Infinova V2109 Series Installation & Operation Instructions

Brand: Infinova

Model: V2109 Series

Type: Installation & Operation Instructions

V2109 Series

Dome Controller

Installation/Operation Instructions

This manual applies to below series products:

V2109/V2109X

This manual describes the installation and operation procedures for V2109 series dome controller.

V2109 dome controller can directly control Infinova series super domes and receivers to handle address

switching, PTZ and lens control, preset setting and calling-up, etc.

V2109 communicates with Infinova series super domes and receivers via RS485 or Manchester code

communication protocol. The built-in RS485 generator provides various kinds of baud rates and protocols for

users to select.

LCD displays camera address ID number, the controller status and any number entered from the controller. The

operation is quite easy.

Notice

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.

Trademarks

Infinova

® is a trademark of Infinova.

All other trademarks that may appear belong to their respective proprietors.

FCC Warning

The V2109 dome controller complies with Part 15 of the FCC rules.

Operation is subject to the following two conditions.

z This device may not cause harmful interference.

z This device must accept any interference received, including interference that may cause undesired operation.

The V2109 dome controller 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. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the

instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a

particular installation.

Read this manual carefully before installation. This manual should be saved for future use.

Important Safety Instructions and Warnings

z Electronic devices must be kept away from water, fire or high magnetic radiation.

z Clean with a dry cloth.

z Provide adequate ventilation.

z Unplug the power supply when the device is not to be used for an extended period of time.

z Only use components and parts recommended by manufacturer.

z Position power source and related wires to assure they will be kept away from ground and access way.

z Refer all service matters to qualified personnel.

z Save product packaging to ensure availability of proper shipping containers for future transportation.

Indicates that the un-insulated components within the product may carry a voltage harmful to humans.

Indicates operations that should be conducted in strict compliance with instructions and guidelines contained in this manual.

Warning: To avoid risk of fire and electric shock, keep the product away from rain and moisture!

Table of Contents

Chapter I General Description.....................................................1

1.1 Description............................................................................1

1.2 Models ..................................................................................1

1.3 Features.................................................................................1

1.4 Controller Layout..................................................................1

Chapter II Controller Setup and Connections............................2

2.1 System Setup.........................................................................2

2.1.1 BWS Setup ....................................................................2

2.1.2 RS485 Setup ..................................................................2

2.1.3 Beeper Setup..................................................................2

2.1.4 Joystick setup ................................................................3

2.1.5 Factory default setup .....................................................3

2.1.6 Exit ................................................................................3

2.2 Version Control .....................................................................3

2.3 System Connections ..............................................................3

2.3.1 Control Super Domes .................................................... 3

2.3.2 Controls Receivers/Drivers............................................4

Chapter III Controller Operation and Programming................4

3.1 Controller Operation .............................................................4

3.1.1 Camera Selection...........................................................4

3.1.2 Camera Control ............................................................. 4

3.1.3 Calling a Preset..............................................................4

3.1.4 Running a Pattern .......................................................... 5

3.2 Programming ........................................................................5

3.2.1 Preset Programming ...................................................... 5

3.2.2 Pattern Programming.....................................................5

Appendix I Specifications..............................................................5

Appendix II Controller Operation Instructions..........................6

Appendix III Cable Diameter Calculation and Lightning &

Surge Protection .........................................................9

Chapter I General Description

1.1 Description

The V2109 dome controller is compatible with the high-speed dome

cameras/receivers under multiple protocols such as MANCHESTER,

PELCO-D/P, SAMSUNG, VICON and INFINOVA. The V2109

dome controller is capable of handling camera switching, menu

programming, PTZ and LENS control,

PRESET/PATTERN/AUTOPAN control, dome menu programming,

etc.

The V2109 dome controller can directly communicate with

high-speed dome cameras/receivers via RS485 or Manchester code.

