Virtual Allegiant Satellite Application

Transcription

1 Virtual Allegiant Satellite Application SFT-VASA en User Manual

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3 Virtual Allegiant Satellite Application Table of Contents en iii Table of Contents 1 Unpacking Parts List 3 2 Product Description Features Recommended System Requirements 4 3 System Overview 4 4 Hardware Configuration LTC 8780 Data Converter Unit Configuring an Allegiant System for VASA Operation Configuring the MCS for use with Digital Decoders Configuring the MCS for use with Digital Encoders Bosch Digital Decoders Decoder Connections Bosch Digital Encoders Encoder Connections Configuring an Encoder for PTZ Operation Controlling PTZ Operation over a Network 11 5 VASA Installation VASA README File Security Device 12 6 VASA Configuration Changing Login Password Configuration Menu Menu Commands File Menu View Menu Options Menu Help Menu 16 7 VASA Configuration Controls Using the VASA Interface Configuring the LTC Adding and Editing a Decoder Adding and Editing an Encoder Viewing VASA Log Events Viewing the Log File Using the VASA Event Log Window 20 8 Synchronizing VASA and MCS Configuration 21 Bosch Security Systems, Inc. User Manual F01U

4 iv en Table of Contents Virtual Allegiant Satellite Application F01U User Manual Bosch Security Systems, Inc.

5 VASA 1.20 Unpacking en 3 1 Unpacking 1.1 Parts List 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. 2 Product Description 2.1 Features Quantity Item 1 CD-ROM with SFT-VASA software 1 Software security key (USB dongle) 1 Software License Agreement 1 VASA 1.20 User Manual 1 RS-232 Interface Cable (Bosch Security Systems Part #S1385) The Virtual Allegiant Satellite Application (VASA) is Bosch s strategic product that allows existing Allegiant customers to transition gradually to pure IP technologies rather than a total and instantaneous replacement. VASA reflects the reality that thousands of Allegiant users are satisfied and very comfortable with their existing analog based matrix switcher and associated CCTV keyboards and monitors. Security strategists also recognize that when the time comes for camera expansion, that IP network-based technologies offer unique benefits, such as simplified cabling: A single CAT-5 cable can carry hundreds of video, audio, Pan/Tilt/Zoom (PTZ) control, serial ports, alarm inputs, and relay output lines. VASA acts as the integration bridge between an existing Allegiant and the new digital based CCTV system (the satellite ) that uses Bosch digital video encoders and decoders. With VASA, the new IP technology is transparent to the existing Allegiant users who continue to use their Intuikey CCTV keyboards for switching and PTZ control of video on classic analog monitors. VASA replaces dedicated analog trunk lines and in addition to remote PTZ functionality, it supports encoder relay activations. VASA supports the Allegiant LTC 8100 through LTC 8900 Series matrix switchers. In addition to PTZ control, VASA provides auxiliary and preposition control of the IP-based cameras. Because VASA fully integrates the Allegiant with Bosch video IP products, the Allegiant monitor displays remote camera titles. Integrates Allegiant with network IP CCTV Allows users to control IP cameras via the IntuiKey keyboard Allows analog monitors to display images from remote systems via an IP network Controls PTZ and auxiliary and preposition settings The VASA 1.20 software supports: 1,024 Encoders and 32 Decoders Bosch devices with internal encoders, such as the AutoDome Modular Camera System with IP module (VG4 Series), the Dinion IP cameras, and the FlexiDome IP cameras. Allegiant LTC Series Matrix Switchers Bosch Security Systems, Inc. User Manual F01U

6 4 en System Overview VASA Recommended System Requirements Microsoft Windows compatible PC Platform Windows 2000 (Service Pack 3 or later), or Windows XP Professional Intel Pentium 2.8 GHz or greater 512 Mb RAM 50 Mb fixed drive space CD-ROM drive 10/100 Base-T ethernet interface 1 USB port (or USB hub port) for USB security dongle One (1) serial port for external interface communications Additional serial ports required if multiple interfaces are used SVGA Display or compatible video card 3 System Overview VASA is a PC application that allows commands generated from an Allegiant LTC 8780 Satellite Address Decoder to control a network digital video system. Figure 3.1 depicts the components of a VASA system: Allegiant Matrix Switcher (LTC 8100 Series through LTC 8900 Series) Bosch cameras with encoders (VG4 AutoDome IP, Dinion IP, and FlexiDome IP) Cameras, monitors and Allegiant keyboards LTC 8780 Satellite Address Decoder Bosch Digital Video Encoder Bosch Digital Video Decoder PC station running VASA software Figure 3.1 Virtual Allegiant Satellite Application System F01U User Manual Bosch Security Systems, Inc.

