Sensorlink Pc Module Installation Instructions

Transcript

SensorLink PC Module Installation Instructions Part Number 8000-2213-20 REV A SensorLink PC Notice The information in this manual was current when published. The manufacturer reserves the right to revise and improve its products. All specifications are therefore subject to change without notice. Copyright Under copyright laws, the contents of this manual may not be copied, photocopied, reproduced, translated or reduced to any electronic medium or machine-readable form, in whole or in part, without prior written consent of Sensormatic Video Products Division. © Copyright 1996, 1997,1998 Sensormatic Video Products Division Trademarks Speed Dome® is a registered trademark and SensorNet™ is a trademark of Sensormatic Electronics Corporation. Trademarked names are used throughout this manual. Rather than place a symbol at each occurrence, trademarked names are designated with initial capitalization. Inclusion or exclusion is not a judgment on the validity or legal status of the term. ii Module Installation Instructions WARNING: TO REDUCE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER. NO USER SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL. DO NOT EXPOSE THIS APPLIANCE TO RAIN OR MOISTURE. DO NOT INSTALL THIS PRODUCT IN HAZARDOUS AREAS WHERE HIGHLY COMBUSTIBLE OR EXPLOSIVE PRODUCTS ARE STORED OR USED. The following applies to Transmitters, Video Expansion Modules, Camera Control Modules and Relay Control Modules: THE LIGHTNING FLASH/ARROWHEAD SYMBOL, WITHIN AN EQUILATERAL TRIANGLE, ALERTS THE USER TO THE PRESENCE OF A SHOCK HAZARD WITHIN THE PRODUCT’S ENCLOSURE. Lithium Battery: CAUTION: Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the manufacturer. Dispose of used batteries according to the manufacturer's instructions. Lithium Batterie: VORSICHT: Explosionsgefahr! Batterie nur mit einem vom Hersteller empfohlenen gleichwertigen Typ ersetzen. Entsorgung muß nach Anweisungen des Herstellers erfolgen. CAUTION: This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause interference to radio communications. It has been tested and found to comply with the limits for a Class A computing device pursuant to part 15 of FCC rules, which are designed to provide reasonable protection against such interference when operated in a commercial environment. Operation of this equipment in a residential area is likely to cause interference in which case the user at his own expense will be required to take whatever measures may be required to correct the interference. Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. This Class A digital apparatus meets all requirements of the Canadian Interference Causing Equipment Regulations. Cet appareil numérique de la classe A respecte toutes les exigences du Réglement sur le matériel brouilleur du Canada. iii SensorLink PC IMPORTANT INFORMATION Before proceeding, please read and observe all instructions and warnings contained in this manual. Retain this manual with the original bill of sale for future reference and, if necessary, warranty service. When unpacking this product, check for missing or damaged items. If any item is missing, or if damage is evident, DO NOT INSTALL OR OPERATE THIS PRODUCT. Contact your dealer for assistance. FOR YOUR RECORDS Complete the following product purchase information. The factory requests this information when contacted for technical support. It is also valuable in case of loss or theft. Purchase Date: _______________________________________ Serial Number: _______________________________________ iv Module Installation Instructions TABLE OF CONTENTS CHAPTER 1 — QUICK INSTALL REQUIRED EQUIPMENT ............................................ 1 INSTALLING MODULES AT THE TRANSMITTER SITE ............................................ 2 Module Model Numbers .......................................... 2 Selecting a Location ................................................ 2 Connecting Components ......................................... 3 CONFIGURING THE TRANSMITTER SITE ................ 7 CHAPTER 2 — SENSORLINK PC MODULES TRANSMITTER MODULE ........................................... 8 The Front Panel ....................................................... 8 The Rear Panel ..................................................... 10 INSTALLING THE TRANSMITTER ............................ 11 Required Connections ........................................... 11 Power ................................................................ 11 Cameras 1–4 .................................................... 11 Modem .............................................................. 11 Optional Connections ............................................ 12 Monitor .............................................................. 12 Alarms 1–4 ........................................................ 12 Alarm Out .......................................................... 12 Ground .............................................................. 12 Online Contact .................................................. 12 Auxiliary ............................................................. 12 VIDI ................................................................... 12 VIDI Loopback Device ........................................... 13 CAMERA CONTROL MODULE................................. 14 The Front Panel ..................................................... 14 The Rear Panel ..................................................... 15 INSTALLING THE CAMERA CONTROL MODULE ... 16 Required Connections ........................................... 16 Power ................................................................ 16 VIDI In ............................................................... 16 Ground Strap .................................................... 16 v SensorLink PC Table of Contents (continued) Optional Connections ............................................ 17 VIDI Out ............................................................ 17 RS-232 .............................................................. 17 SensorNet ......................................................... 17 RS-422/RS-485 ................................................. 17 VIDEO EXPANSION MODULE ................................. 18 The Front Panel ..................................................... 18 The Rear Panel ..................................................... 19 INSTALLING THE VIDEO EXPANSION MODULE .... 20 Required Connections ........................................... 20 Video Out .......................................................... 20 Cameras 1–4 .................................................... 20 VIDI In ............................................................... 21 Ground Strap .................................................... 21 Optional Connections ............................................ 21 Alarms 1–4 ........................................................ 21 Ground .............................................................. 21 VIDI Out ............................................................ 21 RC60 RECEIVER/DRIVER ........................................ 22 The Connector Panel ............................................ 22 Internal Controls .................................................... 24 INSTALLING THE RC60 RECEIVER/DRIVER .......... 25 Required Connections ........................................... 25 Power ................................................................ 25 Video In ............................................................. 26 Video Out .......................................................... 26 Pan/Tilt .............................................................. 26 Lens .................................................................. 26 Optional Connections ............................................ 27 Auxiliary Device Control .................................... 27 Autoscan Control .............................................. 27 Camera Power .................................................. 27 RELAY CONTROL MODULE .................................... 28 The Front Panel ..................................................... 28 The Rear Panel ..................................................... 29 vi Module Installation Instructions Table of Contents (continued) INSTALLING THE RELAY CONTROL MODULE....... 30 Required Connections ........................................... 30 Relays 1–4 ........................................................ 30 VIDI In ............................................................... 30 Ground Strap .................................................... 30 Optional Connections ............................................ 30 VIDI Out ............................................................ 30 TWO-WAY AUDIO MODULE ..................................... 31 The Front Panel ..................................................... 31 The Rear Panel ..................................................... 32 INSTALLING THE TWO-WAY AUDIO MODULE ....... 33 Required Connections ........................................... 33 Power ................................................................ 33 Line ................................................................... 33 Spkr+/Spkr– ...................................................... 33 Optional Connections ............................................ 33 VIDI ................................................................... 33 Phone ................................................................ 33 Alm In/Alm Out .................................................. 33 Online ................................................................ 33 Hold ................................................................... 33 AUDIO EXPANSION MODULE ................................. 34 The Front Panel ..................................................... 34 The Rear Panel ..................................................... 35 INSTALLING THE AUDIO EXPANSION MODULE ... 36 Required Connections ........................................... 36 VIDI In ............................................................... 36 Speakers 1–4 .................................................... 36 TB40+/TB40– .................................................... 