Infinova V2117X, V2117 Installation & Operation Instructions

V2117 Series

System Keyboard Installation/Operation Instructions

This manual applies to products:

V2117/V2117X

This manual describes the installation and operation procedures of V2117 series system keyboards. Compatible with the matrix switching systems, digital video recorders (DVRs) and network video recorders (NVRs) of the company, V2117 series system keyboards are capable of handling video switching, system setup, menu programming, pan/tilt and lens control, alarm acknowledgement, salvo switching and DVR/NVR control.

V2117 series system keyboards can establish Ethernet or bi-directional RS-232 communications with the matrix switching systems of the company. Six different baud rates are provided to meet various requirements. They also feature built-in RS485 and Manchester control code generators for direct control over 16 site receivers and super domes. Besides, they could directly control DVR through RS-485 interface and NVR through network interface.

To facilitate system operation, the LCD display window indicates site number, camera number, monitor number, as well as any digital inputs from the keyboards.

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

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

FCC Warning

V2117 series system keyboards all comply with Part 15 of the FCC rules.

Operation is subject to the following two conditions.

 This device may not cause harmful interference.  This device must accept any interference received, including interference that may cause undesired operation.

V2117 series system keyboards have 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.

is a trademark of Infinova.

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.  Only use components and parts recommended by manufacturer.  Position power source and related wires to assure they will be kept away from ground and access way.  Refer all service matters to qualified personnel.  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 indoor 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 Keyboard Layout .................................................................. 1

Chapter II Keyboard Setup and Installation .............................. 2

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

2.1.1 COMM Setup ................................................................ 2

2.1.2 RS485 Setup .................................................................. 3

2.1.3 BWS Setup .................................................................... 3

2.1.4 Joystick Setup ................................................................ 3

2.1.5 RPT Setup ..................................................................... 3

2.1.6 Beeper Setup ................................................................. 4

2.1.7 CAM Input Setup .......................................................... 4

2.1.8 Factory Default .............................................................. 4

2.1.9 Exit ................................................................................ 4

2.2 Version control ...................................................................... 4

2.3 System Connection ............................................................... 4

2.3.1 V2117 Keyboard Controls Super Domes ...................... 4

2.3.2 V2117 Keyboard Controls Receivers/Drivers ............... 5

2.3.3 RS-232 Communications ............................................... 5

2.3.4 Ethernet Communications ............................................. 6

2.3.5 Using Port Expanders .................................................... 6

Chapter III Keyboard Operation and Programming ................. 7

3.1 Keyboard Operation .............................................................. 7

3.1.1 Keyboard LCD .............................................................. 7

3.1.2 Establishing Ethernet Communication .......................... 8

3.1.3 User Login ..................................................................... 8

3.1.4 Video Switching ............................................................ 9

3.1.5 Camera Control ............................................................. 9

3.1.6 Running a Tour .............................................................. 9

3.1.7 Calling a Preset ............................................................ 10

3.1.8 Calling a Salvo ............................................................ 10

3.1.9 Calling a Pattern .......................................................... 10

3.1.10 Activating Auxiliary Relays ...................................... 10

3.1.11 Acknowledging an Alarm .......................................... 10

3.2 Matrix System Setup ........................................................... 10

3.2.1 System Reset ............................................................... 11

3.2.2 Arranging Monitor Display ......................................... 11

3.2.3 Programming Monitor Tour ........................................ 11

3.2.4 Setting Date Format .................................................... 12

3.2.5 Setting Day of the Week ............................................. 12

3.2.6 Programming Preset .................................................... 12

3.2.7 Programming Pattern ................................................... 12

3.2.8 Camera Lockout .......................................................... 12

3.2.9 Monitor Arming/Disarming ........................................ 12

3.3 Menu Programming ............................................................ 13

Chapter IV DVR Control Function ........................................... 13

4.1 System Setup ...................................................................... 13

4.1.1 Access System Setup Mode ........................................ 13

4.1.2 Menu Setup for DVR Control ..................................... 13

4.2 System Connection ............................................................. 14

4.3 System Operation ................................................................ 14

4.3.1 Select the Controlled DVR .......................................... 14

4.3.2 Switch PTZ Status ....................................................... 14

4.4 Control DVR via Ethernet .................................................. 14

4.4.1 Keyboard Menu Setup ................................................. 15

Chapter V NVR Control Function ............................................. 15

5.1 System Setting .................................................................... 15

5.1.1 Enter System Setting Mode ......................................... 15

5.1.2 Set Keyboard Menu ..................................................... 15

5.2 System Connection ............................................................. 15

5.3 System Operation ................................................................ 16

5.3.1 Select Controlled NVR ................................................ 16

5.3.2 Switch PTZ Status of NVR ......................................... 16

Appendix I Specifications ........................................................... 17

Appendix II Keyboard Operation under Different Protocols .. 17

Appendix III Table for Functions of DVR Front Panel Keys .. 20

Appendix IV Table for Functions of NVR Front Panel Keys .. 21

Appendix V Cable Diameter Calculation and Lightning &

Surge Protection ..................................................... 24

Chapter I General Description

1.1 Description

V2117 series system keyboards are compatible with V series matrix switchers/controllers and digital video recorders, available in either a desktop or rack-mount configuration.

V2117 series system keyboards are capable of handling video switching, system setup, menu programming, PTZ (Pan/Tilt/Zoom) control, alarm acknowledgement, salvo switching, and DVR/NVR control, etc.

There is a user login feature for added system security. RS485 and Manchester code outputs allow for direct control over Infinova series receivers/drivers or dome cameras. Meanwhile, they could directly control DVR through RS-485 interface and NVR through network interface.

The 3-D joystick can control either fixed or variable-speed pan/tilts. The lens key allows for control of motorized lenses, including: iris (OPEN/CLOSE), focus (FAR/NEAR), and zoom (WIDE/TELE).

The LCD display window indicates site number, camera number, monitor number, as well as any digital inputs from the keyboard. A built-in beeper function will alert operators to system errors.

V2117 series system keyboards can establish Ethernet or bi-directional RS-232 communications with Infinova series matrix switching systems. Six different baud rates are provided to work with different major matrix switcher/controllers. They also offer four LEDs indicating running status of the system.

1.2 Models

V2117 System keyboard with LCD display, 3D joystick,

RS485/Manchester output, DVR/NVR Control and RS232/Ethernet Communication, 120V/60Hz

V2117X System keyboard with LCD display, 3D joystick,

RS485/Manchester output, DVR/NVR Control and RS232/Ethernet Communication, 230V/50Hz

1.3 Features

• Built-in RS485/Manchester control code generators, allowing

direct control over site receivers or super domes.

• DVR control through RS-485 interface.

• NVR control through network interface

• Communicates with the matrix switching system through RS-232

or Ethernet interface.

• User-friendly design with clearly labeled operation keys.

• Video input/output switching ability.

• Variable-speed 3-D joystick for controlling motorized pan/tilts

and lens.

• Capable of programming, starting and controlling.

• Support System/Monitor Tours and System Salvos.

• Convenient monitor arming/disarming and alarm

acknowledgement.

• Easy preset defining and calling up.

• Camera lockout capability.

• Six optional baudrates: 1200, 2400, 4800, 9600, 19200,

38400bps.

1.4 Keyboard Layout

Power Manchester

Ethernet

RS485

ACK

LAST LOCK

OFF

PATRN

OPERATE

RUN

PLAY

ARM

POWER

SHOT

PRST

PROGRAM

ENTER

HOLD

REC

SALVO

PROG

789

PQRS TUV

CAM

SHIFT

1 2 3

ABC

4 5 6

GHI JKL

7 8 9

CLEAR

ESC

MNO

WXYZ

MON

UNIT

AUXILIARY

P A

OFF

DEF

IRIS

P A

OPEN

EDIT

PTZ

FOCUS

FAR

NEAR

ZOOM

WIDE

TELE

SYS

PTT

Figure 1-1. V2117 System Keyboard Layout

(1) Key switch (2) USER key (3) Site control (4) F1 key (5) F2 key (6) Monitor/UNIT key (7) PROG key (8) ARM/POWER & OFF key (9) SALVO/MENU key (10) NEXT key (11) Camera/SHIFT key (12) RUN/PLAY key (13) HOLD/REC key (14) LAST key (15) LOCK key (16) ACK/ENTER key (17) Numeric key (18) WIDE/SYS/Up arrow key (19) TELE/PTT/Down arrow key (20) NEAR/Left arrow key (21) FAR/Right arrow key (22) CLOSE/PTZ/Page up key (23) OPEN/EDIT/Page down key (24) OFF/Page left key (25) ON/Page right key (26) SHOT/PRST key (27) PATRN/Exit key (28) LCD display panel (29) Four LED indicators (30) 3-D Joystick (31) CLEAR/ESC key

Note: Please refer to Appendix III for details on keys used for DVR functions, or Appendix IV for details on keys used for NVR functions.

P A G E

USER

CONTROL

DOWN

E X

SITE

I T

Infinova

SYSTEM KEYBOARD

E N T E R

Chapter II Keyboard Setup and Installation

Note: 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 keyboard prior to system operation or programming.

2.1 System Setup

To access system setup mode

Place the key switch in the MENU position, press F1 key, and the following will display on the LCD:

System Keyboard VXXX

Press PROG key to get in to “System Setup” menu. There are 8 options in the “System Setup” menu. Press NEXT or LAST key to toggle through below eight options:

COMM Setup RS485 Setup BWS Setup Joystick Setup RPT Setup Beeper Setup Cam Input Setup Factory Default

2.1.1 COMM Setup

Press PROG key to get in to “COMM Setup” menu. There are 4 options in the “COMM Setup” menu. Press the NEXT or LAST key to toggle through below four options:

COMM Select RS232 Baud Setup Ethernet IP Setup Previous menu

To Select COMM

Press PROG key to get in to “COMM Select” menu. There are 3 options in the “COMM Select” menu. Press the ACK key to toggle through below two options:

Set to: RS232 Set to: Ethernet Set to: OFF

Press PROG key to change the setting. The LCD screen on V2117 keyboard will show: “Parameter is changed”.

