Before installing or using your DX8100 Series digital video recorder (DVR), complete and save the information on this page.
Installing the DX8100 DVR on a network will require support from your network administrator. The minimum network requirements for DX8100
Series DVRs include a switched Ethernet LAN with a bandwidth of 100 Mbps. Contact your administrator to assist you in configuring the network
features of the unit.
Obtain and write down the following information from your network administrator:
1. A unique site name for each DVR. (Site names can be up to 32 characters and can include spaces.)
__________________________________________
__________________________________________
2. A unique system ID for each DVR. (You must change the system ID of each DX8100 you connect on a network segment to avoid conflicts.
System IDs must start with a letter, can be up to 15 characters long, and cannot contain spaces or special characters.)
__________________________________________
__________________________________________
3. The TCP/IP port numbers that will be used by all DX8100 servers and clients on the network.
9005 (fixed) 13900 (fixed)
Base PortUpgrade PortEmergency Agent PortInformation PortPing Port
If your network is not configured for DHCP, obtain and write down the following information from your network administrator:
4. A unique IP address for each DVR. (For example, 10.0.0.101, 10.0.0.102, 10.0.0.103, etc.)
____.____.____.________.____.____.____
____.____.____.________.____.____.____
5. The subnet mask for each IP address. (For example, is 255.0.0.0.)
____.____.____.________.____.____.____
____.____.____.________.____.____.____
6. The default gateway IP address for each unit.
____.____.____.________.____.____.____
____.____.____.________.____.____.____
7. The Primary DNS Server IP address for each unit.
____.____.____.________.____.____.____
____.____.____.________.____.____.____
8. The Secondary DNS Server IP address for each unit.
____.____.____.________.____.____.____
____.____.____.________.____.____.____
9. The Multicast Group IP address.
____.____.____.________.____.____.____
____.____.____.________.____.____.____
8C2629M-A (6/07)
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Additional Warnings
There are important observations and warnings that you should be aware of.
•Read and keep all instructions, including the Important Safety Instruction sheet that was supplied with your DVR.
•When using the networking capabilities of the DX8100, Pelco recommends that each DX8100 Series DVR be connected to a secure, private
network. Do not directly connect your DVR to a public network such as the Internet.
•It is recommended that the recorder be connected to an uninterruptible power supply (UPS) capable of supplying 2 A for 120 VAC power
systems or 1 A for 230 VAC power systems
CAUTION: The recorder should be installed in an air conditioned room where the temperature is maintained between 50° and 90° F
(10°
and 35°C) with relative humidity not to exceed 80 percent, noncondensing.
WARNING:
•When using the networking capabilities of the DX8100, you should connect each DX8100 Series DVR to a secure, private network.
Do
not directly connect your DVR to a public network such as the Internet.
•All operating system files, applications, and utilities necessary to operate the DX8100 have been preinstalled on the unit. Do not
install or use any software, including antivirus utilities, other than those installed at the factory.
•Do not install any additional hardware on the DX8100 Series DVR other than those devices listed in the documentation accompanying
the unit. Do not remove, replace, or change any existing hardware without first consulting Pelco Product Support or an authorized
Pelco service center.
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Regulatory Notices
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, and (2) this device must accept any interference received, including interference that may cause undesired operation.
RADIO AND TELEVISION INTERFERENCE
This equipment has been tested and found to comply with the limits of a Class B digital device, pursuant to part 15 of the FCC rules. These limits
are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can
radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio
communications. However there is no guarantee that the interference will not occur in a particular installation. If this equipment does cause
harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try
to correct the interference by one or more of the following measures:
•Reorient or relocate the receiving antenna.
•Increase the separation between the equipment and the receiver.
•Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
•Consult the dealer or an experienced radio/TV technician for help.
You may also find helpful the following booklet, prepared by the FCC: “How to Identify and Resolve Radio-TV Interference Problems.” This
booklet is available from the U.S. Government Printing Office, Washington D.C. 20402.
Changes and Modifications not expressly approved by the manufacturer or registrant of this equipment can void your authority to operate this
equipment under Federal Communications Commission’s rules.
This Class B digital apparatus complies with Canadian ICES-003.
Cet appareil numérique de la classe B est conforme à la norme NMB-003 du Canada.
Video Quality
FRAME RATE NOTICE REGARDING USER-SELECTED OPTIONS
Pelco systems are capable of providing high quality video for both live viewing and playback. However, the systems can be used in lower quality
modes, which can degrade picture quality, to allow for a slower rate of data transfer and to reduce the amount of video data stored. The picture
quality can be degraded by either lowering the resolution, reducing the picture rate, or both. A picture degraded by having a reduced resolution
may result in an image that is less clear or even indiscernible. A picture degraded by reducing the picture rate has fewer frames per second,
which can result in images that appear to jump or move more quickly than normal during playback. Lower frame rates may result in a key event
not being recorded by the system.
Judgment as to the suitability of the products for users’ purposes is solely the users’ responsibility. Users shall determine the suitability of the
products for their own intended application, picture rate and picture quality. In the event users intend to use the video for evidentiary purposes in
a judicial proceeding or otherwise, users should consult with their attorney regarding any particular requirements for such use.
10C2629M-A (6/07)
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Description
The DX8100 Series digital video recorders (DVRs) are professional security-level DVRs based on a new and innovative hardware platform that is
powered by unparalleled and unique high-performance software. As the security requirements of your business expand into multiple sites and
become more diversified, you need a professional DVR that you can quickly and effortlessly increase the channel and recording capacity.
•The DX8100 is interoperable with your existing DX8000 DVRs, allowing you to build upon your existing security system. A DX8100 client
can operate and administer both the DX8100 and DX8000 within the same network.
•When you need to quickly and easily add more security cameras, the new DX8100-EXP 16-channel expansion unit extends the 8- or
16-channel DX8100 to 24 or 32 channels. With or without the channel expansion unit, all of the cameras can now take advantage of the
increased frame rate of 2CIF and 4CIF recording. The DX8100 records video up to 480 images per second ips at a maximum CIF image size.
•If your security project requirements increase storage capacity, you can extend internal storage up to 3 TB. With the optional DX9200 HDDI,
you can further increase the DX8100 storage capacity. Alternately, you can use the DX9200 HDDI as a redundant RAID solution.
•As your audio security needs grow, use the DX8108-AUD or DX8116-AUD audio option to add a total of 8 or 16 audio inputs.
•Sophisticated video security applications require a network of DVRs to monitor multiple locations. The 10/100/1000 megabit Ethernet port
supports today’s high-speed networks. You can network your DX8100 and DX8000 systems and remotely operate the DVRs for continuous,
motion detection, alarm, ATM/POS, normal scheduled recording, and administer and view live and playback video. For time-critical security
applications, you must ensure that all video recordings are synchronized to an accurate time source. The DX8100 supports the network time
protocol (NTP), which allows you to synchronize all networked DX8100s to one NTP time server.
