The following figure depicts the type and location of camera controls and cables coming from the
device. This image is intended as a reference only.
Figure 3-1
No. Description
1 Dome enclosure
1 Dome pedestal
Figure 3-2
No. Port Connector Description
Connect to standard Ethernet cable.
3 LAN Ethernet
4 Power 12 VDC Power
Note: Certain devices support Power over
Ethernet. Check the specific device to determine if
the device accepts PoE and use an appropriate
Ethernet cable and network to supply power.
Power port. Input DC 12V power supply.
Use power according to the device tag.
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3.2 Framework and Dimensions
The following figures show the dimensions of the device in mm (in.). These images are intended
as a reference only.
Figure 3-3
3.3 Locally Storing Data
Certain cameras include a SDHC card slot for onboard storage that support a 128 GB Micro SD card.
Dahua recommends using a SanDisk Extreme Micro SD card (or an equivalent substitute) as these
cards have been fully tested without issue and the SanDisk Extreme line is better suited for constant
recording. Lower-grade SD cards meant for multimedia applications will, at times, have questionable
quality and reliability.
Recording to the SD card is first in first out (FIFO). The camera deletes the oldest (first) entry as new
storage requirements arise. The camera does not signal nor make an indication when data is deleted.
Storage time is dependent on a variety of factors such as SD card size, image resolution and video
frames per second.
SD Recording supports video only. Audio is not supported.
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4 Device Installation
This section details installing the camera to a wall or to a ceiling. Note that the wall or ceiling must be
capable of supporting a minimum of three times the weight of the camera and a bracket (if used). DO
NOT connect the camera to the power supply during installation.
Figure 4-1
4.1 Installing the Camera
1. Remove the camera, the mounting template, and the hardware package from the box.
2. Loosen the locking screw from the front of the camera; then pull the dome enclosure down to
disconnect the enclosure from the pedestal.
3. Determine the route of the power and the Ethernet cables.
Bottom wiring exit through the installation medium:
Figure 4-2
Side wiring exit
Figure 4-3
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4. Insert a MicroSD card into the SD Card Slot.
5. Apply the mounting template to the installation medium. Pre-drill the three perimeter holes as
marked on the template for the expansion bolts, using a drill bit that is no wider than the
expansion bolt. If you route the cable through the installation medium, then drill the center hole.
6. Insert an expansion bolt into each pre-drilled perimeter hole.
7. Attach the waterproof network connector if the camera is used outdoors.
Figure 4-4
a. Place the wide side of the rubber ring onto the end of the network cable extending out from
the camera.
b. Pull the waterproof cable end without the Ethernet connector through the body of the
Waterproof Connector. Thread the cable through the Fixing Rubber Ring and the Waterproof
Locking Cover.
c. Attach the male Ethernet connector to the network cable coming from the camera. Ensure the
Waterproof Connector shroud covers the Ethernet connection.
d. Connect the other end of the waterproof connector to the network port and rotate it clockwise
to lock the network port and waterproof connector firmly.
e. Slide the Waterproof Locking Cover over the main body of waterproof connector and rotate it
clockwise to seal the connection.
8. Align the three holes on the camera pedestal with the expansion bolts. Ensure the cable exit port
on the pedestal is in the correct position, if you plan to route the cables through the side exit.
9. Route the cables from the bottom of the camera through the installation medium or through the
side exit on the pedestal.
10. Secure the camera pedestal to the installation medium with the three screws.
11. Connect the external cables from the camera to the appropriate cables for Ethernet and power.
12. Supply power to the camera.
13. Place the dome enclosure onto the pedestal and secure with the locking screw.
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5 Network Configuration
Dahua IP cameras feature a built-in Web interface to control all aspects of camera operation. This
section includes details about the supported network protocols, configuring IP addresses, and
configuring alarms and local recording options. Refer to the camera’s Operations Manual for full
details.
5.1 Network Protocols
Dahua cameras support RTSP, RTP/TCP, RTP/UDP, HTTP, DHCP, TFTP, QoS, IP version 4 (IPv4)
and IP version 6 (IPv6).
RTSP – Cameras communicate with video management systems over Real Time Streaming Protocol.
Do not change the RTSP port unless you are sure your VMS does not use the default setting.
RTP/TCP – The Real-time Protocol/Transmission Control Protocol is best suited for applications that
require high reliability, and transmission time is relatively less critical.
RTP/UDP – The Real-time Protocol/User Datagram Protocol is used for live unicast video, especially
when it is important to always have an up-to-date video stream, even if some images are dropped.
HTTP – The Hypertext Transfer Protocol is an application protocol for distributed, collaborative,
hypermedia information systems.
DHCP – The Dynamic Host Configuration Protocol allows network administrators to centrally manage
and automate the assignment of IP addresses. DHCP should only be enabled if using dynamic IP
address notification, or if the DHCP can update a DNS server.
