 44 may simplify camera phasing tasks. Refer to the LTC 8900 Series user manual for complete details. 7.
LTC 8900 Series 7.4 Camera Phasing and Accessory Installation | en 55 Signal Distribution Unit Hookup The LTC 8900 Series CPU bay provides a single Biphase control code output which can be connected to a LTC 8568 or LTC 8768 Signal Distribution unit. The Signal Distribution units are used to provide Biphase control code outputs for communicating to remote receiver/ drivers, switcher-follower accessory units, the AutoDomefi Series of cameras, and Satellite systems.
en | Camera Phasing and Accessory Installation LTC 8900 Series The LTC 8900 Series CPU does not provide a direct printer port. The CONSOLE interface port of the CPU can be configured to operate as a Printer output port. Do this by connecting a dumb terminal (or use the Windows Hyperterminal mode) to the CONSOLE port and issuing the following Command Console Language (CCL) command at the system prompt.
LTC 8900 Series 8 Satellite System Configuration Installations | en 57 Satellite System Configuration Installations 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.
8.1 en | Satellite System Configuration Installations LTC 8900 Series Allegiant Satellite System Configuration Installations Any Allegiant Series switcher model (LTC 8300, LTC 8500, LTC 8600, LTC 8800, or LTC 8900) can be used as a main site or a satellite site unit. All products are standard models, and the only special requirement is to use either the optional LTC 8059/00 Master Control Software or the optional LTC 8850/00 GUI software package for initial programming of each Allegiant system.
LTC 8900 Series Satellite System Configuration Installations | en 59 An Allegiant Biphase control data line from the code distribution unit at the Main site must be provided to each satellite site. This data line carries all pan/tilt/zoom control commands, in addition to the switching commands generated by the Main site switcher. The control data line should be connected to an LTC 8780 Series Data Converter to provide address decoding functions for the satellite site.
en | Satellite System Configuration Installations LTC 8900 Series Model No. Maximum Number of System Cameras1 LTC 8900 Series 6144 1. Camera inputs at all sites, plus trunk lines. The Main site system must be programmed via the Master Control Software 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.
Satellite System Configuration Installations | en LTC 8900 Series 61 Figure 8.3: Conceptual Diagram of an Allegiant Satellite Switching System Bosch Security Systems, Inc. Installation Manual 2016.04 | 10.7 | F.01U.323.
en | Satellite System Configuration Installations LTC 8900 Series Figure 8.4: Conceptual Diagram of a Dual Master Allegiant Satellite System 2016.04 | 10.7 | F.01U.323.096 Installation Manual Bosch Security Systems, Inc.
LTC 8900 Series Satellite System Configuration Installations | en Typical Allegiant ‘Primary’ Master Site 1 Typical System Monitors (Video from all sites) BOSCH 63 Typical PTZ Camera Video Allegiant BOSCH ALLEGIANT Video Matrix Biphase Data BOSC H Pro Mo d n Sh Cl ot r 1 6 5 8 7 Signal Distribution Unit 3 2 4 Typical Biphase Data lines to all local P/T/Z cameras 9 ALLEGIANT Data Unit 0 LTC 8568 CODE Typical IntuiKey keyboard POWER 1 or More Video TRUNK Lines Typical System
8.2 en | Satellite System Configuration Installations LTC 8900 Series Satellite Site “Trunk Line” Monitor Outputs At each of the remote satellite sites, a desired number of monitor outputs from the switcher must be assigned as trunk lines. The number of trunk lines can range from 1 to the maximum number of monitor outputs provided by the switcher.
LTC 8900 Series Satellite System Configuration Installations | en 65 Figure 8.6: 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.
en | Satellite System Configuration Installations LTC 8900 Series 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. Figure 8.
LTC 8900 Series Satellite System Configuration Installations | en 67 Figure 8.8: Main Site Sample Program Showing Monitor Start-Up Camera Numbers 8.7 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.
en | Satellite System Configuration Installations LTC 8900 Series In default cascaded satellite system configurations, satellite switching commands are not associated with a user priority level. When a switching command sent from a master site is received by a satellite, the switch selection can immediately be overridden by operators at the satellite location who have any priority level.
LTC 8900 Series 1 2 Satellite System Configuration Installations | en 3 4 Keyboard 5 6 7 Primary Controller COM1 Console Alarm Back Up Controller COM2 Biphase Switch Control 69 8 Relay Out LAN Primary Back Up Figure 8.
