Infinova V1691 Series Instructions d'installation

V1691 Series

Outdoor/Indoor Receiver/Drivers

Installation/Operation Instructions

This manual applies to below series products：

V1691/V1691X/V1691-24A/V1691E/

V1691EX/V1691E-24A

This manual describes the installation and operation procedures for V1691 Series Receiver/drivers. Compatible

with all Infinova series matrix switching systems, V1691 Series Receiver/drivers are designed to perform PTZ,

lens zoom in/out, focus, iris, and auxiliary functions at a camera site. A unique camera ID is assigned to each

receiver/driver, so the operators could only control the selected camera through the corresponding receiver/driver.

V1691 Series Receiver/drivers are classified as a single-channel type since one unit controls only one camera at a

site.

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

V1691 Series Receiver/drivers all comply with Part 15 of the FCC rules.

Operation is subject to the following two conditions.

zThis device may not cause harmful interference.

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

V1691 Series Receiver/drivers 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.

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

Important Safety Instructions and Warnings

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

zClean with a dry cloth.

zProvide adequate ventilation.

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

zOnly use components and parts recommended by manufacturer.

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

zRefer all service matters to qualified personnel.

zSave 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

Chapter II Installation ................................................................. 2

2.1 Mounting .................................................................................. 2

Chapter III System Connections and Setup ............................... 2

3.1 System Connections ................................................................. 2

3.1.1 Code Source to V1691 Series receiver/drivers .............. 2

3.1.2 Pan/Tilt and Lens Connections ...................................... 3

3.1.3 Camera Power Connections........................................... 3

3.2. Setup........................................................................................ 3

3.2.1 DIP Switch SW200........................................................ 3

3.2.2 DIP Switch SW201........................................................ 4

3.2.3 Lens Voltage Adjustment .............................................. 4

3.2.4 Jumper Setting ............................................................... 4

3.2.5 Presets............................................................................ 5

Chapter IV Operation.................................................................. 6

4.1 Preparation ............................................................................... 6

4.2 Powering On............................................................................. 6

4.3 Pan/Tilt Lens Control ............................................................... 6

Appendix I Camera Site ID DIP Switch Settings....................... 6

Appendix II System Testing ........................................................ 9

Appendix III Specifications ....................................................... 10

Appendix IV Typical System Connections ............................... 11

1. Connect V2011 to V1691 ......................................................... 11

2. Connect V2015 to V1691 ......................................................... 12

3. Connect V2020 to V2411-485 and V1691................................ 13

4. Connect V2116 Keyboard to V1691......................................... 14

5. Connect Pan/Tilt & Lens to V1691 .......................................... 15

6. Connect the camera & Pan/Tilt to V1691(with presets) ........... 15

Chapter I General Description

1.1 Description

V1691 series receiver/drivers are designed as the remote control

devices for operation of motorized camera pan/tilt units and

motorized camera lens units. Since the camera sites are usually far

away from the operators’ viewing location, these receiver/drivers

are designed to control the site cameras as well as lights, doors, etc.

V1691 series receiver/drivers obtain control instructions via the

common code line, which is originally from the CPU of matrix

switching system, the system input bays, intervening code

distribution units, or other units capable of generating the control

codes. To enable it to identify the corresponding control signals,

each receiver/driver must be set during the installation to match up

with the camera ID associated.

All V1691 series receiver/drivers allow control of either standard

rotation or 360-degree rotation Pan/Tilt units.