7 VASA 1.20 Hardware Configuration en 5 4 Hardware Configuration VASA is designed to work with an Allegiant Matrix/Controller setup in a satellite configuration. It requires an Allegiant Matrix/Switcher, an LTC 8780 Data Converter Unit, Bosch Digital Decoders and Encoders, and a PC work station. In large systems, an LTC 8568 Signal Distribution Unit can be used for multiple satellite systems. Once VASA is configured, no further user interaction is required. The LTC 8786 RS-232 to Biphase converter can also be used to convert receiver/driver and AutoDome RS-232 control code protocol into Allegiant biphase control code for operating AutoDome cameras. You should be familiar with the Allegiant Matrix Switch control system, Windows-based software, and have a general knowledge of networking. Refer to the Allegiant Instruction Manual for setting up an Allegiant Satellite System, which can be found on the Bosch website: LTC 8780 Data Converter Unit The LTC 8780 Data Converter is required to convert Allegiant Satellite commands into a format used by VASA. i NOTICE! The CCL Address Selected number must match the Allegiant MCS Bay number. 1. Connect the LTC 8780 CODE IN connector to the biphase port of the Allegiant Master System. Refer to the LTC 8780 manual for Biphase connections, located on the Bosch website at 2. Connect the LTC 8780 to the PC COM port using the Bosch S1385 RS-232 Interface Cable, or a fully wired equivalent, null-modem RS-232 data cable.the figure below depicts this connection. (Side View) (Front View) 9-pin Female CD Rx Tx DTR Gnd DSR RTS CTS CD Rx Tx DTR Gnd DSR RTS CTS (Side View) (Front View) 9-pin Female Figure 4.1 Industry Standard Null-modem Cable (Bosch Part Number S1385) The following two tables summarize the dip switch settings for the LTC 8780 (Table 4.1) and the selected CCL address (Table 4.2). Bosch Security Systems, Inc. User Manual F01U

8 6 en Hardware Configuration VASA 1.20 Dip Switch Switch Number Recommended Function Setting S101 1 (BAUD) ON RS-232 Baud Rate of 38,400 bps 2 (BAUD) ON 3 (CODE DIST) OFF Biphase input to Biphase output 4 (ADDR FUNCT) OFF CCL Address Select S102 1 (RCVR DRVR) ON Enable transmission of R/D messages 2 (XPOINT) OFF Disable transmission Crosspoint messages 3 (CCL) ON Enable transmission of CCL messages 4 (MATCH) ON CCL message address checked S (ADDR LOW) Address or block select low order bits (must be set to Satellite Address) S (ADDR HIGH) Address or block select high order bits (must be set to Satellite Address) S105 1 (MODEM CMD) OFF Not applicable 2 (ORIGINATE) OFF Modem command + ATA 3 (CHECK CTS) ON Check CTS before transmitting data 4 OFF Not used Table 4.1 LTC 8780 Dip Switch Settings Address DIP Switches CCL Address S104 S103 Selected (MCS Bay Number) OFF OFF OFF OFF OFF OFF OFF OFF 1 OFF OFF OFF OFF OFF OFF OFF ON 2 OFF OFF OFF OFF OFF OFF ON OFF 3 OFF OFF OFF OFF OFF OFF ON ON 4 OFF OFF OFF OFF OFF ON OFF OFF 5 OFF OFF OFF OFF OFF ON OFF ON 6 OFF OFF OFF OFF OFF ON ON OFF 7 OFF OFF OFF OFF OFF ON ON ON 8 X X X X X X X X (continue series) ON ON ON ON ON ON ON OFF 255 ON ON ON ON ON ON ON ON 256 Table 4.2 CCL Address Select F01U User Manual Bosch Security Systems, Inc.