WHAT IS A DVR?
A DVR is a video recording and playback device that incorporates all of the essential capabilities of a VCR but adds significant advantages. Like
a VCR, video is recorded (from one or more cameras) and stored for later playback and retrieval. However, in a DVR, video data is recorded and
stored on a hard disk instead of magnetic tape. Storing video in this manner facilitates instant, random access to data, as opposed to sequential
access inherent to tape-based recording. This means no fast-forwarding or rewinding is necessary to locate the data a user wants to view or
export.
Another key advantage of hard disk is decreased maintenance. With no need to replace tapes, DVRs with hard disks can be left unattended for
extended periods of time. Since video remains in the digital domain, data is easy to store, transport, and manipulate. Unlike analog video
recordings, digital data does not suffer from a loss in quality when copied or moved from device to device.
Because DVRs rely on hard disks instead of tape, data storage is virtually unlimited. Video data can also take advantage of compression
technology to increase the efficiency of storage media. Modern DVRs, such as the DX8100, allow users to record, play back, and view live video
simultaneously. Keeping data in a digital format means video can be easily backed up to a variety of storage media. This also means that
alphanumeric information, such as date, time, and transaction statistics, can be synchronously recorded with video.
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FEATURES
This section describes new and additional DX8100 DVR features.
NEW PRODUCT FEATURES
The DX8100 v1.0 release includes new features as follows:
•Windows® XP Embedded
•MUX card output
•Two built-in audio channels
•Optional Layer two multicasting
•Interoperable with DX8000 DVRs
•16-Channel expansion box option
•Maximum increased storage capacity of 3 TB
•External storage RAID option with DX9200HDDI
•Increased frame rate for 2CIF and 4CIF recording
•Standard analog output
•NTP time server compatible
•Standard DVD-R writes to CD-R and DVD-R media
•Up to 704 x 480 recording resolution (4CIF)
•Up to 32 camera inputs and outputs with auto termination
ADDITIONAL FEATURES
The DX8100 includes additional features as follows:
•Up to 36 camera views for DX8100 Server or Client
•Online Help
•Up to 32 channels of audio recording (optional)
•Choice of 8/16/24/32 alarm inputs and 8/16/24 relay outputs
•Camera view favorites
•Instant playback
•Quick menu option to turn on/off relays
•Live audio over the network
•Video loss event start and recovery time
•Video loss event linked to an alarm
•Up to 480 ips recording rate at 320 x 240 resolution (NTSC)
•Up to 100 servers in client tree
•Connect any five DX8100 servers in a network or any combination of DX8100 and DX8000 DVRs
•Network bandwidth throttling
•10/100/1000 megabit ethernet port
•Multi-event recording schedules
•Multiple displays for live viewing or playback while recording
•6X digital zoom on playback
•Pre-motion and pre-alarm recording
•On-screen PTZ control with positioning device programming capability
•Includes remote PC, Web, and handheld client software
•Pelco-engineered compression technology offering high-quality and small file sizes
•Local and remote administration, live, search, and playback viewing
•Individual camera channel configuration
•Single screen display of different cameras from various sites
12C2629M-A (6/07)
Page 13
•Dynamically adjustable frame rate and image quality for motion, alarm recording, and pre-alarm recording
•Pre-alarm recording up to 60 seconds (up to 15 minutes with optional 512 MB RAM upgrade)*
•Monitor system changes using activity logs
•User-friendly and highly intuitive graphical user interface (GUI)
•Local and remote software upgrade capabilities
•Multilevel password and user configuration
•Automatic image watermarking
•Multilanguage support (English, French, German, Italian, Polish, Portuguese, Russian, and Spanish)
•User-definable PTZ presets, patterns, and preset tours
•Display up to 36 local and remote cameras on a single screen (only in CIF)
•Print still images from video
•Export video and still images in multiple formats, including DX8100 native, AVI, ASF, BMP, TIFF, and JPEG
•DX8100 viewer included with video exports
•API facilitates development and integration of third-party applications
•Ability to configure any number of camera inputs for covert mode
•Scheduled backup
*Pre-alarm time estimate based on 16-channel recording at a resolution of 320 x 240 (CIF) and a frame rate of 5 ips.
MODELS
The DX8100 Series DVR is available in various model configurations. For example, the model number for a 32-channel system with 1000 GB
storage, analog display, and audio input option is DX8132-1000MA. Typically, if an audio option is ordered, a 32-channel system comes with a
32-channel audio option. The model number for a customized system is specified differently. For example, if you ordered a 32-channel system
with 1000 GB storage and an 8-input audio option the model numbers would be DX8132-1000 (32 video channels) and DX8108-AUD (8 audio
inputs) respectively. For more information about ordering customized configurations, contact your Pelco sales representative.
DX81XX – XXXXX
Channels
Storage (GB)
Options
ChannelsStorage in GBOptions
8250M = MUX
16500A = Audio
24750
321000
1500
2000
2250
3000
C2629M-A (6/07)13
Page 14
OPTIONAL ACCESSORIES
The table below describes DX8100 optional accessories. Refer to the documentation supplied with the optional accessories for installation
instructions.
Option NumberDescriptionReference Documentation
DX8100-EXP DX8100 16-channel expansion unit KitC2636M
KBD300A KBD300A Universal keyboard (requires KBDKIT)Refer to Appendix F: Connecting a KBD300A
KBDKIT/KBDKIT-XRemote keyboard wiring kitRefer to Appendix F: Connecting a KBD300A
VSI-PRO AVE Video serial interfaces for ATM/POSRefer to Appendix G: Connecting ATM/POS
Table A. DX8100 Optional Accessories
Keyboard
Keyboard
Devices
14C2629M-A (6/07)
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Parts List
DX8100 parts are listed as follows:
QtyDescription
1Recorder
2Power cords (1 USA standard and 1 European standard)
1Keyboard
1Mouse
1Rack mounting kit
2Keys in slot 2 and the main Capture card moved to slot 3.