To Set RS232 Baud Rate

Press PROG key to enter “RS232 Baud Setup” menu. There are 6 options in the RS232 baud set menu. Press the ACK key to toggle through below six options:

1200 2400

4800 9600 19200 38400

Example: If the desired baud rate is 4800, first press ACK to select

baud rate 4800 then press PROG key to confirm. The LCD screen on V2117 keyboard will show: “Parameter is changed”.

Ethernet IP Setup

Press PROG key to enter the “Ethernet IP Setup” menu. IP setting includes local IP (IP for the keyboard), matrix IP (IP for the target matrix switcher), digital video recorder (DVR for short) IP (IP for the target DVR), gateway IP and subnet mask IP. Each setting is prompted by different messages in the LCD.

Note: Every time the IP address or network communication mode is changed, it is recommended to turn the Keyswitch twice (from MENU to OPERATE), so as to establish network communication quickly.

There are 7 options in the IP Address set menu. To set IP addresses, just press the NEXT or LAST key to toggle through below five options.

Local IP Address: 192.168.000.001 Matrix IP Address: 192.168.000.001 Dvr IP Address: 192.168.000.001 Gateway: 192.168.000.001 Subnet Mask: 255.255.255.000 Multicast: 224.000.000.052 Previous menu

To Set Local IP:

1. Enter the first group of number for the first byte

2. Press ACK key to confirm

3. Repeat step 1 to 2 until the four bytes settings are finished

4. Press NEXT to save current setting.

Example: To set the local IP address as 192.168.0.10:

1. Enter 192 and then press ACK key

2. Enter 168 and then press ACK key

3. Enter 0 and then press ACK key

4. Enter 10 and then press ACK key The LCD screen on V2117 keyboard will show the IP address as

192.168.0.10.

Note: Use NEAR and FAR Keys to toggle between the four IP address bytes.

To Set Matrix IP:

You can set matrix IP when the message “Matrix IP Address” is displayed. The default matrix IP is 192.168.000.001. Follow the same procedure of setting the local IP to set the matrix IP. Note: The last byte of the matrix IP must be set as the same as the

site number of the target matrix switcher. For example, in order to control site 3, the matrix IP should be set to XXX. XXX. XXX.003.

To Set DVR IP:

You can set DVR IP when the message “DVR IP Address” is displayed. Follow the same procedure of setting the local IP to set the DVR IP.

To Set Gateway:

You can set gateway when the message “Gateway” is displayed. The default gateway IP is 192.168.000.001. Follow the same procedure of setting the local IP to set the gateway.

To Set Mask Address:

You can set Net Mask when the message “Subnet Mask” is displayed. The default net mask is 255.255.255.000. Follow the same procedure of setting the local IP to set the subnet mask.

To Set Multicast IP Address:

You can set a multicast IP address when “Multicast” appears. The default multicast IP address is 224.000.000.052. Please set a multicast IP address by following the steps fro setting a local IP address.

To Return to Previous Menu: Press PROG key to return to the previous menu, or press OFF (the No. 8 key) to return to the previous menu.

2.1.2 RS485 Setup

Press PROG key to get in to “RS485 Setup” menu. There are 3 options in the RS485 setup menu. Press the NEXT or LAST key to toggle through below three options:

Protocol Select Baud Rate Setup Previous Menu

To Select Protocol

Press PROG key to get in to “Protocol Select” menu. There are 7 options in the protocol select menu, five protocol options, “DVR” and “OFF”. Press the ACK key to toggle through below seven options:

Protocol: ***(Current protocol) Set to: Infinova protocol (Default baud rate at 4800) Pelco-P protocol (Default baud rate at 9600) Samsung protocol (Default baud rate at 4800) Vicon protocol (Default baud rate at 4800) Pelco-D protocol (Default baud rate at 2400) Dvr (Fixed baud rate at 9600) Off (No protocol is selected)

Example: If the desired protocol is PELCO-P protocol, first press

ACK key to select and then press PROG key to confirm. The LCD screen on V2117 keyboard will show: “Parameter is changed”.

To Set RS485 Baud Rate:

Press PROG key to get in to “ RS485 Baud Setup” menu. There are 5 options in the “RS485 Baud Setup” menu. To setup RS485 baud rate, just press the ACK key to toggle through the five options below:

1200 2400 4800 9600 19200

Example: If the desired baud rate is 4800, first press ACK to select

baud rate 4800 then press PROG key to confirm. The LCD screen on V2117 keyboard will show: “Parameter is changed”.

To Return to Previous menu Press PROG key to return to the previous menu.

2.1.3 BWS Setup

Press PROG key to get in 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:

BWS Setup Previous Menu

To Setup BWS, press PROG key to set “ON” or “OFF”. “ON”=Manchester code is enabled; or “OFF”=Manchester code is

disabled.

The LCD screen on V2117 keyboard will show: “Parameter is changed”.Then, Press PROG key to select “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 maybe shift slightly away from the central point (the factory preset original position). Under such circumstances, reset the current original position by setting parameters. Press PROG key to get in to “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. To set the “Zero position”, press PROG key. The LCD screen on V2117 keyboard will show: “Parameter is changed”. “Previous Menu” indicates returning to the previous menu.

2.1.5 RPT Setup

Press PROG key to get in to “RPT Setup” menu.

There are two options in the “RPT Setup” menu. To toggle between the following two options using the NEXT or LAST key: “ON”=to select the PTZ Control Mode for Infinova matrix switching systems, “OFF”= a factory-reserved option for future products. To set a desired PTZ Control Mode, press PROG key. “Previous Menu”=to return to the previous menu.

2.1.6 Beeper Setup

Press PROG key to get in to “Beeper Setup” menu. There are two options in the beeper setup menu. To toggle between the following two options using the NEXT or LAST key: “ON”=to enable the keyboard beeper, or “OFF”=to disable the keyboard beeper. To set up keyboard beeper, press PROG key. The LCD screen on V2117 keyboard will show: “Parameter is changed”. “Previous Menu”= to return to the previous menu.

2.1.7 CAM Input Setup

Press PROG key to get in to “Cam Input Setup” menu. There are two options in the “Cam Input Setup” menu. To toggle between the following two options using the NEXT or LAST key:

1. “Mode 1” indicates normal camera input mode. The number that the user enters on the keyboard is the complete camera number. “Mode 2” indicates camera number input memory mode. When user inputs a camera number that has more than 4 digits on the keyboard, the digits that are higher than 4 will be remembered. And then, if user input a camera number with 4 digits or less, the remembered number will be filled in the order that is higher than the 4th digit (from right) to form a new number. Press PROG key to select mode. The LCD screen on V2117 keyboard will show: “Parameter is changed”.

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

2.1.8 Factory Default

Press PROG key to set the factory default parameters.

Note: To avoid the unexpected errors happening, please do not operate the joystick when setting the factory default parameters.

2.1.9 Exit

For menu exit, turn the key switch to PROGRAM or OPERATE position.

connections in this chapter. Unless noted otherwise, the descriptions illustrated by V2117 apply to V2117X as well.

V2117 keyboard features built-in RS485 and Manchester control code generators for direct control over Infinova series receiver/drivers or dome cameras.

RS232 PORT

ETHERNET

2 3

T+ T- G S

Figure 2-1. V2117 Rear Panel

Figure 2-1 (shown above) illustrates the communication ports on the profile of V2117 keyboard:

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 three pins, respectively labeled as "G", "T-" and "T+", are

provided for direct control over receiver/drivers dome cameras via RS485 control code;

3. Ethernet port is used for Ethernet connections;

4. RS-232 port is used for RS-232 communications with the matrix

switching system.

2.3.1 V2117 Keyboard Controls Super Domes

A single keyboard 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 with super domes.

2.2 Version control

Press F1 key to display the version number:

VXXX

2.3 System Connection

Take V2117 system keyboard as an example to show system

Terminated with a 120 ohm resi stor

BWS

addition V2117 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 and Figure 2-5 shown below illustrate the connections with the receivers/drivers.

