Hikvision DS-2TD4136-25-V2, DS-2TD4136-50-V2, DS-2TD4237-10-V2 User Manual

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Thermal Bi-spectrum Network

Speed dome

User Manual

User Manual of Thermal Bi-spectrum Network Speed dome

User Manual

Any and all information, including, among others, wordings, pictures, graphs are the properties

of Hangzhou Hikvision Digital Technology Co., Ltd. or its subsidiaries (hereinafter referred to be

“Hikvision”). This user manual (hereinafter referred to be “the Manual”) cannot be reproduced,

changed, translated, or distributed, partially or wholly, by any means, without the prior written

permission of Hikvision. Unless otherwise stipulated, Hikvision does not make any warranties,

guarantees or representations, express or implied, regarding to the Manual.

About this Manual

This Manual is applicable to Thermal Bi-spectrum Network Speed dome.

The Manual includes instructions for using and managing the product. Pictures, charts,

images and all other information hereinafter are for description and explanation only. The

information contained in the Manual is subject to change, without notice, due to firmware

updates or other reasons. Please find the latest version in the company website

(http://overseas.hikvision.com/en/).

Please use this user manual under the guidance of professionals.

Trademarks Acknowledgement

and other Hikvision’s trademarks and logos are the properties of Hikvision in

various jurisdictions. Other trademarks and logos mentioned below are the properties of their

respective owners.

Legal Disclaimer

TO THE MAXIMUM EXTENT PERMITTED BY APPLICABLE LAW, THE PRODUCT DESCRIBED,

WITH ITS HARDWARE, SOFTWARE AND FIRMWARE, IS PROVIDED “AS IS”, WITH ALL FAULTS

AND ERRORS, AND HIKVISION MAKES NO WARRANTIES, EXPRESS OR IMPLIED, INCLUDING

WITHOUT LIMITATION, MERCHANTABILITY, SATISFACTORY QUALITY, FITNESS FOR A

PARTICULAR PURPOSE, AND NON-INFRINGEMENT OF THIRD PARTY. IN NO EVENT WILL

HIKVISION, ITS DIRECTORS, OFFICERS, EMPLOYEES, OR AGENTS BE LIABLE TO YOU FOR

ANY SPECIAL, CONSEQUENTIAL, INCIDENTAL, OR INDIRECT DAMAGES, INCLUDING, AMONG

OTHERS, DAMAGES FOR LOSS OF BUSINESS PROFITS, BUSINESS INTERRUPTION, OR LOSS

OF DATA OR DOCUMENTATION, IN CONNECTION WITH THE USE OF THIS PRODUCT, EVEN IF

HIKVISION HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES.

REGARDING TO THE PRODUCT WITH INTERNET ACCESS, THE USE OF PRODUCT SHALL BE

WHOLLY AT YOUR OWN RISKS. HIKVISION SHALL NOT TAKE ANY RESPONSIBILITES FOR

ABNORMAL OPERATION, PRIVACY LEAKAGE OR OTHER DAMAGES RESULTING FROM

CYBER ATTACK, HACKER ATTACK, VIRUS INSPECTION, OR OTHER INTERNET SECURITY

RISKS; HOWEVER, HIKVISION WILL PROVIDE TIMELY TECHNICAL SUPPORT IF REQUIRED.

SURVEILLANCE LAWS VARY BY JURISDICTION. PLEASE CHECK ALL RELEVANT LAWS IN

YOUR JURISDICTION BEFORE USING THIS PRODUCT IN ORDER TO ENSURE THAT YOUR

User Manual of Thermal Network Speed dome

USE CONFORMS THE APPLICABLE LAW. HIKVISION SHALL NOT BE LIABLE IN THE EVENT

THAT THIS PRODUCT IS USED WITH ILLEGITIMATE PURPOSES.

IN THE EVENT OF ANY CONFLICTS BETWEEN THIS MANUAL AND THE APPLICABLE LAW,

THE LATER PREVAILS.

Regulatory Information

FCC Information Please take attention that changes or modification not expressly approved by the party responsible for compliance could void the user’s authority to operate the equipment. FCC compliance: This equipment has been tested and found to comply with the limits for 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 commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. FCC Conditions This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions:

1. This device may not cause harmful interference.

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

EU Conformity Statement This product and - if applicable - the supplied accessories too are marked with "CE" and comply therefore with the applicable harmonized European standards listed under the Low Voltage Directive 2006/95/EC, the EMC

Directive 2014/30/EU, the RoHS Directive 2011/65/EU.

2012/19/EU (WEEE directive): Products marked with this symbol cannot be disposed of as unsorted municipal waste in the European Union. For proper recycling, return this product to your local supplier upon the purchase of equivalent new equipment, or dispose of it at designated collection points. For more information see: www.recyclethis.info.

2006/66/EC (battery directive): This product contains a battery that cannot be disposed of as unsorted municipal waste in the European Union. See the product documentation for specific battery information. The battery is

marked with this symbol, which may include lettering to indicate cadmium (Cd), lead (Pb), or mercury (Hg). For proper recycling, return the battery to your supplier or to a designated collection point. For more information see: www.recyclethis.info.

Industry Canada ICES-003 Compliance This device meets the CAN ICES-3 (A)/NMB-3(A) standards requirements.

User Manual of Thermal Network Speed dome

iii

Safety Instruction

These instructions are intended to ensure that the user can use the product correctly to avoid danger or property loss.

The precaution measure is divided into ‘Warnings’ and ‘Cautions’:

Warnings: Serious injury or death may be caused if any of these warnings are neglected.

Cautions: Injury or equipment damage may be caused if any of these cautions are

neglected.

Warnings Follow these safeguards to prevent serious injury or death.

Cautions Follow these precautions to prevent potential injury or material damage.

Warnings

 The device should be used in compliance with local laws and electrical safety regulations. Refer to the

appropriate documentation for detailed information.

 The input voltage should conform to IEC60950-1 standard: SELV (Safety Extra Low Voltage) and the

Limited Power Source (24 VAC/12 VDC). Refer to the appropriate documentation for detailed information.

 DO NOT connect multiple devices to one power adapter, to avoid over-heating or fire hazards caused

by overload.

 Make sure the plug is properly connected to the power socket.  If smoke, odor, or noise arises from the device, immediately turn off the power, unplug the power cable,

and contact the service center.

 The installer and user are responsible for password and security configuration and its settings.  Both internal and external grounds should be connected properly. (The cross section area of the

grounding wire must be no less than 4 mm2, and no less than that of the phase connector).

Cautions

 Do not drop the device or subject it to physical shock.  Wipe the device gently with a clean cloth and a small quantity of ethanol, if necessary.  Do not aim the lens at the sun or any other bright light.  When any laser equipment is in use, make sure that the device lens is not exposed to the laser beam,

or it may burn out.

 Do not expose the device to high electromagnetic radiation or extremely hot, cold, dusty, or damp

environments.

 Place the device in a dry and well-ventilated environment.  Keep non-waterproof devices away from liquids.  Keep the device in original or similar packaging while transporting it.  A few device components (e.g., electrolytic capacitor) require regular replacement. The average

lifespan varies, so periodic checking is recommended. Contact your dealer for details.

 Improper use or replacement of the battery may result in explosion hazard. Replace with the same or

equivalent type only. Dispose of used batteries in conformance with the instructions provided by the battery manufacturer.

 Never attempt to disassemble the device.

0505401080709

User Manual of Thermal Network Speed dome

Table of Contents

CHAPTER 1 OVERVIEW ..................................................................................................................... 1

1.1 OVERVIEW ........................................................................................................................................ 1

1.2 SYSTEM REQUIREMENT ................................................................................................................... 1

1.3 FUNCTIONS ...................................................................................................................................... 2

CHAPTER 2 NETWORK CONNECTION ............................................................................................ 6

2.1 SETTING THE NETWORK SPEED DOME OVER THE LAN .................................................................... 6

2.1.1 Wiring over the LAN ........................................................................................................................ 6

2.1.2 Activating the Speed dome ........................................................................................................... 7

2.2 SETTING THE NETWORK SPEED DOME OVER THE WAN ............................................................... 12

2.2.1 Static IP Connection .................................................................................................................... 12

2.2.2 Dynamic IP Connection ............................................................................................................... 13

CHAPTER 3 ACCESS TO THE NETWORK SPEED DOME ............................................................ 16

3.1 ACCESSING BY WEB BROWSERS ................................................................................................... 16

3.2 ACCESSING BY CLIENT SOFTWARE ............................................................................................... 17

CHAPTER 4 BASIC OPERATIONS .................................................................................................. 19

4.1 CONFIGURING LOCAL PARAMETERS ............................................................................................. 19

4.2 LIVE VIEW PAGE ............................................................................................................................ 21

4.3 STARTING LIVE VIEW .................................................................................................................... 22

4.4 OPERATING PTZ CONTROL .......................................................................................................... 23

4.4.1 PTZ Control Panel ........................................................................................................................ 23

4.4.2 Auxiliary Functions ...................................................................................................................... 25

4.4.3 Setting / Calling a Preset ............................................................................................................ 27

4.4.4 Setting / Calling a Patrol ............................................................................................................. 29

4.4.6 Setting / Calling a Pattern........................................................................................................... 31

4.5 PLAYBACK ..................................................................................................................................... 32

4.5.1 Play Back Video Files................................................................................................................... 32

4.5.2 Downloading Video Files............................................................................................................. 34

4.6 PICTURES ...................................................................................................................................... 35

CHAPTER 5 SYSTEM CONFIGURATION ....................................................................................... 37

5.1 STORAGE SETTINGS ...................................................................................................................... 37

5.1.1 Configuring Recording Schedule ............................................................................................... 37

5.1.2 Configuring Capture Schedule ................................................................................................... 39

5.1.3 Configuring Net HDD ................................................................................................................... 41

5.2 EVENT CONFIGURATION ................................................................................................................ 43

5.2.1 Configuring Motion Detection .................................................................................................... 43

5.2.2 Configuring Video Tampering Alarm ........................................................................................ 48

5.2.3 Configuring Alarm Input .............................................................................................................. 49

5.2.4 Configuring Alarm Output ........................................................................................................... 51

User Manual of Thermal Network Speed dome

5.2.5 Handling Exception ...................................................................................................................... 52

5.2.6 Detecting Audio Exception ......................................................................................................... 52

5.3 FIRE SOURCE DETECTION CONFIGURATION .................................................................................. 54

5.3.1 Configuring Initial Position ......................................................................................................... 55

5.3.2 Configuring Dynamic Fire Source Detection ........................................................................... 56

5.3.3 Configuring Fire Source Detection Shield ................................................................................ 58

5.4 TEMPERATURE MEASUREMENT .................................................................................................... 60

5.4.1 Temperature Measurement Configuration.............................................................................. 60

5.4.2 Temperature Measurement and Alarm .................................................................................... 61

5.4.3 Linkage Method ............................................................................................................................ 66

5.4.4 Search History Temperature ...................................................................................................... 66

CHAPTER 6 VCA CONFIGURATION ............................................................................................... 67

6.1 CONFIGURING VCA INFORMATION ............................................................................................... 67

6.2 ADVANCED CONFIGURATION ......................................................................................................... 68

6.3 BEHAVIOR ANALYSIS ..................................................................................................................... 69

6.4 RULE CONFIGURATION DEMONSTRATION ..................................................................................... 73

6.4.1 Line Crossing ................................................................................................................................ 73

6.4.2 Intrusion ......................................................................................................................................... 75

6.4.3 Region Entrance ........................................................................................................................... 76

6.4.4 Region Exiting ............................................................................................................................... 76

CHAPTER 7 SPEED DOME CONFIGURATION .............................................................................. 78

7.1 CONFIGURING NETWORK SETTINGS ............................................................................................. 78

7.1.1 Basic Settings ............................................................................................................................... 78

7.1.2 Advanced Settings ....................................................................................................................... 84

7.2 CONFIGURING VIDEO AND AUDIO SETTINGS ................................................................................. 94

7.2.1 Configuring Video Settings ......................................................................................................... 94

7.2.2 Configuring Audio Settings ........................................................................................................ 96

7.2.3 Configuring ROI Settings ............................................................................................................ 97

7.3 PTZ CONFIGURATION ................................................................................................................... 99

7.3.1 Configuring Basic PTZ Parameters .......................................................................................... 99

7.3.2 Configuring PTZ Limits ............................................................................................................. 100

7.3.3 Configuring Park Actions .......................................................................................................... 101

7.3.4 Configuring Privacy Mask ......................................................................................................... 102

7.3.5 Configuring Scheduled Tasks .................................................................................................. 104

7.3.6 Clearing PTZ Configurations .................................................................................................... 105

7.3.7 Prioritize PTZ ............................................................................................................................... 105

7.3.8 Position and Vandal-Resistance Alarm Settings .................................................................. 106

7.3.9 Configuring Linear Scan ............................................................................................................ 107

7.4 CONFIGURING IMAGE SETTINGS ................................................................................................. 109

7.4.1 Configuring Display Settings .................................................................................................... 109

7.4.2 Configuring OSD Settings ......................................................................................................... 118

7.4.3 Configuring Text Overlay Settings .......................................................................................... 119

7.4.4 VCA Rule Display ........................................................................................................................ 119

User Manual of Thermal Network Speed dome

7.4.5 Configuring DPC Settings ......................................................................................................... 120

7.4.6 Picture in Picture ........................................................................................................................ 121

7.5 CONFIGURING SYSTEM SETTINGS .............................................................................................. 122

7.5.1 System Settings ......................................................................................................................... 122

7.5.2 Maintenance ............................................................................................................................... 126

7.5.3 Security ........................................................................................................................................ 131

7.5.4 User Management ..................................................................................................................... 133

APPENDIX .......................................................................................................................................... 138

SADP SOFTWARE INTRODUCTION ........................................................................................................... 138

User Manual of Thermal Bi-spectrum Network Speed dome

Chapter 1 Overview

1.1 Overview

Thermal bi-spectrum network speed dome (named as speed dome in the chapters below) integrates the function of the decoder, thermal camera, and the high-definition zoom camera. It performs temperature measurement, dynamic fire source detection and other smart detections in the remote surveillance of the power system, metallurgy system, and petrochemical engineering, and so on. You can get a high-quality live view via web browser or client software. The figure below shows one type of the speed dome series.