9 VASA 1.20 Hardware Configuration en Configuring an Allegiant System for VASA Operation The following section details the steps necessary to configure the Allegiant Master Control Software (MCS) for use with the Bosch Digital Decoders and Encoders Configuring the MCS for use with Digital Decoders Configure the MCS camera table as you would a typical Allegiant Satellite system. 1. Determine the Input to serve as an Allegiant Satellite trunk for the decoder. Then select Trunk from the Installation column. 2. Set the Bay Number of the Trunk to match the LTC 8780 CCL Address Selected that is connected to VASA. 3. Set a unique Monitor Number for each trunkline. This number is used to setup the Bosch Decoder as detailed later. Note the relationship between the Satellite Trunk Monitor in the decoder and the Monitor Number in the MCS. Figure 4.2 Relationship between the MCS and the Decoder 4. Repeat the steps above for each decoder trunk Configuring the MCS for use with Digital Encoders Configure the Allegiant MCS Camera Table as follows: 1. Determine the Input to serve as a remote camera. Then set a unique number for each camera under the Camera Number column. This number is used to setup the Bosch Encoder as detailed later. The relationship between the Encoder settings and the Allegiant MCS depends if you use a logical camera address (as depicted in Figure 4.3 below) or if you use a physical camera address (as depicted in Figure 4.4 below). Bosch Security Systems, Inc. User Manual F01U

10 8 en Hardware Configuration VASA 1.20 i NOTICE! To use the Allegiant physical address option, the Allegiant CPU must be configured to use the physical camera number. From the MCS menu select Parameter > Options > Use Physical Camera Number for OSRD. Be sure to download the MCS changes to the Allegiant CPU after modifications are made. Figure 4.3 Relationship using the Allegiant Logical Camera Address Option F01U User Manual Bosch Security Systems, Inc.

11 VASA 1.20 Hardware Configuration en 9 Figure 4.4 Relationship using the Allegiant Physical Camera Address Option 2. Enter a Camera Title. 3. Set the Installation type to Remote With Local Overlay. 4. Set the Bay Number of the Trunk to match the LTC 8780 CCL Address Selected that is connected to VASA. 5. Repeat the above steps for each encoder. 4.3 Bosch Digital Decoders The number of Bosch digital decoders (trunk lines) required in a system depends on the number of monitors used simultaneously to view the video from the digital system. Figure 4.5 Decoder Configuration for Video Output Bosch Security Systems, Inc. User Manual F01U

12 10 en Hardware Configuration VASA 1.20 i NOTICE! The decoder must be configured for the appropriate video format, PAL or NTSC Decoder Connections Connect the VIDEO output of the decoder to the VIDEO input of the Allegiant-based system on the Trunk number programmed in the MCS Camera Table. 4.4 Bosch Digital Encoders The number of Bosch digital encoders required in a system depends on the number of cameras connected to the encoders. Bosch Encoders provide relay output(s) that are controlled by AUX ON/OFF commands starting serially at 201. The fist relay ON device is enabled using the AUX ON 201 command and disabled using the AUX OFF 201 command. The second relay ON device is enabled using the AUX ON 202 command and disabled using the AUX OFF 202 command Encoder Connections Connect the VIDEO output of the camera to the VIDEO input of the encoder. i NOTICE! You must make these connections for a VG4 Series AutoDome camera without an IP module. These connections, however, are not necessary for a VG4 Series AutoDome camera with an IP module. The following table summarizes the connections between a Bosch Digital Encoder and an AutoDome, an Allegiant Code Converter, or an Allegiant Receiver/Driver. Bosch Digital AutoDome AutoDome AutoDome Allegiant Code Encoder (ver. 5.0, G3, or (ver. 3.0, 4.0, RS-485 Mode 1 Converters and (9-pin connector) higher) G3, and VG4) Receiver/Drivers RS-232 Mode RS-232 Mode RS-232 Mode 2 RXD TXD RXD RXD (Data+) TXD 3 TXD RXD TXD TXD (Data+) RXD 5 GND GND GND GND GND Table 4.3 Encoder Pin Connections for PTZ 1 Use COM1 (RS422/485) port on the Video Digital Encoder and set the AutoDome internal slide switch to the ON position for RS Configuring an Encoder for PTZ Operation Using a Windows-based browser, such as Microsoft Internet Explorer, enter the IP address or the DNS name of the encoder that you need to configure. From the encoder web page, press the Expert Mode button or Settings link and then configure the encoder settings for RS-232 as illustrated in Figure 4.6 below. i NOTICE! You must configure the PTZ operation for a VG4 Series AutoDome with an IP module. For more information, refer to the Online Help on the Settings page of the VG4 AutoDome configuration Web page. F01U User Manual Bosch Security Systems, Inc.