Terminated with a 120 ohm resi stor

Super Dome

BWS

POWER

MANCHESTER

RS485

ETHERNET

ACK

LAST LOCK

1 2 3

RS232

ETHERNET

T+T-G B W S

Communication ports on V2117 rear p anel

ENTER

DEF

ABC

RUN

HOLD

4 5 6

PLAY

REC

GHI JKL

MNO

ARM

OFF

SALVO

7 8 9

POWER

PQRS TUV

WXYZ

SHOT

CAM0MON

PROG

PATRN

PRST

UNIT

SHIFT

OPERATE

CLEAR

PROGRAM

ESC

Figure 2-2. Control Dome Cameras Via Manchester Code

R+ R- R-R+

Super Dome

W S B

TILT PO T

+REF

PAN1POT

PAN2POT

AUX1N/O

AUX2N/O

AUX2COM

24VAC

AUX1 COM

AUX2 N/C

SHIELD

AUX1N/C

-REF

FOCUS POT

ZOOMPOT

CODE

POWER

V1690M

Power Manchester

Ethernet

RS485

ACK

1 2 3

LAST LOCK

ENTER

DEF

RS232

ETHERNET

Infinova

SYSTEM KEYBOARD

CONTROL

AUXILIARY

E P A

OFF

G E

P A

G E

PTZ

NEAR

WIDE

SYS

SITE

USER

IRIS

P A

OPEN

G E

EDIT

FOCUS

FAR

ZOOM

TELE

PTT

DOWN

V2117

Communication ports on V2117 rear panel

Figure 2-4. Control Receivers/Drivers via Manchester Code

T+T-G B W S

+REF

ABC

RUN

HOLD

4 5 6

PLAY

REC

GHI JKL

MNO

ARM

OFF

SALVO

7 8 9

POWER

PQRS TUV

WXYZ

SHOT

MON

PROG

PATRN

CAM

PRST

UNIT

SHIFT

OPERATE

CLEAR

PROGRAM

ESC

-REF

TILT P OT

PAN1POT

PAN2POT

FOCUS POT

ZOOM POT

RX- RX+ GND

Infinova

SYSTEM KEYBOARD

CONTROL

AUXILIARY

USER SITE

OFF

IRIS

OPEN

EDIT

PTZ

FOCUS

FAR

NEAR

ZOOM

WIDE

TELE

SYS

PTT

DOWN

V2117

24VAC

AUX1N/O

SHIELD

AUX1N/C

24VAC

AUX2N/O

AUX2COM

AUX1COM

AUX2N/C

CODE

POWER

V1690

LAST LOCK

OFF

PATRN

OPERATE

Super Dome

Ethernet

ACK

1 2 3

ENTER

ABC

RUN

HOLD

4 5 6

PLAY

REC

GHI JKL

ARM

SALVO

7 8 9

POWER

PQRS TUV

SHOT

PROG

CAM

PRST

SHIFT

CLEAR

PROGRAM

ESC

Infinova

SYSTEM KEYBOARD

AUXILIARY

CONTROL

USER

SITE

OFF

DEF

IRIS

P A

MNO

PTZ

FOCUS

WXYZ

NEAR

MON

UNIT

ZOOM

WIDE

SYS

U P

OPEN

EDIT

FAR

TELE

PTT

DOWN

V2117

Super Dome

RS232

ETHERNET

T+T-G B W S

Communication ports on V2117 rear panel

Power Manchester

RS485

Figure 2-3. Control Dome Cameras via RS485 Code

2.3.2 V2117 Keyboard Controls Receivers/Drivers

The actual drive capability of V2117 keyboard RS485 output shall be 4 to 5 receivers whose ID fall within the scope of 1-64, in

Infinova

SYSTEM KEYBOARD

CONTROL

SITE

USER

IRIS

P A

OPEN

G E

EDIT

FOCUS

FAR

ZOOM

TELE

PTT

DOWN

RS232

ETHERNET

T+T-G B W S

Communication ports on V2117 rear panel

PATRN

POWER

RS485

LAST LOCK

OFF

MANCHESTER

ETHERNET

RUN

PLAY

ARM

POWER

SHOT

PRST

OPERATE

PROGRAM

AUXILIARY

P A

ACK

1 2 3

OFF

ENTER

DEF

ABC

HOLD

4 5 6

REC

GHI JKL

MNO

PTZ

SALVO

7 8 9

PQRS TUV

WXYZ

NEAR

MON

CAM

PROG

UNIT

SHIFT

WIDE

CLEAR

SYS

ESC

V2117

Figure 2-5. Control Receivers/Drivers via RS485 Code

2.3.3 RS-232 Communications

V2117 keyboard can establish bi-directional RS-232 communications with Infinova series matrix switching systems (V2011, V2015, V2020, V2040, and V2060). Here is just an example to show RS-232 communications with V2011 matrix switch systems.

CAMERAS

1 3 5 7 9 1113 151719 212325 272931

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32

ALARMS

10111213141516

12345678 9

MONITORS

123456 87

RS232 PORTS

ETHERNET

123

MANCHESTER CODE

BWSBWSBWSBWS

RELAYS

NONCCM

V2011

101112 13 14 15 16

BWSBWSBWSBWS

PORT

MANCHESTER CODE

BAUD

1 2 3 4

RELAY

NONCCM

RS485 PORT

T-

V2011

Baud-Selection

1 2 3 4

Baud Rate

on off off off

4800bps 9600bps

off on off off

RESET

V2405A-4

CAMERA

NONCCM

RS485 PORT

T+ T- GND

13579

2468

11131517192123252

10121416182022242628303

KEYBOARD

BCD

12345678 9

3 1

123456 87

RS232 PORTS

123

KEYBOARDKEYBOARD

ALARM

MONITORS

ETHERNET

RS232

ETHERNET

T+T-G B W S

Communication ports on V2117 rear panel

Power Manchester

RS485

LAST LOCK

OFF

POWER

SHOT

PATRN

PRST

OPERATE

Ethernet

ACK

1 2 3

ENTER

DEF

ABC

RUN

HOLD

4 5 6

PLAY

REC

GHI JKL

MNO

G E

ARM

SALVO

7 8 9

PQRS TUV

WXYZ

MON

PROG

CAM

UNIT

SHIFT

CLEAR

PROGRAM

ESC

Infinova

SYSTEM KEYBOARD

CONTROL

AUXILIARY

USER

SITE

OFF

IRIS

OPEN

EDIT

PTZ

FOCUS

FAR

NEAR

ZOOM

WIDE

TELE

SYS

PTT

DOWN

V2117

Figure 2-6. Connect V2011 via RS-232 Communications

2.3.4 Ethernet Communications

V2117 keyboard can establish Ethernet communication with most Infinova series matrix switching systems. Here is just an example to show Ethernet connections with V2015 matrix switching system.

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32

33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 48

49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64

65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16

VIDEO INPUTS

OUTPUTS

ALARMS

10 11 12 151613 14

12345678 9

CODE

BWSBWSBWSBWS

RS485

RELAYS

NCNO CN

DATA LINE

VIDEO

230VAC

50Hz

T+ T - GND

NO NCCN

PROG MON

RS232 PORTS

ETHERNET

POWER

V2015

Hub

T+T-

RS232

ETHERNET

B W S

Powe

RS48

LAST LOCK

PLAY

POWE

SHO

PATRN

PRST

OPERAT

Communication ports on V2117 rear panel

Manchester

Ethernet

AC K

ENTER

HOLD

REC

SALVO

PRO

SHIFT

PROGRA

SYSTEM

KEYBOARD

CONTRO

AUXILIAR

USERSIT

1 2 3

IRI S

4 5 6

OPEN

GHI

MNO

EDIT

FOCU

7 8 9

PQRS

WXYZ

FAR

NEAR

MON

UNIT

ZOO

WIDE

TELE

CLEAR

SYS

ESC

DOWN

E X

I T

Communication ports on V2117 rear panel

V2117

T+T-

RS232

ETHERNET

B W S

Powe

Manchester

RS48

Ethernet

LAST LOCK

1 2 3

ENTER

HOLD

4 5 6

PLAY

REC

GHI

MNO

OFFAR

SALVO

7 8 9

MPOWE

PQRS

WXYZ

SHO

PRO

MON

PATRN

PRST

UNIT

SHIFT

OPERAT

CLEAR

PROGRA

ESC

SYSTEM

KEYBOARD

AUXILIAR

CONTRO

USERSIT

IRI S

OPEN

EDIT

FOCU

FAR

NEAR

ZOO M

WIDE

TELE

SYS

DOWN

V2117

Figure 2-8. System Connections Using a Port Expander

RS232

ETHERNET

T+T-G B W S

Communication ports on V2117 rear panel

Power Manchester

RS485

LAST LOCK

RUN

PLAY

OFF ARM

POWER

SHOT

PATRN

PRST

OPERATE

PROGRAM

Ethernet

AUXILIARY

ACK

1 2 3

OFF

ENTER

DEF

ABC

IRIS

HOLD

4 5 6

REC

GHI JKL

MNO

PTZ

SALVO

7 8 9

FOCUS

PQRS TUV

WXYZ

NEAR

MON

PROG

CAM

UNIT

SHIFT

ZOOM

WIDE

CLEAR

SYS

ESC

OPEN

EDIT

FAR

TELE

PTT

Infinova

SYSTEM KEYBOARD

P A G E

V2117

CONTROL

E X

USER

SITE

I T

U P

DOWN

Figure 2-7. Connect V2015 via Ethernet Communications

2.3.5 Using Port Expanders

In some applications, V2405A-4 series Port Expanders might be required to expand the original RS-232 ports of the matrix switching system.

A single port expander can expand one original port into a maximum of four ports. Different matrix switching systems identify the expanded ports with different approaches.

For details on how your matrix switching system will recognize the expanded ports, please refer to manuals provided with the matrix switching system and the port expander.

Chapter III Keyboard Operation and

Programming

This chapter describes the operation and programming procedures for a matrix switching system. Please make sure that V2117 keyboard has been correctly connected to the matrix switching system prior to operation or programming.

3.1 Keyboard Operation

To perform keyboard operation, access the Operate Mode by placing the key switch in the OPERATE position.

Operation Mode Switching Shortcut:

Matrix RS232 Control Mode: USER + 1 (press and hold USER key and then press numeric key 1); Matrix Ethernet Control Mode: USER + 2 (press and hold USER key and then press numeric key 2); DVR RS485 Control Mode: USER + 3 (press and hold USER key and then press numeric key 3); DVR/NVR Ethernet Control Mode: USER + 4 (press and hold USER key and then press numeric key 4); 4-digit Camera Number Display Mode: USER + 5 (press and hold USER key and then press numeric key 5); 8-digit Camera Number Display Mode: USER + 6 (press and hold USER key and then press numeric key 6); 12-digit Camera Number Display Mode: USER + 7 (press and hold USER key and then press numeric key 7. Available for V2060 series matrix switchers only.).

3.1.1 Keyboard LCD

1. At RS232 Matrix Control Mode

At 4-digit camera number display mode, the LCD will display as follows:

SITE MON CAM

001 0005

Of which, SITE displays nothing; MON displays monitor number in 3 digits; CAM displays camera number in 4 digits.

Example: Switch camera number 89. Enter “89” directly on the keyboard. The newly entered number will be displayed on the bottom right corner of the LCD, as shown below.