36 Optional Connections ............................................ 36 VIDI Out ............................................................ 36 MODULE STATUS LIGHTS ....................................... 37 Transmitter Module ................................................ 37 Camera Control Module ........................................ 37 Video Expansion Module ...................................... 37 Receiver/Driver ...................................................... 37 Relay Control Module ............................................ 37 Two-Way Audio Module ......................................... 37 Audio Expansion Module ...................................... 37 vii SensorLink PC Table of Contents (continued) APPENDICES APPENDIX A — SENSORMATIC SPEED DOME CAMERAS ........................................................... 38 Installing Sensormatic Speed Domes ................... 38 Additional Parts ................................................. 38 Hardware Configuration .................................... 38 Receiver Configuration ..................................... 40 Installing Sensormatic Speed Domes Using SensorNet ............................................. 41 Additional Parts ................................................. 41 Hardware Configuration .................................... 41 Receiver Configuration ..................................... 43 APPENDIX B — USING MULTIPLEXERS WITH SENSORLINK PC ............................................... 44 Installing One Multiplexer ...................................... 44 Additional Parts ................................................. 44 Hardware Configuration .................................... 44 Receiver Configuration ..................................... 45 Installing More than One Multiplexer ..................... 45 Additional Parts ................................................. 45 Hardware Configuration .................................... 45 Receiver Configuration ..................................... 46 APPENDIX C — TECHNICAL SPECIFICATIONS .... 47 Communication Specifications .............................. 47 Transmitters ........................................................... 47 Video Level ....................................................... 47 Video Format .................................................... 47 Alarm ................................................................. 47 Indicators........................................................... 47 Connectors ........................................................ 47 Electrical ............................................................ 48 General ............................................................. 48 CC50 Camera Control Module .............................. 48 Indicators........................................................... 48 Connectors ........................................................ 48 Electrical ............................................................ 49 General ............................................................. 49 viii Module Installation Instructions Table of Contents (continued) EX45 Video Expansion Module ............................ 49 Video Level ....................................................... 49 Video Format .................................................... 49 Alarm ................................................................. 49 Indicators........................................................... 49 Connectors ........................................................ 49 Electrical ............................................................ 50 General ............................................................. 50 RC60 Receiver/Driver ............................................ 50 Video Level ....................................................... 50 VIdeo Format .................................................... 50 Controls ............................................................. 50 Indicators........................................................... 50 Pan/Tilt Drive ..................................................... 50 Lens Drive ......................................................... 50 Aux Relays ........................................................ 51 Camera/Lens Presets ....................................... 51 Auxiliary Power .................................................. 51 Connectors ........................................................ 51 Electrical ............................................................ 51 Fuse .................................................................. 51 General ............................................................. 51 RC40 Relay Control Module .................................. 51 Indicators........................................................... 51 Relay ................................................................. 51 Connectors ........................................................ 52 Electrical ............................................................ 52 General ............................................................. 52 TB40 Two-Way Audio Module ............................... 52 Indicators........................................................... 52 Audio ................................................................. 52 Telephone ......................................................... 52 Connectors ........................................................ 53 Electrical ............................................................ 53 General ............................................................. 53 ix SensorLink PC Table of Contents (continued) SX40 Audio Expansion Module ............................ 53 Indicators........................................................... 53 Audio ................................................................. 53 Connectors ........................................................ 53 Electrical ............................................................ 54 General ............................................................. 54 FIGURES Figure 1 — Basic Four-Camera System ............................. xi Figure 2 — Four-Camera System with Alarm Inputs ........... xi Figure 3 — VIDI Bus System Expansion ............................ xii Figure 4 — System with Relay Control outputs .................. xii Figure 5 — System with Camera Control .......................... xiii Figure 6 — System with Audio Control.............................. xiii Figure 7 — System with RC60 Camera Control ................ xiv Figure 8 — Clearance for Mounting Screws ......................... 2 Figure 9 — Connections for One Video Expansion Module ............................................... 4 Figure 10 — Connections for Four Video Expansion Modules ............................................. 5 Figure 11 — Transmitter Front Panel Connections ............... 8 Figure 12 — Transmitter Rear Panel Connections ............. 10 Figure 13 — Camera Control Module Front Panel Connections ............................................. 14 Figure 14 — Camera Control Module Rear Panel Connections ............................................. 15 Figure 15 — Video Expansion Module Front Panel Connections ............................................. 18 Figure 16 — Video Expansion Module Rear Panel Connections ............................................. 19 Figure 17 — RC60 Connector Panel .................................. 22 Figure 18 — RC60 Internal Layout and Controls................ 24 Figure 19 — Relay Control Module Front Panel Connections ............................................. 28 Figure 20 — Relay Control Module Rear Panel Connections ............................................. 29 Figure 21 — Two-Way Audio Module Front Panel Connections ............................................. 31 Figure 22 — Two-Way Audio Module Rear Panel Connections ............................................. 32 Figure 23 — Audio Expansion Module Front Panel Connections ............................................. 34 Figure 24 — Audio Expansion Module Rear Panel Connections ............................................. 35 x Module Installation Instructions Figure 1 — Basic Four-Camera System Figure 2 — Four-Camera System with Alarm Inputs xi SensorLink PC Figure 3 — VIDI Bus System Expansion Figure 4 — System with Relay Control outputs xii Module Installation Instructions Figure 5 — System with Camera Control Figure 6 — System with Audio Control xiii SensorLink PC Figure 7 — System with RC60 Camera Control xiv Chapter 2 — SensorLink PC Modules 1 Chapter 1 — Quick Install REQUIRED EQUIPMENT To set up a Transmitter site to properly send images to a Receiver, you MUST have the following: • a transmitter, with power supply • at least one camera, with power supply and coaxial cable • a communication line (such as a standard dial-up telephone line, a leased telephone line, or an ISDN line) unless you will be using a null modem NOTE: For best results, install the same make and model of communication device at the Transmitter and the Receiver. • a communication device (such as a modem for telephone lines, a terminal rate adapter [TRA] for ISDN lines, or a null modem cable), with power supply and communication link cable (such as an RJ11 telephone cable for telephone lines) • a source of AC power Some installations require additional equipment, as follows: • If you want to use the alarm processing features, you will need one or more alarm devices, with wires to connect them to the Transmitter. • If you will be installing PTZ cameras or controllable dome cameras, you will need at least one RC60 receiver/driver, with coaxial cables, or at least one camera control module, with power supply and VIDI cable. • If you will be installing more than four cameras, or pan-tiltzoom (PTZ) cameras with an RC60 receiver/driver, you will need at least one video expansion module, with VIDI cable and coaxial cable. • If you will be using relays (for remote control of devices such as lights, locks, etc.), you will need at least one relay control module, with VIDI cables. • If you will be installing two-way audio, you will need an additional telephone line, one audio processor module, and one or more audio expansion modules, with appropriate cables. You will also need speakers. 