The 3-D joystick on the CONTROLLER can control fixed or

variable-speed pan/tilt or high-speed dome cameras. The lens key

allows for control of motorized lenses, including: IRIS

(OPEN/CLOSE), FOCUS (FAR/NEAR), and ZOOM

(WIDE/TELE), and the LCD display window displays the camera

switching ID number. The built-in beeper will alert once receiving

the alarming signals. Three status LEDs indicate the current running

status of the system.

1.2 Models

V2109 Dome Controller with LCD display, 3-D joystick

and RS485/Manchester code output, 120V/60Hz

V2109X Dome Controller with LCD display, 3-D joystick

and RS485/Manchester code output, 230V/50Hz

1.3 Features

z 3-D variable joystick allows for PTZ /lens control, and control

over high-speed dome cameras

z Preset, pattern and AUTOPAN

z Provides RS485 and Manchester code for direct control over

dome cameras and receivers

1.4 Controller Layout

POWER MANCHESTER RS485

10 11

CAM

321

654

CLEAR 0WIDEPROG

ACK FAR

NEAR

NEXT CLOSE OPEN

LAST F1 SHOT

TELE

4 5 67

19 18 17

Infinova®

DOME CONTROLLER

Figure1-1. Controller layout

(1) NUMERIC keys – Selects the numbers

(2) CLEAR key – Clears the numbers entered

(3) CAM key – Selects a camera

(4) LAST key – Moves down in the menu

(5) NEXT key – Moves up in the menu

(6) ACK key – Selects in the menu

(7) PROG key – Confirms in the menu

(8) WIDE key – Zooms out for wide angle view in Operate mode

(9) TELE key – Zooms in for TELE view in Operate mode.

(10) NEAR key – Adjusts focus of near objects in Operate mode

(11) FAR key – Adjusts focus of distant objects in Operate mode

(12) CLOSE key – Closes camera iris in Operate mode

(13) OPEN key – Opens camera iris in Operate mode

(14) JOYSTICK key – Enables the user to control pan/tilt and

dome

(15) SHOT key – Calls presets in Operate mode

(16) F1 key – Switches/enters or exits the menu

(17) RS485 LED – Displays the RS485 code

(18) MANCHESTER LED – Displays the Manchester code

(19) POWER LED – Displays the power status

(20) LCD DISPLAY – Displays the entered numbers

or instructions

Chapter II Controller Setup and

Connections

In order to facilitate system connection, please use the connection

accessories provided by Infinova. To ensure normal operation and

desired functions, please perform the following setup procedures on

your controller prior to system operation or programming.

2.1 System Setup

To access system setup mode

Press F1 key to enter, and the following will display on the LCD:

Dome Controller

Vxxx

Press F1 key to exit. Use “NEXT” or “LAST” to move, use

“ACK” to select and use “PROG” to confirm. The default key

switch is “OPERATE”, and could switch to “PROG” by pressing

“1+F1”, and switch back to “OPERATE” by pressing “2+F1”.

There are six options in the “System Setup” menu. Press NEXT or

LAST key to toggle through below six options:

BWS Setup

RS485 Setup

Beeper Setup

Joystick Setup

Factory Setup

Exit

2.1.1 BWS Setup

Press PROG to “BWS Setup” menu.

There are two options in the “BWS Setup” menu. Press the NEXT

or LAST key to toggle through below two options:

“ON”=Manchester code is enabled; or “OFF”=Manchester code is

disabled.

Press PROG key to set “ON” or “OFF”. The LCD screen will

display: “Parameter is changed”.

“Previous Menu”=to return to the previous menu

2.1.2 RS485 Setup

Press PROG key to enter “RS485 Setup” menu.

There are 3 options in the RS485 setup menu. Press the NEXT

or LAST key to toggle through below three options:

Type Select

Baud Rate Setup

Previous Menu

Type Select

Press PROG key to get in to “Type Select” menu.

There are 5 options in the type select menu, and the default type is

INFINOVA.

To select types, just press the ACK key to toggle through below five

options:

INFINOVA (Default baud rate is 4800bps)

PELCO-P (Default baud rate is 9600bps)

SAMSUNG (Default baud rate is 4800bps)

VICON (Default baud rate is 4800bps)

PELCO-D (Default baud rate is fixed at 2400bps)

OFF

Example: If the desired type is PELCO-P, firstly select PELCO-P

using ACK key and confirm using PROG key. The LCD screen will

display: “Parameter is changed.”.