SITE MON CAM

001 0005

Then, press CAM key. The camera number on the LCD will be updated as follows:

SITE MON CAM

001 0089

At 8-digit camera number display mode, the LCD will display as follows:

MON:001 CAM:00012345

Of which, MON displays monitor number in 3 digits; CAM displays camera number in 8 digits.

Note: If the camera number is less than 5 digits, the LCD will display as follows:

MON:001 CAM: 1234

At 12-digit camera number display mode, the LCD will display as

follows:

M:001 C: 000000011111

Of which, “M” displays monitor number in 3 digits; “C” displays

camera number in 12 digits.

Example: Switch camera number 89. Enter “89” directly on the keyboard. The newly entered number will be displayed on the bottom right corner of the LCD, as shown below:

M:001 C: 000000011111

Then, press CAM key. The camera number on the LCD will be

updated as follows:

M:001 C: 000000000089

2. At Matrix Ethernet Control Mode

At 4-digit camera number display mode, the LCD will display as follows:

SITE MON CAM

001 0005

219

Of which, SITE displays the last section of the remote site IP

address. If the remote site IP address is 192.168.2.219, the SITE will display 219. MON displays monitor number in 3 digits; CAM displays camera number in 4 digits. @N (@Y) indicates network connection status. @Y indicates connected; @N indicates disconnected. If the network is disconnected, SITE displays nothing.

At 8-digit camera number display mode, the LCD will display as follows:

MON:001 CAM:00012345

S@Y:219

Of which, S@Y (S@N) indicates network connection status. S@Y indicates connected, and displays the end section of the remote site IP address. If the remote site IP address is 192.168.2.219, then it will display S@Y:219. S@N indicates disconnected, and no IP address is displayed. MON displays monitor number; and CAM displays camera number in 8 digits.

Note: If the camera number is less than 5 digits, the LCD will display as follows:

MON:001 CAM: 1234

S@Y:219

At 12-digit camera number display mode, the LCD will display as

follows:

M:001 C: 111111111111

S@N

Of which, S@Y (S@N) indicates network connection status. S@Y indicates connected, and displays the end section of the remote site IP address. If the remote site IP address is 192.168.2.219, then it will display S@Y:219. S@N indicates disconnected, and no IP address is displayed. “M” displays monitor number; and “C” displays camera number in 12 digits.

3. At DVR RS485 Control Mode

UNIT PTZ

229 OFF

UNIT indicates DVR number. PTZ indicates PTZ status. Options are OFF and ON. The PTZ function can be enabled by CLOSE key and disabled by CLEAR key.

To change DVR number, press the “MON/UNIT” key on the keyboard, and the UNIT on the LCD will flash. Then enter the desired number on the keyboard, such as 89:

UNIT PTZ

229 OFF

And then press “MON/UNIT” key again. The LCD will display as follows:

UNIT PTZ

089 OFF

4. At DVR/NVR Ethernet Control Mode

UNIT PTZ

229 OFF

UNIT indicates DVR/NVR number. PTZ indicates PTZ status. Options are OFF and ON. The PTZ function can be enabled by CLOSE key and disabled by CLEAR key. @N (@Y) indicates network connection status. @Y indicates connected; @N indicates disconnected. Note: Network connection status is effective for controlling DVRs via Ethernet. When controlling NVR, the status can be @N or @Y.

3.1.2 Establishing Ethernet Communication

To establish the communication between V2117 keyboard and Infinova series matrix switcher/controller systems via Ethernet network, simply route the Ethernet port on the rear panel of V2117 via Hub to the Ethernet port on the matrix switching system. See figure 2-7 for your information.

3.1.3 User Login

As a system security feature, certain matrix models, V2040 for example, requires a User Login procedure to access system functions. Under such circumstances, you will be prompted by a "UC." message on the LCD to enter a valid user number, and then a "PSC" message to enter the pass code. Only by entering a valid user number and its pass code can you access the keyboard functions such as video switching and menu programming.

To login the system,

1. Enter the user number on the numeric keypad.

2. Press the ACK key. The message " PSC " will be displayed on the

LCD.

3. Enter the pass code (up to 6 digits) for the user. To clear an

incorrect entry, press the CLEAR key, and enter the correct code.

4. Press the ACK key to confirm. If the " PSC" message has been

cleared from the LCD, it indicates a successful login, i.e., the user

has been authorized to perform system operation on the keyboard.

To ensure system security, it is recommended that the current user

should logoff before leaving the system "idle" for some time.

To log off the system

Simply press the USER key. The message "UC-" is be displayed on

the LCD, indicating a new User Login procedure will be required

for system access.

3.1.4 Video Switching

To Select a Monitor

Keyboard control of switching system functions is monitor oriented. Functions are accessed from a keyboard by first calling a monitor to the control of a keyboard and then calling cameras in the system to that monitor.

To call a monitor via keyboard

1. Enter the number of the desired monitor on the numeric keypad.

2. Press the MON key to call the monitor. The number of the called monitor will be displayed on the LCD.

To switch single screen display of a monitor to multi-screen display via keyboard

1. Enter the number of the desired monitor to multi-screen display;

2. Press the MON key;

3. Enter split screen number;

4. Press FAR key to split the monitor to multi-screen. Note: When single screen is needed, just press “1” on the numeric keypad, and press FAR key to finish.

To call the designated split screen of a monitor via keyboard

1. Enter the number of the desired monitor on the numeric keypad;

2. Press the NEAR key;

3. Enter the split screen number of the called monitor;

4. Press MON key to call the designated split screen. The number of called split screen will be displayed on the LCD screen. For example, if the split screen number “09” is called, “.09” will display on it.

To Select a Camera

Camera switching is achieved by first calling a monitor to a keyboard and then calling desired cameras to that monitor.

To call a camera to the selected monitor

1. Enter the number of the desired camera on the numeric keypad.

2. Press the CAM key to call the camera.

The number of the called camera (the camera under control) will be displayed on the keyboard's LCD screen. When a camera is called to a monitor, the monitor will display the live video images captured by the camera, as well as relevant system information.

3.1.5 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 keyboard.

When a camera is being controlled from a different site, the message "IN USE" will be displayed in the on-screen status line, under these circumstances, any control functions will be unavailable until the camera is no longer in use. The system will allow the user to operate the camera only after the controlling keyboard has stopped operation.

Pan/Tilt Control

If the camera selected is properly equipped, operators can use a keyboard to control its pan/tilt movements.

To control pan/tilt

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

2. Deflect the joystick to move the site camera. (Holding the

joystick in the desired direction will keep the camera 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 the camera's 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.

3.1.6 Running a Tour

Tour function enables an operator to continuously display a sequence of camera views/presets, or to perform salvo switching. Easily programmed dwell times allow operators to precisely define each entry that is to be displayed on their monitors. The same camera view or preset can be included in the same tour multiple times. Infinova series matrix switching systems support two types of tours, system tours and monitor tours. System tours are defined by menu programming, while monitor tours are defined by system setup (see Section 3.2.3) for a single monitor.

To Run a Tour

1. Call the monitor on which the tour is to be displayed.

2. Enter the tour number on the numeric keypad.

3. Press the RUN key.

4. Press the ACK key.

Note: If the ACK key is not pressed within the 3-second period,

please repeat from Step 2 to Step 4.

monitor and then a System Tour is called to that monitor, the Monitor Tour will be erased.

To control a running tour

Press the NEXT or LAST key to change the running direction of the tour. When a tour is running, the on-screen Status Line shows the dwell time for each camera in the tour. When running a tour in the forward direction, an "F" is displayed beside the dwell time; when running a tour in the reverse direction, an "R" is displayed.

To stop a tour,

Press the HOLD key to stop the currently running tour. When the tour is stopped, the monitor displays the camera that the tour is stopped on, and the message "HOLD" in the on-screen Status Line. When a tour is placed on HOLD, a user can perform any control function (i.e. pan, tilt, focus, zoom, iris) on the held camera.

To control a tour on hold

An on-hold tour could also be controlled by one of the following commands:

1. Press the NEXT key to display the next camera view in the tour

2. Press the LAST key to display the previous camera view in the

3. Press the numeric 0 key and then the PROG key to remove the

4. Press the RUN key to continue the tour.

CAUTION: Only ONE tour could be run on a given monitor at one time. If a Monitor Tour is programmed to a

sequence.

tour sequence.

currently displayed camera from the tour sequence.

3.1.7 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 Appendix II for details about presets for each receiver or dome camera.

To call a preset,

1. Place the key Switch in the OPERATE Position

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

3. Enter the preset number on the numeric keypad.

4. Press the SHOT key to call the preset.

Note: Please refer to Section 3.2.6 for details on how to define a preset.

3.1.8 Calling a Salvo

The system salvo function permits the simultaneous display of multiple camera scenes on a group of contiguous monitors, providing surveillance over multiple sites at the same time.

To call a Salvo

1. Call the first monitor for the desired system salvo.

2. Enter the system salvo number on the numeric keypad.

3. Press the SALVO key to run the salvo. Note: Salvos can be automatically called from system tours, alarm contacts and other salvos.

3.1.9 Calling a Pattern

The pattern function allows users to call a predefined camera PTZ action.

To call a Pattern

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

2. Turn the key switch to OPERATE position.

3. Enter the pattern number on the numeric keypad.

4. Press the SHOT key to run the pattern.

3.1.10 Activating Auxiliary Relays

An auxiliary is a relay that can be used to switch devices, such as lights and door locks. Each Infinova series site receiver/driver or dome camera provides two auxiliary relay outputs, respectively labeled as "AUX1" and "AUX2".

To activate an auxiliary relay,

1. Call the dome camera or site receiver associated with the

auxiliary relay.