2 SensorLink PC Module Installation Instructions If you are installing camera control modules, relay control modules, or two-way audio, refer to the detailed instructions in Chapter 2 — SensorLink PC Modules. INSTALLING MODULES AT THE TRANSMITTER SITE The Transmitter and all required modules must be installed at the site to be monitored. SensorLink PC modules are designed for quick, trouble-free installation. Module installation requires no test equipment and only a few basic tools. The following pages describe how to correctly install and connect the Transmitter and each module. Module Model Numbers We refer to modules with generic names instead of specific model numbers, except as necessary. Unless you are upgrading an existing Transmitter site, the specific model numbers are not critical for installation. Modules are identified by a two-letter code followed by a twodigit model number, e.g., TX51. TX is the two-letter code for Transmitters, CC for camera control modules, EX for video expansion modules, RC for relay control modules, TB for audio processor modules, and SX for audio expansion modules. Selecting a Location Select a location for your modules that is clean, dry and has AC power. Also, make sure temperature and humidity extremes do not exceed product specifications (see Appendix C — Technical Specifications). Modules may be installed on a flat surface or mounted on a suitable surface. On the TX51 Transmitter, mounting plates are provided for this purpose. With other modules, mounting screw holes are provided. CAUTION: Mounting screws for non-TX51 modules must NOT exceed 0.25” in exposed length! Using longer screws can result in damage to module circuitry. 0.25" max. Figure 8 — Clearance for Mounting Screws Chapter 1 — Quick Install Connecting Components 3 These instructions are for installing up to 16 standard cameras. If you will be installing controllable cameras with camera control modules, or if you will be installing relay control modules or two-way audio, refer to the detailed instructions in Chapter 2 — SensorLink PC Modules. If you are installing four or fewer noncontrollable cameras: 1. Install cameras in the desired locations according to manufacturer instructions. Make sure that your coaxial cables do not exceed 1,000 feet. Longer cable runs can significantly reduce video signal strength. 2. Attach coaxial cables from the cameras to the camera 1–4 connectors on the rear panel of the Transmitter. 3. Install alarm devices, according to manufacturer instructions, in locations where associated cameras will document activity. Attach one wire from each alarm device to Transmitter alarm connector pin 6, 2, 4 or 5 (for cameras 1, 2, 3, or 4 respectively). Attach the other wire to a ground pin (1, 3, 8 or 15). 4. Connect one end of the communication device’s cable to the modem connector on the front panel of the Transmitter. Connect the other end of the cable to the communication device according to the manufacturer’s instructions. 5. Connect one end of the communication line cable to the communication device according to manufacturer’s instructions. Connect the other end to the communication line outlet. 6. Connect the communication device to AC power according to manufacturer instructions. 7. Connect the power supply connector to the 12vdc connector on the rear panel of the Transmitter. Plug the power supply into an AC outlet. 8. Apply power to all devices. 4 SensorLink PC Module Installation Instructions If you are installing more than four noncontrollable cameras: 1. Connect coaxial cable from the video out connector on the first video expansion module to the camera 1 connector on the Transmitter module. Connect subsequent video expansion modules to Transmitter camera connectors in camera number order. 2. Install cameras in the desired locations according to manufacturer instructions. Make sure that your coaxial cables do not exceed 1,000 feet. Longer cable runs can significantly reduce video signal strength. 3. Connect the coaxial cables from cameras 1 through 4 to the camera 1–4 connectors on the first video expansion module. See Figure 9 — Connections for One Video Expansion Module. 4. If a second video expansion module is present, connect coaxial cables from cameras 5 through 8 to the camera 1–4 connectors on the second module. If a second video expansion module is not present, connect remaining cameras to the camera 2–4 connectors on the Transmitter module. Repeat for cameras 9 through 12 on a third video expansion module (if present) and cameras 13 through 16 on a fourth video expansion module (if present). See Figure 10 — Connections for Four Video Expansion Modules. Figure 9 — Connections for One Video Expansion Module Chapter 1 — Quick Install 5 Figure 10 — Connections for Four Video Expansion Modules 6 SensorLink PC Module Installation Instructions 5. Install alarm devices, according to manufacturer instructions, in locations where associated cameras will document activity. Attach one wire from each alarm device to the appropriate Transmitter or expansion module alarm connector pin. Attach the other wire to a ground pin. 6. Attach VIDI cable between the Transmitter vidi connector and the first video expansion module’s vidi in connector. If a second video expansion module is present, connect the vidi out connector on the first video expansion module to the vidi in connector on the second module. Repeat for subsequent modules, if any. NOTE: Ground straps must be connected between the Transmitter and ALL video expansion modules. 7. Connect the first video expansion module and the Transmitter with the enclosed ground strap. Loosen one of the front plate screws on the video expansion module. Then slip the connector between the screwhead and the plate, and tighten the screw. Repeat this procedure to attach the ground strap to the Transmitter. If additional video expansion modules are used, attach grounding straps until all devices are connected. See Figures 9 and 10. 8. Connect one end of the communication device’s cable to the modem connector on the front panel of the Transmitter. Connect the other end of the cable to the communication device according to the manufacturer’s instructions. 9. Connect one end of the communication line cable to the communication device according to manufacturer’s instructions. Connect the other end to the communication line outlet. 10. Connect the communication device to AC power according to manufacturer instructions. 11. Connect the power supply connector to the 12vdc connector on the rear panel of the Transmitter. Plug the power supply into an AC outlet. 12. Apply power to all devices. Chapter 1 — Quick Install CONFIGURING THE TRANSMITTER SITE 7 Once your Transmitter site is properly set up, you will need to configure it from the Receiver site. Follow the instructions in the SensorLink PC System Installation and Operation Manual to install and configure your Receiver. Then do the following: 1. Add the new Transmitter site to the Site Directory of your Receiver. See Configuring the Site Directory in the SensorLink PC System Installation and Operation Manual. 2. Establish a connection to the new Transmitter site. See Establishing a Link Connection in the SensorLink PC System Installation and Operation Manual. 3. Configure the Transmitter site. See Configuring the Transmitter Site in the SensorLink PC System Installation and Operation Manual. 8 SensorLink PC Module Installation Instructions Chapter 2 — SensorLink PC Modules TRANSMITTER MODULE The Transmitter module is the control center for the Transmitter site. It receives all commands from the Receiver, and passes them on to the appropriate module. It also processes video and alarms from the site. The Front Panel 1. status — These LEDs indicate the status of the Transmitter site as follows: green means power is on; yellow means the Transmitter site is online and connected to the Receiver; red means an alarm is in progress. 2. vidi — This RJ11 connector provides the VIDI control signals to the next module. 3. Alarm Connector — This DB15-P connects the Transmitter alarm inputs to installed external alarm devices. The specific pin assignments are as follows: Pin 1 Pin 2 Pin 3 Pin 4 Pin 5 Pin 6 Pin 7 Pin 8 Pin 9 = = = = = = = = = Pin 10 = Pin 11 = Pin 12 = Pin 13 = Pin 14 = Pin 15 = Ground Alarm input 2 Ground Alarm input 3 Alarm input 4 Alarm input 1 Alarm out Ground Online contact 1 (Normally Open) Online contact 1 (Common) Online contact 1 (Normally Closed) Online contact 2 (Normally Open) Online contact 2 (Common) Online contact 2 (Normally Closed) Ground Figure 11 — Transmitter Front Panel Connections Chapter 2 — SensorLink PC Modules 9 4. modem — This DB25-P connects the Transmitter to the modem, TRA or null modem line. The specific pin assignments are as follows: Pin 1 = Pin 2 = Pin 3 = Pin 4 = Pin 5 = Pin 6 = Pin 7 = Pin 8 = Pins 9–14 = Pin 15 = Pin 16 = Pin 17 = Pins 18–19= Pin 20 = Pins 21–25= Reserved TX (Transmit Data) RX (Receive Data) RTS (Request To Send) CTS (Clear To Send) DSR (Data Set Ready) Ground DCD (Data Carrier Detect) Reserved Sync Clock Reserved Sync Clock Reserved DTR (Data Terminal Ready) Reserved 5. auxiliary — This DB25-P connector provides serial data from the Receiver to the Transmitter. The specific pin assignments are as follows: Pin 1 = Pin 2 = Pin 3 = Pin 4 = Pin 5 = Pin 6 = Pin 7 = Pin 8 = Pins 9–14 = Pin 15 = Pin 16 = Pin 17 = Pins 18–19= Pin 20 = Pins 21–25= Reserved TX (Transmit Data) RX (Receive Data) RTS (Request To Send) CTS (Clear To Send) DSR (Data Set Ready) Ground DCD (Data Carrier Detect) Reserved Sync Clock Reserved Sync Clock Reserved DTR (Data Terminal Ready) Reserved 10 SensorLink PC Module Installation Instructions The Rear Panel 1. monitor — This BNC connector provides a composite video signal to a display monitor or other video device. 2. camera 1–4 — These BNC connectors accept the composite video output of B&W or color cameras, or the video output from a video expansion module. 3. 