Vicon SN240D Manual de usuario

SN240D PTZ Dome Camera

Quick Guide

XX305-20-00

Vicon Industries Inc.

Tel: 631-952-2288) Fax: 631-951-2288

Toll Free: 800-645-9116

24-Hour Technical Support: 800-34-VICON

(800-348-4266) UK: 44/(0) 1489-566300

www.vicon-security.com

Vicon Industries Inc. does not warrant that the functions contained in this equipment

will meet your requirements or that the operation will be entirely error free or perform

precisely as described in the documentation. This system has not been designed to be

used in life-critical situations and must not be used for this purpose.

Document Number: 8009-8305-20-00 Product specifications subject to change without

1 Introduction

The SN240D high-definition (HD) PTZ dome camera is designed to fit in a wide range of

environments. The 4.3-129 mm varifocal lens with an optical 30X zoom provides superb sharpness

and excellent sensitivity. The day/night camera is utilizes a 1/2.8” CMOS sensor, which can

provide quality imaging down to 0.013 lux. True Wide Dynamic Range (WDR; 120dB) improves

detail in bright or low light areas of the image and DNR corrects imperfections in the image.

1.1 Components

This system comes with the following components;

* Dome Camera 1

* Installation Guide 1

* Accessory Kit & Connector 1

1) Torx wrench (1)

2) 2-Pin Terminal Block (1)

3) 3-Pin Terminal Block (2)

4) 6-Pin Terminal Block (1)

* RJ-45 Waterproof Cover 1

* Install Adaptor 1

1.2 Key Features

•Brilliant video quality

The network camera offers the highly efficient H.264 video compression, which drastically

reduces bandwidth and storage requirements without compromising image quality. Motion JPEG

is also supported for increased flexibility.

• Dual or Triple Streams

The network camera can deliver dual or triple video streams simultaneously at full frame rate in

all resolutions up to Full-HD (1920 x 1080p) using H.264 and Motion JPEG. This means that

several video streams can be configured with different compression formats, resolutions and

frame rates for different needs.

•Image setting adjustment

The network camera also enables users to adjust image settings such as contrast, brightness

and saturation to improve images before encoding takes place.

• Intelligent video capabilities

The network camera includes intelligent capabilities such as VCA (Video Content Analysis). The

network camera’s external inputs and outputs can be connected to devices such as sensors and

relays, enabling the system to react to alarms and activate lights or open/close doors.

• Improved Security

The network camera logs all user access, and lists currently connected users. Also, its full frame

rate video can be provided over HTTPS.

• PoE (Power over Ethernet)

This network camera can be powered through PoE, which simplifies installation since only one

cable is needed for carrying power, as well as video controls.

• ONVIF Certificate

This is a global interface standard that makes it easier for end users, integrators, consultants,

and manufacturers to take advantage of the possibilities offered by network video technology.

ONVIF enables interoperability between different vendor products, increased flexibility, reduced

cost, and future-proof systems.

• Micro-SD Recording support

The network camera also supports a Micro-SD memory slot for local recording with removable

storage.

• Audio support

The network camera also supports two-way audio.

2 Installation

2.1 Mounting the Camera

You need one optional mounting kit, wall mount or ceiling mount, to install.

The wall or ceiling mount must be attached to a structural object such as hard wood, concrete that

will support the weight of the mount and dome camera.

The use of a solid backboard is recommended when attaching to gypsum walls.

1. Remove the Protection pad and the tape from attached the dome camera.

2. Attach the mounting base to wall using the supplied M8 tapping screw and plastic bushing.

(Ceiling using the supplied M6 tapping screw and bushing)

3. Wind the both thread of the pipe end with Teflon tape about 20 times for sealing. Then use a

silicone rubber sealant to seal the area where the wall (ceiling) mount and the pipe meet.

4. Place a bead of silicone sealant around the wall and ceiling mount mounting flange, press it to

the surface and line up the flange hole with drilled holes.

CAUTION 1: A silicone rubber sealant must be applied to seal the housing to secure

waterproofing.

CAUTION 2: When installing, a bracket must be applied.

CAUTION 3: Please reset the camera after 30 ~ 60 minutes when installing it in situations colder

than 14° F (-10°C).

2.1.1 Wall Mounting

The wall mounting plate must be attached to a structural object such as concrete that will support

the weight of the mount and dome camera.

1. Select a suitable mounting location and verify there is sufficient cable to reach the middle of the

Wall Mount.

2. Mark and drill mounting holes in the surface the wall mount flange as a template.

3. Pull out cables required to connect to the dome camera from the wall.

4. Secure the wall mount bracket to the wall using plastic anchors and 8x35 screws or appropriate

for the mounting surface.

5. Remove the cable access plate and route cables through rectangular access hole of the wall

mount bracket.