2. Enter the number of the desired auxiliary (1 or 2).

3. Press the AUX ON key to activate the auxiliary relay.

4. Release the AUX ON key.

5. If the relay is defined as a latching type, it will remain activated.

6. If the relay is defined as a momentary type, it will be

automatically deactivated once the AUX ON key is released.

7. Press the AUX OFF key to deactivate a latching type relay.

Note: The controller keyboard could not be used to detect whether the auxiliary relay is a latching or momentary type. Therefore, please pay close attention to the type of an auxiliary relay device when using it.

3.1.11 Acknowledging an Alarm

If a monitor is armed for alarm contacts, it will display the video associated with any active alarm input. If the monitor is armed for manual clearance, the keyboard is used to clear the alarm.

To manually acknowledge an alarm

1. Call the monitor displaying the alarmed video input. (Depending

on the alarm programming setup, each monitor may display one or more alarmed video inputs.)

2. Press the ACK key on the keyboard while the desired alarm

video is being displayed on the monitor.

3.2 Matrix System Setup

Place the key switch in the PROGRAM position to access the (Matrix) System Setup Mode. The following procedures are available in this mode.

3.2.1 System Reset

System reset refers to the procedure of resetting the matrix switching system currently under control to factory defaults.

CAUTION: This procedure will erase all user-entered data.

To reset the system to factory defaults

1. Place the key switch in the PROGRAM position.

2. Enter the following code combinations one by one:

"55 F2" (Enter "55" on the numeric keypad, and then press the F2 key.) "99 F2" (Enter "99" on the numeric keypad, and then press the F2 key.)

3. Place the key switch in the OPERATE position.

The system will clear all user-programmed data and reset the system to factory defaults. Note: As an added system security feature, there is a 3-second period after the "55, F2" command has been entered during which the "99, F2" command must be entered. If the allowed time expires before the “99, F2” command has been entered the system will not reset.

3.2.2 Arranging Monitor Display

Utilizing F2 key combinations from the keyboard, a user can rearrange on-screen displays such as camera titles, camera status, camera numbers, date/time.

To arrange the on-screen displays on a monitor

1. Call the desired monitor.

2. Place the key switch in the PROGRAM position.

3. Enter one of the following F2 code combinations:

"1 F2" Displays the Time and Date of the system. "2 F2" Removes the Time and Date from the on-screen display. "3 F2" Displays the current Camera Title/Number and Monitor/Camera Status. "4 F2" Removes the Camera Title/Number and Monitor/Camera Status from the on-screen display. "5 F2" Displays the character information at the top of the monitor screen. "6 F2" Displays the character information at the bottom of the monitor screen. "7 F2" Displays all the on-screen character information. "8 F2" Removes all the character information from the monitor screen.

4. Place the key switch in the OPERATE position.

3.2.3 Programming Monitor Tour

A monitor tour is a user-programmed sequence of cameras that will appear, in order, exclusively on the called monitor. A monitor tour may contain up to 64 cameras, each video input is displayed on the monitor for a user-defined period of time (Dwell Time).

Press the HOLD key to hold a currently running monitor tour. While the monitor tour is in hold status, press the NEXT key to display the next video input in the pre-programmed sequence, and press the RUN key to start the monitor tour again. The on-screen Status line displays the Dwell Time for each video input.

To program a Monitor Tour

1. Call the desired monitor.

2. Place the key switch in the PROGRAM position.

3. Enter "62", then press the PROG key. This puts the system in

Tour Programming mode.

4. Call the camera to be first displayed in the tour.

5. Using the keypad, enter a number between "1" and "60" to set the

dwell time for the on-screen camera. To stop and hold the tour on that camera, enter "61".

6. Once the desired dwell time has been entered, press the PROG

key to save it. The on-screen display will then show the time or HOLD if "61" was entered in Step 5. (If no more cameras are to be included in the tour, skip to step 9; otherwise, continue with Step 7.)

7. Call the next camera that is to be included in the sequence.

(Cameras do not need to be inserted into the tour in numerical order.)

8. Repeat Step 4 through 7 for each camera until all of the cameras

which are to be included in the tour have been programmed.

9. Press the HOLD or RUN key to exit the Monitor Tour

Programming mode. The HOLD key will leave the display from the last programmed camera on the screen. Pressing the RUN key will switch the picture to the next camera in the tour and will start the tour sequence from that point.

CAUTION: Do NOT enter "62, PROG" during the programming or modification of a monitor tour. Doing so will result in the loss of all programmed camera

information which will necessitate reprogramming.

Re-programming the dwell time of one camera in a monitor tour,

1. Press the NEXT key until the desired camera is displayed on the

monitor, and then press the HOLD key.

2. Enter "0" on the numeric keypad and then press the PROG key.

3. Enter the Dwell Time for the camera input.

4. Press the PROG key.

5. Press the HOLD or RUN key to exit the Monitor Tour

Programming mode.

Note: A System Tours has a priority over a Monitor Tour. Calling a system tour to a monitor will clear the current

tour programmed for that monitor.

Example: Programming a 3-camera monitor tour

1. Place the key switch in the PROGRAM position.

2. Enter "62" on the numeric keypad, and then press the PROG key

to remove any previously defined Monitor Tour.

3. Enter the following code combinations to define the tour

sequence:

"1 CAM" (Sets Camera 1 as the first camera input in the tour sequence.) "1 PROG" (Sets the Dwell Time for Camera 1 as one second.) "2 CAM" (Sets Camera 2 as the second camera input in the tour sequence.) "2 PROG" (Sets the Dwell Time for Camera 2 as two seconds.) "3 CAM" (Sets Camera 3 as the third camera input in the tour sequence.) "3 PROG" (Sets the Dwell Time for Camera 3 as three seconds.)

4. Press the RUN key to exit the Monitor Tour Programming mode

and start the tour.

While a tour is running, press the NEXT or LAST key to change the running direction of the tour. The on-screen Status line will display the dwell time of the current camera. If a tour runs in the forward direction, an "F" will be displayed next to the dwell time; if a tour runs in the reverse direction, an "R" will be displayed instead. Press the HOLD key to stop a running tour when necessary.

3.2.4 Setting Date Format

Infinova series matrix switching systems provide the following three Date Formats:

MM/DD/YY (default) DD/MM/YY YY/MM/DD

You can use V2117 to change the default format.

To set the Date Format:

1. Place the key switch in the PROGRAM position.

2. Enter one of the following code combinations to select the

designated Date Format: "21 F2" or "41 F2" is for MM/DD/YY; "22 F2" or "42 F2" is for DD/MM/YY; "23 F2" or "43 F2" is for YY/MM/DD; "24 F2" or "44 F2" is to recycle the three date formats.

3. Place the key switch in the OPERATE position.

3.2.5 Setting Day of the Week

V2117 keyboard can also be used to set the Day of the Week for the matrix switching system under its control.

To set the Day of the Week,

1. Place the key switch in the PROGRAM position.

2. Enter one of the following code combinations to select the

designated Day of the Week: "61 F2" for Sunday (SUN) "62 F2" for Monday (MON) "63 F2" for Tuesday (TUE) "64 F2" for Wednesday (WED) "65 F2" for Thursday (THR) "66 F2" for Friday (FRI) "67 F2" for Saturday (SAT)

3. Place the key switch in the OPERATE position.

3.2.6 Programming Preset

Infinova series receivers and Super Domes feature a preset function, which is programmable via the SHOT button on the keyboard. Presets (pre-defined positions for pan/tilt and lens) can be stored in camera site receivers and called up by the system via keyboard 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, and press the SHOT key.

5. Place the key switch in the OPERATE position.

3.2.7 Programming Pattern

To define a Pattern,

1. Place the key switch in the PROGRAM position.

2. Enter the preset number, and then press the SHOT key.

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

desired pattern.

4. Enter the SAVE PATTERN number and then press the SHOT key

to end the pattern setting process.

3.2.8 Camera Lockout

In many systems multiple operators will have the ability to control the same camera simultaneously. In this instance, the camera lockout function can be used to deny other operators from controlling specific cameras. Locked out keyboards will then be able to view, but not control, the designated cameras. When a keyboard calls a camera that is locked out, the camera video is displayed along with the message "LOCKED" in the on-screen Status line.

To "lock" a camera,

1. Call the camera to be locked.

2. Place the key switch in the PROGRAM position.

3. Enter the code combination "2 F1".

4. Place the key switch in the OPERATE position.

To "unlock" a camera,

1. Call the camera to be unlocked.

2. Place the key switch in the PROGRAM position.

3. Enter the code combination "1 F1".

4. Place the key switch in the OPERATE position.

3.2.9 Monitor Arming/Disarming

The keyboard can also be used to manually arm or disarm a monitor. For details on system alarm handling, please refer to manuals provided with your matrix switching system.

To arm a selected monitor,

1. Place the key switch in the PROGRAM position.

2. Enter a desired Arming Type Code.

3. Press the ARM key to arm the selected monitor.

4. Place the key switch in the OPERATE position.

To disarm an armed monitor,

1. Place the key switch in the PROGRAM position.

2. Call the monitor to be disarmed.

3. Press the OFF key.

4. Place the key switch in the OPERATE position.

To confirm that a monitor has been disarmed, simply press the ARM key. If the "DIS" message is displayed, the system has been successfully disarmed.

Note: For details on Arming Type Codes, please refer to manuals provided with your matrix switching system.

3.3 Menu Programming

Infinova series matrix switching systems provide powerful menu-driven programming, featuring system tours, salvos, event timers, access controls and alarm handlings.

Menu programming procedures may vary in several aspects among different matrix switching systems. For details on these procedures, please refer to manuals provided with your matrix.

Chapter IV DVR Control Function

The basic functions and general operations of V2117 series keyboard are described in the previous chapters. V2117 series keyboard could have the same functions as the keys on DVR front panel or DVR remote controller, and be used to control Digital Video Recorders. Through the menu settings of V2117 series keyboard, users could switch between the general function and DVR control function. Please read this chapter carefully for details on DVR control function.