1 or 2 Alarm input terminal blocks (green)
1 or 2 Relay output terminal blocks (blue)
1Quick Start Installation guide
1Quick Start Operations guide
1Installation manual
1DX8100 Recovery DVD
1DX8100 Resource DVD
1Nero® Express CD burning software, v 7.2.3.3
2Rack ears
2Rack handles
2Chassis brackets
2Adjustable support rails (front)
2Adjustable support rails (rear)
6Screws, 8-32 x 0.375-inch, Phillips, pan head with lock washers
16Screws, 10-32 x 0.375-inch, Phillips, flat head
4Screws, 10-32 x 0.750-inch, Phillips, pan head with nylon washers
10Screws, #4, sheet metal, pan head, Phillips, black, 0.375-inch
Includes DX8100 applications for the PC Client, Client Emergency Agent, Native Viewer, and Mobile Client; and both client and server
operation/programming manuals
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Application Examples
DX8100 SERVER DVR
CAMERA
LAN/WAN
DX8100 SERVER DVR
DX8100 SERVER DVR
PC CLIENT
LAN/WAN
DX8100
FAST ETHERNET SWITCH
Figure 2. System with Multiple DX8100sFigure 1. System with Single DX8100
DX8100 SERVER DVR
WWW CLIENT
DX8100
DX8100
DX8100
DX8100 SERVER DVR
MOBILE CLIENT
Figure 3. System with Multiple DX8100s and Multiple Clients
16C2629M-A (6/07)
Page 17
CAMERAS 9-24
EXPANSION
UNIT
DX8100
CAMERAS 1-8
DX8100
REMOTE CLIENT
DX8100
KBD300A
SERVER 3
DX8100
SERVER 2
CAMERAS 1-16
KBD300A
DX8000
SERVER 1
KBD300A
DX8100
SERVER 4
ETHERNET
SERIAL
ANALOG
KBD300A
DX8000
SERVER 5
CAMERAS 1-16
CAMERAS 1-16
Figure 4. Network with DX8000, Third-Party Domes, ATM/POS, Using KDB300A Keyboard
Refer to the Operation/Programming manual for instructions on how to operate and program the DX8100 Series DVR.
ATM/POS RETAIL
VSI-PRO
DX8100
EXPANSION UNIT
CAMERAS 1-16
CAMERAS 17-32
C2629M-A (6/07)17
Page 18
Equipment Rack Mounting
To install the unit in an equipment rack:
1. Remove the 12 screws fastening both left and right side plates to the unit. Save the side plates and screws for possible future use.
Figure 5. Remove Left and Right Side Plates
2. Attach the handles to the rack ears using the four provided 10-32 x 0.375-inch Phillips screws. Refer to Figure 6.
3. Using two of the supplied #4 sheet metal Phillips 0.375-inch pan head screws for each side, attach the rack ears to the unit.
(4) SCREWS,
10-32 X 0.375-INCH
PHILLIPS, FLAT HEAD
WITH WASHERS
(4) SCREWS, #4, SHEET METAL, PAN HEAD,
RACK EAR
PHILLIPS BLACK, 0.375-INCH (2 EACH SIDE)
Figure 6. Attaching Rack Ears and Handles
4. Using the remaining six #4 sheet metal Phillips 0.375-inch pan head screws, attach the two chassis brackets to the left and right sides of
the unit. Refer to
Figure 7.
5. Assemble both sets of front and rear mounting rails using three 8-32 x 0.375-inch pan head screws and locking washers for each side.
6. Using six of the 10-32 x 0.375 Phillips flat head screws per side, attach the assembled mounting rails to a 19-inch (48.26 cm) equipment
rack or console.
7. Place the unit onto the mounting rails. It should slide in and out of the rack easily. This step may require two persons to lift and slide the
unit into place.
8. Fasten the rack ears to the equipment rack using the four 10-32 x 0.750-inch pan head screws and nylon washers.
You should allow at least one rack unit (1.75 inches or 4.44 cm) of spacing between units. Slots and openings in the cabinet provide
ventilation and prevent the unit from overheating. Do not block these openings. Never place the DVR near or over a radiator or heat
register. Do not place it in a built-in installation, such as a rack, unless proper ventilation is provided.
18C2629M-A (6/07)
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REAR MOUNTING RAIL
(8) SCREWS,
10-32 X 0.375-INCH,
FLAT HEAD
RECORDER/ VIEWSTATION
FRONT MOUNTING RAIL
RACK
(6) SCREWS,
8-32 X 0.375-INCH,
PAN HEAD WITH LOCK
WASHERS
(4) SCREWS,
10-32 X 0.375-INCH
FLAT HEAD
BRACKET (SIDE VIEW)
(6) SCREWS, #4, SHEET METAL, PAN HEAD,
PHILLIPS BLACK, 0.375-INCH (3 EACH SIDE)
Make the following connections on the rear of the recorder. Refer to Figure 9.
ì Connect the appropriate power cord to the back of the unit and to a power source.
The DX8100 contains an autoranging power supply. It is recommended that the recorder be connected to an uninterruptible power supply
(UPS) capable of supplying 2 A for 120 VAC power systems or 1 A for 230 VAC power systems.
î Connect the mouse to the top PS/2 input.
ï Connect the keyboard to the bottom PS/2 input.
ñ Connect a VGA monitor (not supplied).
ó Connect the cameras to the BNC connectors. Refer to Table B for video coaxial cable requirements. Connect power to the cameras.
Table B. Video Coaxial Cable Requirements
Cable Type*Maximum Distance
RG59/U750 ft (229 m)
RG6/U1,000 ft (305 m)
RG11/U1,500 ft (457 m)
*Minimum cable requirements:
75 ohms impedance
All-copper center conductor
All-copper braided shield with 95% braid coverage
When connecting cameras using these types of cable, use a
patch panel. Do not connect these cables directly to the
DX8100.
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NETWORK SETUP
The DX8100 Series DVR supports remote viewing and administration in client-server and peer-to-peer configurations. The DX8100 is compatible
with the TCP/IP protocol and Fast Ethernet (1000BaseT) network connection. Consult your network administrator before installing the DX8100 to
avoid possible network conflicts.
For TCP/IP access, connect the DX8100 to a 100 Mbps or 1 Gigabit, switched Ethernet network. Use standard Cat5 or better UTP cable with RJ-45
connectors.
To configure the DX8100 hardware for network access:
1. Connect one end of the UTP cable to the network port on the back panel of the DX8100 as shown in Figure 10.
2. Connect the other end of the UTP cable to an available port on a standard Fast Ethernet switch.
The DX8100 Series DVR features four RS-422/ RJ-45 communication ports. All ports are compatible with both RS-422 and RS-485 interface
standards. Each port can communicate with and control a variety of ATM/POS, PTZ, third-party dome devices, and Pelco’s Spectra
enclosures and Esprit
®
positioning systems.
The example configuration illustrated in Figure 11 shows a DX8100 connected directly to up to four PTZ devices and indirectly to up to 16 devices
through Pelco’s CM9760-CDU-T code distribution unit. Figure 12 illustrates the connection of a variety of RS-422/RS-485 compatible devices
including the DX8100. This example highlights the P and D protocol data merging capability of Pelco’s CM9760-DMR data manager.