12vdc — This 2.1 mm pin jack accepts the Transmitter power supply connector (12 VDC). Figure 12 — Transmitter Rear Panel Connections Chapter 2 — SensorLink PC Modules 11 INSTALLING THE TRANSMITTER Required Connections Power Connect the power supply connector to the 12vdc jack. Plug the power supply into an AC outlet. Cameras 1–4 Connect camera (1–4) to the video output of a camera or video expansion module. Camera input termination is programmable and can be changed remotely. The default termination state is “terminated (75 ohms).” See the SensorLink PC System Installation and Operation Manual for more information. The Transmitter accepts video signals from any properly installed standard video system (NTSC/EIA or PAL/CCIR, as determined by Transmitter configuration). The following factors can affect the quality of images obtained from the Transmitter: • Coaxial Cable — Long cable runs can cause signal deterioration and/or distortion. A standard 1.0 Volt peak-to-peak video signal should be delivered to the Transmitter. Install the correct type of quality coaxial cable and keep cable runs as short as possible. • Random Interlace Cameras — Using random interlace cameras can result in degraded transmission performance. True 2:1 interlace cameras provide the best results with SensorLink PC. When installing one or more video expansion modules, connect them to the camera connectors in sequence. See Installing Video Expansion Modules for more information. Modem NOTE: For best results, install the same make and model of communication device at the Transmitter and the Receiver. Connect a modem, TRA or RS-232 null modem data link to the modem connector using the appropriate data cable. This is a standard DB25-P connector. Use the pin assignments described under The Front Panel above to configure the cable. Null modem installation requires special wiring. Refer to Installing a Null Modem in the SensorLink PC System Installation and Operation Manual. 12 SensorLink PC Module Installation Instructions Optional Connections Monitor Connect the input of a monitor or other video device to the monitor connector. Images are output from the Transmitter’s video switcher. Alarms 1–4 Connect alarm devices to alarm 1–4 (pins 6, 2, 4 and 5 of the alarm connector). A mating connector is provided with the Transmitter for this purpose. Alarm inputs are compatible with normally open (NO) contacts or active low TTL/CMOS compatible electronic outputs. Alarm Out Connect alarm out (pin 7 of the alarm connector) to the TTL/CMOS compatible alarm input of a video recorder or alarm processing device. Use this output to activate peripheral equipment when an alarm occurs. The alarm out signal goes low during an alarm. This signal goes high again when the alarm is cleared. Ground Connect the ground side of each alarm device to ground (pins 1, 3, 8 or 15 of the alarm connector). These pins provide a return for all Transmitter alarm signals. Online Contact Connect contact closure sensitive devices to online contact 1 or 2. Each online contact features both normally open (NO) and normally closed (NC) contacts with respect to the common pin. Current capacity is 250mA at 24 VAC/VDC. Online contact relays energize when the Receiver and Transmitter are connected and release when the Receiver/Transmitter connection is ended. Auxiliary Connect auxiliary to the unidirectional RS-232 control of a matrix switch or other supported device. Contact Technical Support to determine if your matrix switch or other device is compatible with the Transmitter. VIDI NOTE: You may connect up to four of each type of option module to one Transmitter on the VIDI Bus, and up to 16 camera control modules. Connect vidi to vidi in on the next module. Use the special VIDI Bus cable provided with the next module. The VIDI Bus cable supplies control signals to all subsequent modules. It also supplies power to all modules except camera control modules. Chapter 2 — SensorLink PC Modules VIDI Loopback Device 13 The VIDI Loopback Device, which is shipped with the Transmitter, is used to reset the Transmitter to factory default settings. To reset the Transmitter, turn off the power and insert the device in the vidi connector. Turn the power on. When the red alarm LED flashes three times, the memory is reset. Turn the power off and remove the device. Then turn on the power again. NOTE: Remove the VIDI Loopback Device and reconnect the VIDI cable (if present) before turning Transmitter power on. 14 SensorLink PC Module Installation Instructions CAMERA CONTROL MODULE The camera control module serves as the interface between the Receiver and camera control systems. The following sections describe how to install the camera control module at the Transmitter site, as well as how to connect the module to your camera control system. Please refer to the installation instructions for your particular camera control system to complete installation. NOTE: The camera control module requires a TX50 or greater Transmitter. NOTE: A separate camera control module is required for each type of camera control system installed. 2. status — These LEDs indicate the status of the module as follows: green means power is on; yellow means the unit is processing a camera control signal; red means the unit is resetting. 3. vidi in — This connector accepts the RJ11 connector from the previous module. – 1. 12vdc — This 2.1 mm pin jack accepts the camera control power supply connector (12VDC). 1 + The Front Panel 2 3 4 4. vidi out — This connector accepts the RJ11 connector from the next module. Figure 13 — Camera Control Module Front Panel Connections Chapter 2 — SensorLink PC Modules The Rear Panel 15 1. RS-232 — This DB9-S connects the camera control module to the camera control device using full duplex RS-232 or half duplex RS-422/RS-485. The specific pin assignments are as follows: Pin 1 = Pin 2 = Pin 3 = Pin 4 = Pin 5 = Pin 6 = Pin 7 = Pin 8 = Pin 9 = Reserved RX (Receive Data) TX (Transmit Data) HDD– (Half Duplex RS-422/RS-485 Data) Signal ground HDD+ (Half Duplex RS-422/RS-485 Data) RTS (Request To Send) CTS (Clear To Send) Reserved 2. sensornet — This RJ45 connects the camera control module to a Sensor-Net device. 3. RS-422/RS-485 — This RJ11 connects the camera control module to the camera control device using full duplex RS-422 or RS-485. The specific pin assignments are as follows: Pin 1 = Pin 2 = Pin 3 = Pin 4 = Pin 5 = Pin 6 = Ground TX– (Transmit Data) TX+ (Transmit Data) RX– (Receive Data) RX+ (Receive Data) Ground Figure 14 — Camera Control Module Rear Panel Connections 16 SensorLink PC Module Installation Instructions INSTALLING THE CAMERA CONTROL MODULE Required Connections Power Connect the 12vdc jack to the power supply provided with the camera control module. Plug the power supply into an appropriate outlet. VIDI In NOTE: All camera control modules must be installed between the Transmitter and any additional modules on the VIDI Bus. NOTE: Regardless of configuration, a maximum of 16 video inputs may be connected to a single Transmitter. Connect vidi in to the Transmitter vidi connector. Use the special VIDI Bus cable provided with the module. The VIDI Bus cable supplies control signals from the Transmitter to this and all subsequent modules. A maximum of 16 Camera Control modules may be connected to the VIDI Bus. SensorLink PC identifies these modules in the order they are installed on the VIDI Bus. Ground Strap NOTE: Ground straps must be connected between the Transmitter and all camera control, video expansion, and relay control modules. Attach the enclosed ground strap between this module and the previous module. Loosen one of the front plate screws on this module. Then slip the connector between the screwhead and the plate, and tighten the screw. Repeat this procedure to attach the ground strap to the previous module. See Figure 9 — Connections for One Video Expansion Module and Figure 10 — Connections for Four Video Expansion Modules. Chapter 2 — SensorLink PC Modules 17 Optional Connections VIDI Out Connect vidi out to the vidi in connector of the next module. Use the special VIDI Bus cable provided with the next module. The VIDI Bus cable supplies power to all subsequent modules (except additional camera control modules). It also supplies control signals to this and all subsequent modules. RS-232 Connect a DB9-P connector to the module from the camera control device. Refer to The Rear Panel for the pin assignments to configure the cable. SensorNet Connect a Sensormatic Modular Interconnect Cable from this connector to the SensorNet device. RS-422/RS-485 Connect an RJ11 connector to the module from the camera control device. Refer to The Rear Panelfor the pin assignments to configure the cable. NOTE: For information regarding how to install Sensormatic Speed Dome cameras for use with the camera control module, see Appendix A — Sensormatic Speed Dome Cameras. For information regarding how to install and configure other controllable cameras, contact Factory Technical Support. 18 SensorLink PC Module Installation Instructions VIDEO EXPANSION MODULE Each video expansion module allows the Transmitter to receive video from four additional cameras at the Transmitter site, up to a total of 16 cameras (with four expansion modules). The Front Panel 1. status — These LEDs indicate the status of the module as follows: green means power is on; yellow means the module is online and connected to the Receiver; red means an alarm is in progress. 2. Alarm Connector — This eight-pin connector interfaces the module to the alarm inputs and an installed external alarm device. The specific pin assignments are as follows: Pin 1 = Pin 2 = Pin 3 = Pin 4 = Pin 5 = Pin 6 = Pin 7 = Pin 8 = Alarm input 1 Ground Alarm input 2 Ground Alarm input 3 Ground Alarm input 4 Ground 3. vidi in — This connector accepts the RJ11 connector from the previous module. 4. vidi out — This connector accepts the RJ11 connector from the next module. Figure 15 — Video Expansion Module Front Panel Connections Chapter 2 — SensorLink PC Modules The Rear Panel 19 1. camera 1–4 — These BNC connectors accept the composite video output of B&W or color cameras. 