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This manual describes the installation, operating and programming procedures for Infinova V2015A Video Matrix
Switching System.Utilizing the latest advancements of ARM9 microprocessor and based on the LINUX operation
system, V2015A can provide automated electronic surveillance for any small to medium-scale security/surveillance
systems.
V2015A features a modular architecture that facilitates system customizing and expansion and allows a single user to
control an entire CCTV system of up to 80 video inputs by 16 video outputs.
Selectable control code module provides direct control over Manchester or RS-485 protocol receivers and super domes,
and Ethernet interface module offers a cost-effective solution for system integration with your existing network.
Multiple control workstations (such as PC, keyboards) can be connected to V2015A. Up to 255 V2015A sites can be
interconnected in one network video system via TCP protocol. Each Site is a complete CCTV surveillance system,
providing both LOCAL and REMOTE control of SITES within the network.
Available simple and complete programming menu greatly simplifies system operation and programming.
V2015A Series
Video Matrix Switching System
Installation/Operation Instructions
This manual applies to below series products:
V2015A /V2015AX
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Table of Contents
Summary of Contents for Infinova V2015A Series
- Page 1 This manual applies to below series products: V2015A /V2015AX This manual describes the installation, operating and programming procedures for Infinova V2015A Video Matrix Switching System.Utilizing the latest advancements of ARM9 microprocessor and based on the LINUX operation system, V2015A can provide automated electronic surveillance for any small to medium-scale security/surveillance systems.
- Page 3 This manual may not be reproduced in any form or by any means to create any derivative such as translation, transformation, or adaptation without the prior written permission of Infinova. Infinova reserves the right to change this manual and the specifications without prior notice. The most recent product specifications and user documentation for all Infinova products are available on our website www.infinova.com.
- Page 4 Read this manual carefully before installation. This manual should be saved for future use. Important Safety Instructions and Warnings Electronic devices must be kept away from water, fire or high magnetic radiation. Clean with a dry cloth. Provide adequate ventilation. Unplug the power supply when the device is not to be used for an extended period of time.
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Page 5: Table Of Contents
Table of Contents 4.3 Monitor Tour Programming ..........17 Chapter I General Description ............. 1 1.1 Description ................1 4.4 Setting Date Format/Setting the Day of the Week ....17 1.2 Features ................. 1 4.5 Setting Preset (Pre-positioned) View ........17 1.3 Models .................. -
Page 7: Chapter I General Description
Partitioning and User Priority. System Partitioning is used to control keyboard access to monitors, cameras, pan/tilts, and alarms. Five Note: V2015A series matrixes are applicable to NTSC system, Of programmable access controls are provided for partitioning which, suffix “X” added behind V2015A means it is applicable to management in the V2015A matrix switching system. -
Page 8: Important Terminology
LINE with V2015A, are used to provide Manchester control code for site cameras. The Infinova series Followers switch external circuits when designated cameras are called up to designated monitors (V2421), when designated monitors are in alarm conditions... -
Page 9: System Accessories
1.5 System Accessories Table1-1 Full system programming and control V2115 Communicates with all Infinova matrix switching systems via RS-232 System Keyboard Fixed and variable speed joystick Full system programming and control Communicates with matrix switching systems via RS-232 or with Ethernet network... -
Page 10: Chapter Ii System Installation And Connections
16 BNC video outputs for 75Ω terminated monitors 16 alarm inputs (normally open) 2.1 Installation 4 Manchester control code outputs Infinova recommends that the V2015A matrix switching system be Power socket used in a standard 19-inch Electronic Industry Association (EIA) 2 alarm outputs rack. -
Page 11: System Modules
Note: All the system connections are made through the rear panel of are used to define the associated monitor group (of 4). the V2015A video matrix system. Infinova recommends that users familiarize themselves with Figure 2-3,2-4,2-5 before attempting to Four VOM slots are provided on the main board (see Figure 2-5): install or operate. -
Page 12: Hardware Connections
B W S B W S B W S B W S V2412M V1690M 120 Ohm is recommended that the Infinova V2412 Manchester control code Up to 16 V1690M Receivers can be connected to one V2412M unit distributor be used throughout the system. -
Page 13: Video Output Connections