4.1 System Setup

Prior to system operations, the corresponding settings for V2117 series keyboard should be completed.

4.1.1 Access System Setup Mode

Place the key switch in the MENU position, press F1 key, and the following will display on the LCD:

System Keyboard VXXX

Note: “XXX” indicates the keyboard version number, which

displays the numbers on the LCD.

Press PROG key to get in to “System Setup” menu. There are 8 options in the “System Setup” menu. Press NEXT or

LAST key to toggle through below eight options:

COMM Setup RS485 Setup BWS Setup Joystick Setup RPT Setup Beeper Setup Cam Input Setup Factory Default

4.1.2 Menu Setup for DVR Control

Press PROG key to get in to “RS485 Setup” menu. There are 3 options in the RS485 setup menu. Press the NEXT or

LAST key to toggle through below three options:

Protocol Select Baud Rate Setup Previous Menu

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

There are 7 options in the Protocol Select menu. To select protocols, just press the ACK key to toggle through below

Infinova protocol (Default baud rate at 4800bps) Pelco-P protocol (Default baud rate at 9600bps) Samsung protocol (Default baud rate at 4800bps) Vicon protocol (Default baud rate at 4800bps) Pelco-D protocol (Default baud rate at 2400bps)

seven options:

Dvr (Fixed baud rate at 9600bps) Off (No protocol is selected)

Firstly press ACK key to select “DVR”, and press PROG key to confirm. The LCD screen on V2117 keyboard will show: “Parameter is changed”.

The baud rate is fixed at 9600bps when DVR protocol is selected.

Note: When “DVR” is selected, the keyboard can be

communicating with DVR. (If the hardware connections are correct and the setting of device ID is completed.) DVR control function could be realized through the key operations. Configure serial port or make other operations after quitting DVR RS485 control mode.

4.2 System Connection

In this section, we will take V2117 series keyboard and V3010/16L as an example to demonstrate the connections.

Use the cables made by our company. Connect one end to RS485 port on the V2117 series keyboard.

Connect another end to the keyboard interface on V3010 real panel (RJ45 connector).

For detailed connections, please refer to the figure below:

1 2 3 4 5 6 7 8 910111213141516

ETHERNET

ALARMS

14 15 16910111213

RELAYS

ALARMS

67812345

3G2GG4G1

VIDEO OUT LINE IN

AUDIO IN

USB

AUDIO OUT

AUDIO IN

KEYBOARD

VGA

RS-232 RS-485

Ethernet Cable

3 = Rx+

4 = Rx-

VIDEO IN

LOOPING

Tested To Comply With

230V

50Hz

FCC Class B Standard For Home Or Office Use

110V 60Hz

V3010

4.3 System Operation

Place the key switch in the “OPERATE” position after the system connections and settings have been made. The LCD screen on V2117 keyboard will show the information below:

UNIT PTZ 000 OFF

The number under the option “UNIT” indicates the number of controlled DVR, ranging from 1 to 255. “000” means that any DVR connected with the keyboard could be controlled.

There are two options, “ON” and “OFF”, for “PTZ”. “ON” indicates that DVR is under “PTZ” status, and “OFF” indicates that DVR is not under “PTZ” status.

4.3.1 Select the Controlled DVR

Multiple DVR units could be controlled by one keyboard in the system. To control a specific DVR, users should select the device ID that DVR corresponds to. For example, follow the steps below to select device ID as “1”.

1. Click “UNIT” key, and the characters “UNIT” on the LCD will

blink, which indicates that DVR device ID 1 could be entered;

2. Enter the DVR device ID 1, and press “UNIT” key to display it

on the LCD.

4.3.2 Switch PTZ Status

Users could switch DVR between “PTZ” and other status by using the keyboard. Press “PTZ” key to display “ON” on the LCD and turn the “STATUS” indicator red, which indicates that DVR is under the “PTZ” status.

Press “ESC” or “ENTER” key to display “OFF” on the LCD and turn the “STATUS” indicator off, which indicates that DVR is not under the “PTZ” status.

DVR could be controlled using the keyboard after it is selected. Please refer to the corresponding DVR manuals and appendix III for details on the specific meanings and operation methods of the keys.

POWER

MANCHESTER

RS485

ETHERNET

ACK

LAST LOCK

RS232

ETHERNET

T+T-G B W S

Communication ports on V2117 rear panel

OFF ARM

PATRN

OPERATE

1 2 3

ENTER

RUN

HOLD

4 5 6

PLAY

REC

GHI JKL

SALVO

7 8 9

POWER

PQRS TUV

SHOT

CAM

PROG

PRST

SHIFT

CLEAR

PROGRAM

ESC

Figure 4-1. Typical connection diagram

4.4 Control DVR via Ethernet

The keyboard is capable of controlling DVR via Ethernet. And the

Infinova

SYSTEM KEYBOARD

CONTROL

AUXILIARY

E P A

OFF ON

DEF

ABC

IRIS

P A

MNO

G E

PTZ

FOCUS

WXYZ

NEAR

MON

UNIT

ZOOM

WIDE

SYS

SITE

USER

P A

OPEN

G E

EDIT

FAR

TELE

PTT

DOWN

V2117

connection is shown below:

1 2 3 4 5 6 7 8 9 10 11 12 13 14 1 5 16

AUDIO IN

VIDEO OUT LINE IN

USB

AUDIO IN

AUDIO OUT

VGA

KEYBOARD

RS-232 RS-485

ETHERNET Cable

T+ T-

ALARMS

14 15 16910111213

ETHERNET

RELAYS

ALARMS

67812345

3G2GG4G1

Tested To Comply With

230V

FCC Class B Standard For Home Or Office Use

50Hz

110V 60Hz

VIDEO IN

LOOPING

V3010

Hub

ETHERNET

PROTOCOL SELECT

12345678

RS232/RS485

1 8

POWER

BAUD

234

12VDC 500mA

V2415

RS232

ETHERNET

T+T-G B W S

Communication ports on back of V2117

POWER

RS485

LAST LOCK

OFF

PATRN

OPERATE

MANCHESTER

ETHERNET

ACK

ENTER

RUN

HOLD

PLAY

REC

ARM

SALVO

POWER

SHOT

PROG

PRST

PROGRAM

1 2 3

4 5 6

GHI JKL

7 8 9

PQRS TUV

CAM0MON

SHIFT

CLEAR

AUXILIARY

P A

OFF

DEF

ABC

IRIS

P A

OPEN

MNO

G E

EDIT

PTZ

FOCUS

WXYZ

FAR

NEAR

UNIT

ZOOM

WIDE

TELE

SYS

ESC

PTT

P A G

P A G E

Infinova

SYSTEM KEYBOARD

E N T

USER

E R

V2117

CONTROL

E X

SITE

I T

DOWN

Figure 4-2. Typical connection

4.4.1 Keyboard Menu Setup

1. Press PROG key to enter the “COMM Setup” menu, and Press

PROG key again after the “COMM Setup” option is displayed. Then press ACK key to select “Ethernet” option and press ACK to confirm.

2. Select “Ethernet IP Setup” and press PROG to enter the option.

Configure local IP address and then press NEXT key to select and configure DVR IP address. Then, configure the relevant gateway and subnet mask.

After the system is correctly connected and configured, place the key switch at the OPERATE position, and the LCD on the keyboard will show the following information:

UNIT PTZ @ N 000 OFF

If the keyboard and DVR communicate normally, the LCD on the keyboard will show “@Y”.

Please refer to section 4.3 for details about system operations.

Note: Please refer to V2415 Manual for details about V2415 configurations.

Chapter V NVR Control Function

The above sections describe the basic functions and common operation of the V2117 series keyboards. To enable a V2217 keyboard to control a network video recorders (NVR), realizing the same control function as that of the front-panel keys of an NVR, you may set the menu of the V2117 keyboard to enable switch between common functions and NVR controlling function. For details of NVR control, please read this section.

5.1 System Setting

Before using a V2117 keyboard to control an NVR, you need to set the menu of the keyboard.

5.1.1 Enter System Setting Mode

Toggle the Key switch to MENU position, and press F1 key to enter the first-level menu. The LCD screen displays:

System Keyboard VXXX

Note: The “XXX” is keyboard version NO., which is a number.

Press PROG key to enter “System Setup”menu. In “System Setup” menu has 8 options, from which you may press

NEXT or LAST to choose.

COMM Setup (communication protocol setting) RS485 Setup (RS485 setting) BWS Setup (BWS setting) Joystick Setup (3D joystick setting) RPT Setup (RPT setting) Beeper Setup (beeper setting) Cam Input Setup (CAM input mode setting) Factory Default (factory default)

5.1.2 Set Keyboard Menu

1. Press PROG key to enter the “COMM Setup” menu. When

“COMM Select” is displayed, press PROG key again, press

ACK key and select “Ethernet”, and then press PROG key to confirm.

2. Choose “Ethernet”, press PROG key, set a multicast IP

address, which is 224.0.0.52 by default. Note: The IP address should be identical with the multicast IP address of a network keyboard in the NVR.

5.2 System Connection

Here we take a V2117 keyboard and Infinova V3072-32K as examples to describe the connection. Use a network cable to connect the network interface of the keyboard and the network interface on the rear panel of the V3072-32K.

The connection is shown as below.