2. video out — This BNC connector provides a composite video signal to the Transmitter. Figure 16 — Video Expansion Module Rear Panel Connections 20 SensorLink PC Module Installation Instructions INSTALLING THE VIDEO EXPANSION MODULE Required Connections Video Out Connect video out to the first available camera input on the Transmitter. The video out connector is the video link between the expansion module and the Transmitter. It provides video from the cameras at this module to the Transmitter. Cameras 1–4 Connect camera (1–4) to the video output of a camera. The guidelines for the camera connectors on the Transmitter also apply to the expansion module. Installing a video expansion module changes the order in which SensorLink PC identifies cameras. When properly installed, expansion camera inputs are counted first. Cameras directly connected to the Transmitter are counted last. The table below shows how camera numbers are affected by additional video expansion modules. (See Figure 3 — VIDI Bus System Expansion.) Transmitter (TX) and Expansion Unit (EX) Camera Numbers (Based on Number of Cameras at Site) Number of Cameras Number of EX Units EX #1 EX #2 EX #3 EX #4 TX Camera Camera Camera Camera Camera Numbers Numbers Numbers Numbers Numbers 1–4 0 --- --- --- --- 1–4 1–7 1 1–4 --- --- --- 5–7 (2–4) 1–10 2 1–4 5–8 (1–4) --- --- 9–10 (3–4) 1–13 3 1–4 5–8 (1–4) 9–12 (1–4) --- 13 (4) 1–16 4 1–4 5–8 (1–4) 9–12 (1–4) 13–16 (1–4) --- 1. Camera numbers in parentheses represent camera input numbers on the TX/EX unit. 2. Connect “video out” from each expansion unit to the corresponding camera input (“camera 1,” “camera 2,” “camera 3,” “camera 4”) on the transmitter. Chapter 2 — SensorLink PC Modules 21 VIDI In Connect vidi in to the Transmitter vidi connector or the vidi out connector of the preceding module. Use the special VIDI Bus cable provided with the module. The VIDI Bus cable supplies control signals and power to this and all subsequent modules. A maximum of four video expansion modules may be connected to the VIDI Bus. Ground Strap NOTE: Ground straps must be connected between the Transmitter and all camera control, video expansion, and relay control modules. Attach the enclosed ground strap between this module and the previous module. Loosen one of the front plate screws on this module. Then slip the connector between the screwhead and the plate, and tighten the screw. Repeat this procedure to attach the ground strap to the previous module. See Figure 9 — Connections for One Video Expansion Module and Figure 10 — Connections for Four Video Expansion Modules. Optional Connections Alarms 1–4 Connect alarm devices to alarm 1–4 (pins 1, 3, 5 and 7 of the alarm connector). A mating connector is provided with the module for this purpose. Alarm inputs are compatible with normally open (NO) contacts or active low TTL/CMOS compatible electronic outputs. Ground Connect the ground side of each alarm device to ground (pins 2, 4, 6 or 8 of the alarm connector). These pins provide a return for all expansion module alarm signals. VIDI Out Connect vidi out to the vidi in connector of the next module. Use the special VIDI Bus cable provided with the next module. The VIDI Bus cable supplies control signals and power to this and all subsequent modules. 22 SensorLink PC Module Installation Instructions RC60 RECEIVER/ DRIVER The RC60 receiver/driver uses “up the coax” technology to provide camera control. Each PTZ camera requires a separate RC60. The Connector Panel 1. video in — Weather resistant BNC connector. Accepts a composite video signal from a color or B&W camera (1.0 volt p-p, 75 ohms). 2. video out — Weather resistant BNC connector. Provides the camera video for connection to the Video Expansion Module (1.1 volt p-p, 75 ohms). Accepts BTC commands for pan/tilt, lens and auxiliary relay functions. 3. lens — 14-pin AMP connector. Provides the interface for lens control signals and 12 VDC camera power. The specific pin assignments are as follows: NOTE: The RS-232 connections are not used in a SensorLink PC installation. Pin 1 = Pin 2 = Pin 3 = Pin 4 = Pin 5 = Pin 6 = Pin 7 = Pin 8 = Pin 9 = Pin 10 = Pin 11 = Pin 12 = Pin 13 = Pin 14 = Preset potentiometers +5 VDC Zoom wiper Focus wiper RS-232 receive data CTS (Clear To Send) RS-232 transmit data Preset potentiometers common RS-232 data common Camera power (+12 VDC @ 600 MA max) Camera power common Focus motor “+” or “NEAR” Iris motor “+” or “OPEN” Zoom motor “+” or “TELE” Lens common Figure 17 — RC60 Connector Panel Chapter 2 — SensorLink PC Modules 23 4. pan/tilt — 14-pin AMP connector. Provides the interface for camera pan/tilt control and alarm input signals. The specific pin assignments are as follows: NOTE: The alarm functions of the RC60 are not used in a SensorLink PC installation. Alarms are hooked up directly to the EX45 Video Expansion Module. Pin 1 = Pin 2 = Pin 3 = Pin 4 = Pin 5 = Pin 6 = Pin 7 = Pin 8 = Pin 9 = Pin 10 = Pin 11 = Pin 12 = Pin 13 = Pin 14 = Pan/Tilt common Tilt up Tilt down Autoscan Pan right Pan left Chassis ground Alarm input Alarm common Preset potentiometers +5 VDC Key pin Tilt wiper Preset potentiometers common Pan wiper 5. auxiliary — 14-pin AMP connector. Provides the interface to four auxiliary devices. NC and NO relay connections are provided. Relay capacity: 120 VAC or 30 VAC @ 10 A max., 250 VAC @ 5 A max., 1250 VA max. Pin 1 = Pin 2 = Pin 3 = Pin 4 = Pin 5 = Pin 6 = Pin 7 = Pin 8 = Pin 9 = Pin 10 = Pin 11 = Pin 12 = Pin 13 = Pin 14 = AUX1 normally open AUX1 normally closed AUX1 common AUX2 normally open AUX2 normally closed AUX2 common AUX3 normally open AUX3 normally closed AUX3 common AUX4 normally open AUX4 normally closed AUX4 common Not used Not used 6. power — 3-wire cord provides AC power to the RC60 (80-132 VAC, 50/60 Hz, 110 VA). 24 SensorLink PC Module Installation Instructions Internal Controls 1. power on indicator — Green light indicates power to the unit. 2. power on/off switch — Located between the two power transformers. This switch should be in the OFF position during installation. 3. pan/tilt drive voltage switch — Located between the two power transformers. Switches between 24 VAC (factory default) and 120 VAC. 4. AC circuits fuse — Located next to the lower power transformer. Replace with a type 3SB 1.5A SLO-BLO fuse. Figure 18 — RC60 Internal Layout and Controls Chapter 2 — SensorLink PC Modules INSTALLING THE RC60 RECEIVER/DRIVER 25 Prior to connecting the RC60 Receiver/Driver to the Transmitter site installation, perform the following steps: 1. Using a wide flat blade screwdriver or coin, loosen cover screws to release the top cover. If required, the cover may be temporarily removed from the enclosure. 2. Remove the foam shipping insert located on the right side of the enclosure. CAUTION: Save the shipping insert. It must be reinstalled when preparing the RC60 for shipment. Do not ship the RC60 without this insert in place. 3. Locate the power on/off switch. Place this switch in the OFF position. 4. Locate the pan/tilt drive voltage switch. Set this switch to the voltage required by the pan/tilt device. 5. Reinstall the cover. 6. Fasten the RC60 to a vertical or horizontal surface using the mounting lugs provided. For outside installation, position the unit so that the connector panel faces down. This orientation provides maximum weather protection. Always use cable “drip loops” to minimize the possiblity of water leaking into the enclosure. CAUTION: Do not dislodge or lose the O-ring weather seals in the 14-pin mating connectors provided. For maximum weather protection, all seals and connector boots must be correctly installed. Required Connections Power WARNING: ESTABLISH AND MAINTAIN A SAFE AND SUITABLE AC GROUND CONNECTION AT ALL TIMES. The three-wire power cord must be connected to a source of 120 VAC power capable of providing 110 VA. 26 SensorLink PC Module Installation Instructions Video In Connect an NTSC/EIA or a PAL/CCIR camera to the video in connector. The RC60 automatically identifies the signal and configures itself for the correct video standard. The video in connector is terminated (75 ohms). If the RC60 is to be installed outdoors, a weather-resistant BNC connector (not supplied) should be used. Video Out Connect the video out connector to any camera input of the EX45 Video Expansion Module. The video output of the RC60 is at 1.1 volt p-p. If the RC60 is to be installed outdoors, a weather-resistant BNC connector (not supplied) should be used. Pan/Tilt The required connections at the pan/tilt connector are for the pan/tilt drive and the pan/tilt positioning potentiometers. A weather resistant 14-pin mating connector is provided. Connect the pan/tilt common, tilt up, tilt down, pan right, and pan left to the respective pins of the pan/tilt connector. Combined pan and tilt power requirements must not exceed 96 VA. Connect +5 VDC supply, pan wiper, tilt wiper and ground to the respective mating connector pins. Potentiometers in the range of 5K ohms to 10K ohms are acceptable. Lens The required connections at the lens connector are for the lens drive and the zoom and focus positioning potentiometers. A weather-resistant 14-pin mating connector is provided. Connect lens common, focus motor (+), zoom motor (+) and iris motor (+) to the respective pins of the lens connector. These outputs provide a variable DC drive voltage (2.0 – 9.25 VDC) which determines the speed of lens operation. Output polarity changes depending on the direction of lens motor operation. The drive outputs are over-current protected (200 mA) to prevent damage to internal circuits or the lens motor. Connect +5 VDC supply, zoom wiper, focus wiper and lens common to the respective pins of the lens connector. Potentiometers in the range of 5K ohms and 10K ohms are acceptable. Chapter 2 — SensorLink PC Modules 27 Optional Connections Auxiliary Device Control Connect as many as four contact sensitive auxiliary relay devices to the respective pins of the auxiliary connector. Each relay has three contacts: common, normally open (NO) and normally closed (NC). Relays 1 and 2 are latching; relays 3 and 4 are momentary. Autoscan Control Connect the autoscan input of the pan/tilt device to the respective pin of the pan/tilt connector. If the pan/tilt does not feature an autoscan input, leave this pin disconnected. The RC60 will detect this and provide autoscanning by direct pan control. Camera Power If required, connect the camera’s power lead and common to the respective pins of the lens connector. 12 VDC camera power requirements must not exceed 600 mA or 7.2 W. 28 SensorLink PC Module Installation Instructions RELAY CONTROL MODULE The Front Panel Each relay control module allows the Receiver to control four relays, up to a total of 16 relays. 