Figure 1-1 Overview of Thermal Speed dome

1.2 System Requirement

System requirement of web browser accessing is as follows: Operating System: Microsoft Windows XP SP1 and above version / Vista / Win7 / Server 2003 / Server 2008 32bits CPU: Intel Pentium IV 3.0 GHz or higher RAM: 1G or higher Display: 1024× 768 resolution or higher Web Browser: Internet Explorer 8.0 and above version, Apple Safari 5.02 and above version, Mozilla Firefox 5 and above version and Google Chrome 18 and above versions.

User Manual of Thermal Network Speed dome

1.3 Functions

The main functions of this camera is fire source detection, and temperature measurement, and VCA (video content analysis) functions.

 Fire Detection

Fire Source Detection Shield enables you to shield certain areas from being detected in fire source detection. For fire detection, refer to Section 5.3 Fire Source Detection Configuration.

 Temperature Measurement

When you enable this function, it measures the actual temperature of the spot being monitored. The device alarms when temperature exceeds the temperature threshold value. For temperature measurement, refer to Section5.4 Temperature Measurement.

 VCA function

You can do intelligent analysis, such as behavior analysis. Multiple rules can be configured for different requirements. For VCA function, refer to Chapter 6 VCA Configuration.

 Alarm Input and Output

Refer to the figure below to configure the alarm devices and sensors.

User Manual of Thermal Network Speed dome

Alarm Device /Alarm

Sensor?

Start

Alarm Device

(e.g., siren)

Alarm Sensor (e.g.,

gas detector)

Connect to Alarm Output

Terminal (labeled ALARM OUT)

END

Connect your camera with the alarm device(s).

Connect to Alarm Input

Terminal (labeled ALARM IN)

Turn on the Camera. Turn on the Camera.

Go to Event>Basic Event>Alarm Output

and set the alarm.

Go to Event>Basic Event>Alarm Input

and set the alarm.

Set the schedule for the alarm device. Set the schedule for the sensor.

Link the alarm to e-mail,

center, alarm out , etc.

Set Alarm Linkage for events.

The functions vary depending on the models of positioning system.

The functions vary depending on the models of speed dome.

 Bi-spectrum

The speed dome has two lens, an optical one and a thermal one, and two images are respectively provided by each lens.

 PTZ Limits

The speed dome can be programmed to move within the PTZ limits (left/right, up/down).

 Scan Modes

The speed dome provides 5 scan modes: auto scan, tilt scan, frame scan, random scan and panorama scan.

 Presets

A preset is a predefined image position. When the preset is called, the speed dome will automatically move to the defined position. The presets can be added, modified, deleted and called.

 Label Display

The on-screen label of the preset title, azimuth/elevation, zoom, time and speed dome name can be displayed on the monitor. The displays of time and speed dome name can be programmed.

 Auto Flips

User Manual of Thermal Network Speed dome

In manual tracking mode, when a target object goes directly beneath the speed dome, the video will automatically flips 180 degrees in horizontal direction to maintain continuity of tracking. This function can also be realized by auto mirror image depending on different camera models.

 Privacy Mask

This function allows you to block or mask certain area of a scene, for preventing the personal privacy from recording or live viewing. A masked area will move with pan and tilt functions and automatically adjust in size as the lens zooms telephoto and wide.

 3D Positioning

In the client software, use the left key of mouse to click on the desired position in the video image and drag a rectangle area in the lower right direction, then the speed dome will move the position to the center and allow the rectangle area to zoom in. Use the left key of mouse to drag a rectangle area in the upper left direction to move the position to the center and allow the rectangle area to zoom out.

 Proportional Pan/Tilt

Proportional pan/tilt automatically reduces or increases the pan and tilt speeds according to the amount of zoom. At telephoto zoom settings, the pan and tilt speeds will be slower than at wide zoom settings. This keeps the image from moving too fast on the live view image when there is a large amount of zoom.

 Auto Focus

The auto focus enables the camera to focus automatically to maintain clear video images.

 Day/Night Auto Switch

The speed domes deliver color images during the day. And as light diminishes at night, the speed domes switch to night mode and deliver black and white images with high quality.

 Slow Shutter

In slow shutter mode, the shutter speed will automatically slow down in low illumination conditions to maintain clear video images by extending the exposure time. The feature can be enabled or disabled.

 Backlight Compensation (BLC)

If you focus on an object against strong backlight, the object will be too dark to be seen clearly. The BLC (Backlight Compensation) function can compensate light to the object in the front to make it clear, but this causes the over-exposure of the background where the light is strong.

 Wide Dynamic Range (WDR)

The wide dynamic range (WDR) function helps the camera provide clear images even under back light circumstances. When there are both very bright and very dark areas simultaneously in the field of view, WDR balances the brightness level of the whole image and provide clear images with details.

 White Balance (WB)

White balance can remove the unrealistic color casts. White balance is the white rendition function of the camera to adjust the color temperature according to the environment automatically.

 Patrol

A patrol is a memorized series of pre-defined preset function. The scanning speed

User Manual of Thermal Network Speed dome

between two presets and the dwell time at the preset are programmable.

 Pattern

A pattern is a memorized series of pan, tilt, zoom, and preset functions. By default the focus and iris are in auto status during the pattern is being memorized.

 Power Off Memory

The speed dome supports the power off memory capability with the predefined resume time. It allows the speed dome to resume its previous position after power is restored.

 Scheduled Task

A time task is a preconfigured action that can be performed automatically at a specific date and time. The programmable actions include: auto scan, random scan, patrol 1-8 ,pattern 1-4, preset 1-8,frame scan, panorama scan, tilt scan, day, night, reboot, PT adjust, Aux Output, etc.

 Park Action

This feature allows the speed dome to start a predefined action automatically after a period of inactivity.

 3D Digital Noise Reduction

Comparing with the general 2D digital noise reduction, the 3D digital noise reduction function processes the noise between two frames besides processing the noise in one frame. The noise will be much less and the video will be clearer.

User Manual of Thermal Bi-spectrum Network Speed dome

Chapter 2 Network Connection

Before you start:

 If you want to set the network speed dome via a LAN (Local Area Network), please

refer to Section 2.1.

 If you want to set the network speed dome via a WAN (Wide Area Network), please

refer to Section 2.2.

2.1 Setting the Network Speed dome over the LAN

Purpose:

To view and configure the speed dome via a LAN, you need to connect the network speed dome in the same subnet with your computer, and install the SADP or client software to search and change the IP of the network speed dome.

For the detailed introduction of SADP, please refer to Appendix.

2.1.1 Wiring over the LAN

The following figures show the two ways of cable connection of a network speed dome and a computer:

Purpose:

 To test the network speed dome, you can directly connect the network speed dome to

the computer with a network cable as shown in Figure 2-1.

 Refer to the Figure 2-2 to set the network speed dome over the LAN via a switch or a

router.

Network Cable

Figure 2-1 Connecting Directly

User Manual of Thermal Network Speed dome

Network

Speed Dome

Switch

Internet

NVR

Figure 2-2 Connecting via a Switch or a Router

2.1.2 Activating the Speed dome

Purpose:

You are required to activate the speed dome first before you can use the speed dome. Activation via Web Browser, Activation via SADP, and Activation via client software are supported. In the following sections, activation via web browser and SADP will be taken as examples. You may refer to the user manual of the speed dome for the details of activation via client software.

 Activation via Web Browser

Steps:

1. Power on the speed dome, and connect the speed dome to the network.

2. Input the IP address into the address bar of the web browser, and click Enter to enter

the activation interface.

The default IP address of the speed dome is 192.168.1.64.

Figure 2-3 Activation Interface(Web)

3. Create a password and input the password into the password field.

STRONG PASSWORD RECOMMENDED–We highly recommend you create

a strong password of your own choosing (Using a minimum of 8 characters,

User Manual of Thermal Network Speed dome

including at least three of the following categories: upper case letters, lower case letters, numbers, and special characters.) in order to increase the security of your product. And we recommend you reset your password regularly, especially in the high security system, resetting the password monthly or weekly can better protect your product.

4. Confirm the password.

5. Click OK to activate the speed dome and enter the live view interface.

 Activation via SADP Software

SADP software is used for detecting the online device, activating the device, and resetting the password. Get the SADP software from the supplied disk or the official website, and install the SADP according to the prompts. Follow the steps to activate the speed dome. Steps:

1. Run the SADP software to search the online devices.

2. Check the device status from the device list, and select an inactive device.

Select inactive device.

Input and confirm password.

Figure 2-4 SADP Interface

STRONG PASSWORD RECOMMENDED–We highly recommend you create a

strong password of your own choosing (Using a minimum of 8 characters,

3. Create a password and input the password in the password field, and confirm the

password.

4. Click OK to save the password.

You can check whether the activation is completed on the popup window. If activation failed, please make sure that the password meets the requirement and then try again.

5. Change the device IP address to the same subnet with your computer by either

User Manual of Thermal Network Speed dome

modifying the IP address manually or checking the checkbox of Enable DHCP.

Figure 2-5 Modify the IP Address

6. Input the password and click Save to activate your IP address modification.

 Activation via Client Software

The client software is versatile video management software for multiple kinds of devices. Get the client software from the supplied disk or the official website, and install the software according to the prompts. Follow the steps to activate the camera.

Steps:

1. Run the client software and the control panel of the software pops up, as shown in

the figure below.

User Manual of Thermal Network Speed dome

Figure 2-6 Control Panel

2. Click Device Management to enter the Device Management interface, as shown in the

figure below.

Figure 2-7 Device Management Interface

3. Check the device status from the device list, and select an inactive device.

4. Click Activate to pop up the Activation interface.

5. Create a password and input the password in the password field, and confirm the

password.

User Manual of Thermal Network Speed dome

STRONG PASSWORD RECOMMENDED–We highly recommend you create a strong password of your own choosing (Using a minimum of 8 characters, including at least three of the following categories: upper case letters, lower case letters, numbers, and special characters.) in order to increase the security of your product. And we recommend you reset your password regularly, especially in the high security system, resetting the password monthly or weekly can better protect your product.

Figure 2-8 Activation Interface

6. Click OK to start activation.

7. Click Modify Netinfo to pop up the Network Parameter Modification interface, as

shown in the figure below.

Figure 2-9 Modifying the Network Parameters

8. Change the device IP address to the same subnet with your computer by either

modifying the IP address manually or checking the checkbox of Enable DHCP.

User Manual of Thermal Network Speed dome

9. Input the password to activate your IP address modification.

2.2 Setting the Network Speed dome over the WAN

Purpose:

This section explains how to connect the network speed dome to the WAN with a static IP or a dynamic IP.

2.2.1 Static IP Connection

Before you start:

Please apply a static IP from an ISP (Internet Service Provider). With the static IP address, you can connect the network speed dome via a router or connect it to the WAN directly.

 Connecting the network speed dome via a router

Steps:

1. Connect the network speed dome to the router.

2. Assign a LAN IP address, the subnet mask and the gateway. Refer to Section 2.1.2 for

detailed IP address configuration of the speed dome.

3. Save the static IP in the router.

4. Set port mapping, E.g., 80, 8000 and 554 ports. The steps for port mapping vary

depending on different routers. Please call the router manufacturer for assistance with port mapping.

5. Visit the network speed dome through a web browser or the client software over the

internet.