2016.04 | 10.7 | F.01U.323.
LTC 8900 Series Satellite System Configuration Installations | en 71 Figure 8.13: Rear Panel View of LTC 8902 Series and LTC 8903 Series Video Matrix Bays Bosch Security Systems, Inc. Installation Manual 2016.04 | 10.7 | F.01U.323.
en | Satellite System Configuration Installations LTC 8900 Series F01U289924 Figure 8.14: Cable and Accessory Diagrams 2016.04 | 10.7 | F.01U.323.096 Installation Manual Bosch Security Systems, Inc.
LTC 8900 Series Satellite System Configuration Installations | en Comm Port 3 (To Primary Controller of CPU) Main AC Line Comm Port 4 (To BackUp Controller of CPU) Switch Control Interface 4x USB ports Ethernet Port (Spare) Comm Port 2 (Spare) Legacy Parallel Port Mouse (USB) Keyboard 73 BackUp LAN Port (Connect to BackUp IP PC Monitor Primary LAN Port (Connect to Primary IP Figure 8.
en | Satellite System Configuration Installations LTC 8900 Series Up to 256 System Cameras can be Connected using 8 LTC 8808 Panels (Continue LTC 8808 Sequence as Necessary) Additional LTC 8808 Video Interconnect Panels for Additional System Cameras Camera 9 (Continue Sequence) Camera 8 (Continue Sequence) Camera 15 Camera 2 Camera 16 Camera 1 Camera 32 Camera 17 Camera 31 Camera 18 Camera 25 (Continue Sequence) Lower LTC 8809 Ribbon Cable (Camera Group 17-32) Ribbon Cable for the Camera
LTC 8900 Series Satellite System Configuration Installations | en 75 Typical Connections for up to 64 System Monitors 33 64 32 LTC 8808 Video Interconnect Panel Lower LTC 8809 Ribbon Cable (Monitor Group 49-64) 1 LTC 8808 Video Interconnect Panel Upper LTC 8809 Ribbon Cable (Monitor Group 33-48) Lower LTC 8809 Ribbon Cable (Monitor Group 17-32) Upper LTC 8809 Ribbon Cable (Monitor Group 1-16) LTC 8902 Monitor Bay Figure 8.17: System Monitor Connection Concept Bosch Security Systems, Inc.
en | Satellite System Configuration Installations LTC 8900 Series LTC 8904 CPU Bay LAN Data from the CPU to Any Available Port P or C u rv e h P 1 3 2 4 5 7 5 1 1 1 3 1 5 1 7 1 9 8 1 0 1 2 1 4 1 6 1 8 2 0 2 1 2 3 2 2 2 4 2 5T 2 6 T 2 5 S 2 6 S S w itc h 2 5 1 02- 4 J9 0 1 9B 2 5 T a n d 2 6 T a r e E I E E A u to M D I / P o we r D u a l- P MD e Ir sX - o n a tily P o r ts: F a u tl 1 10/ 0 0 1/ 0 0 0T - ( T ) L E D U s e o no ylr S o nF eP S ( () T o r Mo d e S ) fo r
LTC 8900 Series Satellite System Configuration Installations | en 77 LTC 8901 CPU Bay LTC 8943/95 System Controller PC Comm 3 Secondary LAN Data Line Comm 4 Digital I/O Board LAN 1 Primary LAN Data Line to Port 1 LTC 8944/93 LAN Switch P ro C u rv e 1 h P 3 5 7 5 1 1 1 3 1 5 1 7 1 9 2 1 2 3 2 T 5 2 6 T S w tic h 2 5 1 0-2 4 J9 0 1 9B 2 5 T a n d2 6 T a r e IE E E A u to M D I / P o we r D u a l- M P D e Ir s-X o n a lity P o r t:s F a u lt LAN 2 1 /10 0 0 /1 0 0 0-T ( )T L E D U
en | Satellite System Configuration Installations LTC 8900 Series LTC 8901 CPU Bay LTC 8943/95 System Controller PC Comm 3 Secondary LAN Data Line Comm 4 Digital I/O Board Primary LAN Data Line to Port 1 LAN 1 LTC 8944/93 LAN Switch P or C u rv e 1 h P 3 5 7 5 1 1 1 3 1 5 1 7 1 9 2 1 2 3 2 T 5 2 6 T S w tic h 2 5 1 02- 4 J9 0 1 9B 2 5 T a n d 2 6 T a r e E I E E A u to M D I / P o we r D u a l- P MD e Ir sX - o n a tily P o r t:s F a u tl 1 1/0 0 0 1/ 0 0 0T - ( )T LAN 2 L E D