1.2 Models

V1691 For indoor application. Manchester & RS485

receiver/driver, 120VAC/60Hz input, 14VDC/

24VAC output for camera power, pan/tilt, lens and

auxiliaries operation

V1691X For indoor application. Manchester & RS485

receiver/driver, 230VAC/50Hz input, 14VDC/

24VAC output for camera power and pan/tilt

operation

V1691-24A For indoor application. Manchester & RS485

receiver/driver, 24VAC input, 14VDC/24VAC

output for camera power, pan/tilt, lens and

auxiliaries operation

V1691E For outdoor application. Manchester & RS485

receiver/driver, 120VAC, 14VDC/24VAC output

for camera power, pan/tilt, lens and auxiliaries

operation, sealed, waterproof

V1691EX For outdoor application. Manchester & RS485

receiver/driver, 230VAC, 14VDC/24VAC output

for camera power, pan/tilt, lens and auxiliaries

operation, sealed, waterproof

V1691E-24A For outdoor application. Manchester & RS485

receiver/driver, 24VAC input, 14VDC/24VAC

output for camera power, pan/tilt, lens and

auxiliaries operation, sealed, waterproof

1.3 Features

zSingle channel receiver/driver

zFlexible Pan/Tilt and Lens Control

z24VAC and 14VDC output

zAUTOPAN function

zWaterproof (for outdoor)

zMultiple presets, ability to call up preset scenarios stored in

non-volatile memory

zLocal test feature to verify the connection between the receiver,

pan/tilt and the lens

zReceives Manchester and RS485 control code (INFINOVA,

SAMSUNG, PELCO-P/D)

Chapter II Installation

This installation should be made by a qualified service person and

should conform to all local codes.

Note: Take V1691 as an example to show unit installation in this

chapter. Unless specially noted, the descriptions illustrated for

V1691 apply to all V1691 series receiver/drivers.

2.1 Mounting

V1691 receiver/driver is used both indoor and outdoor, and it may

be surface mounted in any orientation. To minimize voltage drop in

the wiring, mount the receiver/driver near the cameras to be

controlled.

The dimensions of the receiver/driver are: W305mm×H83mm

×D202mm (outdoor) or W290mm×H95mm×D185mm (indoor),

without the mounting ears.

zSelect the suitable nuts when making surface mount.

zFor wood studs mount, use lag bolts (with a drilled pilot hole) or

wood screws, which penetrate the wood for at least one inch.

zFor concrete surface mount, use lead or plastic anchor expansion

bolts with a minimum pull-out rating of 10 pounds.

zFor steel surface mount, drill four bolt clearance holes and use

bolts with lockwashers and nuts.

zFor drywall (gypsum) wallboard mount, use toggle bolts. Drywall

thickness must be at least 0.38-inch.

208mm (Indoor)

200mm (Outdoor)

218mm (Outdoor)

198mm (Indoor)

R5.9mm (Outdoor)

R5.25mm (Indoor)

R3.9mm (Outdoor)

R3.5mm (Indoor)

Figure 2-1 Mounting Size

Chapter III System Connections and Setup

3.1 System Connections

Note: Take V1691 as an example to show system connections and

setup in this chapter. Unless specially noted, the descriptions

illustrated for V1691 apply to all V1691 series receiver/drivers.

3.1.1 Code Source to V1691 Series receiver/drivers

V1691 control line connector (J202) is a 3-position terminal, labeled

“B R+”, “W R-”, and “S G” on the side panel of the unit, and a

mating 3-position screw-terminal plug is supplied.

Note: The code source could be INFINOVA series matrix

switching system, V2116 system keyboard or V2411 code

distributor.

Wiring: Use 18 AWG, shielded, 2-wire cable, Belden 8760 or

equivalent (for plenum, Belden 88760). The maximum connection

distance is 5000 ft. Insert the appropriate signal wires into the slots

of the mating connector and tighten the hold down screws. When

all wires have been connected, insert the mating connector into the

code connectors on V1691.

1. Check the power supply cable to make sure power is off;

2. Insert and screw down the Black Code wire into the screw

terminal marked B R+;

3. Insert and screw down the White Code wire into the screw

terminal marked W R-;

4. Insert and screw down the Shield wire into the screw terminal

marked S G.

V1691 receiver/driver is designed for a “Star” connection to a code

distribution unit. A 120-ohm terminating resistor is installed on the

Receiver code input line (See figure 3-1, 3-2).