To operate properly, devices must be compatible with either the RS-422 or RS-485 interface standards and must be able to communicate using
Pelco’s P, D, or Coaxitron
®
protocols, or third-party dome protocols.
1. Using unshielded twisted pair (UTP) cable, connect up to four RS-422/RS-485 compatible devices to the RJ-45 connector jacks provided on
the rear panel of the unit.
You should use 22 or 24 gauge UTP cable. Category 5 UTP is recommended for cable runs greater than 400 feet.
2. Set the communication parameters for both the DX8100 and the PTZ device. Communication parameters are baud rate, parity (odd or even),
number of parity bits, number of data bits, and number of stop bits.
Refer to RS-422/RS-485 Communication Port Software Configuration for instructions on setting up your DVR’s communication parameters.
Refer to the documentation included with your PTZ device for instructions on configuring its communication settings.
Different types of devices may require alternative cable wiring schemes. Wiring schemes commonly used by Pelco products include straight and
IN9IN10IN11IN12IN13IN14IN15IN16
OUT16OUT15OUT14OUT13OUT12OUT11OUT10
9OUT9
CRT
rollover types. Refer to the documentation included with your PTZ device to ensure that cables and connectors are wired appropriately.
Figure 13
illustrates straight and rollover cable wiring schemes.
PIN
1
2
3
RJ-45
4
5
6
7
8
PIN
1
2
3
RJ-45RJ-45
4
5
6
7
8
ALARM INPUT INSTALLATION
The DX8100 has either 8 or 16 dry contact alarm inputs, depending on your system’s configuration. Each input is programmed to function as
either a normally open or normally closed circuit.
To wire an alarm input:
1. Insert the green terminal blocks into the alarm sockets on the back panel of the recorder.
STRAIGHT CABLE
ROLLOVER CABLE
Figure 13. Cable Wiring Schemes
PIN
PIN
1
2
3
4
5
RJ-45
6
7
8
1
2
3
4
5
6
7
8
2. Connect one wire from the source device to one of the sensor input terminals 1 through 16.
3. Connect a second wire from the source device to a GND terminal.
4. Refer to the DX8100 Operation/Programming manual for information on how to program the alarm inputs.
The DX8100 has either 8 or 16 relay outputs, depending on your system’s configuration. Each output is programmed to function as either a
normally open or normally closed circuit. A signal from a relay output will operate the device connected to the output. The maximum relay power
rating is 120 VAC, 0.5 A; 24 VDC, 1 A.
To wire a relay output:
1. Insert the blue terminal blocks into the relay sockets on the back panel of the recorder.
2. Connect one wire from the device to one of the relay output terminals 1 through 16.
Relay outputs do not have to correspond numerically to alarm inputs. All sensor input and relay output actions can be linked through
programming.
3. Connect a second wire from the relay device to a GND terminal.
4. Refer to the DX8100 Operation/Programming manual for information on how to program relay outputs.
IN1IN2IN3IN4IN5IN6IN7IN8I
ALARM INPUTSRELAY OUTPUTS
1 2245678GND
9 10111213141516
1 2245678GND
9 10111213141516
RELAY
OUTPUT 1
Figure 15. Relay Terminal Installation
GND
O
OUT8OUT7OUT6OUT5OUT4OUT3OUT2OUT1
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Page 26
Software Setup
STARTING THE UNIT
Once the system has been installed and basic connections have been made, open the front panel of the DVR. Press the power switch. Wait while
the unit starts (this may take several minutes).
Figure 16. Front Panel and Power Switch
WARNING: Be sure to put on gloves before removing or inserting the filter.
LOGGING IN FOR THE FIRST TIME
POWER SWITCH
POWER HDD
USB
To access the features of the DX8100 Series DVR, each user must log in with a valid user name and password. User names and passwords are
case sensitive.
There are four user access levels or groups that can be configured on the DX8100. Access levels range from the Administrator group, with the
most rights and privileges, to the Restricted group, with the least rights and privileges. For information about configuring access levels, refer to
the Definition of User Access Levels section of the DX8100 Operation/Programming manual for information on user group rights and permissions.
The DX8100 comes equipped with two built-in user accounts. Each time the unit is started, a default user account called “Guest” is automatically
activated. The Guest account is granted only limited access to the DX8100 and is allowed no access to system configuration utilities. A second
built-in user account, named “Admin”, provides full access to the operations and configuration features of the DX8100.
For security reasons, you are prompted but not required to change the Admin password immediately after logging in for the first time. Passwords
must be between six and ten characters long and cannot include spaces or special characters. Follow the directions on the next page to change
the Admin password.
To log in with the Admin account:
1. Click File > User Log-in.
2. Enter Admin in the User name field and Admin in the Password field.
3. Click OK.
Figure 17. User Log-in Dialog Box
If you are logging in for the first time, the system prompts you to complete the mandatory password change for the Admin account. In this case,
the Set Admin Password dialog box opens automatically. You must change the password for the Admin account. If you want to keep the default
password, click cancel. However, because of security reasons, Pelco recommends that you change the password.
26C2629M-A (6/07)
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Only users with Administrator and Power User accounts are allowed access to DX8100’s setup functions.
To complete the prompted password change for the Admin account:
1. Enter a new password in the New Password field.
2. Enter the password again in the Confirm Password field to confirm the password.
3. Click OK.
SHUTTING DOWN
Figure 18. Set Admin Password Dialog Box
You must have Power User or Administrator access to shut down the DX8100. For more information about user security levels, refer to the
DX8100 Operation/Programming manual. You must also have a Windows password to shut down the DX8100. For information on the Windows
default password, refer to the Important Security Information for System Administrators guide.
To shut down the DX8100 Series DVR:
1. Go to File > Exit.
2. Select Shut down.
3. Click OK.
Figure 19. Shut Down Dialog Box
EXITING TO WINDOWS OPERATING SYSTEM
Some of the steps involved in the configuration of a DX8100 Series DVR require exiting to the operating system. You must have Administrator
access to exit to the Windows operating system. For more information about user security levels, refer to the DX8100 Operation/Programming
manual. You must also have a password to exit from the DX8100 application to the Windows operating system. For information on the Windows
default password, refer to the Important Security Information for System Administrators guide.
To exit the DX8100 application and log into the Windows operating system:
1. Go to File > Exit.
2. Select Exit to Windows. The Shut down dialog box opens.
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3. Click OK.
The Log On to Windows dialog box opens.