LTC 8900 Series Satellite System Configuration Installations | en 79 To Monitors via LTC 8808 V ideo Interconnect Panels LTC 8 9 0 2 M o n i to r B ay C o n t a i n i n g M o d u l e s for 6 4 M o n i to r O u tp u t s To D4 To C4 E a ch Li n e Re pre se n t s a n LTC 8 8 0 9 Ribbon Cable D "D " 4 3 "C " 2 1 4 3 "B " 2 1 4 3 2 "A " 1 4 3 2 To A1 1 To B1 To C1 To B4 To D1 To A4 C B A LTC 8 9 0 3 C a m e ra B ay fo r C a m e ra s 7 69 – 1 0 2 4 D C B A D LTC 8903 Camera B
en | Satellite System Configuration Installations User-supplied PC Running Master Control Software or Optional GUI Software LTC 8900 Series LTC 8904 Main CPU Bay Multiple Data Cables to Keyboards Up To 256 Cameras LTC 8905 Power Supply LTC 8910 CPU Module LAN Data Lines LTC 8946 Switch LTC 8903 Video Input Bay LTC 8902 Video Output Bay LTC 8934 Video Output Modules LTC 8934 Video Output Modules LTC 8906 Power Supply LTC 8916 Data Receiver Module BOSCH BOSCH Prod Mon BOSCH BOSCH Prod
LTC 8900 Series Satellite System Configuration Installations | en LTC 8943 PC Running Configuration Software LTC 8901 Main CPU Bay LTC 8905 Main Power Supply LTC 8910 Main CPU Module Multiple Data Cables to Keyboards LTC 8934 Video Output Modules LTC 8906 Power Supply LTC 8916 Data Receiver Module Multiple Coax Cables to Monitor Groups LTC 8809 Coax Ribbon Cables Multiple Coax Cables to Monitor Groups LTC 8805 Power Supply LTC 8805 Power Supply LTC 8903 Video Input Bay LTC 8809 Coax Ribbon Ca
en | Satellite System Configuration Installations LTC 8900 Series LTC 8943 PC Running Configuration Software LTC 8905 Main Power Supply Additional Cameras LTC 8910 Main CPU Module LTC 8910 Backup CPU Module LTC 8905 Backup Power Supply LTC 8808 Video Panels LTC 8901 Main CPU Bay LTC 8944 Switch LTC 8945 Switch LTC 8946 Switch LTC 8808 Video Panels LTC 8808 Video Panels LTC 8809 Coax Ribbon Cables LTC 8903 LTC 8903 LAN Data Lines to All Bays Supplied Coax Ribbon Cables LTC 8903 LTC 8903
LTC 8900 Series Satellite System Configuration Installations | en 83 PC Running Configuration Software Additional Cameras LTC 8905 Main Power Supply LTC 8910 Main CPU Module LTC 8910 Backup CPU Module Additional Cameras LTC 8808 Video Panels LTC 8901 Main CPU Bay Additional Cameras Additional Cameras LTC 8905 Backup Power Supply LTC 8808 Video Panels LTC 8809 Coax Ribbon Cables LAN Switches LTC 8808 Video Panels LTC 8809 Coax Ribbon Cables LTC 8808 Video Panels LTC 8809 Coax Ribbon Cables LAN
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LTC 8900 Series Satellite System Configuration Installations | en 87 LTC 8902 16 LTC 8921 Video Input Modules are Required for Camera Inputs 1 to 256 16 LTC 8921 Video Input Modules are Required for Camera Inputs 257 to 512 16 LTC 8921 Video Input Modules are Required for Camera Inputs 513 to 768 8 LTC 8934 Video Onput Modules are Required for Monitors 1 to 64. Set all Termination Switches to ON for all Modules.
en | Satellite System Configuration Installations LTC 8900 Series LTC 8902 16 LTC 8921 Video Input Modules are Required for Camera Inputs 1 to 256 16 LTC 8921 Video Input Modules are Required for Camera Inputs 257 to 512 16 LTC 8921 Video Input Modules are Required for Camera Inputs 513 to 768 16 LTC 8921 Video Input Modules are Required for Camera Inputs 769 to 1024 8 LTC 8934 Video Onput Modules are Required for monitors 1 to 64. Set all Termination Switches to ON for all Modules.