2-3. Figure 2-11. Connecting RS-485 Super Dome 2. If a system requires more than 16 alarm inputs, Infinova V2431 alarm interface unit can be used to expand the system’s input To select appropriate control signal cables, please refer to the capacity. -
Page 14: Communication Port Connections
Unused Modular Cable Keyboard with no direct power input, such as V2110, requires a Modular terminal box for connection, as shown below: Cable ENTER LENS MONITOR Infinova IRIS CLOSE OP EN CAMERA SHO T FOCUS NEAR POWER MANCHEST ER Infinova... -
Page 15: Ethernet Connection (For V2015An Models Only)
Current Voltage 2.4.8 Programming Monitor Connection 1.0A 24VDC V2015A provides a BNC connector labeled as "PROG MON" on 0.2A 110VDC its rear panel for connecting a stand-alone programming monitor. 0.5A 125VAC The programming monitor (PGM) is specifically used to display programming menus that offer an intuitive user interface for V2015A powerful programming features. -
Page 16: Network Video Connection (For V2015An Only)
2.4.11 Network Video Connection (For V2015AN only) Example If Site 1 requests 4 video signals from Site 2 (as in Figure 2-22), 2.4.11.1 Video Trunk Cable blocking cannot occur. If, however, 5 video signals were requested, A video trunk cable is a coaxial cable that transfers video signals blocking could occur because 5 video signals can be requested, but between V2015A sites. -
Page 17: Mixed Network Connection
Note: SITE refers to a single V2015A matrix switching bay in a Sending SITE - a network site which sends video trunk outputs to V2015A network and the resources that are directly connected and other sites. accessible to it. Receiving SITE - a network site which receives video trunk inputs from other sites. -
Page 18: Chapter Iii System Operation
3.1 Keyboards (1) Key Switch (2) USER Key (3) Satellite control (4) F1 key All Infinova keyboards communicate with their respective matrix (5) F2 key (6) Site display switching system via RS-232. Infinova full system keyboard (7) Monitor key (8) PROG key supports all the operation and programming functions for any (9) ARM &... -
Page 19: Keyboard Password Entry
The following section outlines operations that can be performed using the V2116 keyboard. All procedures are performed with the keyboard in OPERATE mode. (With the key-switch placed in OPERATE position.) Power Manchester Infinova Ethernet RS485 SYSTEM KEYBOARD 3.2 Keyboard Password Entry AUXILIARY... -
Page 20: Selecting A Camera
Quit Menu The number of the called camera (the camera under control) will be Note: For Pelco-P/D or Infinova protocol, user can access menu displayed on the keyboard’s LCD screen. When a camera is called with “95 SHOT” command when the keyswitch is placed at to a monitor, the monitor will display the live video images PROGRAM or OPERATE. -
Page 21: Running A Tour
An auxiliary is a relay that switches devices such as lights and door with a monitor at one time. If a monitor tour is programmed to a locks. Each Infinova receiver or Super Dome provides two monitor and then a system tour is called to that monitor, the monitor auxiliary outputs, respectively labeled as AUX1 and AUX2. -
Page 22: Acknowledging An Alarm
Infinova system keyboard. With the system setup feature, users can easily configure various parameters and functions required by the system. -
Page 23: Monitor Tour Programming
4.5 Setting Preset (Pre-positioned) View 5. Press the HOLD or RUN key to exit the Programming mode. Infinova receivers and Super Domes feature a preset function, which is programmable via the SHOT key on the keyboard. Presets Note: A system tour has a priority over a monitor tour. Calling a... -
Page 24: Camera Lockout
Monitor 3 alarm monitors of the same "Block" will display cycles of alarmed videos. 4.7 Monitor Arming Before moving on to monitor arming procedures, Infinova Monitor Monitor Monitor Display cycles on the 3 recommends users familiarize themselves with the Alarm Display alarm monitors after the 1st alarm has been cleared. -
Page 25: Alarm Clearance Methods
monitors operating in pair: if Monitor 1 is armed, Monitor 2 will be Assuming there is a sequence of 6 received alarmed videos automatically armed to cooperate with Monitor 1. Please refer to Alarmed video that is displayed and held on Monitor Arming Types (Section 4.7.3) for details. -
Page 26: Arming/Disarming Monitors
4.7.4 Arming/Disarming Monitors: To disarm a monitor: 1. Place the key-switch in the PROGRAM position. Use the OFF and ARM keys of the Infinova Security series 2. Call the armed monitor to be disarmed. keyboards to arm/disarm monitors: 3. Press the OFF key. -
Page 27: Chapter V Menu Programming
Chapter V Menu Programming MAIN SELECTION All the programming functions of V2015A can be accessed through 1 SYSTEM the Main Selection menu. 2 MONITOR 3 CAMERA 4 PORTS 5 ACCESS 5.1 Main Selection Menu 6 PRIORITY 7 SATELLITE To access the Main Selection Menu: 1. - Page 28 Item Function Options Defines date format. MM-DD-YY (default) DATE FORMAT DD-MM-YY YY-MM-DD Example To set the date format to "YY-MM-DD", Use the ACK key to toggle through the three formats; Press the NEXT key to accept the selected format when "YY-MM-DD" is displayed. DATE FORMAT - YY-MM-DD Item Function...