Speed Dome

Network Cable

Router with Static IP

Network Cable

Internet

Figure 2-10 Accessing the Speed dome through Router with Static IP

 Connecting the network speed dome with static IP directly

You can also save the static IP in the speed dome and directly connect it to the internet without using a router. Refer to Section 2.1.2 for detailed IP address configuration of the speed dome.

User Manual of Thermal Network Speed dome

Speed Dome

Network Cable

Internet

Figure 2-11 Accessing the Speed dome with Static IP Directly

2.2.2 Dynamic IP Connection

Before you start:

Please apply a dynamic IP from an ISP. With the dynamic IP address, you can connect the network speed dome to a modem or a router.

 Connecting the network speed dome via a router

Steps:

1. Connect the network speed dome to the router.

2. In the speed dome, assign a LAN IP address, the subnet mask and the gateway. Refer

to Section 2.1.2 for detailed LAN configuration.

3. In the router, set the PPPoE user name, password and confirm the password.

 For your privacy and to better protect your system against security risks, we strongly

recommend the use of strong passwords for all functions and network devices. The password should be something of your own choosing (using a minimum of 8 characters, including upper case letters, lower case letters, numbers and special characters) in order to increase the security of your product.

 Proper configuration of all passwords and other security settings is the responsibility of

the installer and/or end-user.

4. Set port mapping. E.g. 80, 8000 and 554 ports. The steps for port mapping vary

depending on different routers. Please call the router manufacturer for assistance with port mapping.

5. Apply a domain name from a domain name provider.

6. Configure the DDNS settings in the setting interface of the router.

7. Visit the speed dome via the applied domain name.

 Connecting the network speed dome via a modem

Purpose:

This speed dome supports the PPPoE auto dial-up function. The speed dome gets a public IP address by ADSL dial-up after the speed dome is connected to a modem. You need to configure the PPPoE parameters of the network speed dome. Refer to Section 7.1.1 Configuring PPPoE Settings for detailed configuration.

User Manual of Thermal Network Speed dome

Figure 2-12 Accessing the Speed dome with Dynamic IP

The obtained IP address is dynamically assigned via PPPoE, so the IP address always changes after rebooting the speed dome. To solve the inconvenience of the dynamic IP, you need to get a domain name from the DDNS provider (E.g. DynDns.com). Please follow below steps for normal domain name resolution and private domain name resolution to solve the problem.

 Normal Domain Name Resolution

Figure 2-13 Normal Domain Name Resolution

Steps:

1. Apply a domain name from a domain name provider.

2. Configure the DDNS settings in the DDNS Settings interface of the network speed

dome. Refer to Section 7.1.1 Configuring DDNS Settings for detailed configuration.

3. Visit the speed dome via the applied domain name.  Private Domain Name Resolution

Figure 2-14 Private Domain Name Resolution

User Manual of Thermal Network Speed dome

Steps:

1. Install and run the IP Server software in a computer with a static IP.

2. Access the network speed dome through the LAN with a web browser or the client

software.

3. Enable DDNS and select IP Server as the protocol type. Refer to Section 7.1.1

Configuring DDNS Settings for detailed configuration.

User Manual of Thermal Bi-spectrum Network Speed dome

Chapter 3 Access to the Network

Speed dome

3.1 Accessing by Web Browsers

Steps:

1. Open the web browser.

2. In the address field, input the IP address of the network speed dome, e.g., 192.168.1.64

and press the Enter key to enter the login interface.

3. Activate the speed dome for the first time using, refer to the section 2.1.2 Activating the

Speed dome.

4. Select English as the interface language on the top-right of login interface.

5. Input the user name and password and click .

The admin user should configure the device accounts and user/operator permissions properly. Delete the unnecessary accounts and user/operator permissions.

The device IP address gets locked if the admin user performs 7 failed password attempts (5 attempts for the user/operator).

Figure 3-1 Login Interface

6. Install the plug-in before viewing the live video and operating the speed dome. Please

follow the installation prompts to install the plug-in.

You may have to close the web browser to install the plug-in. Please reopen the web browser and log in again after installing the plug-in.

User Manual of Thermal Network Speed dome

Figure 3-2 Download and Install Plug-in

3.2 Accessing by Client Software

The product CD contains the client software. You can view the live video and manage the speed dome with the client software. Follow the installation prompts to install the client software and WinPcap. The

configuration interface and live view interface of client software are shown below.

Figure 3-3 iVMS-4200 Control Panel

User Manual of Thermal Network Speed dome

Figure 3-4 iVMS-4200 Live View Interface

 If you use third party VMS software, please contact technical support of our branch

for camera firmware.

 For detailed information about client software of our company, please refer to the

user manual of the software. This manual mainly introduces accessing to the network speed dome by web browser.

User Manual of Thermal Bi-spectrum Network Speed dome

Chapter 4 Basic Operations

In this and the following chapters, operation of the speed dome by the web browser will be taken as an example.

4.1 Configuring Local Parameters

The local configuration refers to the parameters of the live view and other operations using the web browser.

Steps:

1. Enter the Local Configuration interface:

Configuration > Local

Figure 4-1 Local Configuration Interface

2. Configure the following settings:

 Live View Parameters: Set the protocol type, play performance, rules and image

User Manual of Thermal Network Speed dome

format.

 Protocol Type: TCP, UDP, MULTICAST and HTTP are selectable.

TCP: Ensures complete delivery of streaming data and better video quality, yet the real-time transmission will be affected. UDP: Provides real-time audio and video streams. MULTICAST: It’s recommended to select the protocol type to MULTICAST when using the Multicast function. HTTP: Allows the same quality as of TCP without setting specific ports for streaming under some network environments.

 Play Performance: Set the play performance to Shortest Delay, or Auto.  Rules: You can enable or disable the rules of dynamic analysis for motion here.  Fire Point: Locate Highest Temperature Point, and Frame Fire Point are selectable.

Display the highest temperature area as point or frame.

 Display Temperature Info.: Display temperature information or not with

temperature measurement rule configured.

 Display Temperature Info. on Capture: Display temperature information on the

capture or not.

 Image Format: The captured pictures can be saved as different format. JPEG and

BMP are available.

 Record File Settings: Set the saving path of the video files.

 Record File Size: Select the packed size of manually recorded and downloaded

video files. The size can be set to 256M, 512M or 1G.

 Save record files to: Set the saving path for the manually recorded video files.  Save downloaded files to: Set the saving path for the downloaded video files in

interface.

 Picture and Clip Settings: Set the saving paths of the captured pictures and clipped

video files.

 Save snapshots in live view to: Set the saving path of the manually captured

pictures in interface.

 Save snapshots when playback to: Set the saving path of the captured pictures in

interface.

 Save clips to: Set the saving path of the clipped video files in

interface.

 You can click Browse to change the directory for saving video files, clips and

pictures.

 You can click Open to directly open the video files, clips and pictures.

3. Click to save the settings.

User Manual of Thermal Network Speed dome

4.2 Live View Page

Purpose:

The live video page allows you to view live video, capture images, realize PTZ control, set/call presets and configure video parameters.

the menu bar of the main page to enter the live view page.

Descriptions of the live view page:

Live View

Parameters

Live View Window

Toolbar

Show or hide PTZ control panel

PTZ Control

Preset/Patrol/Pattern

Menu Bar

Figure 4-2 Live View Page

Menu Bar: Click each tab to enter Live View, Playback, Picture, and Configuration page respectively. Click to display the help file of the speed dome. Click to logout the system. Live View Window: Display the live video. Toolbar: Operations on the live view page, e.g., live view, capture, record, audio on/off, regional exposure, regional focus, etc. PTZ Control: Panning, tilting, focusing and zooming actions of the speed dome. The lighter, wiper, one-touch focus and lens initialization control. Preset/patrol/pattern: Set and call the preset/patrol/pattern for the speed dome.

User Manual of Thermal Network Speed dome

Pattern function varies depending on the models of speed dome.

Live View Parameters: Configure the image size, stream type, plug-in type, and two-way audio of the live video.

4.3 Starting Live View

In the live view window as shown in Figure 4-3, click on the toolbar to start the live

view of the speed dome.

Figure 4-3 Start Live View

Table 4-1 Descriptions of the Toolbar

Icon

Description

Icon

Description

Start/Stop Live view.

Manually capture the pictures.

/ / /

Display in 1× 1/2× 2/3× 3/4× 4 window.

Live view with the main/sub stream.

Manual start/stop recording.

Start/Stop Two-way Audio.

View previous / next page.

Mute/Audio on and adjust volume

Show full screen

User Manual of Thermal Network Speed dome

 Double-click on the live video to switch the current live view into full-screen or return to

normal mode from the full-screen.

 Click to select from / / / and display live video in 1 × 1/2 × 2/3 × 3/4

× 4 window.

 Click to select from / and display live video with the main/ sub stream.

The main stream is with a relatively high resolution and needs much bandwidth. The default setting of stream type is .

 Click and it displays . Click to enable two-way audio and the icon turns

into . Click the icon again to stop two-way audio.

 Click to start live view and the icon turns into . Click the icon again to stop live

view.

 Click to capture the picture.  Click to start recording and the icon turns into . Click the icon again to stop

recording.

 Click to switch between the optical channel and thermal channel when

selecting 1 × 1 live view window.

 Click to display the . Drag the slider to adjust the volumn.  Click to show full screen of live view, press Esc to exit.

Before using the two-way audio or recording with audio functions, please set the Stream Type to Video & Audio referring to Section 7.2.1 Configuring Video Settings. Please refer to the following sections for more information:

 Configuring remote recording in Section 5.1.1 Configuring Recording Schedule.  Setting the image quality of the live video in Section 7.4 Configuring Image Settings.

and Section 7.2.1 Configuring Video Settings.

 Setting the OSD text on live video in Section 7.4.2 Configuring OSD Settings.

4.4 Operating PTZ Control

Purpose:

In the live view interface, you can use the PTZ control buttons to control panning, tilting and zooming.

4.4.1 PTZ Control Panel

On the live view page, click to show the PTZ control panel or click to hide it. Click the direction buttons to control the pan/tilt movements.

User Manual of Thermal Network Speed dome

Click the zoom/iris/focus buttons to realize lens control.

Figure 4-4 PTZ Control Panel

Table 4-2 Descriptions of PTZ Control Panel

Button

Name

Description

PTZ Control Panel

Hold and press the direction button to pan/tilt the speed dome. Click and the speed dome keeps panning, the icon turns into

. Click the icon again to stop

the speed dome.

Zoom out/in

Click , the lens zooms in, click

, and the lens zooms out.

Focus near/far

Click , the lens focus far and the items far away gets clear. Click , the lens focus near and the items nearby gets clear.

User Manual of Thermal Network Speed dome

Button

Name

Description

Iris close/open

When the image is too dark, click

to open the iris. When the image is too bright, click to close the iris.

Auxiliary Functions

The auxiliary functions include light, wiper, auxiliary focus, lens initialization, manual tracking, 3D positioning, de-icing heater, click-to-thermometry, synchronize FOV

Speed Adjustment

Adjust speed of pan/tilt movements.

Preset

Refer to 4.4.3 for detailed information of setting preset.

Patrol

Refer to 4.4.4 for detailed information of setting patrol.

Pattern

Refer to4.4.6 for detailed information of setting pattern.

 Buttons on the Preset/Patrol/Patterns interface:

Table 4-3 Descriptions of Buttons

Buttons

Description

Start the selected patrol/pattern.

Stop current patrol/pattern.

Set the selected preset/patrol.

Delete the selected preset/patrol/pattern.

Start recording a pattern.

Stop recording the pattern.

4.4.2 Auxiliary Functions

The Auxiliary functions panel is shown in the figure below:

Figure 4-5 Auxiliary Functions

 Light

User Manual of Thermal Network Speed dome

Click to enable/disable the light supplement of the speed dome. This function is reserved.

 Wiper

Click to move the wiper once.

 Auxiliary Focus

The auxiliary focus function is reserved.



Click and the lens operates the movements for initialization.



Click to enable manual De-Icing function of the device.

The de-icing function takes effect when the device inner temperature is ≤ 30°C (86°F).



Click to enable/disable the manual thermometry function of the device. You can click any position on the interface to show the real temperature.



Click to synchronize the FOV of optical lens and thermal lens

 Manual Tracking

Before you start:

Go to Configuration > System > Maintenance > VCA Resource Type and select the VCA Resource as Temperature Measurement + Behavior Analysis. Then enter the VCA Information Configuration interface: Configuration > VCA Configuration > VCA Info and enable Intelligent Analysis first.

Steps:

1. Click on the toolbar of live view interface.

2. Click a moving object in the live video.

The speed dome will track the object automatically.

 3D Positioning

Steps:

1. Click on the toolbar of live view interface.

2. Operate the 3D positioning function:

3. Click a position of the live video. The corresponding position will be moved to the

center of the live video.

4. Hold down the left mouse button and drag the mouse to the lower right on the live

video. The corresponding position will be moved to the center of the live video and

User Manual of Thermal Network Speed dome

zoomed in.