TFTP – The Trivial File Transfer Protocol is a simple, lock-step, File Transfer Protocol which allows a
client to get from or put a file onto a remote host. TFTP lacks security and most of the advanced
features offered by more robust file transfer protocols such as File Transfer Protocol.
QoS – Quality of Service guarantees a certain level of a specified resource to selected traffic on a
network. A QoS-aware network prioritizes network traffic and provides a greater network reliability by
controlling the amount of bandwidth an application may use.
IPv4 – The IPv4 (IP version 4) is enabled by default and obtains the IP address automatically. The
address can be used to allow or block network traffic that matches a specified address or protocol.
The IP address must be valid for the network. For more information, contact your network
administrator.
IPv6 – A typical IPv6 (IP version 6) node address consists of a prefix and an interface identifier (total
128 bits). The prefix is the part of the address where the bits have fixed values or are the bits that
define a subnet. A typical IPv6 address may resemble the following example: 2001:db8: :52:1:1. The
IP address must be valid for the network. Before making changes to the IPv6 address, consult with
your network administrator.
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5.2 Modifying the IP Address
To operate the camera in your network you must assign it a valid network IP address. The default IP
address is 192.168.1.108, but you may have to change this address if it conflicts with another device
on the network.
To properly configure the camera for your network, you need the following information:
Camera IP address – This address is an identifier for the camera on an IP network. For example,
140.11.2.115 is valid syntax for an IP address.
Subnet mask – A mask is used to determine the subnet an IP address belongs to.
Gateway IP address – This address is a node on a network that serves as an entrance to
another network.
Port – A port is an endpoint to a logical connection in an IP network.
Dahua supplies the ConfigTool to access and to modify the network settings of a device. Refer to the
Operation Manual, available on the CD included with the camera or on Dahuasecurity.com, for
complete information.
Notes:
Ensure that the network parameters of each camera is available before starting configuration.
The ConfigTool supports those cameras that are part of the same network that as the computer
running the ConfigTool.
5.3 Using the ConfigTool
1. Install the ConfigTools.exe on a computer.
2. Adjust the computer’s network settings so that it is on the same network as the camera.
3. Launch the ConfigTool to generate a list of devices on the network.
4. Double click the device to be configured, the ConfigTool opens the Login dialog box for the device.
5. Enter the IP address, Username, Password, and Port number of the camera, then click OK. Note:
the default Username and Password for the device is “admin” and “admin” respectively. The
default port is 37777.
Figure 5-1
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6. Click the Net icon at the top of the ConfigTool.
7. Modify the IP Address and any other applicable network parameter.
8. Click Save to finish modification and store the modified network parameters.
Figure 5-2
5.4 Accessing the Web Interface
Each camera can be accessed directly from the Internet Explorer Web browser. The Web Interface
allows you to set camera parameter, configure alarm inputs and outputs, view live camera images,
and review recorded video.
Note: Different devices may have different Web interfaces, the figures below are for reference only,
and may not represent the Web Interface for your camera. Refer to the Web Operation Manual,
included on the CD shipped with the camera, for more details.
1. Launch Internet Explorer and type the modified camera IP address in the address bar. Internet
Explorer opens the Login page.
2. Type the Username and Password for the camera. (The default Username and Password is
”). Then, click Login.
“admin
Figure 5-3
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3. Install the controls according to the system prompt. Once the controls are installed IE displays the
Web Interface main page.
4. Modify the administrator password as soon as possible after you successfully logged in.
5.5 Configuring Local SD Card Recording
The devices Web interface contains settings to control the recording medium and to configure an
alarm that triggers once the Micro SD card passes a pre-determined storage.
1. Access the Web Interface for the device and click the Setup tab. Expand the Storage menu, then
choose the Destination page.
Figure 5-4
2. Select the recording medium for each event Recorded and Snapshot event, Scheduled, Motion
Detect and Alarm. Select the Local check box to record an event to the Micro SD card.
3. Click the Local tab to view the used capacity and the total capacity of the Micro SD card.
Figure 5-5
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4. Expand the Event menu, located at the left of the Web interface, then select the Abnormality page
to set alarms related to the Micro SD card. The contains the following Micro SD card alarm
options:
No SD Card: Device triggers an alarm if the device does not contain a Micro SD card.
Capacity Warning: Device triggers an alarm when the data on the Micro SD card passes a
defined threshold.
SD Card Error: Device triggers an alarm if it detects an issues writing data or retrieving data
from the Micro SD card.
Figure 5-6
5. Select the event from the Event Type pull-down menu (No SD Card, Capacity Warning, SD Card
Error).
6. Check the Enable box to activate the alarm for this event.
7. Check the Relay-out box to enable a relay alarm. Then, specify the time in seconds to delay the
alarm relay output (10 s to 300 s).
8. Check the Send Email box to send an email to a specified user after the device triggers an alarm.
9. Set the capacity limit for the Micro SD Card (available with the Capacity Warning event type). The
device triggers an alarm once the amount of data on the card surpasses this limit.