LTC 8900 Series Satellite System Configuration Installations | en 16 LTC 8921 Video Input Modules are Required for Camera Inputs 1 to 256 16 LTC 8921 Video Input Modules are Required for Camera Inputs 257 to 512 “Primary” LTC 8903– Cameras 257–512 “Primary” LTC 8903– Cameras 1–256 16 LTC 8921 Video Input Modules are Required for Camera Inputs 513 to 768 “Primary” LTC 8903– Cameras 513–768 Set LTC 8921 Module Termination Switches in EVEN Numbered Slots to ON (all “Primary” LTC 8903 Bays) 16 LTC 8921
en | Satellite System Configuration Installations 16 LTC 8921 Video Input Modules are Required for Camera Inputs 257 to 512 16 LTC 8921 Video Input Modules are Required for Camera Inputs 1 to 256 “Primary” LTC 8903 Bay Cameras 1–256 LTC 8900 Series “Primary” LTC 8903 Bay Cameras 257–512 16 LTC 8921 Video Input Modules are Required for Camera Inputs 769 to 1024 16 LTC 8921 Video Input Modules are Required for Camera Inputs513 to 768 LTC 8903 Bay “Primary” LTC 8903 Bay Cameras 769–1024 Cameras 102
LTC 8900 Series Satellite System Configuration Installations | en 16 LTC 8921 Video Input Modules are Required for Camera Inputs 1 to 256 “Primary” LTC 8903 Bay Cameras 1–256 16 LTC 8921 Video Input Modules are Required for Camera Inputs 257 to 512 “Primary” LTC 8903 Bay Cameras 257–512 16 LTC 8921 Video Input Modules are Required for Camera Inputs 513 to 768 “Primary” LTC 8903 Bay Cameras 513–768 Set the LTC 8921 Module Termination Switches in EVEN Numbered Slots to ON (all Primary LTC 8903 Bays)
en | Satellite System Configuration Installations Monitors 33–64 Monitors 1–32 Upper LTC 8809 Ribbon Cable Lower LTC 8809 Ribbon Cable LTC 8902 Monitor Bay Containing Modules for 64 Monitor Outputs LTC 8900 Series "D " 4 3 "C " 2 1 4 3 2 "B " 1 4 3 2 Group Inputs 3 and 4 are used for additional LTC 8903 Camera Bay Connections "A " 1 4 3 2 Each Line Represents an LTC 8809 Ribbon Cable "A 1" 1 "B 1" "C 1" 8 LTC 8808 Panels are Required for Camera Inputs 1 to 256 "D 1" “D2” “C2”
LTC 8900 Series Satellite System Configuration Installations | en 93 System Cameras Connect to the First Level LTC 8903 Video Input Bay 16 LTC 8921 Video Input Modules are Required for Cameras 1 to 256 LTC 8902 for Monitors 1 to 64 Set all LTC 8921 Module Termination Switches Inside First Level LTC 8903 Bays to OFF Video Interconnect LTC 8809 Cables First Level LTC 8903 Cameras 1 - 256 8 LTC 8934 Video Output Modules are Required for Monitors 1 to 64.
en | Satellite System Configuration Installations LTC 8900 Series System Cameras Connect to First Level LTC 8903 Video Input Bay 16 LTC 8921 Video Input Modules are Required for Cameras 1 to 256 LTC 8902 for Monitors 1 to 64 Set all LTC 8921 Module Termination Switches Inside First Level LTC 8903 Bays to OFF Video Interconnect LTC 8809 Cables 8 LTC 8934 Video Output Modules are Required for Monitors 1 to 64. Set all Termination Switches to ON for all Modules.