Baud Rate Setup

Press PROG key to enter “ RS485 Baud Setup” menu.

There are six options in the “RS485 Baud Setup” menu, and the

default baud rate is 4800bps.

To setup RS485 baud rate, just press the ACK key to toggle through

below six options:

1200

2400

4800

9600

19200

38400

Example: If the desired baud rate is 4800, then just select 4800

baud rate using ACK key and confirm using PROG key. The LCD

screen will display: “Parameter is changed….”

Note: The baud rate for PELCO-D is fixed at 2400 bps. When the

selected baud rate is not 2400bps, the displayed baud rate is still

2400bps while confirming by pressing PROG key, and the beeper

will alert.

“Previous Menu”=to return to the previous menu.

Press PROG key to return to the previous menu.

2.1.3 Beeper Setup

Press PROG key to enter beeper Setup” menu.

There are two options in the beeper setup menu, and the default

setting is “ON”. Toggle between the following two options using the

NEXT or LAST key:

“ON”=to enable the controller beeper, or “OFF”=to disable the

controller beeper.

To set up the controller beeper, press PROG key.

The LCD screen will display: “Parameter is changed”.

“Previous Menu”= to return to the previous menu.

2.1.4 Joystick setup

To set original Joystick Position

You can reset the original position for the joystick. This feature is

useful when the joystick has been operated for a long period of time,

and its original position shifts slightly away from the central point

(the factory preset original position). Under such circumstances, the

current original position could be reset to achieve accurate

operation.

Press PROG key to enter “Joystick Setup” menu.

There are two options in the “Joystick Setup” menu. To set the

current original position for the joystick, just press the NEXT or

LAST key to toggle between below two options:

“Zero Position” indicates setting the original position for the

joystick. Press PROG key to set the “Zero position”. The LCD

screen will display: “Parameter is changed…”.

“Previous Menu” indicates returning to the previous menu.

2.1.5 Factory default setup

Press PROG key to set the factory default parameters.

“Previous Menu” indicates returning to the previous menu.

2.1.6 Exit

Press PROG key to exit the menu.

2.2 Version Control

Press F1 key to display the version number:

Dome Controller

Vxxx

2.3 System Connections

Take V2109 dome controller as an example to show system

connections in this chapter. Unless noted otherwise, the descriptions

illustrated by V2109 apply to V2109X as well.

V2109 dome controller features built-in RS485 and

Manchester control code generators for direct control over Infinova

series receiver/drivers or dome cameras.

BWS

T+ T- R+ R-

Figure 2-1. V2109 rear panel

Figure 2-1 (shown above) illustrates the communication ports on the

profile of V2109 controller:

① These three pins respectively labeled "B", "W" and "S" are

used for direct control of receiver/drivers or dome cameras via

Manchester control code;

② These five pins respectively labeled "T+", "T-", “R+”, “R-” and

"" are used for direct control of receiver/drivers or dome

cameras via RS485 control code;

③ Power cord.

2.3.1 Control Super Domes

A single controller is capable of providing direct PTZ control over

Infinova series Super Dome cameras.

Figure 2-2 and figure 2-3 shown below illustrate the connections

between the controller and super domes.

Communication ports on V2109 rear panel

R+T-T+ B WS

GR- POWER MANCHESTE R RS485

CAM

321

654

CLEAR 0WIDEPROG

ACK FARNEAR

NEXT CLOSE OPEN

LAST F1 SHO T

TELE

V2109

SUPER

DOME

Infinova®

DOME CONTROLLER

SUPER

DOME

75Ω Terminator

Figure2-2. Control Domes Via Manchester Code

R+T-T+ B WS

GR-

POWER MANCHESTER RS485

CAM

321

654

CLEAR 0WIDEPROG

ACK FAR

NEAR

NEXT CLOSE OPEN

LAST F1 SHOT

TELE

V2109

SUPER

DOME

120Ω Terminator

Infinova®

DOME CONT ROLLER

Communication ports on V2109 rear panel

SUPER

DOME

Figure2-3. Control Domes Via RS485 Code

2.3.2 Controls Receivers/Drivers

The actual drive capability of V2109 dome controller shall be 4 to 5

receivers whose ID fall within the scope of 1-64, in addition V2109

can work with V2412M series to provide control of up to 16

receivers. (Please refer to V2412M series user documentation for

more information.)