5. Hold down the left mouse button and drag the mouse to the upper left on the live

video. The corresponding position will be moved to the center of the live video and zoomed out.

4.4.3 Setting / Calling a Preset

Purpose:

A preset is a predefined image position. For the defined preset, you can click the calling button to quickly view the desired image position.

 Setting a Preset:

Steps:

1. In the PTZ control panel, select a preset number from the preset list.

Figure 4-6 Setting a Preset

2. Use the PTZ control buttons to move the lens to the desired position.

• Pan the speed dome to the right or left.

• Tilt the speed dome up or down.

• Zoom in or out.

• Refocus the lens.

3. Click to finish the setting of the current preset.

4. Edit a preset name by double clicking on the default name such as preset 1. (The pre-defined presets

are named already and not configurable. Please refer to the user manual for detailed function

description.)

5. You can click to delete the preset.

You can configure up to 256 presets.

 Calling a Preset:

In the PTZ control panel, select a defined preset from the list and click to call the preset.

User Manual of Thermal Network Speed dome

Figure 4-7 Calling a Preset

For convenient preset selection, refer to the following steps to navigate to the preset you want.

Steps:

1. Select any preset from the list.

2. Click the preset number you need on the keyboard.

 The following presets are predefined with special commands. You can only call them

but not configure them. For instance, preset 99 is the “Start auto scan”. If you call the

preset 99, the speed dome starts auto scan function.

 Pattern function varies depending on the models of speed dome.

Table 4-4 Special Presets

Preset

Function

Preset

Function 33

Auto flip

Start to set limit stops

Back to initial position

Set limit stops manually

Call patrol 1

Remote reboot

Call patrol 2

Call OSD menu

Call patrol 3

Stop a scan

Call patrol 4

Start random scan

Day mode (IR cut filter in)

Start frame scan

Night mode (IR cut filter out)

Start auto scan

Call pattern 1

100

Start tilt scan

Call pattern 2

101

Start panorama scan

Call pattern 3

102

Call patrol 5

Call pattern 4

103

Call patrol 6

One-touch Patrol

104

Call patrol 7

Wiper

105

Call patrol 8

User Manual of Thermal Network Speed dome

Figure 4-8 Special Preset

You may need to use the OSD (On Screen Display) menu when controlling the speed dome remotely. To display the OSD menu on the live view screen, you can call the preset number 95.

4.4.4 Setting / Calling a Patrol

Purpose:

A patrol is a memorized series of preset function. It can be configured and called on the patrol settings interface. There are up to 8 patrols for customizing. A patrol can be configured with 32 presets.

Before you start:

Please make sure that the presets you want to add into a patrol have been defined.

 Setting a Patrol:

Steps:

1. In the PTZ control panel, click to enter the patrol settings interface.

2. Select a patrol number from the list and click .

3. Click to enter the adding interface of preset, as shown in Figure 4-9.

User Manual of Thermal Network Speed dome

Figure 4-9 Adding Presets

4. Configure the preset number, patrol time and patrol speed.

Name

Description

Patrol Time

It is the duration staying on one patrol point. The speed dome moves to another patrol point after the patrol time.

Patrol Speed

It is the speed of moving from one preset to another.

5. Click OK to save a preset into the patrol.

6. Repeat the steps from 3 to 5 to add more presets.

7. Click OK to save all the patrol settings.  Calling a Patrol:

In the PTZ control panel, select a defined patrol from the list and click to call the patrol,

as shown in Figure 4-10.

Figure 4-10 Calling a Preset

Figure 4-11 Patrol Path 8

User Manual of Thermal Network Speed dome

4.4.6 Setting / Calling a Pattern

Purpose:

A pattern is a memorized series of pan, tilt, zoom, and preset functions. It can be called on the pattern settings interface. There are up to 4 patterns for customizing.

Pattern function varies depending on speed dome models.

 Setting a Pattern:

Steps:

1. In the PTZ control panel, click to enter the pattern settings interface.

2. Select a pattern number from the list as shown in Figure 4-12.

Figure 4-12 Patterns Settings Interface

3. Click to enable recording the panning, tilting and zooming actions.

4. Use the PTZ control buttons to move the lens to the desired position after the

information of PROGRAM PATTERN REMAINNING MEMORY(%) is displayed on the screen.

 Pan the speed dome to the right or left.  Tilt the speed dome up or down.  Zoom in or out.  Refocus the lens.

5. Click to save all the pattern settings.  Buttons on the Patterns interface:

Buttons

Description

Start the selected patrol/pattern.

Stop current patrol/pattern. Set the selected preset/patrol.

Delete the selected preset/patrol/pattern.

Start recording a pattern.

User Manual of Thermal Network Speed dome

Stop recording the pattern.

 These 4 patterns can be operated separately and with no priority level.  When configuring and calling the pattern, proportional pan is valid; the limit stops and

auto flip will be invalid; and the 3D positioning operation is not supported.

4.5 Playback

Purpose:

This section explains how to view the video files stored in the network disks or memory cards.

4.5.1 Play Back Video Files

Steps:

1. Click on the menu bar to enter playback interface.

Figure 4-13 Playback Interface

2. Select the date and click .

User Manual of Thermal Network Speed dome

Figure 4-14 Search Video

3. Click to play the video files found on this date.

The toolbar on the bottom of Playback interface can be used to control playing process.

Playback Toolbar

Table 4-5 Description of the buttons

Button

Operation

Button

Operation

Play

Capture a picture

Pause

Start/Stop clipping

video files

Stop

Audio on and

adjust

volume/Mute

Speed down

Download

Speed up

Playback by frame

/ / /

Display in 1× 1/2× 2/3× 3/4× 4 window.

Show full screen

Stop all Playback

Play recorded videos of different cameras asynchronously.

Play recorded videos of different cameras synchronously.

You can choose the file paths locally for downloaded playback video files and pictures in Local Configuration interface. Please refer to Section 4.1 Configuring Local Parameters for

User Manual of Thermal Network Speed dome

details. Drag the progress bar with the mouse to locate the exact playback point. You can also input the time and click to locate the playback point in the Set playback time field. You can also click to zoom out/in the progress bar.

Figure 4-15 Set Playback Time

Figure 4-16 Progress Bar

The different colors of the video on the progress bar stand for the different video types as shown in Figure 4-17.

Figure 4-17 Video Types

Synchronously play recorded videos of different channels

Steps:

1. Click to enable synchronous playback function.

2. Choose camera channels.

3. Setting date and time of recorded videos.

4. Click to view the videos of optical channel and thermal channel synchronously.

Asynchronously play recorded videos of different channels

Steps:

1. Click to enable asynchronous playback function.

2. Choose Channel No: 1.

3. Setting date and time of recorded videos.

4. Choose Channel No: 2.

5. Setting date and time of recorded videos.

6. Repeat step 2-5 to configure the date and time for different channels separately.

7. Click to view the videos of optical channel and thermal channel asynchronously.

4.5.2 Downloading Video Files

Steps:

1. Click on the playback interface. The pop-up menu is shown in Figure 4-18.

User Manual of Thermal Network Speed dome

2. Set the start time and end time. Click Search. The corresponding video files are listed

on the left.

Figure 4-18 Video Downloading interface

3. Check the checkbox in front of the video files that you need to download.

4. Click to download the video files.

4.6 Pictures

Purpose:

This section explains how to view the captured picture files stored in the network disks or the memory cards and download the captured pictures.

Steps:

1. Click on the menu bar to enter picture interface.

User Manual of Thermal Network Speed dome

Figure 4-19 Picture Interface

2. Select the file type of capturing the pictures from the list as timing, alarm, motion, etc.

3. Set the start time and end time. Click Search. The corresponding picture files will be

listed.

4. Check the checkbox in front of the files that you need to download.

5. Click to download the files.

User Manual of Thermal Bi-spectrum Network Speed dome

Chapter 5 System Configuration

5.1 Storage Settings

Before you start:

To configure record settings, please make sure that you have the network storage device within the network or the memory card inserted in your speed dome.

5.1.1 Configuring Recording Schedule

Purpose:

There are two kinds of recording for the speed domes: manual recording and scheduled recording. In this section, you can follow the instructions to configure the scheduled recording. By default, the record files of scheduled recording are stored in the memory card (if supported) or in the network disk.

Steps:

1. Enter the Record Schedule settings interface:

Configuration > Storage > Schedule Settings > Record Schedule

Figure 5-1 Recording Schedule Interface

2. Check the checkbox of Enable to enable scheduled recording.

3. To set the advanced settings of the speed dome, click to enter the

advanced settings interface.

User Manual of Thermal Network Speed dome

Figure 5-2 Record Parameters

 Pre-record: The time you set to start recording before the scheduled time or the

event. For example, if an alarm triggers recording at 10:00, and the pre-record time is set as 5 seconds, the speed dome starts to record at 9:59:55. The Pre-record time can be configured as No Pre-record, 5 s, 10 s, 15 s, 20 s, 25 s, 30 s or not limited.

The pre-record time changes according to the video bitrate.

 Post-record: The time you set to stop recording after the scheduled time or the

event. For example, if an alarm triggered recording ends at 11:00, and the post-record time is set as 5 seconds, the speed dome records until 11:00:05. The Post-record time can be configured as 5 s, 10 s, 30 s, 1 min, 2 min, 5 min or 10 min.

 Stream Type: You can select the stream type for recording; Main Stream, Sub

Stream and Third Stream are selectable. If you select the sub stream, you can record for a longer time with the same storage capacity.

The Pre-record and Post-record parameters vary depending on the models of speed dome.

4. Click OK to save the advanced setting.

5. Select a Record Type. The record type can be Continuous, Motion, Alarm, Motion |

Alarm, Motion & Alarm, and Event.

 Normal: If you select Continuous, the video will be recorded automatically

according to the time of the schedule.

 Record Triggered by Motion Detection: If you select Motion, the video will be

recorded when the motion is detected. Besides configuring the recording schedule, you have to set the motion detection area and check the checkbox of Trigger Channel in the Linkage Method of Motion Detection settings interface. For detailed information, please refer to Section Motion Detection.

 Record Triggered by Alarm: If you select Alarm, the video will be recorded when

the alarm is triggered via the external alarm input channels. Besides configuring the recording schedule, you have to set the Alarm Type and check the checkbox of

User Manual of Thermal Network Speed dome

Trigger Channel in the Linkage Method of Alarm Input settings interface. For detailed information, please refer to Section Alarm Input.

 Record Triggered by Motion & Alarm: If you select Motion & Alarm, the video will

be recorded when the motion and alarm are triggered at the same time. Besides configuring the recording schedule, you have to configure the settings on the Motion Detection and Alarm Input settings interfaces.

 Record Triggered by Motion | Alarm: If you select Motion | Alarm, the video will be

recorded when the external alarm is triggered or the motion is detected. Besides configuring the recording schedule, you have to configure the settings on the Motion Detection and Alarm Input settings interfaces.

 Record Triggered by VCA events: If you select VCA, the video will be recorded

when the either of the VCA events is triggered. Besides configuring the recording schedule, you have to configure the settings on the VCA interface.

VCA function varies depending on the models of speed dome.

 Record Triggered by Event: If you select to record by event, the video will be

recorded when any of the events is triggered.

6. Click to save the settings.

5.1.2 Configuring Capture Schedule

Purpose:

You can configure the scheduled snapshot and event-triggered snapshot. The captured picture can be stored in the local storage or network storage.

Steps:

1. Enter the Snapshot settings interface:

Configuration > Storage > Storage Settings > Capture

Figure 5-3 Snapshot Settings

User Manual of Thermal Network Speed dome

2. Click to enter the Capture Schedule interface.

3. Select the timeline of a certain day, click and drag the left button of the mouse to

set the capture schedule (the start time and end time of the recording task).

4. After you set the scheduled task, you can click and copy the task to other

days (optional).

5. After setting the capture schedule, you can click a capture segment to display

the segment capture settings interface to edit the segment capture parameters. (optional)

Figure 5-4 Segment Snapshot Settings

6. Click to enter the advanced setting interface. You can select the

stream type of the capture.

7. Click to enter the Capture Parameters Interface.

8. Check the Enable Timing Snapshot checkbox to enable continuous snapshot,

and configure the schedule of timing snapshot. Check the Enable Event-triggered Snapshot checkbox to enable event-triggered snapshot.

9. Select the format, resolution, quality of the snapshot.

10. Set the time interval between two snapshots.

11. Click to save the settings.

Uploading to FTP

Please make sure that the FTP server is online.

You can follow below configuration instructions to upload the snapshots to FTP.

 Upload continuous snapshots to FTP

Steps:

1) Configure the FTP settings and check Upload Picture checkbox in FTP Settings

interface. Please refer to Section 7.1.2 Configuring FTP Settings for more details to configure FTP parameters.

2) Check the Enable Timing Snapshot checkbox.

3) Click Edit to set the snapshot schedule. Refer to Section 5.2.1 Configuring Motion

Detection.