V3072-32K

Network Cable

RS232

ETHERNET

T+T-G B W S

Communication Interfaces

on Rear Panel of V2117

POWER

RS48

LAS

NEX

OFF ARM

PATR

MANCHESTE

ETHERNE

LOCK

ENTER

HOLD

PLA

SALV

POWE

MEN

PRO

SHOT

PRS

OPERAT

PROGRAM

MEN

1 2 3

4 5 6

7 8 9

PQRSTU

CAM

SHIFT

AUXILIAR

P A

OFF ON

IRIS

OPE

CLOS

JKL

MNO

PTZ

FOCU

WXYZ

NEA

FAR

UNIT

ZOOM

WID

CLEA

TELE

ESC

PTT

SYSTEM

KEYBOARD

CONTRO

SITE

USER

A G

EDI

DOW

V2117

Figure 5-1. Netowrk Connection

5.3 System Operation

Place the key switch in the “OPERATE” position after the system connections and settings have been made. The LCD screen on the V2117 keyboard will display the information below:

UNIT PTZ @N 000 OFF

The number under the option “UNIT” indicates the device NO. of the controlled NVR, ranging from 0 to 255.

There are two options, “ON” and “OFF”, for “PTZ”. “ON” indicates that NVR is under “PTZ” status, and “OFF” indicates that NVR is not under “PTZ” status.

Note: The device NO. here should be identical with that in the controlled NVR. Take Infinova V3072-32K as example. The device NO. is the ID at the path, the figure of which is shown as below, i.e.

Main Menu – General – Network – Multicast – Network Keyboard MultiCast.

2. Input the device NO. of the NVR to be controlled, and press

UNIT key. The NVR device number “001” will be displayed under “UNIT”.

5.3.2 Switch PTZ Status of NVR

You may switch NVR status between “PTZ” and other status by pressing keys on the keyboard. Press PTZ key on the keyboard, the “PTZ” status will be displayed on the LCD screen as “ON” and the NVR enters “PTZ” status; press ESC key, the “PTZ” status displayed will be “OFF” and the NVR exits “PTZ” status. After selecting a target NVR, you operate on it by pressing keys on the keyboard. For the meanings and operation information of these keys, see the user manual of the NVR and Appendix IV Table for Functions of DVR Front Panel Keys.

Figure 5-2. Set Device NO.

5.3.1 Select Controlled NVR

If multiple NVRs are connected to one system, you need to select the device NO. of one NVR so as to control the NVR. For example, to control an NVR with the device number “1”, perform the followings.

1. Press UNIT key on the keyboard, and “UNIT” displayed on

the LCD screen flashes, indicating an NVR device NO. can be input;

Appendix I Specifications

General

Communication Protocol: RS-232, Ethernet Matrix/Dome Output: Manchester/RS-485 RS-232 Selectable Baud Rate: 1200, 2400, 4800, 9600, 19200,

38400bps

RS-485 Selectable Baud Rate: 1200, 2400, 4800, 9600, 19200

Electrical

Input Voltage: 120VAC/60Hz; 230VAC/50Hz Power Consumption: 4.5W

Mechanical

Dimension (H×W×D): 2.68”×12.99”×7.87”

68mm × 330mm × 200mm

Weight: 6.17 lb (2.8 Kg)

Compatibility

V2011: Small-scale matrix switching system V2015: Small-scale matrix switching

system

V2020: Middle-scale matrix switching

system

V2040: Large-scale matrix switching

system

V2060: Large-scale matrix switching

system

Environmental

Temperature: 32°F~140°F (0°C~60°C) Humidity: RH0~90% (Non-condensing)

Appendix II Keyboard Operation under

Different Protocols

1. PELCO P/D PROTOCOL

Camera ID under PELCO P protocol is 1~255; and Camera ID under PELCO D protocol is 1~254.

Control the super domes via the keyboard:

PATTERN KEYSWITCH FUNCTION KEYS

SET PATTERN 1 PROGRAM

RUN PATTERN 1 OPERATE

SET PATTERN 2 PROGRAM

RUN PATTERN 2 OPERATE

SET PATTERN 3 PROGRAM

RUN PATTERN 3 OPERATE

SET PATTERN 4 PROGRAM

RUN PATTERN 4 OPERATE

SAVE AUTOPAN PROGRAM 69+SHOT

AUTOPAN KEYSWITCH

SET/SAVE AUTOPAN 1 PROGRAM 91+SHOT RUN AUTOPAN 1 OPERATE 91+SHOT

SET/SAVE AUTOPAN 2 PROGRAM 92+SHOT RUN AUTOPAN 2 OPERATE 92+SHOT SET/SAVE AUTOPAN 3 PROGRAM 93+SHOT

RUN AUTOPAN 3 OPERATE 93+SHOT SET/SAVE AUTOPAN 4 PROGRAM 94+SHOT RUN AUTOPAN 4 OPERATE 94+SHOT

PRESET KEYSWITCH FUNCTION KEYS

SET A PRESET PROGRAM XX+SHOT

RUN PRESET OPERATE XX+SHOT

70+SHOT 1+PATRN 70+SHOT

1+PATRN 71+SHOT 2+PATRN

71+SHOT 2+PATRN 72+SHOT

3+PATRN 72+SHOT 3+PATRN

73+SHOT 4+PATRN 73+SHOT

4+PATRN

FUNCTION KEYS

Note: “XX” indicates preset number.

RUN AUTOSCAN

KEYSWITCH FUNCTION KEYS

180° AUTO FLIP OPERATE 33+SHOT HOME POSITION OPERATE 34+SHOT RUN TOUR OPERATE 97+SHOT

KEYSWITCH FUNCTION KEYS

OPERATE 99+SHOT

ENTER THE DOME MENU UNDER PELCO P/D PROTOCOL

KEYSWITCH FUNCTION KEYS

PROGRAM or OPERATE

95+SHOT

Control the super domes via the matrix:

Under PELCO-P protocol, up to 62 presets can be set or called up; under PELCO-D protocol, up to 32 presets can be set or called up.

KEYSWITCH

SET PRESET PROGRAM XX+SHOT

RUN PRESET OPERATE XX+SHOT 180° AUTO FLIP OPERATE 33+SHOT HOME POSITION OPERATE 34+SHOT

SET PATTERN 1 OPERATE 65+SHOT

SAVE PATTERN 1 OPERATE 66+SHOT RUN PATTERN 1 OPERATE 67+SHOT

ENTER MENU PROGRAM 66+SHOT

Note: “XX” indicates preset number.

FUNCTION KEYS

2. VICON PROTOCOL

Camera ID under VICON protocol is 1~255.

PATTERN KEYSWITCH

SET PATTERN 1 PROGRAM

RUN PATTERN 1 OPERATE

SET PATTERN 2 PROGRAM

RUN PATTERN 2 OPERATE

SAVE PATTERN PROGRAM 69+SHOT

FUNCTION KEYS

70+SHOT 1+PATRN 70+SHOT

1+PATRN 71+SHOT 2+PATRN

71+SHOT 2+PATRN

AUTOPAN KEYSWITCH FUNCTION KEYS

SET AUTOPAN OPERATE 92+SHOT

SAVE AUTOPAN OPERATE 93+SHOT RUN AUTOPAN OPERATE 98+SHOT

PRESET KEYSWITCH FUNCTION KEYS

SET A PRESET PROGRAM XX+SHOT RUN A PRESET OPERATE XX+SHOT

Note: “XX” indicates preset number.

ENTER THE DOME MENU UNDER VICON PROTOCOL

KEYSWITCH

PROGRAM or OPERATE

FUNCTION KEYS

95+SHOT

3. SAMSUNG PROTOCOL

Camera ID under SAMSUNG protocol is 1~255.

KEYSWITCH

FACTORY RESET PROGRAM 65+SHOT

ENTER MENU PROGRAM 66+SHOT

KEYSWITCH FUNCTION KEYS

RUN PATTERN 1 OPERATE 66+SHOT RUN PATTERN 2 OPERATE 67+SHOT RUN PATTERN 3 OPERATE 68+SHOT

RUN AUTOSCAN OPERATE 69+SHOT CAM_OPERATE OPERATE 70+SHOT RUN AUTOPAN OPERATE 72+SHOT

KEYBOARD ACTION

MOVE CURSOR UPWARD

MOVE CURSOR

AFTER CALLING UP THE DOME MENU

4. INFINOVA PROTOCOL

The controlled camera ID is 1~255.

KEYSWITCH

SET/SAVE PATTERN 1 PROGRAM

RUN PATTERN 1 OPERATE

SET/SAVE PATTERN 2 PROGRAM

RUN PATTERN 2 OPERATE

SET/SAVE PATTERN 3 PROGRAM

RUN PATTERN 3 OPERATE

SET/SAVE PATTERN 4 PROGRAM

RUN PATTERN 4 OPERATE

CLEAR PATTERN PROGRAM 69+SHOT REPEAT PATTERN OPERATE 69+SHOT

DOWNWARD MOVE CURSOR LEFTWARD MOVE CURSOR RIGHTWARD

CONFIRM AND ENTER THE SUB MENU EXIT THE MENU

FUNCTION KEYS

2+SHOT

8+SHOT

4+SHOT

6+SHOT

5+SHOT

67+SHOT

FUNCTION KEYS

70+SHOT 1+PATRN 70+SHOT

1+PATRN 71+SHOT 2+PATRN

71+SHOT 2+PATRN 72+SHOT

3+PATRN 72+SHOT 3+PATRN

73+SHOT 4+PATRN 73+SHOT

4+PATRN

Note: To clear or repeat a pattern, it is necessary to select the corresponding pattern number after pressing 69+SHOT.

KEYSWITCH FUNCTION KEYS

RUN AUTOPAN OPERATE 99+SHOT

KEYSWITCH FUNCTION KEYS

SET AUTOSCAN LEFT LIMIT SET AUTOSCAN RIGHT LIMIT RUN AUTOSCAN OPERATE 66+SHOT

PROGRAM 66+SHOT

KEYSWITCH FUNCTION KEYS ENTER MENU PROGRAM 65+SHOT

AUTO FLIP 180° OPERATE 65+SHOT CLEAR SCREEN PROGRAM 67+SHOT REMOTE RESET PROGRAM 68+SHOT

Note: The RS485 output protocol of the keyboard is capable of setting or calling up up to 255 presets.

