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V2414 Series
Up-the-coax Code Converter
Installation/Operation Instructions
This manual applies to below series products：
V2414/V2414X
This manual describes the installation and operation instructions of V2414 series Up-the-coax Code
Converters. V2414 series Up-the-coax Code Converters are used to convert HSDL, RS-485 control code or
Manchester control code from Infinova series video matrix switchers to Up-the-coax control signal for
control over the front-end dome cameras or receivers. V2414 series Up-the-coax Code Converters are
compatible with HSDL, RS-485 and MANCHESTER protocol. Besides, the input protocols for V2414 series
Up-the-coax Code Converters are optional to meet the various requirements of the customers.
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Table of Contents
Summary of Contents for Infinova V2414
- Page 1 This manual describes the installation and operation instructions of V2414 series Up-the-coax Code Converters. V2414 series Up-the-coax Code Converters are used to convert HSDL, RS-485 control code or Manchester control code from Infinova series video matrix switchers to Up-the-coax control signal for control over the front-end dome cameras or receivers.
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Page 3: Fcc Warning
This device must accept any interference received, including interference that may cause undesired operation. V2414 Series Up-the-coax Code Converters has been tested and found to comply with the limits for Class A digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a residential environment. - 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
2.1 Installation ................2 3.3.2 Camera Address Group Setting ........6 3.4 Dome Control Operations ............ 7 2.2 Power Connection..............2 3.4.1 INFINOVA Protocol Input ..........7 2.3 HSDL Connection..............2 3.4.2 PELCO-D Protocol Input ..........8 2.4 Manchester Connection............3 3.4.3 PELCO-P Protocol Input .......... -
Page 7: Chapter I General Description
⑤ Manchester Input Up-the-coax Code Converters are used to convert HSDL, RS-485 ⑥ RS-485 input control code or Manchester control code from Infinova series video ⑦ Baud Rate and protocol selection matrix switchers to Up-the-coax control signal for control over the ⑧... -
Page 8: Chapter Ii Installation And System Connection
V2414 series Up-the-coax Code Converters are designed for indoor until ALL connections and switch settings have been completed and use only. Two units of V2414 series may be mounted side by side in verified. one 19” EIA rack by using the Extension Flange, contact your dealer or Infinova for details. -
Page 9: Manchester Connection
2.4 Manchester Connection Connect a white code wire from the W terminal of the control There is one Manchester input port on the V2414 real panel. V2414 code source to the W terminal of V2414 series Up-the-coax Code series Up-the-coax Code Converters convert the Manchester codes Converters. -
Page 10: Rs-485 Connection
2.5 RS-485 Connection to 16 Up-the-coax control signal outputs. Please refer to figure 2-3, There is one RS-485 control code input on the V2414 real panel. which demonstrates the connection between V2414 and V2015 V2414 series Up-the-coax Code Converters convert RS-485 control matrix switcher. -
Page 11: Video Output Connection
1. Properly install the monitors according to relevant manuals. 2. Connect the necessary coaxial video cables to the BNC output V2414 series Up-the-coax Code Converters could receive HSDL ports located on V2414 rear panel. input, Manchester code input or RS-485 code input, but these three... -
Page 12: Select Communication Protocol And Baud Rate
657－672 673－688 689－704 3.3.2 Camera Address Group Setting 705－720 One single V2414 unit could only 16 Up-the-coax control signals to 721－736 control the dome cameras. In the same system, multiple V2414 units 737－752 753－768 are required to control more than 16 dome cameras. The camera 769－784... -
Page 13: Dome Control Operations
Up-the-coax control signals could be outputted to control dome cameras after the V2414 converter is connected and the relative Note: To make the new setting valid, it is necessary to re-power the setting is finished. For details on the functions and operations of the super dome after changing the setting of DIP Switch. -
Page 14: Pelco-D Protocol Input
3.4.2 PELCO-D Protocol Input 1. Input through Keyboard Function Keyboard State Operation SET PRESET PROGRAM 1-32, 35-127 + SHOT CALL PRESET OPERATE 1-32,35-127 + SHOT PLIP 180° OPERATE 33 + SHOT HOME POSITION OPERATE 34 + SHOT PROGRAM 66/95 + SHOT ENTER MENU OPERATE 66 + SHOT... -
Page 15: Pelco-P Protocol Input
3.4.3 PELCO-P Protocol Input 1. Input through Keyboard Function Keyboard State Operation SET PRESET PROGRAM 1-32, 35-127 + SHOT CALL PRESET OPERATE 1-32, 35-127 + SHOT PLIP 180° OPERATE 33 + SHOT HOME POSITION OPERATE 34 + SHOT PROGRAM 66/95 + SHOT ENTER MENU OPERATE 66 + SHOT... -
Page 16: Manchester Protocol Input
3.4.4 MANCHESTER Protocol Input 1. Input through Keyboard Function Keyboard State Operation SET PRESET PROGRAM 1-32, 35-63 + SHOT CALL PRESET OPERATE 1-32, 35-62 + SHOT PLIP 180° OPERATE 65 + SHOT HOME POSITION PROGRAM 64 + SHOT ENTER MENU PROGRAM 65 + SHOT CALL AUTOSCAN... -
Page 17: Matrix Switcher Dataline Input
3.4.5 Matrix Switcher DATALINE Input Function Keyboard State Operation SET PRESET PROGRAM 1-32, 35-127 + SHOT CALL PRESET OPERATE 1-32, 35-127 + SHOT PLIP 180° OPERATE 33/65 + SHOT OPERATE 34 + SHOT HOME POSITION PROGRAM 64 + SHOT PROGRAM 65/95 + SHOT ENTER MENU OPERATE... -
Page 18: Appendix I Specifications
Appendix I Specifications General HSDL: Input/output, BNC connectors RS-485: Plug-in terminal connector, triple-shield Manchester: Plug-in terminal connector, triple-shield Electrical Voltage: 120VAC/60Hz; 230VAC/50Hz Power consumption: 8W Mechanical Dimension: 1.74〞H×19.0〞W×10.43〞D 44.4mm (H)×483mm (W)×265mm (D) Weight: 4.4 lb (2.0 kg) Mount: Rack mount, desk, or wall mount optional Environment Temperature: 0℃~40℃（32℉~104℉）... -
Page 19: Surge Protection
Appendix II 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 20 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. However, for complicated outdoor environment, refer to instruction below for lightning and surge protection: The product features with dedicated earth wire, which must be firmly grounded.
- Page 22 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 V2.1 1107...
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