13 VASA 1.20 Hardware Configuration en 11 Figure 4.6 Encoder Configuration for RS-232 Connection The interface settings for COM1 are as follows: Set the Serial port function to Transparent. Set the Baud Rate to Accept the default value of 8 for data bits. Set Stop Bits to 1. Set Interface Mode to RS-232. Set Half-duplex Mode to OFF. i NOTICE! The AutoDome or the PTZ device Biphase address must be set to 0000 or to the PTZ camera address entered in the Add/Edit Encoder dialog box. See Controlling PTZ Operation over a Network Certain devices that control PTZ operation over a VASA network have the following actions: When a VIDOS PC operator is in control of a PTZ-enabled camera on the network, there is a 10-second hold from the last command before releasing the camera to an Allegiant System command. (VIDOS is an optional PC software package used to control Bosch network-based products.) When an Allegiant System operator is in control of a PTZ-enabled camera, there is a foursecond hold from the last command before releasing the camera to another user. Bosch Security Systems, Inc. User Manual F01U

14 12 en VASA Installation VASA VASA Installation Insert the CD and wait for the installation program to open the dialog box. If the installation program does not open the dialog box, browse through the CD and run Setup.exe. From the dialog box, click the VASA Install button. The Installation Wizard guides you through the entire process. 5.1 VASA README File Occasionally, revisions are made to the VASA software that are not reflected in this manual. These changes are described in the VASA README file. Read this file whenever a new version of VASA is installed. There is an icon for the README file in the VASA start menu group. 5.2 Security Device Before the program runs on the host computer, the hardware security key must be connected to an available USB port on the computer. If necessary, locate this port with the help of the hardware manual that comes with the host computer. Push the security key into place. The security key LED lights if it is installed correctly. F01U User Manual Bosch Security Systems, Inc.

15 VASA 1.20 VASA Configuration en 13 6 VASA Configuration The installation procedure creates a Start Menu icon. Double click this icon to run the software. The program opens and displays the VASA Login dialog box. Figure 6.1 VASA Login dialog box If this is the first time the program is being run, select Installer when prompted for a username. The default password for the Installer is the number 1. By default, the VASA software utilizes three privilege levels: Privilege Level Password Access Installer: 1 Has access to all program features. Administrator: 2 Has access to all program features but not to all User Profile settings. Operator: 3 Has limited access to features. Installers and Administrators can utilize the User Profile dialog box option in the File menu to delete a user or to add a user name to the login list. Figure 6.2 User Profile Dialog Box Each user can be assigned to one of the following user levels: installer, administrator, or operator. Installers can also assign the privilege of Installer to other users. See Table 6.1 for a list of user privileges. Administrators can alter all entries except those of an installer. Bosch Security Systems, Inc. User Manual F01U

16 14 en VASA Configuration VASA 1.20 User Action Installer Administrator Operator Open VASA file Create New VASA file Save VASA file Print Configure LTC 8780 settings Select log file Enable log to file Set log level high Launch log viewer Auto-login Add decoder Delete decoder Edit decoder Browse to decoder Add encoder Delete encoder Edit encoder Browse to encoder Clear log Shutdown VASA Table 6.1 User Privileges 6.1 Changing Login Password To change the login password to prevent unwanted user access, select the File menu and choose User Profile to access the VASA User dialog box. Then, click the Modify User button to open the User Properties dialog box. Figure 6.3 User Properties Dialog Box F01U User Manual Bosch Security Systems, Inc.