Figure 2-4 shown below illustrates the connections between the

controller and the receivers/drivers.

POWER MAN CHESTER RS4 85

CAM

321

654

CLEAR 0WIDEPROG

ACK FAR

NEAR

NEXT CLOSE OPEN

LAST F1 SHOT

TELE

Infinova®

DOME CONTRO LLER

R+T-T+ B WS

GR-

POWER

CODE

+REF

PAN1 POT

PAN2 POT

TILT POT

FOCUS POT

ZOOM POT

-REF

SHIELD

AUX1 N/C

AUX1 N/O

AUX1 COM

AUX2 N/C

AUX2 N/O

AUX2 COM

W S B

24VAC

V1690M

V2109

Communication ports on V2109 rear panel

Figure2-4. Control Receivers/Drivers Via Manchester Code

Chapter III Controller Operation and

Programming

This chapter describes the operation of V2109 dome controller and

programming procedures with domes/receivers. Please make sure

that V2109 dome controller has been correctly connected to the

domes/receivers prior to operation or programming.

3.1 Controller Operation

Place the key switch at “OPERATE” (press 2+F1), and LCD will

display “OPERATE”.

Start controller operations after entering the operation mode.

3.1.1 Camera Selection

1. Enter the ID number of the desired camera.

2. Press the CAM key to call up the camera.

The ID number of the called camera will be displayed on the

controller LCD.

3.1.2 Camera Control

Camera site functions become available after the desired camera has

been called to a monitor. If the camera is equipped with a motorized

lens and/or a pan/tilt motor, operators can activate pan/tilt, focus,

zoom, and iris controls via a controller.

Pan/Tilt Control

If the camera selected is properly equipped, operators can use the

controller to control its pan/tilt movements.

To control pan/tilt

1. Call the desired pan/tilt address ID.

2. Deflect the joystick to move pan/tilt (Holding the joystick in the

desired direction will keep the pan/tilt moving until the joystick is

released or centered).

3. Release or center the joystick when the camera is at the desired

scene or view, as shown on the monitor.

When controlling variable-speed pan/tilts, camera movement is in

direct proportion to the position of the joystick; the farther from the

center the joystick moves, the faster the pan/tilt moves.

Lens Control

To control lens (camera Iris, Focus and Zoom)

1. Call the desired camera to a pre-selected monitor.

2. Press and hold a control key in the FOCUS, IRIS or ZOOM

section for the designated performance.

3. Release the control key at the desired scene or view, as shown on

the monitor.

3.1.3 Calling a Preset

Cameras equipped with motorized pan/tilt and/or lenses with servo

control capability, can define and store presets (pre-positioned

scenes) at the receiver for automatic call-up. Please refer to section

3.2.1 for more details on how to define and call up presets.

3.1.4 Running a Pattern

Users could call a pre-defined camera PTZ pattern by using

PATTERN function. Please refer to section 3.2.2 for more details on

how to define and call up patterns.

3.2 Programming

Place the key switch at “PROGRAM” (press 1+F1), and LCD will

display “PROGRAM”.

Start domes/receivers programming after entering the program

mode.

3.2.1 Preset Programming

Infinova series receivers and super domes feature a preset function,

which is programmable via the SHOT button and the numeric keys

on the controller. Presets (pre-defined positions for pan/tilt and lens)

can be stored in camera site receivers and called up by the system

via controller or other control device.