 Upload event-triggered snapshots to FTP

User Manual of Thermal Network Speed dome

Steps:

1) Configure the FTP settings and check Upload Picture checkbox in FTP Settings

interface. Please refer to Section 7.1.2 Configuring FTP Settings for more details to configure FTP parameters.

2) Check Upload to FTP checkbox in Motion Detection Settings or Alarm Input

interface. Refer to Section 5.2.1 Configuring Motion Detection.

3) Check the Enable Event-triggered Snapshot checkbox.

5.1.3 Configuring Net HDD

Before you start:

The network disk should be available within the network and properly configured to store the recorded files, log files, etc.

Steps:

 Add the network disk

1. Enter the NAS (Network-Attached Storage) settings interface:

Configuration > Storage > Storage Management > Net HDD

Figure 5-5 Select Net HDD Type

2. Enter the IP address and the file path of the network disk.

3. Select the mounting type. NFS and SMB/CIFS are selectable. You can set the user

name and password to guarantee the security if SMB/CIFS is selected.

Please refer to the NAS User Manual for creating the file path.

 For your privacy and to better protect your system against security risks, we strongly

 Proper configuration of all passwords and other security settings is the responsibility of

the installer and/or end-user.

User Manual of Thermal Network Speed dome

4. Click to add the network disk.

After having saved successfully, you need to reboot the speed dome to activate the settings.

 Initialize the added network disk.

1. Enter the HDD settings interface (Configuration > Storage > Storage Management >

HDD Management), in which you can view the capacity, free space, status, type and property of the disk.

Figure 5-6 Storage Management Interface

2. If the status of the disk is Uninitialized, check the corresponding checkbox to select the

disk and click Format to start initializing the disk.

3. When the initialization completed, the status of disk will become Normal as shown in

Figure 5-7.

Figure 5-7 View Disk Status

 Define the Quota for Record and Pictures

1. Input the quota percentage for picture and for record.

2. Click Save and refresh the browser page to activate the settings.

User Manual of Thermal Network Speed dome

Figure 5-8 Quota Settings

 Up to 8 NAS disks can be connected to the speed dome.  To initialize and use the memory card after insert it to the speed dome, please refer to

the steps of NAS disk initialization

5.2 Event Configuration

Purpose:

This section explains how to configure the network speed dome to respond to alarm events, including motion detection, video tampering alarm input, alarm output and exception. These events can trigger the alarm actions, such as Send Email, Notify Surveillance Center, etc. For example, when motion detection is triggered, the network speed dome sends a notification to an e-mail address.

 On the event configuration page, click to show the PTZ control panel or click to

hide it.

 Click the direction buttons to control the pan/tilt movements.  Click the zoom/iris/focus buttons to realize lens control.  The functions vary depending on the models of speed dome.

5.2.1 Configuring Motion Detection

Purpose:

Motion detection is a feature which can trigger alarm actions and actions of recording videos when the motion occurred in the surveillance scene.

Steps:

1. Enter the motion detection setting interface:

Configuration > Event > Basic Event > Motion Detection

2. Select the channel to set the motion detection.

3. Check the checkbox of the Enable Motion Detection to enable this function.

You can check the Enable Dynamic Analysis for Motion checkbox if you want the detected object get marked with rectangle in the live view.

4. Select the configuration mode as Normal or Expert and set the corresponding motion

detection parameters.

 Normal

User Manual of Thermal Network Speed dome

Figure 5-9 Motion Detection Settings-Normal

Steps:

(1) Click and drag the mouse on the live video image to draw a motion

detection area.

(2) Click to finish drawing.

 You can draw up to 8 motion detection areas on the same image.

 You can click to clear all of the areas.

(3) Move the slider to set the

sensitivity of the detection.

 Expert

User Manual of Thermal Network Speed dome

Figure 5-10 Motion Detection Settings-Expert

Steps:

(1) Set the Schedule Image Settings, there are OFF, Auto-Switch and

Scheduled-Switch selectable. If the schedule image switch mode is enabled, you can configure the detection rule for the day and night separately. OFF: Disable the day and night switch. Auto-Switch: Switch the day and night mode according to the illumination automatically. Scheduled-Switch: Switch to the day mode at 6:00 a.m., and switch to the night mode at 18:00 p.m..

(2) Select Area No. to configure in the dropdown list. (3) Set the values of sensitivity and proportion of object on area.

Sensitivity: The greater the value is, the easier the alarm will be triggered. Proportion of Object on Area: When the size proportion of the moving object exceeds the predefined value, the alarm will be triggered. The less the value is, the easier the alarm will be triggered.

5. Set the Arming Schedule for Motion Detection.

(1) Click tab to enter the arming schedule setting interface.

User Manual of Thermal Network Speed dome

Figure 5-11 Arming Schedule

(2) Select the timeline of a certain day, click and drag the mouse to set the arming

schedule (the start time and end time of the arming task).

(3) After you set the scheduled task, you can click and copy the task to other

days (optional).

Figure 5-12 Arming Time Schedule

(4) After setting the arming schedule, you can click a segment to display the

segment arming settings interface to edit the segment record parameters (optional).

Figure 5-13 Segment Arming Settings

(5) Click to save the settings.

User Manual of Thermal Network Speed dome

The time of each period cannot be overlapped. Up to 8 periods can be configured for each day.

6. Set the Alarm Actions for Motion Detection.

Click tab to enter the Linkage Method interface.

You can specify the linkage method when an event occurs. The following contents are about how to configure the different types of linkage method.

Figure 5-14 Linkage Method

Check the checkbox to select the linkage method. Notify Surveillance Center, Send Email, Upload to FTP/Memory/NAS, Trigger Alarm Output and Trigger Recording are selectable.

 Notify Surveillance Center

Send an exception or alarm signal to remote management software when an event occurs.

 Send Email

Send an email with alarm information to a user or users when an event occurs.

To send the Email when an event occurs, you need to refer to Section Configuring Email Settings to set the Email parameters.

 Upload to FTP/Memory/NAS

Capture the image when an alarm is triggered and upload the picture to a FTP server.

User Manual of Thermal Network Speed dome

You need a FTP server and set FTP parameters first. Refer to Section Configuring FTP Settings for setting FTP parameters.

 Trigger Alarm Output

Trigger one or more external alarm outputs when an event occurs.

To trigger an alarm output when an event occurs, please refer to Section 5.2.4 Configuring Alarm Output to set the alarm output parameters.

 Trigger Recording

Record a video when an event occurs.

You have to set the recording schedule to realize this function. Please refer to Section 5.1.1 Configuring Recording Schedule for settings the recording schedule.

5.2.2 Configuring Video Tampering Alarm

Purpose:

You can configure the speed dome to trigger the alarm actions when the lens is covered.

Steps:

1. Enter the Video Tampering settings interface :

Configuration > Event > Basic Event > Video Tampering

2. Select the channel to set the video tampering alarm.

User Manual of Thermal Network Speed dome

Figure 5-15 Tampering Alarm

3. Check Enable checkbox to enable the tampering detection.

4. Click tab to enter the arming schedule setting interface. The

arming schedule configuration is the same as the setting of the arming schedule for motion detection. Refer to Section 5.2.1 Configuring Motion Detection.

5. Click tab to select the linkage method taken for tampering, notify

surveillance center, send email and trigger alarm output are selectable. Refer to Section

5.2.1 Configuring Motion Detection.

6. Click to save the settings.

5.2.3 Configuring Alarm Input

Steps:

1. Enter the Alarm Input settings interface:

Configuration > Event > Basic Event > Alarm Input

2. Choose the alarm input No. and the Alarm Type. The alarm type can be NO (Normally

Open) and NC (Normally Closed).

3. Edit the name in to set a name for the

alarm input (optional).

User Manual of Thermal Network Speed dome

Figure 5-16 Alarm Input Settings

4. Click tab to enter the arming schedule setting interface. The

arming schedule configuration is the same as the setting of the arming schedule for motion detection. Refer to Section 5.2.1 Configuring Motion Detection.

5. Click tab to select the linkage method taken for alarm input,

including Notify Surveillance Center, Send Email, Upload to FTP/Memory Card/NAS, Trigger Alarm Output and Trigger Recording. Refer to Section 5.2.1 Configuring Motion

Detection.

6. You can also choose the PTZ linking for the alarm input. Check the relative checkbox

and select the No. to enable Preset Calling, Patrol Calling or Pattern Calling.

7. You can copy your settings to other alarm inputs.

8. Click to save the settings.

Figure 5-17 Linkage Method

User Manual of Thermal Network Speed dome

5.2.4 Configuring Alarm Output

Steps:

1. Enter the Alarm Output settings interface:

Configuration> Event > Basic Event > Alarm Output

2. Select one alarm output channel in the Alarm Output dropdown list.

3. Set a name in for the alarm output

(optional).

4. The Delay time can be set to 5sec, 10sec, 30sec, 1min, 2min, 5min, 10min or Manual.

The delay time refers to the time duration that the alarm output remains in effect after alarm occurs.

5. Click tab to enter the arming schedule setting interface. The time

schedule configuration is the same as the settings of the arming schedule for motion detection. Refer to Section 5.2.1 Configuring Motion Detection.

Figure 5-18 Alarm Output Settings

6. You can copy the settings to other alarm outputs.

7. Click to save the settings.

User Manual of Thermal Network Speed dome

5.2.5 Handling Exception

The exception type can be HDD full, HDD error, network disconnected, IP address conflicted and illegal login to the speed domes.

Steps:

1. Enter the Exception settings interface:

Configuration > Event > Basic Event > Exception

2. Check the checkbox to set the actions taken for the Exception alarm. Refer to Section

5.2.1 Configuring Motion Detection.

Figure 5-19 Exception Settings

3. Click to save the settings.

5.2.6 Detecting Audio Exception

Purpose:

When you enable this function and audio exception occurs, the alarm actions will be triggered.

Steps:

1. Enter the video audio exception detection interface:

User Manual of Thermal Network Speed dome

Configuration > Event > Smart Event > Audio Exception Detection

Figure 5-20 Audio Exception Detection

2. Check the checkbox of Audio Loss Detection to enable the audio input exception

detection.

3. Check the checkbox of Sudden Increase of Sound Intensity Detection checkbox to

enable the sudden rise detection.

 Sensitivity: Range [1-100], the smaller the value the more severe the sound change

will trigger the detection.

 Sound Intensity Threshold: Range [1-100], it can filter the sound in the environment,

the louder the environment sound, the higher the value should be. You can adjust it according to the actual environment.

4. Check the checkbox of Sudden Decrease of Sound Intensity Detection checkbox to

enable the sudden drop detection. Sensitivity: Range [1-100], the smaller the value the more severe the sound change will trigger the detection.

5. Click tab to enter the arming schedule setting interface. The time

schedule configuration is the same as the settings of the arming schedule for motion detection. Refer to Section 5.2.1 Configuring Motion Detection.

6. Click tab to select the linkage method taken for the audio input

exception, Notify Surveillance Center, Send Email, Trigger Alarm Output and Trigger Recording are selectable. Refer to Section 5.2.1 Configuring Motion Detection.

User Manual of Thermal Network Speed dome

7. Click to save the settings.

5.3 Fire Source Detection Configuration

The functions vary depending on the models of speed dome.

If GPS information is required for

platform accessing?

Start

YES NO

Enable GPS of Position

Settings

Set the application scene

and zoom parameters.

Set the VCA resource to

Fire Detection

Enable Fire Detection

(Event > Dynamic Fire Source Detection)

If the PTZ function is supported by the

camera?

YES

END

Enable Fire Detection Shield.

Enable the

patrol/park/linear scan.

Set the north as the

Initial Position

Enable the fire point in

the Local Settings.

User Manual of Thermal Network Speed dome

5.3.1 Configuring Initial Position

Purpose:

The initial position is the origin of PTZ coordinates. It can be the factory default initial position. You can also customize the initial position according to your own demand. If you connect the device to the system platform, the platform can mark all the fire positions.

Steps:

1. Enter the Position Settings interface:

Configuration > PTZ > Position Settings.

Figure 5-21 Position Settings

2. Set the compass parameters. (1) Select PT Mode as Manual. (2) Click the PTZ control buttons to find the north direction; you can also call a

defined preset and set it as the north direction.

(3) Click Set as North to save the position. (4) Optionally, you can click Point to North to move the device to the north direction

if the north direction was once saved.

3. Set the sensitivity of Vandal-proof Alarm. The higher the value is, more easily the

User Manual of Thermal Network Speed dome

alarm will be triggered.

4. Enable or disable the alarm uploading and alarm voice warning function.

5. Set GPS settings. (1) Select Longitude-Latitude Mode as Manual. (2) Select longitude and latitude as East or West according to the actual position. (3) Enter the value of longitude and latitude in three textboxes.