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Page 29: Setting System Tours
Use the SET SYSTEM TOURS menu to define system tours. 5.3.2 Setting System Tours V2015A provides 64 system tours, each including at most 64 cameras with programmable Dwell Times (DWL), Presets (PRE), SET SYSTEM TOURS SYSTEM TOUR - 01 1 SET TIME AND DATE Auxiliary Relays (AUX) and Remote Site Number (SITE). - Page 30 Item Function Sets the on/off status for the camera's auxiliary relay to switch on/off automatically during the tour. Options and code numbers 1 = AUX 1 ON 5 = AUX 1 OFF 2 = AUX 2 ON 6 = AUX 2 OFF 3 = AUX 3 ON 7 = AUX 3 OFF 4 = AUX 4 ON...
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Page 31: Set System Salvos
V2015A permits up to 64 system salvos for programming. A 5.3.3 Set System Salvos System Salvo is a group of cameras, with associated presets and auxiliary actions, which can be called simultaneously to a SET SYSTEM SALVOS SYSTEM SALVO - 01 contiguous group of monitors. -
Page 32: Set Event Timer
Item Function Connect Next (see the following examples for details). Options Y = yes (to continue the salvo with the camera specified in the next CAM entry). 0001 0002 The sample entries shown above indicate that during the salvo, Camera 1 (CAM 0001) will be displayed on the first monitor (POS 01), and Camera 2 (CAM 0002) on the second monitor (POS 02). - Page 33 Item Function Accesses the SET EVENT TIMER sub-menu for programming the current event timer. EDIT TIMER EVENT TIMER SET EVENT TIMER 08:20 DISABLED TIME - 08:20 DAY OF WEEK EDIT TIMER NEXT TIMER CLEAR TIMER ENABLE TIMER CHANGE TIMER TO HH:MM PREVIOUS MENU PREVIOUS MENU To program an event timer,...
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Page 34: Set Alarm Contact
certain period of time (DWL). Auxiliary (AUX) and salvo call (CN) 5.3.5 Set Alarm Contact functions are also available upon alarm. SYSTEM ALARM CONTACT SETUP 1 SET TIME AND DATE If the system operates in a networking environment that integrates 2 SET SYSTEM TOURS 0001 0001... - Page 35 Item Function Connect Next (see the following examples for details). Options N = no (no Connect Next function is desired). Y = yes (to call the camera in the next CAM entry simultaneously to the next contiguous monitor). 0001 0001 1-ON 0002 0002...
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Page 36: Monitor Status
Item Function Transmission Enabled. Options Y = yes (to enable alarm signals to transmit to a remote site). When Y, enter the remote site number in the entry next to it. N = no (to disable alarm signals to transmit to a remote site. The default is "N"). Enter the transmission SN before Y/N, and enter the site number after Y/N. -
Page 37: Monitor Menu
Set Relay Options Y = yes (to assign the relay to follow the monitor); N = no (to prevent the relay from following the monitor). Example To assign Relay Contact 1 to follow Monitor 1, Locate the cursor in the entry that indicates Monitor 1 and Relay 1; Use the ACK key to select "Y". - Page 38 Item Function Determines whether the Date/Time information will be displayed on the monitor. DATE TIME Options ON = to display the Date/Time on the monitor; OFF = to remove the Date/Time displays from the monitor. Use the ACK key to select. Item Function Selects the on/off status of the on-screen Camera Title information.