To define a Preset

1. Place the key switch in the PROGRAM position.

2. Use the joystick to change the pan/tilt and lens positions.

3. When the desired camera view is displayed, release the joystick.

4. Enter the preset number (1-64), and press the SHOT key.

5. Place the key switch in the OPEREATE position.

To call a Preset

1. Call the desired camera to the current monitor, i.e., switch the

camera input to the selected monitor.

2. Enter the desired preset number (1-64).

3. Press the SHOT key to call the preset.

3.2.2 Pattern Programming

Infinova series receivers and super domes feature a pattern function,

which is programmable via the SHOT button and numeric keys on

the controller. Patterns can be stored in the super domes and called

up by the system via controller or other control device.

To define a Pattern

1. Place the key switch in the PROGRAM position.

2. Enter the preset number (70 for pattern 1, 71 for pattern 2, and 72

for pattern 3), and press the SHOT key.

3. Use the joystick to change the pan/tilt and lens positions for the

desired pattern.

4. Enter the number “69” and press the SHOT key to end the pattern

setting process.

To call a Pattern

1. Call the desired camera to a pre-selected monitor.

2. Enter the pattern number (70 for pattern 1, 71 for pattern 2, and

72 for pattern 3) on the numeric keypad.

3. Press the SHOT key to call the pattern.

Appendix I Specifications

Communication protocol

RS485 output………………………………………………EIA485

Manchester code………………………………………Manchester

Electrical

Voltage………………………………230VAC/50Hz, 120VAC/60Hz

Power consumption………………………………………………3W

Mechanical

Dimension……………………2.2″H × 12.44″W × 6.5″D

55mm (H)×316mm (W)×165mm (D)

Weight……………………………………………… 6.6 lb (3.0kg)

Color……………………………………………………………Grey

Compatibility

MANCHESTER CODE, PELCO P/D, SAMSUNG, VICON, AND

INFINOVA

Environmental

Temperature………………………………32℉~104℉(0℃~40℃)

Humidity……………………………0~90﹪RH (non-condensing)

Appendix II Controller Operation Instructions

1. PELCO-P/D PROTOCOL

Camera ID 1~255 under PELCO-P, 1~254 under PELCO-D protocol. We can set/call up 62 presets under PELCO-P protocol, 32 presets under

PELCO-D protocol.

PATTERN SET/SAVE/CALL UP CONTROLLER FUNCTION KEYS

SET A PATTERN PROGRAM 70+SHOT

SAVE A PATTERN PROGRAM 69+SHOT

CALL UP A PATTERN OPERATE 70+SHOT

AUTOPAN SET/SAVE/CALL UP CONTROLLER FUNCTION KEYS

SET AUTOPAN OPERATE 92+SHOT

SAVE AUTOPAN OPERATE 93+SHOT

CALL UP AUTOPAN OPERATE 98+SHOT

DOME PRESET SET/CALL UP CONTROLLER FUNCTION KEYS

SET DOME PRESET PROGRAM XX+SHOT (XX REPRESENTS

PRESET NUMBER)

CALL UP DOME PRESET OPERATE XX+SHOT

CONTROLLER FUNCTION KEYS

CALL UP AUTOSCAN OPERATE 99+SHOT

CONTROLLER FUNCTION KEYS

AUTO FLIP 180° OPERATE 33+SHOT

HOME POSITION OPERATE 34+SHOT

CONTROLLER FUNCTION KEYS ENTER THE DOME MENU UNDER

PELCO P/D PROTOCOL PROGRAM OR OPERATE 95+SHOT

2. VICON PROTOCOL

Camera ID 1~255 under VICON protocol, we can set/call up 64 presets under VICON protocol.