Under the same protocol, there may be some difference on operation due to domes/receivers of different versions or made by different manufacturers. Please refer to the relative Dome/Receiver Manual for details on the operation.

5. MANCHESTER PROTOCOL

The controlled camera ID is 1~64, and can set/call up 64 presets.

PATTERN KEYSWITCH FUNCTION KEYS

SET PATTERN 1 PROGRAM

RUN PATTERN 1 OPERATE

SET PATTERN 2 PROGRAM

RUN PATTERN 2 OPERATE

SET PATTERN 3 PROGRAM

RUN PATTERN 3 OPERATE

SAVE PATTERN PROGRAM 69+SHOT

AUTOPAN KEYSWITCH FUNCTION KEYS

SET AUTOPAN PROGRAM 67+SHOT

SAVE AUTOPAN PROGRAM 68+SHOT RUN AUTOPAN OPERATE 67+SHOT

ENTER THE DOME

MENU UNDER

MANCHESTER

PROTOCOL

70+SHOT

1+PATRN 70+SHOT 1+PATRN

71+SHOT 2+PATRN 71+SHOT

2+PATRN 72+SHOT 3+PATRN

72+SHOT 3+PATRN

KEYSWITCH

PROGRAM OR

OPERATE

FUNCTION KEYS

66+SHOT

Appendix III Table for Functions of DVR Front Panel Keys

Name of Keys Typ e Descriptions

[SHIFT] Auxiliary Key Work with numeric keys to switch channels or input information

[F1] - Reserved temporarily

[MENU] Function Key

[PLAY] Control Key

[REC] Control Key Manual video recording

[PTZ] Control Key Enter into PTZ control mode

[ ]

[PTT] Function Key

[POWER] Control Key

[ENTER] Control Key

[ESC] Function Key

[EDIT] Control Key

[PRST] Control Key Run preset.

Control Key

(1) Used to switch from preview interface to menu operation interface.

(2) Turn off the “Ting” when pressing the keys on the front panel of DVR

(1) Local playback

(2) Turn on/off the sound of the video during the “Video Playback”

(3) Under PTZ control, start up auto-pan

(1) Used to switch between input methods (numeral, letter and symbol).

(2) Used for PTZ Control: “FOCUS –”

(1) Used to switch among the display modes of multiple video images

(2) Used for PTZ Control: “FOCUS +”

(3) Used for “Motion Detect Area Setting,” clear all setting areas

(1) Push To Talk

(2) Main/Auxiliary Output Switching

Device switch, with electrical power indication. “Green” indicates that equipment is

working; “red” indicates that device is stopped. When indication lamp is off, the

power switch on back panel is already off or power cable is disconnected.

(1) For operation confirmation

(2) Pause video playback

(3) Exit PTZ control status

(1) Cancel the current operation, return to the previous menu.

(2) Exit PTZ control status

(1) Enter editing mode.

(2) Delete character in DVR.

Appendix IV Table for Functions of NVR Front Panel Keys

NVR front-panel keys operate in either PTZ mode or non-PTZ mode, which are described respectively as below.

Non-PTZ Mode

Keyboard Key NVR Function

[0]

[1]

[2/ABC]

[3/DEF]

[4/GHI]

[5/JKL]

[6/MNO]

[7/RQRS]

[8/TUV]

[9/WXYZ]

[SALVO/MENU] Enter the main menu.

[CLEAR/ESC] Exit the current interface.

[OPEN/EDIT] Clear wrong input.

[NEAR/*] Under non-PTZ status, switch among input modes like Number and English Letter, etc.

[RUN/PLAY] Enter “Playback” interface to search, replay or backup video.

[SHOT/PRST]

(OPER position)

[CLOSE/PTZ] Enable PTZ status.

[WIDE/SYS] Reserved.

(1) Under “Number” input mode, input “0”;

(2) Under multi-image tour mode, quickly call Chanel-10 image and display it in single-image mode.

(1) Under “Number” input mode, input “1”;

(2) Under multi-image tour mode, quickly call Chanel-1 image and display it in single-image mode.

(1) Under “Number” input mode, input “2”;

(2) In other input modes, input English letters or phonetic alphabets “a”, “b” and “c”;

(3) Under multi-image tour mode, quickly call Chanel-2 image and display it in single-image mode.

(1) Under “Number” input mode, input “3”;

(2) In other input modes, input English letters or phonetic alphabets “d”, “e” and “f”;

(3) Under multi-image tour mode, quickly call Chanel-3 image and display it in single-image mode.

(1) Under “Number” input mode, input “4”;

(2) In other input modes, input English letters or phonetic alphabets “g”, “h” and “i”;

(3) Under multi-image tour mode, quickly call Chanel-4 image and display it in single-image mode.

(1) Under “Number” input mode, input “5”;

(2) In other input modes, input English letters or phonetic alphabets “j”, “k” and “l”;

(3) Under multi-image tour mode, quickly call Chanel-5 image and display it in single-image mode.

(1) Under “Number” input mode, input “6”;

(2) In other input modes, input English letters or phonetic alphabets “m”, “n” and “o”;

(3) Under multi-image tour mode, quickly call Chanel-6 image and display it in single-image mode.

(1) Under “Number” input mode, input “7”;

(2) In other input modes, input English letters or phonetic alphabets “p”, “q”, “r” and “s”;

(3) Under multi-image tour mode, quickly call Chanel-7 image and display it in single-image mode.

(1) Under “Number” input mode, input “8”;

(2) In other input modes, input English letters or phonetic alphabets “t”, “u” and “v”;

(3) Under multi-image tour mode, quickly call Chanel-8 image and display it in single-image mode.

(1) Under “Number” input mode, input “9”;

(2) In other input modes, input English letters or phonetic alphabets “w”, “x”, “y” and “z”;

(3) Under multi-image tour mode, quickly call Chanel-9 image and display it in single-image mode.

Reserved.

Non-PTZ Mode

Keyboard Key NVR Function

[FAR/ ]

Joystick Up Select upwards within a control.

Joystick Down Select downwards within a control.

Joystick Left Select leftwards within a control.

Joystick Right Select rightwards within a control.

[ACK/ENTER] Confirm the current operation.

[ARM/POWER]

[F1] In a menu interface, move the cursor backwards.

[F2] In a menu interface, move the cursor backwards.

[USER] Reserved.

[SITE] Reserved.

Under non-PTZ status, switch among multiple images when previewing them.

Note: Divide the screen into 1/4/9/16 screens, but into 8 screens.

After the host is connected to power supply, press it to power on the device/ press and hold for 10 seconds to

power off the device.

PTZ Mode

Keyboard Key NVR Function

[CLEAR/ESC] Exit the current interface.

[NEAR/*] Under PTZ mode, it means “focal length +”.

[TELE/PTT] Under PTZ mode, it means “zoom +”.

[SHOT/PRST] (OPER position) Under PTZ mode, call a preset.

[CLOSE/PTZ] Enable PTZ mode.

[WIDE/SYS] Under PTZ mode, it means “zoom -”.

[FAR/ ]

Joystick Up Under PTZ mode, turn the pan/tilt upwards.

Joystick Down Under PTZ mode, turn the pan/tilt downwards.

Joystick Left Under PTZ mode, turn the pan/tilt leftwards.

Joystick Right Under PTZ mode, turn the pan/tilt rightwards.

[F1] Decrease PTZ step size.

[F2] Increase PTZ step size.

[SHOT/PRST] (PROG position) Under PTZ mode, set a preset.

91+ [SHOT/PRST] (PROG position) Under PTZ mode, set/save autopan 1.

91+ [SHOT/PRST] (OPER position) U nder PTZ mode, call autopan 1.

Numeric key+ [RUN]+ [ACK]

34+ [SHOT/PRST] (OPER position) Under PTZ mode, home automatically.

99+ [SHOT/PRST] (OPER position) Under PTZ mode, scan automatically.

92+ [SHOT/PRST] (PROG position) Under PTZ mode, set/save autopan 2.

92+ [SHOT/PRST] (OPER position) Under PTZ mode, call autopan 2.

93+ [SHOT/PRST] (PROG position) Under PTZ mode, set/save autopan 3.

93+ [SHOT/PRST] (OPER position) Under PTZ mode, call autopan 3.

Under PTZ mode, it means “focal length -”.

Under PTZ mode, perform tour.

Note: Press [1]+ [RUN]+ [ACK] to call automatic cruise PATH2.

PTZ Mode

Keyboard Key NVR Function

94+ [SHOT/PRST] (PROG position) Under PTZ mode, set/save autopan 4.

94+ [SHOT/PRST] (OPER position) Under PTZ mode, call autopan 4.

71+ [SHOT/PRST] (PROG position) Under PTZ mode, set/save pattern 2.

71+ [SHOT/PRST] (OPER position) Under PTZ mode, call pattern 2.

72+ [SHOT/PRST] (PROG position) Under PTZ mode, set/save pattern 3.

72+ [SHOT/PRST] (OPER position) Under PTZ mode, call pattern 3.

73+ [SHOT/PRST] (PROG position) Under PTZ mode, set/save pattern 4.

73+ [SHOT/PRST] (OPER position) Under PTZ mode, call pattern 4.

[SALVO/MENU] Reserved.

[HOLD/REC] Tour paused. Reserved.

[NEXT] Tour the next group. Reserved.

Joystick Offset Under PTZ mode, swtich to a PTZ speed (totally 8 gears).

Appendix V 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.

Power (W)

Diameter (mm)

Distance (ft / m)

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)

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.

LPZO

30° 30°

LPZO

Separated layout for the lightning

Lightning rod

rod and the standing pole

Front device for surveillance system

Mounting pole

for front device

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

V2.6 1609

Infinova V2117X, V2117 Installation & Operation Instructions

Specifications and Main Features

Frequently Asked Questions

User Manual