Satellite System Configuration Installations | en LTC 8900 Series 95 System Cameras Connect to the First Level LTC 8903 Video Input Bay 16 LTC 8921 Video Input Modules are Required for Cameras 257 to 512 System Cameras Connect to the First Level LTC 8903 Video Input Bay 16 LTC 8921 Video Input Modules are Required for Cameras 1 to 256 LTC 8902 for Monitors 1 to 64 Set all LTC 8921 Module Termination Switches Inside the First Level LTC 8903 Bays to OFF Video Interconnect LTC 8809 Cables LTC 8902 for M
2016.04 | 10.7 | F.01U.323.096 Installation Manual Second Level LTC 8903 Cameras 1–256 First Level LTC 8903 Cameras 1–256 Only 8 LTC 8921 Video Input Modules are Required in this Level for 256 Cameras because the LTC 8902 Output Bay Supports only 32 Monitors.
Bosch Security Systems, Inc. Installation Manual 16 LTC 8921 Video Input Modules are Required for 256 Camera Inputs. 8 LTC 8934 Video Output Modules are Required for Monitors 65 to 128. Set all Termination Switches to ON on all Modules.
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en | Troubleshooting Guide 9 LTC 8900 Series Troubleshooting Guide The LTC 8900 Allegiant system was designed to provide very high reliability. However, if a failure does occur, the effects of the failure depend on system design and the location of the failure. For example, in a standard nonredundant system, an LTC 8904 Series CPU bay failure could disable the entire system, while a monitor bay failure would disable only the monitors connected to the failed bay.
LTC 8900 Series Troubleshooting Guide | en Limited keyboard functions 101 If possible, perform a local keyboard test to verify operation of all keys. If a local test cannot be performed, replace the keyboard. The installer or system administrator should review the PC-based configuration software package s lockout tables to determine if the problem is related to user restriction tables. If the table settings are verified, and no discrepancies are found, replace the keyboard.
en | Troubleshooting Guide LTC 8900 Series CPU and Data Receiver LED Indicators: PCB ID PCB Label Color Function D1000 RESET Red Lit during reset condition D0908 CPU ACT.
LTC 8900 Series 10 Maintenance Information | en 103 Maintenance Information NOTE: The LTC 8900 Allegiant system has been designed to perform for long periods of time with little or no maintenance. Cleaning the keyboard or replacing a fuse may be necessary occasionally. See instructions below. 10.1 Cleaning System Keyboard(s) The keyboard may be cleaned whenever necessary by temporarily removing it from the system and wiping it with a damp cloth.
en | Maintenance Information LTC 8900 Series Figure 10.2: Line Voltage Selector Removal 10.3 Matrix Bay AC Line Fuse Replacement The AC line fuse on LTC 8805/60 and LTC 8906/60 Power Supply models is located on the rear of the equipment bay, near the line cord connector. LTC 8805/50 and LTC 8906/50 Power Supply models (220-240VAC input versions) contain a circuit breaker equipped power switch that can be reset from the front.
LTC 8900 Series Maintenance Information | en 105 Remove the fuse from the holder (as in , page 104), and replace it with a fuse of the same rating (1.6 A, 250 V) for continued protection. Reinstall the fuse holder into the connector housing in the same orientation as indicated by the arrow on the door cover. Snap the door closed. After replacing the fuse, verify system start-up and operation. 10.
en | Maintenance Information 6. LTC 8900 Series Wait for the System Supervisor to indicate that the Data Mirroring process has completed. This step takes a few minutes. 7. From the System Supervisor software, change the In Use CPU to the Primary CPU. This moves control to the new LTC 8901 Series CPU bay. 8. Starting with the keyboard cables, move the remaining cables from the old CPU bay to the new CPU bay.
LTC 8900 Series Maintenance Information | en 107 The two batteries are mounted on the front edge of the CPU card and are about 25 mm (1 in.) in diameter. Insert a small flat blade screwdriver into the slot on one of the battery holder sockets and gently pry the battery from the holder until it can be removed by your fingers. Insert new battery by lifting the retaining clip up while inserting the battery into the socket.
11 en | Pinouts LTC 8900 Series Pinouts B.1 LTC 8900 Series CPU Bay Rear Panel Connector Pinouts B.1.1 Console Port RS-232 Pinouts Pin # . . . . . . . . . . . . . . . . . . . .Designation 1 . . . . . . . . . . . . . . . . . . . . . . . .GND 2 . . . . . . . . . . . . . . . . . . . . . . . .Rx 3 . . . . . . . . . . . . . . . . . . . . . . . .Tx 4 . . . . . . . . . . . . . . . . . . . . . . . .CTS 5 . . . . . . . . . . . . . . . . . . . . . . . .RTS 6 . . . . . . . . . . . . . . . . . . . . . . . .