17 VASA 1.20 VASA Configuration en Configuration Menu For first time setup, the software opens a new VASA Configuration window. Figure 6.4 VASA Configuration Window Once you configure the settings, you can save the configuration by selecting the File menu and choosing Save. Multiple configuration files can also be created and saved by selecting the File menu and choosing Save As; then by typing a unique file name. VASA loads the last saved configuration file automatically. If a different configuration file is desired, select the File menu and choose Open to find a previously saved configuration file. A VASA configuration file has a.vas extension. 6.3 Menu Commands Some VASA menus include a toolbar button. Clicking the toolbar button is equivalent to selecting the corresponding menu item. The following sections describe the VASA menus File Menu Item New Open Save Save As Log In Description Creates a new VASA configuration file. Opens an existing VASA configuration file. Saves an opened VASA configuration using the current file name. Saves and opened VASA configuration to a specified file name. Allows a new user to log in. Bosch Security Systems, Inc. User Manual F01U

18 16 en VASA Configuration VASA 1.20 Item Description User Profile Displays the user profile dialog box from which user information (names, passwords, and group memberships) can be managed. In addition, users can be added, modified, or deleted, and passwords changed. Print Prints a document. Print Setup Selects a printer and a printer connection. (recent opened file list) Lists the names of the four most recently used files. Select one of these names to open the associated file. Exit Exits VASA View Menu Item Toolbar Status Bar Description Shows or hides the toolbar. Shows or hides the status bar Options Menu Item LTC 870 Settings Select Log File Log File Enabled Log Level - High Detail Log Viewer Auto Login Help Menu Item VASA Help About VASA Description Displays the dialog box from which the user sets the COM port, bits per second, flow control, and PTZ commands. Accesses the Open dialog box from which a user selects a log file. Enables the log file. Default is set to On. Toggles high detail or normal detail logging. Default is set to Off. Displays the current log file. VASA automatically logs in as Operator with the default password (the number 3) on the next startup. Description Displays the VASA Help System. Displays the VASA software copyright and version number information. F01U User Manual Bosch Security Systems, Inc.

19 VASA 1.20 VASA Configuration Controls en 17 7 VASA Configuration Controls This section provides procedures for using the VASA interface, configuring parameters, and for adding or editing an encoder and a decoder. 7.1 Using the VASA Interface 1. Click the Add button to open the Add dialog box and to enter a new item to the list. 2. Click the Delete button to delete the selected item in the list. 3. Click the Edit button to open the Edit dialog box and to edit the selected item. i NOTICE! The Browse button opens the web browser on the PC and connects to the selected encoder/decoder s web page. The PC may require software to be installed or updated before the web browser can properly display the encoder/decoder video. Refer to the CD supplied with the Bosch Digital encoder/decoder for the necessary software. 4. Click the Browse button to access the web page for the selected encoder/decoder where you can check and update configuration information and to check the status of the encoder/decoder. 5. Click the Detail check box to view diagnostic details in the Event Log window. 6. Click the Clear button to delete all messages in the Event Log window. 7.2 Configuring the LTC 8780 This dialog box allows configuration of the communication between the PC and LTC 8780 Code Converter. From the main screen, select the Options menu and choose LTC 8780 Settings. Figure 7.1 LTC 8780 Settings Make the following settings: Port Setting Action COM Port Select the PC COM port connected to the LTC The default value is COM1. Bits per Second Select a standard PC COM port rate. The default value is 38,400 bps. Flow Control Accept the default value of Hardware. Translate Repetitive Check the box to translate repetitive PTZ commands to non-repetitive PTZ Commands commands to reduce network bandwidth. Bosch Security Systems, Inc. User Manual F01U

20 18 en VASA Configuration Controls VASA Adding and Editing a Decoder 1. Click the Add or the Edit button, located to the right of the Decoder Configuration box. VASA opens the Add or Edit Decoder dialog box. Figure 7.2 Add/Edit Decoder Dialog Box 2. Set the following parameters: a. Type a valid number for the Satellite Trunk Monitor. Refer to Figure 4.2, on page page 7, for an illustration of obtaining a valid number from the Allegiant MCS Table. Note that this Satellite Trunk Monitor number must be unique and must be between 1 and 999. b. Type the IP address or the name for the decoder. c. Select one of the following decoder models from the drop-down box: VideoJet 10E, VIP 10E, VIP 1000E, or VIP XD, XDA. d. Select either Service or User from the Username drop-down box. e. Type the password associated with the Username. 3. Click OK to accept the specified value. If a data value is invalid, VASA displays an error message that indicates a specific error and lists an acceptable data range (if applicable). If multiple data errors exist, VASA displays one error message at a time until you correct all errors or cancel. Click Cancel to exit the dialog box without making any changes. F01U User Manual Bosch Security Systems, Inc.