4. Enter the Windows password and click OK. The system logs you into the Windows operating system.
SETTING THE SYSTEM LANGUAGE
The DX8100 supports eight languages. The DVR comes from the factory configured for English (United States). To configure the system properly
for a language other than English, you must change the regional setting in the Windows operating system and the language setting of the
DX8100. The following regional settings are available for the DX8100:
•English (United States)
•French (France)
•German (Germany)
•Italian (Italy)
•Polish
•Portuguese (Brazil)
•Russian
•Spanish (Spain)
Figure 20. Shut Down Dialog Box
English (United States) is the default setting.
CONFIGURING THE REGIONAL SETTING IN THE WINDOWS OPERATING SYSTEM
In the example below, the location is changed from English (United States) to Spanish (Spain).
1. Exit the DX8100 application and return to the Windows operating system. Refer to Exiting to Windows Operating System.
2. Click Start > Settings > Control Panel. The Control Panel appears. Double-click Regional Options.
Figure 21. Control Panel with Regional Options Selected
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3. The Regional Options dialog box opens.
4. Click the arrow to open the location drop-down list.
5. Change the location to Spanish (Spain).
6. Click Apply.
7. Click Set Default.
Figure 22. Regional Options Dialog Box
8. The Select System Locale dialog box opens. Select “Spanish (Spain)” from the drop-down box.
9. Click OK.
Figure 23. Select System Locale Dialog Box
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10. The Regional Options dialog box opens. Click Apply.
Figure 24. Regional Options Dialog Box
11. The General dialog box opens. Click Yes.
Figure 25. General Dialog Box
12. The Change Regional Options dialog box opens. Click Yes.
Figure 26. Change Regional Options Dialog Box
The new settings take effect after the computer restarts. The DX8100 will support Spanish settings for numbers, currency, times and dates.
Follow these same steps to change the location back to English (United States) or to select another location.
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CONFIGURING THE LANGUAGE SETTING OF THE DX8100
You must have Administrator or Power User access to configure the language setting of the DX8100.
1. Start the DX8100 if it is not already running, and then log in as a Power User or Administrator.
2. Click .
3. Click . The System page is displayed.
4. Select the appropriate language from the drop-down box.
5. Click Apply.
Figure 27. System Page: Selecting the Language
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SETTING THE SYSTEM TIME
Time should be set on the DX8100 before it is put into use. Setting the internal clock for each DVR on the network ensures that each accurately
reflects the local time.
To set system time:
1. Click .
2. Click . The System page is displayed.
3. From the Date/Time drop-down box, select the current month, day, and year.
4. Select the current time.
5. Click Update.
6. Select the correct time zone from the drop-down box.
7. Click Update.
8. Click Apply.
Figure 28. Setting the System Time
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ENABLING AND USING CTRL+ALT+DEL
Enabling the Ctrl+Alt+Del key combination allows you to open the Windows Task Manager dialog box to perform Windows system
administration tasks. To complete the procedure, you must be logged on to the DX8100 as an administrator or a member of the administrators
group on a computer that is part of a network domain.
NOTE: The DX8100 keyboard is remapped. To see which keys replace the Ctrl and Alt keys, refer to the Important Security Information for
System Administrators guide.
To enable the Ctrl+Alt+Del key combination:
1. Click .
2. Click . The System page is displayed.
3. From the Setup Ctrl + Alt + Del key combination area, click the Enable Ctrl+Alt+Del key combination selection check box.
4. Click Apply.
5. Reboot the DX8100.
USING CTRL+ALT+DEL
You must enable the Ctrl + Alt + Del key combination and verify your actual keyboard mapping. In some cases, the DX8100 keyboard is remapped
and the actual Ctrl and Alt key function is assigned to other keys. For information on which keys replace the Ctrl and Alt keys, refer to the
Important Security Information for System Administrators guide.
Ctrl+Alt+Del allows you to access the Windows Task Manager dialog box from within the DX8100 shell. When you exit the Windows
environment, you are returned to the DX8100 shell. In this case, you do not have to log back into the DX8100.
To access the Windows Task Manager dialog box:
1. Press the assigned keyboard keys that implement the Ctrl + Alt + Del function. The Windows Security dialog box opens.
2. In the Windows Security dialog box, click Task Manager. The Windows Task Manager window opens.
To return to the DX8100 shell without rebooting the DX8100, exit the Windows Task Manager dialog box.
NETWORK SOFTWARE CONFIGURATION
Using the TCP/IP protocol, up to five DX8100 Series DVRs can be networked together for remote viewing and management. In addition, up to five
simultaneous PC, web, and mobile clients can connect to each DVR. The DX8100 Series DVR supports both static IP addressing and dynamic
addressing through Dynamic Host Configuration Protocol (DHCP). Consult your network administrator for more information regarding IP address
configuration.
The system must be turned on, connected to a network, and you must be logged in with either Power User or Administrator access to configure
network software settings. You must reboot the DVR for any network configuration changes to take effect.
To begin the network setup process:
1. Click .
2. Click . The Network page is displayed.
3. Click the Network tab if it is not already visible.
4. Enter a new name for your DVR in the Site Name field. (Site names can be up to 30 characters in length. The default site name is DX8100.)
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5. Enter a unique system ID for your DVR in the System ID field. (System IDs must start with a letter, must be 15 characters or less, and cannot
include spaces or special characters.)
Your DVR’s site name is used to identify your system to clients and other DX8100 servers. Your DVR’s system ID is used to uniquely identify
your system on a local area network (LAN). System IDs are required to prevent possible conflicts with other network devices.
6. Proceed to the steps for setting up DHCP or Static IP addressing in the following sections.
Your network must support DHCP, and an active DHCP server must be present for dynamic addressing to work. Consult your network
administrator for more information.
To configure the DVR to acquire a dynamic IP address through DHCP:
1. Click .
2. Click . The Network page is displayed.
3. Click the check box labeled Obtain An IP Address Automatically (DHCP).
4. Click Apply.
Figure 30. DHCP Setup
STATIC IP SETUP
To set up a static IP address, enter the following information in the fields provided. This information can be obtained from your network
administrator.
1. Verify that the Obtain An IP Address Automatically (DHCP) check box is not selected.
2. Enter a unique IP address (for example, 10.0.0.101). The last three digits must be different for each recorder (for example, 101, 102, 103,
and so forth).
3. Enter the subnet mask (for example, 255.0.0.0).
4. Enter the default gateway address (the IP address of the default router on your immediate network segment).
5. Click Apply.
Figure 31. Static IP Setup
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TCP/IP PORT AND BANDWIDTH THROTTLE SETUP
The DX8100 uses the TCP/IP networking protocol to communicate over LAN and WAN networks. TCP/IP uses logical network ports to organize
data transmissions and to ensure that data packets are delivered to the proper application. For example, e-mail is traditionally delivered through
TCP/IP port 25 and web pages through port 80. The ports assigned to direct video and control information into and out of the DX8100 are listed
Ta bl e C, “TCP/IP Ports Used by the DX8100,” on page 36.
below in
You should keep port numbers set at their default values unless there is a known conflict with your existing network infrastructure. Consult your
network administrator before changing any port information on the DX8100. Consult your network administrator when assigning or changing the
port numbers. Make sure that ports are not blocked by a firewall.