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Page 39: Camera Menu
Table 5-1. Monitor Arming Codes Code Description Arming Type Display Single/Sequence/Instant Clear Single/Sequence/Auto Clear (after 20 seconds) Single/Sequence/Manual Clear (ACK key) Single/Hold/Instant Clear Single/Hold/Auto Clear Single/Hold/Manual Clear Block/Sequence/Instant Clear Block/Sequence/Auto Clear Block/Sequence/Manual Clear Block/Hold/Instant Clear Block/Hold/Auto Clear Block/Hold/Manual Clear First Monitor Second Monitor Arming Type Display Arming Type Display... -
Page 40: Camera Title
Item Function Indicates the Real number of a camera. REAL CAM Item Function Assigns a Pseudo number to the camera. PSEUDO CAM To change a camera's Pseudo number, Move the cursor to the entry; Enter the desired Pseudo number (1-9999) on the numeric keypad. Press the ACK key to confirm. -
Page 41: Batch Pseudo Setup
Item Function Selects a camera for title programming. CAMERA To select a desired camera, Move the cursor to the entry; Enter the camera number on the keypad; Press the ACK key to select the camera. Note Two cursors exist in this menu screen: one indicating the current active field, and the other indicating the alphanumeric characters to be selected. -
Page 42: Port Menu
Item Function To restore default title setting. TITLE FACTORY To restore factory default title setting: DEFAULT Move the cursor to the entry. Press the ACK key to confirm. Then a message “PRESS 22 ACK TO RESOTRE” will appear under the menu. Press “22 ＋ ACK” to restore data. Then the message “RESTORING…”... -
Page 43: Set Rs-485
When select PELCO-D protocol in item 1 = 2400 bps 2 = 4800 bps 3 = 9600 bps 4 = 19200bps When select INFINOVA protocol in item 1 = 2400 bps 2 = 4800 bps 3 = 9600 bps 4 = 19200 bps... -
Page 44: Access Menu
5.7.2 Keyboard/Monitor 5.7 Access Menu KEYBOARD/MONITOR ACCESS KEYBOARD ACCESS MAIN SELECTION 1 KEYBOARD/MONITOR 1 KEYBOARD/MONITOR 1 SYSTEM 2 KEYBOARD/CAMERA VIEW 2 KEYBOARD/CAMERA VIEW 3 KEYBOARD/CAMERA CTRL 2 MONITOR 3 KEYBOARD/CAMERA CTRL 4 MONITOR/CAMERA ACCESS 3 CAMERA 5 MONITOR/CONTACT ACCESS 4 MONITOR/CAMERA ACCESS 4 PORTS 6 KEYBOARD/REMOTE SITE 5 MONITOR/CONTACT ACCESS... -
Page 45: Keyboard/Camera View
Example To restrict Monitor 9 from being controlled by other sites over the Ethernet, 1) Press the OPEN key in the IRIS section to display entries for Monitor 9; 2) Locate the cursor in the entry that indicates Monitor 9; 3) Use the ACK key to select "N". -
Page 46: Keyboard/Cameral Control
The KEYBOARD/CAMERA CTRL menu is used to assign camera 5.7.4 Keyboard/Cameral Control control ability (including pan/tilt and iris/focus/zoom lens control) KEYBOARD/CAMERA CTRL to specific keyboards.. ACCESS KEYBOARD 1 KEYBOARD/MONITOR 0001 2 KEYBOARD/CAMERA VIEW 0002 3 KEYBOARD/CAMERA CTRL 0003 The menu has multiple screen pages, each permitting setup 4 MONITOR/CAMERA ACCESS 0004 0005... -
Page 47: Monitor/Contact Access
Monitor/Camera options Y = yes (to allow the monitor to display video images from the camera); N = no (to restrict the monitor from displaying video images from the camera). Example To allow Monitor 1 to display Camera 1 and prevent Monitor 5 from displaying Camera 9, Locate the cursor in the entry that indicates Monitor 1 and Camera 1;... -
Page 48: Priority Menu
Keyboard/Remote Site options Y = yes (to allow the keyboard to control the remote site); N = no (to disable the keyboard from controlling the remote site). By defaulted, all keyboards are enabled to access all remote sites. Example To disable keyboard 2 and 3 from access remote site 9, Move the cursor to the entry that indicates Site 9 and Keyboard 2;... -
Page 49: Set User
Item Function Selects the keyboard to configure. KEYBOARD To select a keyboard, Move the cursor to the entry; Enter the desired keyboard number (1-20) on the numeric keypad; Press the ACK key to select. Item Function Assign an appropriate priority level to the selected keyboard. PRIORITY LEVEL To define the priority level, Move the cursor to the entry;... -
Page 50: Set Priority
The SET PRIORITY menu (shown left) is used to configure each of 5.8.4 Set Priority the eight priority levels. Upon initial setup, all the eight levels are defaulted with the same configurations. SET PRIORITY PRIORITY LEVEL ADD USER 1 USER IDENTIFICATION SYSTEM RESET 2 SET USER LOCK CAM ABILITY... -
Page 51: Networking Configuration Menu
Item Function Determines whether the user/keyboard is allowed to change system parameters. CHANGE Note PARAMETERS To use this function, Item must be enabled first. Options Y = yes (to give the user/keyboard the ability to change system parameters); N = no (to prevent the user/keyboard from changing system parameters). Use the ACK key to select. -
Page 52: Video Trunk Assignments
Item Function Sets the gateway IP address for the local site. GATE Note The gateway address is defaulted as "192.168.000.000". Please well plan your network structure before setting a new gateway IP address. To set a desired IP address for gateway, Move the cursor to the first entry of the item;... - Page 53 Item Function Identifies camera inputs at Local Site, which are used for video trunk inputs from Remote Site. LOCAL CAM To define the video trunk inputs to the Local Site, Move the cursor to the desired LOCAL CAM line to select a Local camera input for each video trunk input to be configured.