6. Click Point to North and save.

7. Enter the Initial Position Configuration interface:

Configuration > PTZ > Initial Position

Figure 5-22 PTZ Configuration

8. Click the PTZ control buttons to find a position as the initial position of the positioning

system; you can also call a defined preset and set it as the initial position of the positioning system.

9. Click Set to save the position.

 Call/delete an Initial Position:

You can click to call the initial position. You can click to delete the initial position

and restore the factory default initial position.

5.3.2 Configuring Dynamic Fire Source Detection

Purpose:

When you enable this function and fire source or smoke is detected, the alarm actions will be triggered. You can set different detection mode, fire source zoom mode, and so on.

Steps:

1. Enter Configuration>Advanced Configuration>System>VCA Resource Type to select

User Manual of Thermal Network Speed dome

Fire and Smoke Detection as VCA Resource Type.

2. Enter the fire and smoke detection interface:

Configuration > Event > Smart Event > Dynamic Fire Source Detection

Figure 5-23 Dynamic Fire Source Detection

3. Check the checkbox of Enable Dynamic Fire Source Detection.

The function of dynamic fire source detection can only be enabled for camera 2.

4. Select the Application Scene from the list. Forest-Fire Prevention, Straw Burning,

High-building, and Indoor/Perimeter are selectable. Set the Installation Height for scene if required.

5. Set the fire detection parameters:

 Detection Mode: Select detection mode as by Multiple Frame, and the system

alarms with high accuracy. Select detection mode as by Single Frame, and the system alarms with short delay.

 Sensitivity: Range [1-100], the smaller the value is, the fire source of lower

temperature can be detected.

 Hold-and-Alarm Mode: The system will stop when it detects the fire source. You

can set the duration while it keeps still.

- In Auto mode, you can set the dwell time, range [0-120]. During the dwell

time the camera stays still where it detects the fire source when performing auto scan, patrol, pattern, scheduled task, and park action.

- In Manual Mode, the device stays still where it detects the fire source, until

you manually moves the camera.

User Manual of Thermal Network Speed dome

 Fire Source Zoom Ratio: Set the zoom ratio of the optical channel when it detects

the fire source. In Auto mode, the optical channel changes its zoom ratio until two channels have the same field of view. In Manual mode, you can set the optical zoom ratio.

 Cancel Repeated Alarm: Enable this function to trigger alarm only once for same

place during one day.

6. Check the checkbox of Display Fire Source Frame on Stream to display a red frame

around the fire source on stream when fire occurs. (Optional)

7. Check the checkbox to select the linkage method taken for the alarm input. Refer to

Step 3 in Section 5.2.1 Configuring Motion Detection. In the field of Other Linkage, you can check the checkbox to enable the alarm output (The alarm output number varies depending on device ability).

8. Click to save the settings.

5.3.3 Configuring Fire Source Detection Shield

Purpose:

Fire Source Shield enables you to shield certain areas from being detected in fire source detection.

The privacy mask function is supported by the optical lens only.

Steps:

1. Enter the Fire Source Detection Shield Setting interface:

Configuration > Event > Smart Event > Fire Source Detection Shield

User Manual of Thermal Network Speed dome

Figure 5-24 Fire Source Detection Shield

2. Click the PTZ control buttons to find the area you want to shield from the smoke

detection.

3. Click Draw Area and drag the mouse in the live video window to draw the area.

4. You can drag the corners of the red rectangle area to change its shape and size.

5. Click Stop Drawing to finish drawing or click Clear All to clear all of the areas you set

without saving them.

6. Set the value of Active Zoom Ratio on your demand, and then the shield will only

appear when the zoom ratio is greater than the predefined value.

7. Click Add to save the smoke detection shield, and it will be listed in the Fire Source

Detection Shield List area; you can select a region and click Delete to delete it from the list; you can also define the color of the regions.

8. Check the checkbox of Enable Fire Source Detection Shield to enable this function.

You are allowed to draw up to 24 areas on the same image.

9. Click to save the settings.

For some models, the smoke detection function is not supported and you

User Manual of Thermal Network Speed dome

cannot select Fire and Smoke Detection Mode.

5.4 Temperature Measurement

Purpose:

When you enable this function, it measures the actual temperature of the spot being monitored. The device alarms when temperature exceeds the temperature threshold value.

Before You Start:

Enter Configuration > Advanced Configuration > System > VCA Resource Type to select Temperature Measurement + Behavior Analysis as VCA Resource Type.

5.4.1 Temperature Measurement Configuration

Steps:

1. Enter Configuration > Temperature Measurement > Basic Settings Configuration.

Figure 5-25 Dynamic Fire Source Detection

2. Check the checkboxes of the interface to set the temperature measurement

configurations.

 Enable Temperature Measurement: Check the checkbox to enable temperature

measurement function.

User Manual of Thermal Network Speed dome

 Enable Color-Temperature: Check the checkbox to display Temperature-Color Ruler

in live view.

 Display Temperature Info. on Stream: Check the checkbox to display temperature

information in live view.

 Add Original Data on Capture: Check the checkbox to add original data on capture.  Add Original Data on Stream: Check the checkbox to add original data on stream.  Data Refresh Interval: Select the data refresh interval from 1s to 5s.  Unit: Display temperature with Degree Celsius (° C)/Degree Fahrenheit (° F)/Degree

Kelvin (K）.

 Temperature Range: Set the temperature range.  Version: View the version of current algorithm.

3. Clcik Save to save the settings .

5.4.2 Temperature Measurement and Alarm

Purpose:

This function is used for measuring the temperature of detected spot and the device compares temperature of selected regions and alarms.

Steps:

 Normal Mode

1. Enter Configuration > Temperature Measurement > Advanced Settings.

2. Select the temperature measurement and alarm configuration as Normal.

3. Configure the parameters.

Figure 5-26 Temperature Measurement Configuration

User Manual of Thermal Network Speed dome

Emissivity: Set the emissivity of your target. Note: The emissivity of each object is different. Distance (m): The straight-line distance between the target and the device. Pre-Alarm: When the temperature of target exceeds the Pre-Alarm Threshold, and this status keeps NOT shorter than the Filtering Time, it triggers the Pre-Alarm. Check the checkbox of Pre-Alarm Output to set link the pre-alarm with the connected alarm device. Alarm: When the temperature of target exceeds the Alarm Threshold, and this status keeps NOT shorter than the Filtering Time, it triggers the Alarm. Check the checkbox of Alarm Output to set link the pre-alarm with the connected alarm device.

4. Click Save.

 Expert Mode:

1. Enter Configuration > Temperature Measurement > Advanced Settings.

2. Select the temperature measurement and alarm configuration as Expert.

3. Adjust the PTZ.

Figure 5-27 Temperature Measurement Configuration

1) Adjust the image to the scene for temperature measurement with the PTZ control

User Manual of Thermal Network Speed dome

panel. Save current scene as certain preset.

 You can set the preset in live view interface before and call the preset in the

temperature measurement and alarm interface.

 You can set/ call/ clear the preset in temperature measurement interface.  Click Synchronize FOV this button to synchronize the FOV of thermal light

channel and optical light channel.

4. Configure the parameters.

1) Set the alarm rule: Select a temperature measurement rule from the rule list and

configure the parameters.

Name: You can customize the rule name. Type: Select Point, Line, or Area as rule type. Emissivity: Set the emissivity of your target. The emissivity of each object is different, you can refer to the Quick Start Guide Appendix for details. Distance (m): The straight-line distance between the target and the device. Reflective Temperature: If there is any target with high emissivity in the scene, check the checkbox and set the reflective temperature to correct the temperature. If no such target exists, uncheck the checkbox. Tolerance Temperature: The device judges whether the triggered alarm stops until the device temperature/temperature difference is lower than rule temperature by tolerance temperature. E.g., set tolerance temperature as 3° C, set alarm temperature as 55° C, and set pre-alarm temperature as 50° C. The device sends pre-alarm when its temperature reaches 50° C and it alarms when its temperature reaches 55° C and only when the device temperature is lower than 52°C will the alarm be cancelled.

2) Set the alarm rules.

For Point Rule:

a) Click to show the Alarm Rule setting interface.

Figure 5-28 Alarm Rule Settings (Point)

b) Set the alarm rule.

User Manual of Thermal Network Speed dome

c) Set the Alarm Temperature, Pre-Alarm Temperature, and Tolerance

Temperature.

d) Set the Pre-Alarm Output and Alarm Output with the connected alarm

sensor and alarm device. E.g., select Alarm Rule as Above (Average Temperature), and set the Alarm Temperature to 50 °C, and the device alarms when its average temperature is higher than 50 °C.

For Line Rule:

a) Click to show the Alarm Rule setting interface.

Figure 5-29 Alarm Rule Settings (Line)

b) Set the alarm rule. c) Set the Alarm Temperature, Pre-Alarm Temperature, and Tolerance

Temperature.

d) Set the Pre-Alarm Output and Alarm Output with the connected alarm

sensor and alarm device. E.g., select Alarm Rule as Above (Max. Temperature) and set the Alarm Temperature to 40 ° C, and the device alarms when the maximum temperature is higher than 40 °C.

For Area Rule: Task 1.

a) Click to show the Alarm Rule setting interface.

User Manual of Thermal Network Speed dome

Figure 5-30 Alarm Rule Settings (Area)

b) Set the alarm rule. c) Set the Alarm Temperature, Pre-Alarm Temperature, and Tolerance

Temperature.

d) Set the Pre-Alarm Output and Alarm Output with the connected alarm

sensor and alarm device. E.g., select Alarm Rule as Above (Max. Temperature) and set the Alarm Temperature to 40 ° C, and the device alarms when the maximum temperature is higher than 40 °C. Task 2. For two alarm rules of area, you can set the alarm for area temperature difference.

a) Set the area alarm rules.

b) Click to show the area temperature

difference alarm interface.

Figure 5-31 Area Temperature Difference Alarm

c) Select two rules to compare the saved areas. d) Set the alarm rules and the temperature.

E.g., select Area 1 and Area 2, and set the comparison rule as Above (Max. Temperature), and set the temperature difference threshold to 5 ° C. The device alarms when the difference of two areas' maximum temperature is above 5 °C.

e) Set the Alarm Output with the connected alarm sensor and alarm device.

User Manual of Thermal Network Speed dome

5.4.3 Linkage Method

Purpose:

Set the linkage method of the alarm.

Steps:

1. Enter Configuration > Temperature Measurement > Linkage Method.

2. Set the arming schedule and linkage method.  Arming Schedule: Click on the time bar and drag the mouse to select the time

period.

 Linkage Method: Click Linkage Method and check the checkbox to select the

linkage method. Audible warning, notify surveillance center, send email, upload to FTP, trigger channel and trigger alarm output are selectable. You can specify the linkage method when an event occurs.

3. Click Save to save the settings.

After the settings, you can view the current temperature and humidity on the top of this interface.

5.4.4 Search History Temperature

Purpose:

Search the history temperature and generate the temperature/time graphic.

Steps:

1. Select the camera channel, preset point, rule and display time interval from the

drop-down list.

2. Set the start time.

3. Click Search button to generate the graphic.

4. Click Export to download the graphic.

Figure 5-32 History Temperature Graphic Configuration

User Manual of Thermal Network Speed dome

Chapter 6 VCA Configuration

Before you start:

Go to Configuration > System > Maintenance > VCA Resource Type and select the VCA Resource as Temperature Measurement + Behavior Analysis.

Purpose:

You can do intelligent analysis, such as behavior analysis, with the speed dome. Multiple rules can be configured for different requirements.

The VCA (Video Content Analysis) function only supported by the thermal channel.

6.1 Configuring VCA Information

Steps:

1. Enter the VCA Information Configuration interface:

Configuration > VCA Configuration > VCA Info.

Figure 6-1 VCA Information

2. Check the checkbox to enable the Intelligent Analysis. And you can view the current

version for the behavior analysis.

3. Set the display information:

 If you select to display the target info and rule info on the alarm picture are

supported; you can enable the functions by ticking the corresponding checkbox on your demand.

 And if you tick the checkbox of display target info and rule on stream, the

information will be added to the video stream, and the overlay will be displayed if you get live view or play back by the VS Player.

4. Set the Snapshot:

User Manual of Thermal Network Speed dome

 You can configure the Notify Surveillance Center function which is used for

uploading the picture to the surveillance center when and VCA alarm occurs.

 You can also set the quality and resolution of the picture separately.

5. Click to save the settings.

6.2 Advanced Configuration

All the parameters for both behavior analysis and face capture are collected in the advanced configuration page. You can configure these parameters for different VCA types on your demand.