Table C. TCP/IP Ports Used by the DX8100
Port
Number
9002Ye sBase port for transmission of video, audio, and interface data
9003Ye sSoftware upgrade
9004Ye sEmergency agent notification
9005NoInformation port
13900NoPing port
To configure TCP/IP ports and bandwidth throttle:
1. If necessary, enter a new base port number. (9002 is the default)
2. If necessary, enter a new software upgrade port. (9003 is the default)
3. Drag the network bandwidth throttle slider to the desired value. (Client bandwidth can be adjusted from a minimum of 256 Kbps to a
maximum of 10 Mbps in increments of 256 Kbps.)
4. Click Apply.
User
configurable
Function
Figure 32. Base Port and Bandwidth Throttle Setup
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ACCESSING NETWORK INFORMATION
Changes in network settings may not show up immediately in the IP Configuration status box. Allow up to 30 minutes for settings to update or
reboot your DVR for settings to change immediately.
To access network information such as IP and default gateway addresses:
1. Click Network Information. The IP Configuration status box is displayed.
Figure 33. IP Configuration Status Box
2. Click OK to return to the Network page.
DNS/WINS SETUP
If your network supports DNS or WINS services, follow the instructions below:
1. Click the DNS/WINS tab.
2. Do one of the following:
a.If you are using dynamic IP addressing through a DHCP server, click the “Obtain DNS/WINS info from DHCP” check box.
or
b.If you are using static IP addressing, provide the following information in the appropriate fields. This information can be obtained from
your network administrator.
•Primary DNS server IP address.
•Secondary DNS server IP address.
•Primary WINS server IP address.
•Secondary WINS server IP address.
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3. Click Apply to update the configuration.
Figure 34. DNS/WINS Setup
RS-422/RS-485 COMMUNICATION PORT SOFTWARE CONFIGURATION
The system must be powered on, and you must be logged in as a Power User or Administrator to configure communication port settings.
To configure the RS-422/RS-485 ports in software:
1. Click .
2. Click .
3. Click the Port/Device tab. The Port/Device page is displayed.
Figure 35. RS-422/RS-485 Port Setup Page
4. From the drop-down box, select Port 1–4. None is the default setting in the selected device drop-down box. In this case, the port settings
drop-down boxes are not available.
5. In the selected device drop-down box, select a device. The port settings drop-down boxes are available.
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6. Configure the port settings using the drop-down boxes provided. Refer to Ta bl e D. Refer to the instructions that came with your peripheral
device for correct settings.
This section describes how to install and setup DX8100 client software.
RECOMMENDED SYSTEM REQUIREMENTS
The following are the minimum recommended system requirements for the DX8100 PC client, web client, and Emergency Agent software
applications.
•Processor: Intel® Pentium® 4 with 2800 MHz minimum processor speed
•Memory: 256 MB of RAM
•Video: AGP VGA card with minimum of 64 MB video RAM, 1024 x 768 or 1280 x 1024 display resolution, 32-bit color, and DirectX® 8.1 or
later hardware acceleration
•500 MB of free disk space
•Monitor: SVGA or XGA with 1024 x 768 or 1280 x 1024 resolution, 32-bit color
•Operating System: Windows 2000 (SP4) or Windows XP Professional
•Microsoft Internet Explorer: Version 5.5 or later
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INSTALLING THE PC CLIENT APPLICATION
1. Start the Windows operating system.
2. Close all programs, including any antivirus software.
3. Insert the DX8100 Resource CD into the DVD drive of your PC and wait for the window to open.
Figure 36. Resource CD Screen: PC Client Installation Option
4. Click Software. The DX8100 software installation options are displayed.
Figure 37. Resource CD Software Installation Options
5. Click Client. The DX8100 Security Setup dialog box opens.
Figure 38. DX8100 Security Setup Dialog Box
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6. Verify that the Install IPSec Configurations check box is selected.
IPSec is a standard security protocol used by the DX8100 Series DVR and its clients to communicate safely over a network.
7. Click Next. The DX8100 Client Setup dialog box opens.
Figure 39. DX8100 Client Setup Dialog Box
8. Click Next. The Software License Agreement dialog box opens.
Figure 40. Software License Agreement Dialog Box
9. Read the license agreement and select the “I accept this License Agreement” check box.
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10. Click Next. The Select Installation Folder dialog box opens.
Figure 41. Select Installation Folder Dialog Box
11. Click Next to accept the default installation folder. After the DX8100 Cliet software is installed, the “Installation is completed successfully”
dialog box opens.
Figure 42. Installation is Completed Successfully Dialog Box
12. Click Finish to complete the installation process.
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ENABLING IPSEC SECURITY SERVICES
In order to communicate with a networked DX8100 Series DVR, IPSec security must be enabled on your computer. To see the Manage IPSec
Settings menu option from the Start menu, the Start menu has to be changed to the Classic View.
To enable IPSec security services:
1. Do one of the following:
•Verify that the Start menu is in the Classic View.
•Set the Start menu to the Classic View.
2. Go to Start > Manage IPSec Settings. The DX8100 IPSec Policy dialog box opens.
Figure 43. Enabling IPSec Security for the PC Client Application
3. Select the Enable DX8100 IPSec Policy check box if it is not already selected.
4. (If applicable) Set the Start menu to its previous view.
DISABLING IPSEC SECURITY SERVICES
Disabling IPSec security services may hamper your PC’s ability to communicate with DX8100 servers. Consult your system administrator before
disabling IPSec security. For information about using the DX8100 Client application, refer to the DX8100 Client Applications manual.
To disable IPSec security services:
1. Do one of the following:
•Verify that the Start menu is in Classic View.
•Set the Start menu to Classic View.
2. Go to Start > Manage IPSec Settings. The DX8100 IPSec Policy dialog box opens.
Figure 44. Disabling IPSec Security for the PC Client Application
3. De-select the Enable DX8100 IPSec Policy check box.
4. (If applicable) Set the Start menu to its previous view.
INSTALLING THE CLIENT EMERGENCY AGENT APPLICATION
To install the Emergency Agent application:
1. Start the Windows operating system.
2. Close all programs, including any antivirus software.
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3. Insert the DX8100 Resource CD into the DVD drive of your PC and wait for the DX8100 Resource CD window opens.