1. power — This LED indicates power to the module. 2. relay (1–4) — These LEDs glow when the corresponding relay is energized. 3. vidi in — This connector accepts the RJ11 connector from the previous module. 4. vidi out — This connector accepts the RJ11 connector from the next module. Figure 19 — Relay Control Module Front Panel Connections Chapter 2 — SensorLink PC Modules The Rear Panel 29 Relay Connector — This 12-pin connector interfaces the module to the relay devices. The specific pin assignments are as follows: Pin 12 = Pin 11 = Pin 10 = Pin 9 = Pin 8 = Pin 7 = Pin 6 = Pin 5 = Pin 4 = Pin 3 = Pin 2 = Pin 1 = Relay 1: normally closed Relay 1: common Relay 1: normally open Relay 2: normally closed Relay 2: common Relay 2: normally open Relay 3: normally closed Relay 3: common Relay 3: normally open Relay 4: normally closed Relay 4: common Relay 4: normally open Figure 20 — Relay Control Module Rear Panel Connections 30 SensorLink PC Module Installation Instructions INSTALLING THE RELAY CONTROL MODULE Required Connections Relays 1–4 Connect contact closure sensitive devices to relay 1–4. A mating connector is provided with the module for this purpose. Each relay features both normally open (NO) and normally closed (NC) contacts with respect to the common pin. Relay action is latching and is controlled from the Receiver. Relay current capacity is 5.0 amperes at 120 VAC (30 VDC). On the first relay control module on the VIDI Bus, the relays are identified as Relays 1 through 4; the relays on the second module are identified as Relays 5 through 8; and so on to a maximum of four relay control modules and 16 relays. VIDI In Connect vidi in to the Transmitter vidi connector or the vidi out connector of the preceding module. Use the special VIDI Bus cable provided with the module. The VIDI Bus cable supplies control signals and power to this and all subsequent modules. A maximum of four relay control modules may be connected to the VIDI Bus. Ground Strap NOTE: Ground straps must be connected between the Transmitter and all eamera eontrol, video expansion, and relay control modules. Attach the enclosed ground strap between this module and the previous module. Loosen one of the front plate screws on this module. Then slip the connector between the screwhead and the plate, and tighten the screw. Repeat this procedure to attach the ground strap to the previous module. See Figure 8 — Connections for One Video Expansion Module and Figure 9 — Connections for Four Video Expansion Modules. Optional Connections VIDI Out Connect vidi out to the vidi in connector of the next module. Use the special VIDI Bus cable provided with the next module. The VIDI Bus cable supplies control signals and power to this and all subsequent modules. Chapter 2 — SensorLink PC Modules 31 TWO-WAY AUDIO MODULE The two-way audio module provides actual voice communication to the Transmitter site. Only one of these modules is required to provide audio. (Refer to the HyperComm Installation and Operating Instructions for more information about installing and operating the two-way audio module.) The Front Panel 1. 12vdc — This 2.1 mm pin jack accepts the Transmitter power supply plug (12 VDC). 2. power — This LED indicates that module power is on. 3. vidi — This connector accepts the RJ11 connector from the audio expansion module. (This connector is not used in a SensorLink PC installation.) 4. online — This LED indicates that the unit is active. 5. alarm — This LED indicates an alarm condition. (This function is not used in a SensorLink PC installation.) 6. phone — This RJ11 connector allows a telephone to be installed with the module. 7. line — This RJ11 connector accepts the telephone line for the audio channel. Figure 21 — Two-Way Audio Module Front Panel Connections 32 SensorLink PC Module Installation Instructions The Rear Panel Alarm/Speaker Connector — This 12-pin connector interfaces the two-way audio module to the audio expansion module. The specific pin assignments are as follows: Pin 12 Pin 11 Pin 10 Pin 9 Pin 8 Pin 7 Pin 6 Pin 5 Pin 4 Pin 3 Pin 2 Pin 1 = = = = = = = = = = = = ground alm in (not used) ground alm out (not used) ground online ground hold ground spkr+ spkr– ground Figure 22 — Two-Way Audio Module Rear Panel Connections Chapter 2 — SensorLink PC Modules 33 INSTALLING THE TWOWAY AUDIO MODULE Required Connections Power Connect the power supply to the 12vdc jack. Plug the power supply into an AC outlet. Line A six-foot modular telephone cord is provided with the module. Connect one end of this cord to the line connector. Connect the other end of this cord to your telephone line RJ11 connector. Spkr+/Spkr– Connect a 22 to 24 gauge twisted pair wire to the detachable 12-pin connector. Connect one wire between spkr+ (pin 3) and TB40+ (pin 11) on the audio expansion module. Connect the second wire between spkr– (pin 2) and TB40– (pin 10) on the audio expansion module. Optional Connections VIDI Do not connect the VIDI Bus on the two-way audio module to any SensorLink PC module. The VIDI Bus on this module is reserved for stand-alone HyperComm operation only. Phone A telephone may be connected to the two-way audio module for normal, non-talkback/paging operation of the telephone line. Connect a standard telephone with an RJ11 connector to the phone input. Alm In/Alm Out Do not connect any alarm connectors to the two-way audio module. Alarm operation on this module is reserved for standalone HyperComm operation only. Online The online output is a TTL/CMOS compatible active low output signal referenced to ground. The online output indicates that the two-way audio module is online with a user. Hold The hold telephone line input is used to force the two-way audio module into a dedicated line or leased line mode. Connecting this input to a module ground terminal (pins 1, 4, 6, 8, 10 or 12) will force it online. 34 SensorLink PC Module Installation Instructions AUDIO EXPANSION MODULE The Front Panel The audio expansion module provides for two-way audio between the Receiver and the Transmitter site. Up to four 45ohm two-way speakers per module may be controlled by the Receiver, up to a total of 16. (Refer to the HyperComm Installation and Operating Instructions for more information about installing and operating the audio expansion module.) 1. power — This LED indicates that module power is on. 2. speaker (1–4) — These LEDs glow when the speaker is active. 3. vidi in — This connector accepts the RJ11 connector from the previous module. 4. vidi out — This connector accepts the RJ11 connector from the next module. Figure 23 — Audio Expansion Module Front Panel Connections Chapter 2 — SensorLink PC Modules The Rear Panel 35 Speaker Connector — This 12-pin connector interfaces the audio expansion module to the speakers. The specific pin assignments are as follows: Pin 12 Pin 11 Pin 10 Pin 9 Pin 8 Pin 7 Pin 6 Pin 5 Pin 4 Pin 3 Pin 2 Pin 1 = = = = = = = = = = = = reserved TB40+ (from TB40) TB40– (from TB40) speaker 1+ speaker 1– speaker 2+ speaker 2– speaker 3+ speaker 3– speaker 4+ speaker 4– reserved Figure 24 — Audio Expansion Module Rear Panel Connections 36 SensorLink PC Module Installation Instructions INSTALLING THE AUDIO EXPANSION MODULE Required Connections VIDI In NOTE: All audio expansion modules must be installed after all camera control, video expansion, and relay control modules on the VIDI Bus. Connect vidi in to the Transmitter vidi connector or the vidi out connector of the preceding module. Use the special VIDI Bus cable provided with the module. The VIDI Bus cable supplies control signals and power to this and all subsequent modules. A maximum of four audio expansion modules may be connected to the VIDI Bus. Speakers 1–4 Connect up to four 45-ohm two-way speakers to the audio expansion module via the detachable 12-pin connector (speaker 1–4). A mating connector is provided with the module for this purpose. TB40+/TB40– Connect TB40+ and TB40– (pins 11 and 10) on the audio expansion module to spkr+ and spkr– (pins 3 and 2) on the twoway audio module. When more than one expansion module will be installed, connect all of the expansion modules to the two-way audio module in parallel. Optional Connections VIDI Out Connect vidi out to the vidi in connector of the next module. Use the special VIDI Bus cable provided with the next module. The VIDI Bus supplies power and control signals to this and all subsequent modules. Chapter 2 — SensorLink PC Modules MODULE STATUS LIGHTS Transmitter Module Camera Control Module Video Expansion Module Receiver/Driver Relay Control Module Two-Way Audio Module Audio Expansion Module 37 Color coded status lights on the Transmitter and option modules indicate the status of each module. Status indicators are color coded as follows: Green The Transmitter is receiving power. Yellow The Transmitter is communicating with the modem or a Receiver. Red The Transmitter is processing an alarm event. Green The module is receiving power. Yellow The module is processing a camera control signal. Red The module is resetting. Green The module is receiving power. Yellow The module’s video output has been selected by the Transmitter. Red The module is processing an alarm event. Red The module is receiving power and turned on. Green The module is receiving power. Yellow The corresponding relay is energized. Green The module is receiving power. Yellow The module is online with a user. Red The module is processing an alarm (not used with SensorLink PC). Green The module is receiving power. Yellow The corresponding speaker is energized. 38 SensorLink PC Module Installation Instructions Appendices APPENDIX A SENSORMATIC SPEED DOME CAMERAS Certain cameras can be controlled using the camera control module. Following are instructions on how to install Sensormatic’s controllable camera, the Speed Dome, using two different setup procedures. NOTE: For information regarding how to install and configure other controllable cameras, contact Factory Technical Support. Installing Sensormatic Speed Domes SensorLink PC controls Sensormatic Speed Domes via the RS-422/RS-485 connector on the camera control module. Up to four Speed Domes may be daisy-chained from a single camera control module at the Transmitter site. Additional Parts • One RJ11 connector with six-lead telephone-type cable to connect the camera control module to the first Speed Dome • Shielded twisted pair cable to daisy-chain the Speed Domes • BNC connectors and video cable to connect the Speed Domes to the Transmitter • Monitor or test device to verify proper camera operation Hardware Configuration NOTE: Refer to the Speed Dome documentation for installation information and diagrams. Perform the following steps when connecting one or more Speed Domes to the RS-422/RS-485 connector on the camera control module. 