Steps:

1. Enter the Advanced Configuration interface:

Configuration > VCA > Advanced Configuration

Figure 6-2 Advanced Configuration

2. Adjust the Detection Parameters.

Detection Sensitivity: Range [0-4], the higher the sensitivity is, the easier the target will be detected. Background Update Rate: Range [0-4], if a detected target remains in the monitoring scene for a certain time, the system will count the target as the background automatically. The greater the value is, the faster the target will be counted as the background. Minimum Target Size: Range [0-4], The system will filter out the object smaller than

User Manual of Thermal Network Speed dome

the minimum target size. Displacement Constraint for Target Generation: Range [0-4], the higher the value is, the slower the target is generated, and the higher accuracy the analysis will get. Scene Modes: The scene mode is set to be General by default. Select Distant View when you are far from the targets. Select Indoor when you are indoor. Optical-axis Movement: Check the checkbox when the target moves in the direction of camera's optical -axis. Single Alarm: You can enable Single Alarm, and the system only sends alarm once for one target triggering. Otherwise, the alarm will be triggered continuously until the target disappears.

3. Adjust the Tracking Parameters.

Post-Tracking: Range [2-600], you can configure the tracking duration after the target is still. Restore Default: Click Restore to restore the parameters to the default. Restart VCA: Click Restart to restart the VCA function.

6.3 Behavior Analysis

Purpose:

The speed dome supports patrol tracking for multiple scenes. At most 8 rules can be configured for a single scene. You can configure the rules for the scene on your demand.

Steps:

1. Configure the VCA Info: For details, see 7.2 Configuring VCA Information.

2. Configure the Zooming Ratio parameters: Set the appropriate tracking zooming ratio

with the PTZ control panel. Click on to save the settings.

The optical camera will track the target when the VCA rule is triggered which is configured on the thermal camera.

User Manual of Thermal Network Speed dome

Figure 6-3 Zoom Ratio

3. Configure the Scene:

Go to VCA > Scene Parameters At most 10 scenes can be added. Different rules and properties can be configured for each scene.

Figure 6-4 Scene Parameters

 Create a Scene:

1) Add New Scene: Click to create a new scene.

2) Control the PTZ to get the required scene.

3) Set the scene parameters:

Scene Name: Enter a custom scene name. Patrol Sequence: Set the sequence for the scene when doing patrol tracking. If the sequence is selected as 0, this scene will not be configured for patrol tracking. Duration: Set the dwell time of the scene when doing patrol tracking. The intelligent analysis will be enabled during the period. If the alarm is triggered, the speed dome will start to track automatically. Enable Track: Check the checkbox to enable the tracking function for the scene. Tracking Duration: Set the duration of the tracking. If the value is selected as 0,

User Manual of Thermal Network Speed dome

the tracking duration will not be limited. Limited Tracking: You can check the checkbox to enable/disable the function. If the function is enabled, you can set the limited position for the tracking.

4) Click to save the settings.  Rule Configuration:

At most 8 rules can be configured for a single scene. Follow the steps below to configure the rule for the scene.

1) Click the Rule tab to enter the rule settings interface.

2) Create new rule: Click on the button to add a new rule.

3) Select rule type: Click the dropdown menu to select the rule type. Line Crossing,

Intrusion, Region Entrance, and Region Exiting are selectable.

Figure 6-5 Rule List

4) Configure the rule area: Click the Draw Line or Draw Area button on the tool bar of

the live view panel. Click the mouse on the live view panel. Right click the mouse to finish drawing. For details, see 6.4 Rule Configuration Demonstration.

5) Configure the filtering size: The filtering function is supported for all rules. You

can set the minimum and maximum size of the object needs to be filtered. The system will only detect the object in a size between the configured minimum and maximum value. For details, see6.4 Rule Configuration Demonstration.

6) Configure the Duration: Set the dwell time of the target cross the line or area. The

intelligent analysis will be enabled during the period.

7) Configure the Sensitivity: The higher the value is, more easily the alarm will be

triggered.

8) Configure the Detection Target.

9) Enable rules: Check the Enable checkbox of each rule in the rule list to enable the

rule.

10) Click to save the settings.

Create multiple rules: You can create more rules by repeating the above steps.

 Configure Arming schedule:

1) Click the Arming Schedule tab.

2) Select a rule from the rule list.

User Manual of Thermal Network Speed dome

Figure 6-6 Arming Schedule

3) Click on the Edit button to edit the arming time segment.

Figure 6-7 Schedule Time

You can select to copy the settings to whole week or are specific days of the week. At most 8 segments can be configured.

4) Click to save the settings.  Configure Arming schedule:

1) Click the Alarm Linkage tab.

User Manual of Thermal Network Speed dome

2) Select a rule from the rule list.

Figure 6-8 Alarm Linkage

3) Check the checkbox of corresponding linkage actions to enable it.

4. Advanced Configuration: For details, see section 6.2 Advanced Configuration. Click

to save the settings.

6.4 Rule Configuration Demonstration

Purpose:

This section provides detailed configuration steps for each rule.

6.4.1 Line Crossing

Purpose:

This function can be used for detecting people, vehicles and objects traversing a set virtual plane. The traversing direction can be set as bidirectional, from left to right or from right to left. The alarm will be triggered if the rule is broken.

Steps:

1. Create new rule: Click on the button to add a new rule.

2. Select rule type: Click the dropdown menu and select Line Crossing as the rule type.

User Manual of Thermal Network Speed dome

Figure 6-9 Select Rule Type

3. (Optional) Configure the size filter, if you want to narrow the detection target to a

desired range.

a. Check the checkbox of the Filter by, and only filer by pixel is available.

b. Click the button and draw a rectangle on the live view image as the Min.

size filter.

c. Click the button and draw a rectangle on the live view image as the Max.

size filter.

4. Configure the rule area:

Click on the tool bar of the live view panel. Specify a point of the line by clicking

the mouse on the live view image, and then specify the other one.

Figure 6-10 Draw Line

5. Click the dropdown menu in the rule list to select the crossing direction.

6. Enable rules: Check the Enable checkbox of each rule in the rule list to enable the rule.

7. Click to save the settings.

User Manual of Thermal Network Speed dome

6.4.2 Intrusion

Purpose:

This function can be used for detecting whether there are people, vehicles and objects intrude into the pre-defined region longer than the set duration. The alarm will be triggered if the rule is broken.

Steps:

1. Create new rule: Click on the button to add a new rule.

2. Select rule type: Click the dropdown menu and select Intrusion as the rule type.

3. Configure the filtering size: for details, see step 3 in section 6.4.1 Line Crossing.

4. Configure the rule area:

Click on the tool bar of the live view panel. Click the mouse on the live view

image to specify a corner of the area. After you specify all the corners, right click the mouse to connect the first corner and the last corner, which means the polygonal area is drawn.

Figure 6-11 Draw Area

5. Set the duration from 1 to 100.

6. Enable rules: Check the Enable checkbox of each rule in the rule list to enable the rule.

7. Click to save the settings.

User Manual of Thermal Network Speed dome

6.4.3 Region Entrance

Purpose:

This function can be used for detecting people, vehicles and objects entering the pre-defined region. The alarm will be triggered if the rule is broken.

Steps:

1. Create new rule: Click on the button to add a new rule.

2. Select rule type: Click the dropdown menu and select Region Entrance as the rule

type.

3. Configure the rule area:

Click on the tool bar of the live view panel. Click the mouse on the live view panel.

Right click the mouse to finish drawing.

4. Configure the filtering size: for details, see step 3 in section 6.4.1 Line Crossing.

5. Enable rules: Check the Enable checkbox of each rule in the rule list to enable the rule.

6. Click to save the settings.

6.4.4 Region Exiting

Purpose:

This function can be used for detecting people, vehicles and objects exiting the pre-defined region. The alarm will be triggered if the rule is broken.

Steps:

1. Create new rule: Click on the button to add a new rule.

2. Select rule type: Click the dropdown menu and select Region Exiting as the rule type.

3. Configure the rule area:

Click on the tool bar of the live view panel. Click the mouse on the live view panel.

Right click the mouse to finish drawing.

User Manual of Thermal Network Speed dome

Figure 6-12 Draw Area

4. Configure the filtering size: for details, see step 3 in section 6.4.1 Line Crossing.

5. Enable rules: Check the Enable checkbox of each rule in the rule list to enable the rule.

6. Click to save the settings.

User Manual of Thermal Bi-spectrum Network Speed dome

Chapter 7 Speed dome

Configuration

7.1 Configuring Network Settings

The functions vary depending on the models of speed dome.

7.1.1 Basic Settings

Configuring TCP/IP Settings

Purpose:

TCP/IP settings must be properly configured before you operate the speed dome over network. IPv4 and IPv6 are both supported.

Steps:

1. Enter TCP/IP settings interface:

Configuration > Network > Basic Settings > TCP/IP

User Manual of Thermal Network Speed dome

Figure 7-1 TCP/IP Settings

2. Configure the NIC settings, including the IPv4(IPv6) Address, IPv4(IPv6) Subnet Mask

and IPv4(IPv6) Default Gateway.

3. Click to save the above settings.

You can click Test to make sure that the IP address is valid.

 If the DHCP server is available, you can check to automatically obtain an IP

address and other network settings from that server.

 The valid value range of Maximum Transmission Unit (MTU) is 500 ~ 1500. The

default value is 1500.

 The Multicast sends a stream to the multicast group address and allows multiple

clients to acquire the stream at the same time by requesting a copy from the multicast group address. Before utilizing this function, you have to enable the Multicast function of your router and configure the gateway of the network speed dome.

 If the DNS server settings are required for some applications (e.g., sending email), you

should properly configure the Preferred DNS Server and Alternate DNS server.

Figure 7-2 DNS Server Settings

The router must support the route advertisement function if you select Route Advertisement as the IPv6 mode.

Configuring DDNS Settings

Purpose:

If your speed dome is set to use PPPoE as its default network connection, you can use the Dynamic DNS (DDNS) for network access. Before you start: Registration on the DDNS server is required before configuring the DDNS settings of the speed dome.

 For your privacy and to better protect your system against security risks, we strongly

recommend the use of strong passwords for all functions and network devices. The password should be something of your own choosing (using a minimum of 8 characters,

User Manual of Thermal Network Speed dome

including upper case letters, lower case letters, numbers and special characters) in order to increase the security of your product.

 Proper configuration of all passwords and other security settings is the responsibility of

the installer and/or end-user.

Steps:

1. Enter the DDNS settings interface:

Configuration > Network > Basic Settings > DDNS

Figure 7-3 DDNS Settings

2. Check the Enable DDNS checkbox to enable this feature.

3. Select DDNS Type. Three DDNS types are selectable: IPServer, HiDDNS, NO-IP and

DynDNS.

 DynDNS:

Steps:

(1) Enter Server Address of DynDNS (e.g. members.dyndns.org). (2) In the Domain text field, enter the domain name obtained from the DynDNS

website.

(3) Enter the Port of DynDNS server. (4) Enter the User Name and Password registered on the DynDNS website.

(5) Click to save the settings.

Figure 7-4 DynDNS Settings

 IP Server:

User Manual of Thermal Network Speed dome

Steps:

(1) Enter the Server Address of the IP Server.

(2) Click to save the settings.

The Server Address should be entered with the static IP address of the computer that runs the IP Server software. For the IP Server, you have to apply a static IP, subnet mask, gateway and preferred DNS from the ISP.

Figure 7-5 IPServer Settings

 HiDDNS:

Steps:

(1) Enter the Server Address. (2) Enter the Domain name of the camera. The domain is the same with the device

alias in the HiDDNS server.

(3) Click to save the settings.

Figure 7-6 HiDDNS Settings

 NO-IP:

Steps:

(1) Enter Server Address of NO-IP. (2) In the Domain text field, enter the domain name obtained from the NO-IP website. (3) Enter the Port of NO-IP server. (4) Enter the User Name and Password registered on the NO-IP website.

(5) Click to save the settings.

User Manual of Thermal Network Speed dome

Configuring PPPoE Settings

Purpose:

If you have no router but only a modem, you can use Point-to-Point Protocol over Ethernet (PPPoE) function.

Steps:

1. Enter the PPPoE settings interface:

Configuration > Network > Basic Settings > PPPoE

Figure 7-7 PPPoE Settings

2. Check the Enable PPPoE checkbox to enable this feature.

3. Enter User Name, Password, and Confirm password for PPPoE access.

The User Name and Password should be assigned by your ISP.

 For your privacy and to better protect your system against security risks, we strongly

 Proper configuration of all passwords and other security settings is the responsibility of

the installer and/or end-user.

4. Click to save and exit the interface.

Configuring Port Settings

Purpose:

If there is a router and you want to access the speed dome through Wide Area Network (WAN), you need to forward the 3 ports for the speed dome.

Steps:

1. Enter the Port settings interface:

User Manual of Thermal Network Speed dome

Configuration > Network > Basic Settings > Port

Figure 7-8 Port Settings

2. Set the HTTP port, RTSP port and port of the speed dome.

HTTP Port: The default port number is 80. RTSP Port: The default port number is 554. HTTPS Port: The default port number is 443. Server Port: The default port number is 8000.