Figure 45. Resource CD Screen: Emergency Agent Installation Option
4. Click Software. The DX8100 software installation options are displayed.
Figure 46. Resource CD Software Installation Options
7. Read the license agreement and select the “I accept this License Agreement” check box.
8. Click Next. The Select Installation Folder dialog box opens.
Figure 49. Select Installation Folder Dialog Box
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9. Click Next to accept the default installation folder. After the Emergency Agent software is installed, the “Installation is completed
successfully” dialog box opens.
Figure 50. Installation is Completed Successfully Dialog Box
10. Click Finish to complete the installation process.
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INSTALLING THE DX8100 VIEWER
To install the DX8100 Viewer:
1. Start the Windows operating system.
2. Close all programs, including any antivirus software.
3. Insert the DX8100 Resource CD into the DVD drive of your PC and wait for the window to open.
Figure 51. Resource CD Window_C2629M-A_0001
4. Click Software. The DX8100 software installation options are displayed.
Figure 52. Resource CD Software Installation Options
6. Click Next. The Software License Agreement dialog box opens.
Figure 54. Software License Agreement Dialog Box
7. Read the license agreement and select the “I accept this License Agreement” check box.
8. Click Next. The Select Installation Folder dialog box opens.
Figure 55. Select Installation Folder Dialog Box
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9. Click Next to accept the default installation folder. The DX8100 Viewer software is installed, and the “Installation is completed
successfully” dialog box opens.
Figure 56. Installation is Completed Successfully Dialog Box
10. Click Finish to complete the installation process.
INSTALLING THE DX8100 WEB CLIENT
The first time you use a web browser to connect to a DVR server, an ActiveX® control application is downloaded and installed on your local
computer. This control facilitates usage of the web client’s interactive features. Pelco recommends that you only use Internet Explorer because
the DX8100 Web Client application is not compatible with Netscape Navigator.
To install the DX8100 Web Client application:
1. Install and enable IPSec security services. For instructions on installing IPSec security services, refer to Installing the PC Client Application
or Installing the Client Emergency Agent Application.
You must install either the PC Client application or the Client Emergency Agent application to install IPSec security services.
2. Start the Microsoft Internet Explorer web browser.
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3. Enter the IP address of one of the DX8100 servers you want to connect to in the address bar. The Enter Network Password dialog box
opens.
Figure 57. Enter Network Password Dialog Box
4. Click OK. The DX8100 Web client ActiveX control installation dialog box opens.
6. Wait while the ActiveX controls are downloaded to your PC and your browser software is updated.
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RECOMMENDED SYSTEM REQUIREMENTS FOR MOBILE (PDA) CLIENT
The recommended system requirements for a mobile (PDA) client are as follows:
•PDA Hardware: A Pocket PC-compatible handheld device
•Processor: Intel Xscale®, compatible with a minimum processor speed of 400 MHz
•Memory: 64 MB of RAM
•Video: TFT liquid crystal display with minimum 240 x 320 display resolution, 64K colors
•Operating System: Microsoft Pocket PC 2002 or later
•A PC with Windows operating system and Microsoft ActiveSync® version 3.5 or later installed
•Wired or wireless networking capability
INSTALLING THE MOBILE (PDA) CLIENT APPLICATION
1. Install ActiveSync on your Windows PC if it is not already present.
2. Connect your handheld device to your PC.
PDA
PC
Figure 59. PDA to PC Connection
3. Turn on your handheld device if it is not already running.
4. Insert the DX8100 Resource CD into the DVD drive of your PC, and wait for the DX8100 Resource CD window to open.
Figure 60. Resource CD Window: Mobile Client Installation Option
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5. Click Software. The DX8100 software installation options are displayed.
Figure 61. Resource CD Software Installation Options
6. Click Mobile Client Software. The Pocket PC installation dialog box opens.
Figure 62. Pocket PC Installation Dialog Box
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7. Click Next. The Software License Agreement dialog box opens.
Figure 63. License Agreement Dialog Box
8. Read the license agreement and select the “I accept the terms of the license agreement" check box.
9. Click Next. The Select Installation Folder dialog box opens.
Figure 64. Installing Applications Dialog Box
10. Click Yes to accept the default installation directory.
11. Wait while ActiveSync copies the DX8100 Mobile Client program files to your handheld device, and then click OK in the Application
Downloading Complete dialog box.
The DX8100 is supported by electronic and printed documentation. The printed documents come packaged with the DX8100. Table E describes
each individual document, its distribution, and its intended use. The DX8100 server and client application also includes an online Help system. By
default, the Help system is not enabled for viewing.
Table E. DX8100 Documentation
Document NameLocationPurpose
Important Safety InstructionsBox and CD Detailed instructions about how to safely use the DX8100
Important Security Information for
System Administrators
Quick Start Installation GuideBox and CD Basic information on identifying and connecting the parts of the DX8100 Series DVR
Quick Start Operations GuideBox and CDBasic information to help users to begin using the DX8100
Installation ManualBox and CD Provides detailed instructions on installing the DX8100
Operation and Programming for Client
Application Software
Operation and Programming for Server
Application Software
Upgrade and Recovery InstructionsBox and CDDetailed instructions about upgrading the DX8100 or reinstalling DX8100 software
Using McAfee® VirusScanCDDetailed instructions on installing and using McAfee
Using Symantec™ AntiVirusCDDetailed instructions on installing and using Symantec
Provides system administrator information for administering the DX8100
Box and CDProvides system administrator information for administering the DX8100
CDDetailed instructions on using the included PC, Web, and mobile client application
software programs
CDDetailed instructions on using the DX8100
To access the electronic manuals from the Resource CD:
1. Insert the DX8100 Resource CD into your PC’s DVD drive, and then wait for the window to open.
Figure 66. Resource CD Window: Mobile Client Installation Option
2. If your system does not have a current version of Adobe® Acrobat® Reader installed, click Install Adobe Acrobat Reader and follow the
directions.
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3. Click Manuals. The documents included on the CD are displayed.
Figure 67. Resource CD Window: PC Client Installation Option
4. Click the manual you want to view. The document is displayed in Acrobat Reader.
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Appendix A: Printer Setup
This sections describes how to set up printer hardware and software.
PRINTER HARDWARE SETUP
Only printers listed on the Microsoft Windows 2000 Hardware Compatibility List and exhibiting the Designed for Microsoft Windows XP logo are
supported by the DX8100. If installing a network printer, consult your network administrator for directions.
To print still images of recorded video from the DX8100 DVR, you must install a Windows-compatible printer using the procedure below.
Ensure that a printer has been connected to the LPT1 printer port or a USB port of the DVR or that a shared printer is available on the network.