1. Identify the type of interface board on the Speed Dome. The RS422 Interface Board has two dial address switches; the UniCard Interface Board has three dial address switches. 2. RS422 No jumper settings required. UniCard Set jumpers E2 and E3 to 2-3. Appendices 39 3. Assign a camera address number to each dome that matches the camera number at the Transmitter site (01– 16). Set the dial switches on the Speed Dome to this number. (Record this number for use under Camera Control Configuration in the SensorLink PC System Installation and Operation Manual.) RS422 Set dial switches SW1 and SW2 to the appropriate dome address. UniCard Set dial switches SW3, SW2 and SW1 to the appropriate dome address. 4. Install the Speed Dome according to manufacturer instructions. 5. Connect the 7-pin compression connector on the first Speed Dome directly to the camera control module: a. Using six-lead telephone-type cable, create an interface cable with an RJ11 connector on one end. Label the wires from pins 2 and 3 as TX– and TX+, respectively. b. Connect the RJ11 connector to the RS422/RS485 connector on the camera control module. c. Attach the wires labeled TX– and TX+ to pins 6 and 7, respectively, on the compression connector supplied with the Speed Dome. 6. Using shielded twisted pair cable, daisy-chain subsequent Speed Domes to the first. Connect pins 6 and 7 from the compression connector to pins 6 and 7 on the compression connector on the previous Speed Dome. 7. Connect a video cable to the BNC connector labeled J1 on the Speed Dome. CAUTION: Camera circuitry may be damaged by incorrect power wiring. 8. Attach the 24VAC power supply to pins 3, 4 and 5 on the 7-pin compression connector. 40 SensorLink PC Module Installation Instructions 9. RS422 Connect the compression connector to the plug labeled P4 on the Speed Dome. UniCard Connect the compression connector to the plug labeled P3 on the Speed Dome. 10. Plug the 24VAC power supply into a power outlet. 11. Connect the video cable from the dome to a monitor or test device. Verify that the camera transmits video. Disconnect the video cable from the monitor or test device. If the camera is not functioning correctly, troubleshoot it using the manufacturer instructions before proceeding. 12. Connect the video cable from the dome to the correct camera input (camera 1–4) on the Transmitter or video expansion module. Make sure to connect a video cable from the video out on each video expansion module to a Transmitter camera input. 13. Repeat steps 1 through 12 for each Speed Dome. 14. Connect power to the Transmitter and camera control modules. 15. Connect a video cable from the monitor connector on the Transmitter to a monitor or test device. Verify that images from each camera display in sequence on the monitor. If any images are missing, troubleshoot the video and VIDI Bus connections before proceeding. Receiver Configuration Follow the instructions under Camera Control Configuration in the SensorLink PC System Installation and Operation Manual. Use the following parameters to configure the Transmitter for camera control operation: Camera Control Type Presets & Relays RS-422 Speed Dome Presets Only Appendices 41 Installing Sensormatic Speed Domes Using SensorNet SensorLink PC controls Sensormatic Speed Domes as part of a SensorNet network via the SensorNet connector on the Camera Control module. Up to 16 Speed Domes may be connected to a single Camera Control module at the Transmitter site. In this configuration, the Camera Control module emulates a Sensormatic Touch Tracker. NOTE: This configuration requires Speed Domes which are equipped with UniCard Interface Boards. Additional Parts • One Touch Tracker Installation Kit (0351-0474-01), which includes: EIM (Electronic Interconnect Module) Modular Interconnect Cable 5-Pin Compression Connector • Shielded twisted pair cable to daisy-chain the Speed Domes and connect them to the EIMs • BNC connectors and video cable to connect the Speed Domes to the Transmitter • Monitor or test device to verify proper camera operation Hardware Configuration NOTE: Refer to the Speed Dome documentation for installation information and diagrams. Perform the following steps when connecting one or more Speed Domes to the SensorNet connector on the camera control module. 1. Assign a camera address number to each dome that matches the camera number at the Transmitter site (01– 16). Set the dial switches SW3, SW2 and SW1 on the UniCard Interface Board on the Speed Dome to this number. (Record this number for use under Camera Control Configuration in the SensorLink PC System Installation and Operation Manual.) 2. Set jumpers E2 and E3 on the UniCard Interface Board on the Speed Dome to 1-2 for SensorNet. 3. If this is the last Speed Dome in the daisy-chain, set jumper E1 on the UniCard Interface Board on the Speed Dome to 2-3 for Termination. 42 SensorLink PC Module Installation Instructions 4. Install the Speed Dome according to manufacturer instructions. 5. Using shielded twisted pair wire, connect pins 1 and 5 on the 5-pin compression connector on the EIM to pins 1 and 2 on the 7-pin compression connector on the first Speed Dome in the daisy-chain. 6. Using shielded twisted pair wire, daisy-chain subsequent Speed Domes to the first. Connect pins 1 and 2 from the 7-pin compression connector to pins 1 and 2 on the compression connector on the previous Speed Dome. 7. Connect a video cable to the BNC connector labeled J1 on the Speed Dome. CAUTION: Camera circuitry may be damaged by incorrect power wiring. 8. Attach the 24VAC power supply to pins 3, 4 and 5 on the 7-pin compression connector. 9. Connect the 7-pin compression connector to the plug labeled P3 on the Speed Dome. 10. Plug the 24VAC power supply into a power outlet. 11. Connect the video cable from the dome to a monitor or test device. Verify that the camera transmits video. Disconnect the video cable from the monitor or test device. If the camera is not functioning correctly, troubleshoot it using the manufacturer instructions before proceeding. 12. Connect the video cable from the dome to the correct camera input (camera 1–4) on the Transmitter or video expansion module. Make sure to connect a video cable from the video out on each video expansion module to a Transmitter camera input. 13. Repeat steps 1 through 12 for each Speed Dome. 14. Connect any additional SensorNet devices according to manufacturer instructions. 15. Connect the 5-pin compression connector to the EIM. Appendices 43 CAUTION: Do NOT connect a power supply to any EIM connected directly to a camera control module. 16. Connect the camera control module to the EIM using the Modular Interconnect Cable. 17. Connect power to the Transmitter and camera control modules. 18. Connect a video cable from the monitor connector on the Transmitter to a monitor or test device. Verify that images from each camera display in sequence on the monitor. If any images are missing, troubleshoot the video and VIDI Bus connections before proceeding. Receiver Configuration Follow the instructions under Camera Control Configuration in the SensorLink PC System Installation and Operation Manual. Use the following parameters to configure the Transmitter for camera control operation: Camera Control Type Presets & Relays SensorNet Address SensorNet Type SensorNet Speed Dome Presets Only 0 if SensorNet Type = 2; otherwise a number from 17 to 255 Client = 0 Master/Client = 1 Master/Master = 2 NOTE: For information regarding how to install and configure other controllable cameras, contact Factory Technical Support. 44 SensorLink PC Module Installation Instructions APPENDIX B USING MULTIPLEXERS WITH SENSORLINK PC The SensorLink PC camera control module can be used in conjunction with multiplexers. Follow these setup procedures for installing a multiplexer as part of your Transmitter site. Installing One Multiplexer Follow these instructions if you are installing only one multiplexer at your Transmitter site. Additional Parts You will need the following: • A compatible multiplexer (contact Technical Support for a list of supported multiplexers) • A DB9-P to DB25-P or DB9-P to RJ11 cable to connect the multiplexer ’s remote connector to the camera control module’s RS-232 connector (refer to The Rear Panel of the Camera Control Module and the multiplexer’s user manual for pin assignments to configure the cable) • BNC connectors and video cable to connect the multiplexer to the Transmitter • Monitor or other test device to verify proper camera operation Hardware Configuration 1. Connect all cameras to the camera input connectors on the back of the multiplexer. Make certain that all cameras are properly terminated. 2. Connect the multiplexer’s power module to the power connector on the back of the multiplexer. Connect the other end of the power module to AC power. 3. Connect a monitor or other test device to the monitor or main mon connector on the back of the multiplexer. Test multiplexer operation according to the instructions in the multiplexer’s user manual. Disconnect the monitor once testing is complete. 4. Follow the instructions under Installing the Transmitter and Installing the Camera Control Module in Chapter 2 — SensorLink PC Modules. If necessary, also follow the instructions under Installing the Video Expansion Module. Appendices 45 5. Connect the monitor or main mon connector on the multiplexer to the lowest numbered available camera input on the Transmitter or video expansion module. 