3. Click to save the settings.

Configuring NAT (Network Address Translation) Settings

Purpose:

Universal Plug and Play (UPnP™) is a networking architecture that provides compatibility

among networking equipment, software and other hardware devices. The UPnP protocol allows devices to connect seamlessly and to simplify the implementation of networks in the house and corporate environments.

With the function enabled, you don’t need to configure the port mapping for each port, and

the camera is connected to the Wide Area Network via the router.

Steps:

1. Enter the UPnP™ settings interface.

Configuration >Network > Basic Settings > NAT

2. Check the checkbox to enable the UPnP™ function.

You can edit the Friendly Name of the speed dome. This name can be detected by corresponding device, such as a router.

3. Set the port mapping mode:

To port mapping with the default port numbers:

Choose

To port mapping with the customized port numbers:

Choose

And you can customize the value of the port number by yourself.

User Manual of Thermal Network Speed dome

Figure 7-9 Port Mapping Mode

4. Click to save the settings.

7.1.2 Advanced Settings

Configuring SNMP Settings

Purpose:

You can use SNMP to get speed dome status and parameters related information.

Before you start:

Before setting the SNMP, please use the SNMP software and manage to receive the speed dome information via SNMP port. By setting the Trap Address, the speed dome can send the alarm event and exception messages to the surveillance center.

The SNMP version you select should be the same as that of the SNMP software.

Steps:

1. Enter the SNMP settings interface:

Configuration > Network > Advanced Settings > SNMP

User Manual of Thermal Network Speed dome

Figure 7-10 SNMP Settings

2. Check the corresponding version checkbox (Enable SNMP v1, Enable SNMP v2c,

Enable SNMP v3) to enable the feature.

3. Configure the SNMP settings.

The configuration of the SNMP software should be the same as the settings you configure here.

4. Click to save and finish the settings.

Configuring FTP Settings

Purpose:

You can set a FTP server and configure the following parameters for uploading captured pictures. Steps:

1. Enter the FTP settings interface:

User Manual of Thermal Network Speed dome

Configuration > Network > Advanced Settings > FTP

Figure 7-11 FTP Settings

2. Configure the FTP settings, including server address, port, user name, password,

directory, and upload type.

The server address supports both the domain name and IP address formats.

 For your privacy and to better protect your system against security risks, we strongly

 Proper configuration of all passwords and other security settings is the responsibility of

the installer and/or end-user.

 Setting the directory in FTP server for saving files:

In the Directory Structure field, you can select the root directory, parent directory and child directory.

 Root directory: The files will be saved in the root of FTP server.  Parent directory: The files will be saved in a folder in FTP server. The name of

folder can be defined as shown in following Figure 7-12.

Figure 7-12 Parent Directory

 Child directory: It is a sub-folder which can be created in the parent directory. The

User Manual of Thermal Network Speed dome

files will be saved in a sub-folder in FTP server. The name of folder can be defined as shown in following Figure 7-13.

Figure 7-13 Child Directory

 Upload type: To enable uploading the captured picture to the FTP server.

3. Click to save the settings.

4. You can click Test to confirm the configuration.

If you want to upload the captured pictures to FTP server, you also have to enable the continuous snapshot or event-triggered snapshot in Snapshot interface.

Configuring Email Settings

Purpose:

The system can be configured to send an Email notification to all designated receivers if an alarm event is detected, e.g., motion detection event, video loss, video-tampering, etc.

Before you start:

Please configure the DNS Server settings under Configuration> Network > Basic Settings > TCP/IP before using the Email function.

Steps:

1. Enter the Email settings interface:

Configuration> Network > Advanced Settings > Email

Figure 7-14 Email Settings

2. Configure the following settings:

Sender: The name of the email sender. Sender’s Address: The email address of the sender.

User Manual of Thermal Network Speed dome

SMTP Server: The SMTP Server IP address or host name (e.g., smtp.263xmail.com). SMTP Port: The SMTP port. The default TCP/IP port for SMTP is 25. E-mail encryption: None, SSL, and TLS are selectable. When you select SSL or TLS and disable STARTTLS, e-mails will be sent after encrypted by SSL or TLS. The SMTP port should be set as 465 for this encryption method. When you select SSL or TLS and enable STARTTLS, emails will be sent after encrypted by STARTTLS, and the SMTP port should be set as 25.

STARTTLS protocol must be supported by the email server for e-mail encryption with STARTTLS. When it is not supported by the email server and the checkbox of Enable STARTTLS is checked, the email will not be encrypted. Attached Image: Check the checkbox of Attached Image if you want to send emails with attached alarm images. Interval: The interval refers to the time between two actions of sending attached pictures. Authentication (optional): If your email server requires authentication, check this checkbox to use authentication to log in to this server and enter the login user name and password.

 For your privacy and to better protect your system against security risks, we strongly

 Proper configuration of all passwords and other security settings is the responsibility of

the installer and/or end-user.

Receiver: Select the receiver to which the email is sent. Up to 2 receivers can be configured. Receiver: The name of the user to be notified. Receiver’s Address: The email address of user to be notified. (Optional: click Test to make sure that the email server can send email out.)

3. Click to save the settings.

Configuring Platform Access

Purpose:

Platform access provides you an option to manage the devices via platform.

Steps:

1. Enter the Platform Access interface.

Configuration > Network > Advanced Settings > Platform Access

User Manual of Thermal Network Speed dome

Figure 7-15 Platform Access Settings

2. Check the checkbox of Enable to enable the platform access function of the device.

3. Select the Platform Access Mode from the dropdown list.

4. Set the Server IP.

5. Click to save the settings

Configuring HTTPS Settings

Purpose:

HTTPS is consisted by SSL&HTTP. It is used for encryption transmission, identity authentication network protocol which enhances the security of WEB accessing.

 For your privacy and to better protect your system against security risks, we strongly

 Proper configuration of all passwords and other security settings is the responsibility of

the installer and/or end-user.

Steps:

1. Enter the HTTPS settings interface.

Configuration > Network > Advanced Settings > HTTPS

2. Create the self-signed certificate or authorized certificate.

Figure 7-16 Create Certificate

OPTION 1: Create the self-signed certificate

1) Select Create Self-signed Certificate.

2) Click Create to create the following dialog box.

User Manual of Thermal Network Speed dome

Figure 7-17 Create Self-signed Certificate

3) Enter the country, host name/IP, validity and other information.

4) Click OK to save the settings.

OPTION 2: Start the installation when signed certificate is available.

1) Select Signed certificate is available, Start the installation directly.

2) Click Browse to upload the available certificate.

3) Click Install button to install the certificate.

4) Click OK to save the settings.

OPTION 3: Create certificate request first and continue the installation.

1) Select Create certificate request first and continue the installation.

2) Click Create to create the certificate request, and fulfill the required information.

3) Download the certificate request and submit it to the trusted certificate authority

for signature.

4) After receiving the signed valid certificate, import the certificate to the device.

5) Click OK to save the settings.

3. There will be the certificate information after you successfully create and install the

certificate.

Figure 7-18 Installed Certificate Property

 The default port number of HTTPS is 443. The port value ranges from 1 to 65535.  When the port number is the default number 443, the format of the URL is https://IP

address, eg., https://192.168.1.64.

User Manual of Thermal Network Speed dome

 When the port number is not the default number 443, the format of the URL is https://IP

address:port number, eg., https://192.168.1.64:81.

Configuring QoS Settings

Purpose:

QoS (Quality of Service) can help solve the network delay and network congestion by configuring the priority of data sending.

Steps:

1. Enter the QoS settings interface:

Configuration >Advanced Configuration > Network > QoS

Figure 7-19 QoS Settings

2. Configure the QoS settings, including video / audio DSCP, event / alarm DSCP and

Management DSCP. The valid DSCP value ranges from 0 to 63. The DSCP value is bigger, the priority is higher.

3. Click to save the settings.

 Make sure that you enable the QoS function of your network device (such as a router).  It will ask for a reboot for the settings to take effect.

Configuring 802.1X Settings

Purpose:

The speed dome supports IEEE 802.1X standard. IEEE 802.1X is a port-based network access control. It enhances the security level of the LAN. When devices connect to this network with IEEE 802.1X standard, the authentication is needed. If the authentication fails, the devices don’t connect to the network. The protected LAN with 802.1X standard is shown as follows:

User Manual of Thermal Network Speed dome

Speed Dome

Network Switch

Internet

RADIUS Server

Authenticator

Authentication Server

Figure 7-20 Protected LAN

 Before connecting the Network Camera to the protected LAN, please apply a

digital certificate from a Certificate Authority.

 The network camera requests access to the protected LAN via the authenticator

(a switch).

 The switch forwards the identity and password to the authentication server

(RADIUS server).

 The switch forwards the certificate of authentication server to the network

camera.

 If all the information is validated, the switch allows the network access to the

protected network.

 For your privacy and to better protect your system against security risks, we strongly

 Proper configuration of all passwords and other security settings is the responsibility of

the installer and/or end-user.

Steps:

1. Connect the network camera to your PC directly with a network cable.

2. Enter the 802.1X settings interface:

Configuration > Network > Advanced Settings > 802.1X

User Manual of Thermal Network Speed dome

Figure 7-21 802.1X Settings

3. Check the Enable IEEE 802.1X checkbox to enable it.

4. Configure the 802.1X settings, including user name and password.

The EAP-MD5 version must be identical with that of the router or the switch.

5. Click to finish the settings.

The camera reboots when you save the settings.

6. After the configuration, connect the camera to the protected network.

Integration Protocol

Purpose:

If you need to access to the camera through the third party platform, you can enable CGI function. And if you need to access to the device through ONVIF protocol, you can configure ONVIF user in this interface. Refer to ONVIF standard for detailed configuration rules.

 CGI

Check the Enable Hikvision_CGI checkbox and then select the authentication from the drop-down list.

Note: Digest is the recommended authentication method.

 ONVIF

Steps:

1. Check the Enable ONVIF checkbox to enable the function.

2. Add ONVIF users. Up to 32 users are allowed.

3. Set the user name and password, and confirm the password. You can set the user as

media user, operator, and administrator.

Note: ONVIF user account is different from the camera user account. You

have set ONVIF user account independently.

4. 3. Save the settings.

Note: User settings of ONVIF are cleared when you restore the camera.

Hikvision DS-2TD4136-25-V2, DS-2TD4136-50-V2, DS-2TD4237-10-V2 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual

Chapter 1 Overview

1.1 Overview

1.2 System Requirement

1.3 Functions

Chapter 2 Network Connection

2.1 Setting the Network Speed dome over the LAN

2.1.1 Wiring over the LAN

2.1.2 Activating the Speed dome

2.2 Setting the Network Speed dome over the WAN

2.2.1 Static IP Connection

2.2.2 Dynamic IP Connection

3.1 Accessing by Web Browsers

3.2 Accessing by Client Software

Chapter 4 Basic Operations

4.1 Configuring Local Parameters

4.2 Live View Page

4.3 Starting Live View

4.4 Operating PTZ Control

4.4.1 PTZ Control Panel

4.4.2 Auxiliary Functions

4.4.3 Setting / Calling a Preset

4.4.4 Setting / Calling a Patrol

4.4.6 Setting / Calling a Pattern

4.5 Playback

4.5.1 Play Back Video Files

4.5.2 Downloading Video Files

4.6 Pictures

Chapter 5 System Configuration

5.1 Storage Settings

5.1.1 Configuring Recording Schedule

5.1.2 Configuring Capture Schedule

5.1.3 Configuring Net HDD

5.2 Event Configuration

5.2.1 Configuring Motion Detection

5.2.2 Configuring Video Tampering Alarm

5.2.3 Configuring Alarm Input

5.2.4 Configuring Alarm Output

5.2.5 Handling Exception

5.2.6 Detecting Audio Exception

5.3 Fire Source Detection Configuration

5.3.1 Configuring Initial Position

5.3.2 Configuring Dynamic Fire Source Detection

5.3.3 Configuring Fire Source Detection Shield

5.4 Temperature Measurement

5.4.1 Temperature Measurement Configuration

5.4.2 Temperature Measurement and Alarm

5.4.3 Linkage Method

5.4.4 Search History Temperature

Chapter 6 VCA Configuration

6.1 Configuring VCA Information

6.2 Advanced Configuration

6.3 Behavior Analysis

6.4 Rule Configuration Demonstration

6.4.1 Line Crossing

6.4.2 Intrusion

6.4.3 Region Entrance

6.4.4 Region Exiting

7.1 Configuring Network Settings

7.1.1 Basic Settings

Configuring TCP/IP Settings

Configuring DDNS Settings

Configuring PPPoE Settings

Configuring Port Settings

Configuring NAT (Network Address Translation) Settings

7.1.2 Advanced Settings

Configuring SNMP Settings

Configuring FTP Settings

Configuring Email Settings

Configuring Platform Access

Configuring HTTPS Settings

Configuring QoS Settings

Configuring 802.1X Settings

Integration Protocol