Receiver

Code Distribution Unit

BWS

Code Source

120 - Ohm Terminator

Other

Receivers

Receiver

120 - Ohm Terminator

B R+

S G

W R-

B R+

S G

W R-

B R+

S G

W R-

Figure 3-1. Manchester “Star” Connection

T- G

T+ T- G

T+ T- GT+

T+ GT-

T+ G

T-

Receiver

120 - Ohm Terminator

Other

Receivers

Code Distribution Unit

Code Source

B R+

S G

W R-

B R+

S G

W R-

B R+

S G

W R-

Figure 3-2. RS485 “Star” Connection

When V1691 is used in a “Daisy Chain” configuration, remove the

120-ohm terminating resistor from all but the last Receiver (see

Figure 3-3, 3-4). Remove Manchester Jumper J200, and RS485

Jumper J201 on the PCB to eliminate the terminal resistor.

The green LED labeled “CODE” on V1691 receiver/driver

illuminates when the unit is receiving valid control code. The LED

turns off immediately after the control code disappears.

T- GT+

Receiver Receiver Receiver

120 - Ohm Terminator

Code Source

B R+ S GW R- B R+ S GW R- B R+ S GW R-

Figure 3-3. Manchester “Daisy-chain” Connection

B R+ S GW R-

Code Source

WSB

Receiver Receiver Receiver

120 - Ohm Terminator

B R+ S G

W R- B R+ S G

W R-

Figure 3-4. RS485 “Daisy-chain” Connection

3.1.2 Pan/Tilt and Lens Connections

The connection to a Pan/Tilt unit and a motorized camera lens is

with a 12-pin connector. This connector, labeled J300, J301 is

located on the main PCB (see Appendix II). A mating 12-position

screw-terminal connector plug is provided.

When wiring the connector, insert each wire carefully with

approximately 0.25 inch of insulation removed. Screw down the

clamping screw on each pin of the connector.

Pan/Tilt Wiring:

1. Check the power supply cable to make sure the power is off.

2. Locate the Pan/Tilt and Lens connector on the side of the

receiver/driver near the power cord.

3. Insert the Pan Right wire of the Pan/Tilt unit into the pin location

for Pan Right.

4. Insert the Pan Left wire of the Pan/Tilt unit into the pin location

for Pan Left.

5. Insert the Tilt Up wire of the Pan/Tilt unit into the pin location

for Tilt Up.

6. Insert the Tilt Down wire of the Pan/Tilt unit into the pin location

for Tilt Down.

7. Insert the Pan/Tilt Common of the Pan/Tilt unit into the pin

location for Pan/Tilt Common.

Lens Wiring:

1. Check the power supply cable to make sure the power is off.

2. Locate the Pan/Tilt and Lens connector on the side of the

receiver/driver near the power cord.

3. Insert the Iris wire of the Lens unit into the pin location for Iris.

4. Insert the Focus wire of the Lens unit into the pin location for

Focus.

5. Insert the Zoom wire of the Lens unit into the pin location for

Zoom.

6. Insert the Lens Common wire of the Lens unit into the pin

location for Lens Common.

Note: Do Not Connect the Lens Common to the Pan/Tilt Common.

3.1.3 Camera Power Connections

V1691 receiver/driver provides 24VAC and 14VDC power source

for camera (See Appendix II). Please refer to section 3.2.3 for

details.

3.2. Setup

3.2.1 DIP Switch SW200

DIP Switch SW200 is used to set the local camera ID, ranging from

1 to 255. Besides, it could be used for system testing. For details,

please refer to the appendixⅠ.

Note: After the address is changed, it must be re-powered to control

the receiver.

3.2.2 DIP Switch SW201

Table 3-1. Meaning

1 2 3 4 5 6 7 8

××××××××

“×” indicates the initiate state.

1, 2, 3----Set the baud rate;

4, 5, 6----Set the communication protocol;

7---Set the preset;

8---Select the system testing mode or normal working mode.