6. Using a properly configured DB25-P to DB9-P cable, connect the remote connector on the multiplexer to the RS-232 connector on the camera control module. Receiver Configuration Follow the instructions under Camera Control Configuration: Multiplexers in the SensorLink PC System Installation and Operation Manual to configure the multiplexer. Installing More than One Multiplexer Follow these instructions to install two or more multiplexers at your Transmitter site. Additional Parts You will need the following: • Compatible multiplexers (contact Technical Support for a list of supported multiplexers). Some multiplexers will require local end adapters. • A DB9-P to RJ11 cable to connect the multiplexer or the multiplexer’s local end adapter to the camera control module’s RS-232 connector (refer to The Rear Panel of the Camera Control Module and the multiplexer’s or Remote Control Panel’s user manual for pin assignments to configure the cable) • Telephone cable to daisy-chain the multiplexers • BNC connectors and video cable to connect the multiplexers to the Transmitter • Monitor or other test device to verify proper camera operation Hardware Configuration 1. Connect all cameras to the camera input connectors on the back of the multiplexers. Make certain that all cameras are properly terminated. 2. Connect each multiplexer power module to the power connector on the back of each multiplexer and plug power modules into AC power. 46 SensorLink PC Module Installation Instructions Receiver Configuration 3. Connect a monitor or other test device to the monitor or main mon connector on the back of each multiplexer. Test multiplexer operation according to the instructions in the multiplexer’s user manual. Disconnect the monitor once testing is complete. 4. Follow the instructions under Installing the Transmitter and Installing the Camera Control Module in Chapter 2 – SensorLink PC Modules. If necessary, also follow the instructions under Installing the Video Expansion Module. 5. Connect the monitor or main mon connector on each multiplexer to the lowest numbered available camera inputs on the Transmitter or video expansion module. 6. Using a properly configured DB9-P to RJ11 cable, connect the remote in connector on the first multiplexer or local end adapter to the RS-232 connector on the camera control module. 8. Using standard telephone cable, connect the remote out connector on the first multiplexer or local end adapter to the remote in connector of the second multiplexer or local end adapter. Repeat for each additional multiplexer. See the Remote Control Panel Installation and Operation Manual for more information about daisy-chaining multiplexers. Follow the instructions under Camera Control Configuration: Multiplexers in the SensorLink PC System Installation and Operation Manual to configure each multiplexer. Appendices 47 APPENDIX C TECHNICAL SPECIFICATIONS Communication Specifications Data Rates Supported 9600 to 115,200 bps Data Links Supported PSTN dial up, leased line (only for supported modems) ISDN Basic Rate Interface (2B1D) (only for supported TRAs) Direct wire (null modem standard) Transmitters Video Level Video Format Alarm Indicators Connectors Video Inputs 1.0 V p-p, differential Video Output 1.0 V p-p, differential Termination 75 ohms or Hi-Z NTSC/EIA 525 lines, 60 fields/second PAL/CCIR 625 lines, 50 fields/second Alarm Input One input per camera. Activated by mechanical contact or TTL/CMOS active low. Online Relay Two per Transmitter. Activated when Transmitter makes connection with Receiver. Pre-Alarm Factory installed. 32MB image storage. Power Green LED. Transmitter power on. Busy Yellow LED. Modem communication in process. Alarm Red LED. Alarm event in process. Power 2.1mm pin-type female. Power input. VIDI RJ11 telephone. System expansion connector. Alarm DB15-P. Alarm control and online relay contacts as specified above. 48 SensorLink PC Module Installation Instructions Electrical General Modem DB25-P. System communications connector (RS-232). Auxiliary DB25-P. Auxiliary communications connector (RS-232). Camera 1–4 BNC. Composite video input from camera. Monitor BNC. Composite video output to monitor. Power Requirements 14 Watts (center positive 12VDC, 1.5A). Dimensions 5.63" (143 mm) High 8.5" (216 mm) Wide 2" (51 mm) Deep Weight 1.25 lbs. (0.6 kg) Construction Anodized aluminum extrusion Environmental Requirements Temperature, 40–104° F (5–40° C) Humidity, 5–95% RH noncondensing Altitude (operating), 0–10,000 feet (0–3,048 meters) CC50 Camera Control Module Indicators Connectors Power Green LED. Module power on. Busy Yellow LED. Module processing signal. Resetting Red LED. Module is resetting. Power 2.1mm pin-type female. Power input. VIDI in RJ11 telephone. System expansion connector. VIDI out RJ11 telephone. System expansion connector. RS-232 DB9-S. Full duplex RS-232, half duplex RS-422/RS-485 interface. SensorNet RJ45. SensorNet interface. Appendices 49 RS-422/RS-485 RJ11 telephone. Full duplex RS-422/RS-485 interface. Electrical General Power Requirements 14 Watts (center positive 12VDC, 1.0A). Dimensions 5" (127 mm) High 8" (203 mm) Wide 1.25" (32 mm) Deep Weight 1.1 lbs. (0.5 kg) Construction Anodized aluminum extrusion Environmental Requirements Temperature, 40–104° F (5–40° C) Humidity, 5–95% RH noncondensing Altitude (operating), 0–10,000 feet (0–3,048 meters) EX45 Video Expansion Module Video Level Video Format Alarm Indicators Connectors Video Inputs 1.0 V p-p, differential Video Output 1.0 V p-p, differential Termination 75 ohms or Hi-Z NTSC/EIA 525 lines, 60 fields/second PAL/CCIR 625 lines, 50 fields/second Alarm Input One input per camera. Activated by mechanical contact or TTL/CMOS active low. Power Green LED. Expansion module power on. Busy Yellow LED. Module is currently online. Alarm Red LED. Alarm event in process. Alarm 8-pin removable with screw terminals. Alarm control as specified above. VIDI in RJ11 telephone. System expansion connector. 50 SensorLink PC Module Installation Instructions Electrical General VIDI out RJ11 telephone. System expansion connector. Camera 1–4 BNC. Composite video input from camera. Video Out BNC. Composite video output to Transmitter. Power Requirements Supplied by Transmitter via VIDI in connector. Dimensions 5" (127 mm) High 8" (203 mm) Wide 1.25" (32 mm) Deep Weight 1.25 lbs. (0.6 kg) Construction Anodized aluminum extrusion Environmental Requirements Temperature, 40–104° F (5–40° C) Humidity, 5–95% RH noncondensing Altitude (operating), 0–10,000 feet (0–3,048 meters) RC60 Receiver/Driver Video Level Video Format Controls Video Input 1.0 V p-p, 75 ohms Video Output 1.1 V p-p, 75 ohms. Accepts BTC commands for pan/tilt, lens and auxiliary relay functions. NTSC/EIA 525 lines, 60 fields/second Power On/off toggle switch located on circuit board. Pan/Tilt Drive 24VAC/120VAC slide switch located on circuit board. Indicators Pan/Tilt Drive Lens Drive Power Red LED. Located on curcuit board. Drive Output 24 VAC, 96 VA 120 VAC, 96 VA (switch selectable) Zoom, Focus, Iris Variable 2.0–9.25 VDC Appendices 51 Aux Relays Contacts 10 amps @ 120 VAC or 30 VAC 5 amps @ 250 VAC 1 and 2 latching, 3 and 4 momentary Camera/Lens Presets Number 24 Auxiliary Power Camera 12 VDC @ 600 mA Connectors Video In BNC. Composite video input from camera. Video Out BNC. Composite video input from camera. Pan/Tilt 14-pin AMP, weatherized. Pan/Tilt control connection. Lens 14-pin AMP, weatherized. Lens control and 12 VDC camera power connection. Aux Relays 14-pin AMP, weatherized. Relay control connection. Power 80–132 VAC, 50/60 Hz, 110 VA AC Power Type 3SB 1.5A SLO-BLO. Located on circuit board. Dimensions 11" H x 12.5" W x 4" D (280mm x 318mm x 102mm) Weight 8.4 lbs. (3.8 kg) Operating Temperature -20º – +120º F (-29º – +49º C) Construction Weather sealed structural foam Power Green LED. Module power on. Relay 1–4 Yellow LED. Selected relay indicator. Relay Type “C” form — normally open and normally closed contacts. Electrical Fuse General RC40 Relay Control Module Indicators Relay Relay Capacity 5.0 amperes @ 120 VAC or 30 VDC. 52 SensorLink PC Module Installation Instructions Connectors Electrical General VIDI in RJ11 telephone. System expansion connector. VIDI out RJ11 telephone. System expansion connector. Relay 1–4 12-pin removable connector with screw terminals. Power Requirements Supplied by Transmitter via VIDI in connector. Dimensions 5" (127 mm) High 8" (203 mm) Wide 1.25" (32 mm) Deep Weight 1.25 lbs. (0.6 kg) Construction Anodized aluminum extrusion Environmental Requirements Temperature, 40–104° F (5–40° C) Humidity, 5–95% RH noncondensing Altitude (operating), 0–10,000 feet (0–3,048 meters) TB40 Two-Way Audio Module Indicators Audio Telephone Power Green LED. Module power on. Online Yellow LED. User online. Alarm Red LED. Alarm indicator (not used). Input Differential impedance, 3000 ohms. Common mode impedance, 750 ohms. DC offset voltage. 2.5 VDC. Output Power, 1.8W peak into 45 ohms. Output Fixed less than -9dBm, 600 ohms, balanced. Programming Not used. Dialing Pulse and tone dialing; 2 x 24 digit telephone numbers. Appendices 53 Connectors Electrical General Power 2.1mm pin-type female. Power input. VIDI RJ11 telephone. System expansion connector. Not used. Phone RJ11 telephone. Optional telephone. Line RJ11 telephone. Telephone line to unit. Interface 12-pin removable connector with screw terminals. Power Requirements 14 Watts (center positive 12VDC, 1.0A). Dimensions 5" (127 mm) High 8" (203 mm) Wide 1.25" (32 mm) Deep Weight 1.25 lbs. (0.6 kg) Construction Anodized aluminum extrusion Environmental Requirements Temperature, 40–104° F (5–40° C) Humidity, 5–95% RH noncondensing Altitude (operating), 0–10,000 feet (0–3,048 meters) SX40 Audio Expansion Module Indicators Audio Connectors Power Green LED. Module power on. Speaker 1–4 Yellow LED. Selected speaker indicator. Input/Output Relay switching to TB40. VIDI in RJ11 telephone. System expansion connector. VIDI out RJ11 telephone. System expansion connector. Speaker 1–4 12-pin removable connector with screw terminals. 54 SensorLink PC Module Installation Instructions Electrical General Power Requirements Supplied by Transmitter via VIDI in connector. Dimensions 5" (127 mm) High 8" (203 mm) Wide 1.25" (32 mm) Deep Weight 1.25 lbs. (0.6 kg) Construction Anodized aluminum extrusion Environmental Requirements Temperature, 40–104° F (5–40° C) Humidity, 5–95% RH noncondensing Altitude (operating), 0–10,000 feet (0–3,048 meters) Sensormatic Electronics Corporation 951 Yamato Road Boca Raton, FL 33431-4425 TEL: 561-989-7000 800-241-6678 FAX: 561-989-7017 Part Number 8000-2213-20 REV A