PATTERN SET/SAVE/CALL UP CONTROLLER FUNCTION KEYS

SET PATTERN 1 PROGRAM 70+SHOT

SET PATTERN 2 PROGRAM 71+SHOT

SAVE PATTERN PROGRAM 69+SHOT

CALL UP PATTERN 1 OPERATE 70+SHOT

CALL UP PATTERN 2 OPERATE 71+SHOT

AUTOPAN SET/SAVE/CALL UP CONTROLLER FUNCTION KEYS

SET AUTOPAN OPERATE 92+SHOT

SAVE AUTOPAN OPERATE 93+SHOT

CALL UP AUTOPAN OPERATE 98+SHOT

DOME PRESET SET/CALL UP CONTROLLER FUNCTION KEYS

SET DOME PRESET PROGRAM XX+SHOT (XX REPRESENTS

PRESET NUMBER)

CALL UP DOME PRESET OPERATE XX+SHOT

CONTROLLER FUNCTION KEYS

ENTER THE DOME MENU UNDER

VICON PROTOCOL PROGRAM OR

OPERATE 95+SHOT

3. SAMSUNG PROTOCOL

Camera ID 1~255 under SAMSUNG protocol, we can set/call up 64 presets under SAMSUNG protocol.

CONTROLLER FUNCTION KEYS

FACTORY RESET PROGRAM 65+SHOT

ENTER THE MENU PROGRAM 66+SHOT

CONTROLLER FUNCTION KEYS

CALL UP PATTERN 1 OPERATE 66+SHOT

CALL UP PATTERN 2 OPERATE 67+SHOT

CALL UP PATTERN 3 OPERATE 68+SHOT

CALL UP AUTOPAN OPERATE 69+SHOT

CAMERA ACTION OPERATE 70+SHOT

CALL UP AUTOSCAN OPERATE 72+SHOT

CONTROLLER ACTION FUNCTION KEYS

MOVE CURSOR UPWARD 2＋SHOT

MOVE CURSOR DOWNWARD 8＋SHOT

MOVE CURSOR LEFTWARD 4＋SHOT

MOVE CURSOR RIGHTWARD 6＋SHOT

CONFIRM TO ENTER THE NEXT MENU 5＋SHOT

AFTER CALLING UP THE

DOME MENU

EXIT THE MENU 67＋SHOT

4. INFINOVA PROTOCOL

Camera ID 1~128 under INFINOVA protocol, we can set/call up 64 presets under INFINOVA protocol.

PATTERN SET/SAVE/CALL UP CONTROLLER FUNCTION KEYS

SET PATTERN 1 PROGRAM 70+SHOT

SET PATTERN 2 PROGRAM 71+SHOT

SET PATTERN 3 PROGRAM 72+SHOT

SAVE PATTERN 1 PROGRAM 70+SHOT

SAVE PATTERN 2 PROGRAM 71+SHOT

SAVE PATTERN 3 PROGRAM 72+SHOT

CALL UP PATTERN 1 OPERATE 70+SHOT

CALL UP PATTERN 2 OPERATE 71+SHOT

CALL UP PATTERN 3 OPERATE 72+SHOT

CLEAR PATTERN PROGRAM 69+SHOT

RE-CALL UP PATTERN OPERATE 69+SHOT

CONTROLLER FUNCTION KEYS

SET AUTOSCAN LEFT BORDER PROGRAM 66+SHOT

SET AUTOSCAN RIGHT BORDER PROGRAM 66+SHOT

RUN AUTOSCAN OPERATE 66+SHOT

CONTROLLER FUNCTION KEYS

ENTER THE MENU PROGRAM 65+SHOT

AUTO FLIP 180° OPERATE 65+SHOT

CLEAR PROGRAM 67+SHOT

REMOTE RESET PROGRAM 68+SHOT

Note: To clear or re-call up the patterns, we need to select the corresponding patterns after pressing “69+SHOT”

5. MANCHESTER CODE PROTOCOL

Camera ID 1~64 under MANCHESTER CODE protocol, we can set/call up 64 presets under MANCHESTER CODE protocol.