6. Attach the 1.5 inch adapter to wall mount bracket and fix it using set screw.

7. Attach the camera’s safety wire to the wall mount bracket latch and organize the cables.

8. Reattach the access plate of the wall mount bracket.

9. Push in and turn the camera clockwise into the adapter and fix it using set screwof the adapter.

2.1.2 Ceiling Mounting

The ceiling mounting plate must be attached to a structural object such as concrete that will support

the weight of the mount and dome camera.

This figure shows how to twist and lock the housing

with pipe.

1. Select a suitable mounting location

and verify there is sufficient cable to

connect with cables from the

housing.

2. Mark and drill mounting holes on the

surface using the ceiling mount

flange as a template.

3. Pull out cables required to connect to

the dome camera from the ceiling.

4. Attach the ceiling mount bracket

using plastic anchors and screws.

5. Attach 1.5 inch adapter to the pipe

and fix it using set screw of the

adapter.

6. Route camera cables through the

pipe and attach the camera to

adapter; fix them using set screw of

the adapter.

7. Attach housing’s safety wire to the

ceiling mount’s 6x35 tapping screw.

8. Make all connections and organize

cables.

9. Lock hexagonal nut of the ceiling

mount bracket to secure camera,

attached pipe and ceiling mount

bracket.

2.1.3 Installation –PTZ Camera Remove for Maintenance

In order to perform maintenance or change hardware settings, remove lower dome cover first

and

unlock the camera assembly by turning in the direction indicated by the arrows in the

figure below

to remove the PTZ camera.

2.2 Basic Configuration of Camera System

No.

Connector

Wire Color

Description

2-pin terminal block

GREEN

RS485+ (A)

BLUE

RS485- (B)

3-pin terminal block

RED

24 VAC or 12 VDC+

WHITE

24 VAC or 12 VDC-

3-pin terminal block

ORANGE

HEATER and FAN

BLACK

HEATER and FAN

6-pin terminal block

PINK

ALARM INPUT 1

GRAY

ALARM INPUT 2

VIOLET

ALARM INPUT 3

SKY BLUE

ALARM INPUT 4

BROWN

GND

YELLOW

ALARM OUTPUT

RJ-45

BLACK

Ethernet, RJ-45 port compatible with

10/100Mbps having PoE functionality

STEREO jack

GRAY

AUDIO OUTPUT

STEREO jack

BLACK

AUDIO INPUT

BNC jack

BLACK

CVBS OUTPUT

The camera must be installed by qualified service personnel in accordance with all local and federal

electrical and building codes.

2.3 Micro-SD Card Insertion & Termination

The device that is connected at end of line, whether it is a dome camera orkeyboard controller, must

have the cable for communication terminated by setting the appropriate DIP switch. Without proper

termination, there is potential for control signal errors. Total length of the cable for communication

should not exceed 4000 ft (1.2 km).

User can install and change Micro-SD card as shown in the following picture.

SW1

Terminated

Not terminated

OFF

2.4 Connections

• Connecting the Network

Connect a standard RJ-45 cable to the network port of the camera. Generally a crossover cable

is used for direct connection to a PC, while a direct cable is used for connection to a hub.

• Connecting Audio

Connect speaker to audio output line and external mic to audio input line.

• Connecting Alarms

–A1, A2, A3, A4 (Alarm Input 1, 2, 3, 4)

You can use external devices to signal the camera to react on events. Mechanical or electrical

switches can be wired to the A1, A2, A3, A4 (Alarm Input 1, 2, 3, 4) and G (Ground)

connectors.

–G (Ground)

NOTE: All the connectors marked G or GND are common.

Connect the ground side of the alarm input and/or alarm output to the G (Ground) connector.

–AO (Alarm Output)

The camera can activate external devices such as buzzers or lights. Connect the device to

the AO (Alarm Output) and G (Ground) connectors.

• Connecting to the RS485

The camera can be controlled remotely by an external device or control system, such as a

control keyboard, using RS485 half-duplex serial communications signals.

• Connecting the Power of Camera

Connect power of 12 VDC or 24 VAC for the camera.

When using a 12 VDC adapter, connect the positive (+) pole to the ‘+’ position and the negative

(-) pole to the ‘-’ position.

Use satisfy clause 2.5 of IEC60950-1/UL60950-1 or Certified/Listed Class 2 power source only.

–Be careful not to reverse the polarity when you connect the12 VDC power cable.

–You can also use a router featuring PoE (Power over Ethernet) to supply power to the

camera.

• Connecting the Power for Heater and Fan

Connect power of 24 VAC for the heater and fan.

Use satisfy clause 2.5 of IEC60950-1/UL60950-1 or Certified/Listed Class 2 power source only.

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