Table 3-2. Set the baud rate

(1＝ON, 0＝OFF)

DIP Switch

Baud Rate 1 2 3

1200 1 0 0

2400 0 1 0

4800 1 1 0

9600 0 0 1

19200 1 0 1

38400 0 1 1

Table 3-3. Set the communication protocol

（1＝ON，0＝OFF）

DIP Switch

Communication Protocol 4 5 6

MANCHESTER 0 0 0

PELCO-D 0 0 0

PELCO-P 1 0 0

SAMSUNG 0 1 0

INFINOVA 1 1 0

Note: When selecting Manchester communication protocol set

“OFF” for all positions of the DIP switch; When selecting

PELCO-D communication protocol, the baud rate could be fixedly

2400bps.

Table3-4. Set the Preset

（1＝ON，0＝OFF）

DIP Switch

Preset ON/OFF 7

ON 1

OFF 0

Table3-5. Set the system mode

（1＝ON，0＝OFF）

DIP Switch

System Mode 8

System Testing Mode 1

System Working Mode 0

Testing Mode

Control V1691 receiver without the cable connection.

Follow the steps above to use DIP Switch SW200 to set the testing

mode. For details on the switch position on the PCB, please refer to

the appendix Ⅱ.

3.2.3 Lens Voltage Adjustment

V1691 is adjustable for a range of camera Lens servo voltages. The

lens output voltage can be adjusted through the selection switch

(R114) on V1691 PCB. The voltage range is from 6V to 14V, and

the default voltage is 10V.

3.2.4 Jumper Setting

Note: The PCB edge is in the left of the jumper switch.

Terminator Setting

Terminator jumper: Manchester ---J200; RS485----J203

J200 J203

Communication Mode Setting

V1691 receiver/driver could select Manchester or RS485 through

the internal jumpers J204 and J201 on the PCB. The jumper is set as

below:

J204

J201

PCB

Edge

Figure 3-5 Manchester Mode

J204

J201

PCB

Edge

Figure 3-6 RS-485 Mode

AUX Mode Setting:

The AUX2 can set the “Auto pan” through jumper J309 .The

jumper is set as below:

J309

A 24VAC output always exists between AUX2A and VACCOM.

There is 24VAC output between AUX2B and VACCOM when the

receiver/driver receives AUX2 ON command; and the 24VAC

output between AUX2B and VACCOM will disappear when the

receiver/driver receives AUX2 OFF command.

In the case that the AUX2 is set to “AUTO PAN”, the pan/tilt

device will start AUTOPAN action when the receiver/driver

receives AUX2 ON command; and the pan/tilt device will stop

AUTOPAN action when the receiver/driver receives AUX2 OFF

command.

Note: The factory default mode is AUTO PAN mode.

Ce manuel convient aux modèles suivants

Table des matières

Autres manuels Infinova Récepteur

Infinova

Infinova N3740 Manuel utilisateur

Manuels Récepteur populaires d'autres marques

Garmin

Garmin GA 23 Manuel utilisateur

Aiphone

Aiphone PS-12F Manuel utilisateur

IMES

IMES TCS-01CA-PMI Manuel utilisateur

BWI Eagle

BWI Eagle AIR-EAGLE SR Manuel

AMIMON

AMIMON AMN12310 WHDI Manuel utilisateur

Dual

Dual DMCPA79BT Mode d'emploi

Sound Associates

Sound Associates SA652P Manuel utilisateur

Sherwood

Sherwood NewCastle R-772 Manuel utilisateur

Audio

Audio A10-RX Series Manuel utilisateur

AllSee

AllSee PushShare PSRV1.1 Manuel utilisateur

DEMAG

DEMAG DRC-DR D2 Manuel utilisateur

Teleco

Teleco TVRCL868A02 Manuel utilisateur

Bosch

Bosch RF3222E Manuel utilisateur

Kramer

Kramer 631R Manuel utilisateur

Xpress

Xpress xmc10 Manuel utilisateur

JVC

JVC KD-MR1BTS Manuel utilisateur

Omega Engineering

Omega Engineering UWTC-REC3 Manuel utilisateur

e-survey

e-survey E300 Pro Manuel utilisateur