21 VASA 1.20 VASA Configuration Controls en Adding and Editing an Encoder 1. Click the Add or the Edit button, located to the right of the Encoder Configuration box. VASA opens the Add or Edit Encoder dialog box. Figure 7.3 Add/Edit Encoder dialog box 2. Set the following parameters: a. Type a valid value for the Logical Camera Number. Refer to Figure 4.3, on page 8, and to Figure 4.4, on page 9, for an illustration of obtaining a valid number from the Allegiant MCS Table. Note that this Logical Camera Number must be unique and must be between 1 and 9,999. b. Type the IP address or the name for the encoder. You can enter a duplicate IP address or name because certain encoders send images from multiple cameras over the same IP address. c. Select one of the following encoder models from the drop-down box: VideoJet 10S; VIP 10S; VIP X1, X1A, X1P and X1AP; VIP X2 and X2A; VideoJet 8000/ XPro V8; VideoJet 8004/XPro V8-X4; VideoJet 8008/XPro V8-X8; VIP 1000S; VIP X1600; Dinion IP (LTC 0455 and LTC 0495); AutoDome IP (VG4 Series); FlexiDome IP; VideoJet X10; VideoJet X20; and VideoJet X40. Note that certain encoders support multiple cameras over the same IP address. d. Select Service, User, or Live from the Username drop-down list. e. Type the password associated with the Username. f. Select a value from the Video Input Channel drop-down box. If this video is the first you input, accept the default value of 1. If you enter a duplicate IP address, the Video Input Channel drop-down list displays values 1 to 8, inclusive. If you enter a duplicate IP address for the encoder (in step 2b), VASA copies the encoder settings for the previous entry of the IP address and displays the following warning message: Figure 7.4 Warning Message 3. Click Yes to continue. 4. Select a value from the Video Format drop-down list. Bosch Security Systems, Inc. User Manual F01U

22 20 en VASA Configuration Controls VASA Select COM1 or COM2 from the Encoder Port for PTZ Data drop-down list to specify the encoder COM port that is connected to a PTZ camera. Select COM1 if the encoder connects to the PTZ camera via RS-422/485/232. Select COM2 if the encoder connect to the PTZ camera via RS-232 only. This selection may not be applicable for all models. 6. Type the appropriate camera address for the PTZ Camera Address. 7. Click OK to accept the specified values. Repeat this procedure to configure other encoder channels. Click Cancel to exit the dialog box without making any changes. 7.5 Viewing VASA Log Events VASA is capable of recording system errors, warnings, and diagnostic messages to a file on the PC. In addition, VASA can record additional diagnostic events intended for troubleshooting. VASA offers two methods to view the contents of the log file, either through the Windows Notepad application or in real time from the VASA Event Log window Viewing the Log File To view the contents of the log file, select the Options menu and choose Log Viewer. VASA, then opens the Windows Notepad application to display the contents of the log file. From this window you can scroll through past events and print the entire log file Using the VASA Event Log Window The VASA Event Log displays the errors, warnings, and messages written to the log file, with the most recent messages displayed at the top of the Event Log. To use the Event Log: 1. Select the Options menu and choose the Log to File Enabled option. VASA now writes all system errors, warnings, and diagnostic messages to the log file. 2. To record more detailed information, select the Options menu and choose the Log Level - High Detail option. 3. To view the log file, 4. To view detailed diagnostic events, click the Detail button. 5. To clear the messages from the Event Log window, click Clear. VASA displays a warning message. Note that this action clears the messages only in the Event Log window. The messages are preserved in the actual log file. Figure 7.5 Event Log Display Message 6. Click OK to clear all the messages from the Event Log. F01U User Manual Bosch Security Systems, Inc.

23 VASA 1.20 Synchronizing VASA and MCS Configuration en 21 8 Synchronizing VASA and MCS Configuration The figure below illustrates the synchronized relationship between the settings of the Allegiant Master Control Software (MCS) and the VASA software. Bosch Security Systems, Inc. User Manual F01U

24 22 en Synchronizing VASA and MCS Configuration VASA 1.20 F01U User Manual Bosch Security Systems, Inc.

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26 Bosch Security Systems, Inc. 130 Perinton Parkway Fairport, New York, USA Telephone +1 (585) (800) Bosch Security Systems, Inc., 2007; F01U ; Data subject to change without notice.