PATTERN SET/SAVE/CALL UP CONTROLLER FUNCTION KEYS

SET PATTERN 1 PROGRAM 70+SHOT

SET PATTERN 2 PROGRAM 71+SHOT

SET PATTERN 3 PROGRAM 72+SHOT

SAVE PATTERN PROGRAM 69+SHOT

CALL UP PATTERN 1 OPERATE 70+SHOT

CALL UP PATTERN 2 OPERATE 71+SHOT

CALL UP PATTERN 3 OPERATE 72+SHOT

AUTOPAN SET/SAVE/CALL UP CONTROLLER FUNCTION KEYS

SET AUTOPAN PROGRAM 67+SHOT

SAVE AUTOPAN PROGRAM 68+SHOT

CALL UP AUTOPAN OPERATE 67+SHOT

CONTROLLER FUNCTION KEYS ENTER THE DOME MENU UNDER

MANCHESTER PROTOCOL PROGRAM OR OPERATE 66+SHOT

Appendix III 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%. According to the table, if a device rated at 50W is installed 17-meter away from the transformer, the minimum cable

diameter shall be 0.8000mm. A lower diameter value tends to cause voltage loss and even system instability.

0.8000 1.000 1.250 2.000

10 283 (86) 451 (137) 716 (218) 1811 (551)

20 141 (42) 225 (68) 358 (109) 905 (275)

30 94 (28) 150 (45) 238 (72) 603 (183)

40 70 (21) 112 (34) 179 (54) 452 (137)

50 56 (17) 90 (27) 143 (43) 362 (110)

60 47 (14) 75 (22) 119 (36) 301 (91)

70 40 (12) 64 (19) 102 (31) 258 (78)

80 35 (10) 56 (17) 89 (27) 226 (68)

90 31 (9) 50 (15) 79 (24) 201 (61)

100 28 (8) 45 (13) 71 (21) 181 (55)

110 25 (7) 41 (12) 65 (19) 164 (49)

120 23 (7) 37 (11) 59 (17) 150 (45)

130 21 (6) 34 (10) 55 (16) 139 (42)

140 20 (6) 32 (9) 51 (15) 129 (39)

150 18 (5) 30 (9) 47 (14) 120 (36)

160 17 (5) 28 (8) 44 (13) 113 (34)

170 16 (4) 26 (7) 42 (12) 106 (32)

180 15 (4) 25 (7) 39 (11) 100 (30)

190 14 (4) 23 (7) 37 (11) 95 (28)

200 14 (4) 22 (6) 35 (10) 90 (27)

Distance (ft/m)

Power (W)

Diameter (mm)

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. As for surveillance sites beyond the effective protection

scope, it’s necessary to erect independent lightening rods to protect the security devices. It’s recommended to separate the lightning rod from

the mounting pole, placing the rod on an independent pole, as shown in the figure below. If the product has to be installed on the same pole or

pedestal for lightning rod, there should be strict insulation between the video cable BNC terminal, power cable, control cable and the standing

pole of the lightning rod.

For suburb and rural areas, it’s recommended to adopt direct burial for the transmission cables. Overhead wiring is prohibited, because it’s

more likely to encounter lightning strike. Use shielded cables or thread the cables through metal tubes for burial, thus to ensure the electric

connection to the metal tube. In case it’s difficult to thread the cable through the tube all the way, it’s acceptable to use tube-threaded cables

only at both ends of the transmission line, yet the length in burial should be no less than 15 meters. The cable sheath and the tube should be

connected to the lightning -proof grounding device.

Additional high-power lightning-proof equipment and lightning rods should be installed for strong thunderstorm or high induced voltage

areas (such as high-voltage substation).

The lightning protection and grounding for outdoor devices and wires should be designed in line with the actual protection requirement,

national standards and industrial standards.

The system should perform equipotential grounding by streaming, shielding, clamping and earthing. The grounding device must meet

anti-interference and electric safety requirements. There should be no short-circuiting or hybrid junction between the device and the strong

grid. Make sure there’s a reliable grounding system, with grounding resistance below 4Ω (below 10Ω for high soil resistivity regions). The

cross-sectional area of the earthing conductor should be no less than 25mm².

Lightning rod

Front device for

surveillance system

Separated layout for the lightning

rod and the standing pole

LPZOB

LPZOA

Mounting pole

for front device

30° 30°

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

[email protected]

V2.1 1107

Infinova V2109 Series Installation & Operation Instructions

Infinova V2109 Series Installation & Operation Instructions

Infinova V2109 Series Installation & Operation Instructions

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