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Page 54: Remote Site Ip Address
5.9.3 Remote Site IP Address The Remote Site IP Address menu is used to assign IP addresses to remote sites. To establish TCP/IP communication in the network, REMOTE SITE IP ADDRESS REMOTE SATELLITE CONFIGURATION SITE IP ADDRESS please make sure that all the IP addresses have been properly set. 0001 192.168.000.001 1 LOCAL SITE NUMBER... -
Page 55: Appendix I System Alarm Programming
Appendix I System Alarm Programming Arming the Monitors: To arm a monitor: The System Alarm Programming of V2015A involves the following 1. Place the key-switch in the PROGRAM position. four procedures: 2. Enter the desired Arming type Code on the keypad. 1. -
Page 56: Appendix Ii Specifications
Appendix II Specifications Alarm/ Relay Connection Video Alarm Inputs: Video Input: 1.0Vp-p composite signal, 75ohm BNC Alarm Input Connection Type: One 20-pin "D" type socket Maximum Inputs: Input Port Status: N.O. (Normally Open) Video Output: 1.0Vp-p composite signal, 75ohm BNC Alarm Outputs: Maximum Outputs: Alarm Output Connection Type:... -
Page 57: Appendix Iii Ascii / Hex System Control Codes
Appendix III ASCII / HEX System Control Codes Command ASCII ID INC RUN SEQ ID DEC CAM HOLD ID LEFT NEXT CAM ID RIGHT CAMERA ID BLINK MONITOR ID INC < PANLEFT ID DEC PAN RIGHT ID LEFT > TILT UP ID RIGHT TILT DOWN ZERO... -
Page 58: Appendix Iv Typical Application
Appendix IV Typical Application Sensor SELECT DATA LINE GROUP 1 ABCDEFGH ABCDEFGH DATA Super Dome GROUP 2 Super Dome ABCDEFGH G1 IN G1 OUT G2 IN G2 OUT Fixed Camera ABCDEFGH B W S V2421 SELECT DATA LINE GROUP 1 ABCDEFGH VIDEO INPUTS ALARMS... -
Page 59: Appendix V Multilevel Networking Diagram
Appendix V Multilevel networking Diagram VIDEO INPUTS ALARMS 9 10 11 12 13 14 15 16 CODE W S B W S B W S B W S RELAYS RS485 NO NC CN T+ T- GND PROG MON DATA LINE RS232 PORTS ETHERNET POWER... -
Page 60: Appendix Vi Cable Diameter Calculation And Lightning & Surge Protection
Appendix VI Cable Diameter Calculation and Lightning & Surge Protection Relation between 24VAC Cable Diameter and Transmission Distance In general, the maximum allowable voltage loss rate is 10% for AC-powered devices. The table below shows the relationship between transmission power and maximum transmission distance under a certain specified cable diameter, on condition that the 24VAC voltage loss rate is below 10%. - Page 61 Lightning & Surge Protection The product adopts multi-level anti-lightning and anti-surge technology integrated with gas discharge tube, power resistor and TVS tube. The powerful lightning and surge protection barrier effectively avoids product damage caused by various pulse signals with power below 4kV, including instantaneous lightning, surge and static.
- Page 62 Infinova 51 Stouts Lane, Monmouth Junction, NJ 08852, U.S.A. Tel: 1-888-685-2002 (USA only) 1-732-355-9100 Fax: 1-732-355-9101 sales@infinova.com V1.1 1104...
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