To connect a printer to the DVR:
1. Shut down the DX8100. For more information about shutting down the DX8100, refer to Shutting Down for instructions.
2. Connect the printer to the DX8100 using a standard parallel printer cable connected to the LPT1 port on the back panel of the DVR.
or
Connect the printer to the DX8100 using a standard USB cable connected to one of the four USB 2.0 ports on the back panel of the DVR.
This section describes how to set up printer software.
WARNING: Do not install any software that may have come with your printer on the DX8100. The DX8100’s operating system includes
built-in services designed to communicate with printers that exhibit the Designed for Microsoft Windows XP logo.
SETTING UP A LOCAL PLUG-AND-PLAY PRINTER
1. Make sure your printer is properly connected according to the instructions in the previous section.
2. Start the DX8100.
3. Wait while the system detects your printer and the Windows Add Printer Wizard begins.
4. The DX8100 client starts.
5. Log in to the DX8100 as an Administrator level user.
6. Exit the DX8100 application and return to the Windows operating system. For more information, refer to Exiting to Windows Operating System.
5. The Welcome to the Add Printer Wizard dialog box opens. Click Next.
Figure 84. Welcome to the Add Printer Wizard Dialog Box (Network)
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6. The Local or Network Printer dialog box opens. Select the “Network printer” radio button, and then click Next.
Figure 85. Local or Network Printer Dialog Box (Network)
7. The Locate Your Printer dialog box opens. Leave the Name text box blank and then click Next.
Figure 86. Locate Your Printer Dialog Box (Network)
8. The Browse for Printer dialog box opens.
Figure 87. Browse For Printer Dialog Box (Network)
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9. Select the desired printer from the list, and then click Next.
•Depending on your network setup, you may have to search through a hierarchical list of network resources to find the appropriate
printer. It may be necessary to double-click objects in the list to open each branch of the resource hierarchy.
•If the printer driver software is not already installed on your DX8100, you will be prompted to download it. If prompted, click Yes to
begin the driver download and follow any remaining instructions in the Add Printer Wizard
10. The New Printer Detection dialog box opens. Select the Yes radio button, if it is not already selected, to print a test page. Then click Next.
Figure 88. New Printer Detection Dialog Box (Network)
11. The Completing the Add Printer Wizard dialog box opens. Click Finish.
Figure 89. Completing the Add Printer Wizard Dialog Box
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Appendix B: Connecting the Optional DX8108/DX8116-MUX Card
This appendix describes how to connect an analog monitor to the optional DX8108-MUX/DX8116-MUX Card to view real-time video on an analog
monitor. The MUX Card also displays real-time video on the VGA monitor. This is accomplished internally to the DX8100 and therefore no
external connection is required. For information about installing the MUX Card in the DX8100, refer to the DX8100 8/16-Channel MUX Card
Installation manual (C2665M).
No configuration is required in use the MUX Card. For information about how the MUX Card displays video, refer to Working In Live View in the
DX8100 Operation and Programming Server Application Software manual.
To attach an analog monitor to the MUX Card:
1. Connect one end of a BNC coaxial cable to the analog monitor.
2. Connect the other end of the BNC cable to MUX Card BNC connector.
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Appendix C: Connecting Audio Devices
This appendix describes how to connect audio devices to the DX8100. Before using the audio recording features of the DX8100, consult the
applicable laws regarding audio surveillance recording for your location.
SETTING UP STANDARD AUDIO INPUTS
The DX8100 provides two standard audio line in and microphone inputs that support 2-channel (right/left) audio recording. Use a miniature phone
plug to connect audio devices to the DX8100. For information about configuring the DX8100 to record audio, refer to the DX8100 Operation and
Programming Server Application Software manual or online Help system.
SETTING UP OPTIONAL AUDIO CONNECTIONS
If more audio inputs are required, the DX8100 supports an 8-channel (DX8108-AUD) and 16-channel (DX8116-AUD) audio expansion option.
Expansion audio inputs correspond to video inputs as follows:
•An 8-channel accepts up to 8 audio inputs.
•A 16-channel DVR accepts up to 16 audio inputs.
•A 24-channel DVR accepts up to 24 audio inputs.
•A 32-channel DVR accepts up to 32 audio inputs.
Audio and video inputs are configured in a one-to-one relationship. For example, audio input seven corresponds to video channel seven.
The DX8100 accepts up to 32 individual monaural audio inputs. Each input is designed to receive a line-level, analog audio signal that is sampled
at a rate of 48 kHz (16 bits) by the DX8108-AUD’s digital analog converters (DAC). To minimize the amount of storage required to store audio
data, the audio stream is down-sampled to 8 kHz (8 bits) for storage and playback.
Audio input is provided through an audio cable consisting of eight RCA connectors wired to a 26-pin breakout connector.
The 26-pin connector connector plugs into the 26-pin Sub-D socket on the capture card. Depending on your system’s configuration, either one or
two breakout cables will be required to connect the DVR to an audio system.
1. Connect the 26-pin audio breakout connector to the 26-pin Sub-D socket on the capture card to provide 8 or 16 individual audio inputs. Refer
OPTIONAL AUDIO INPUTS 1-8
FOR 8 AND 16 CHANNEL DVRS.
AUDIO
(PREAMP)
Figure 90. Audio Connector Installation
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2. Connect each of the 8 or 16 RCA-type audio connectors to a line-level (+4 dB) gain audio source. Refer to Figure 92.
The DX8108-AUD/DX8116-AUD option accepts an unbalanced, line-level audio signal only. Line-level signaling requires a voltage between
-1 V and +1 V into an impedance of 1 k
connected directly to the DX8100’s audio inputs. In most applications, a preamplifier such as the Louroe Electronics ASK-4
Ω or more. This means that the output of most microphones will be too low to function when
®
KIT #101 will
be required to boost the signal of a microphone to a level that is acceptable for input into the DX8100.
3. Refer to the DX8100 Operation and Programming manual for information about configuring optional audio recording features.
The DX8100 delivers a line-level monaural signal through a standard 0.125-inch phone jack on the rear panel of the DVR. It is recommended that
the audio output of the DX8100 be connected to an amplifier in order to boost the output signal to a level that is sufficient to drive a speaker.
Figure 94 illustrates an example of an audio output configuration.
Some speaker systems integrate both amplifiers and speakers in a single unit. Such a system can be connected directly to the audio output of the
DX8100 without the need for external amplification.
To setup the audio output:
1. Connect the audio output of the DX8100 to an audio amplifier.
Use an audio cable with a 0.125-inch miniature male phone plug on one end to connect to the audio output of the DX8100. Ensure that the
opposite end of the cable has the appropriate connectors for connection to your amplifier.
Appendix D: Connecting an Uninterruptible Power Supply (UPS)
If uninterrupted operation is desired and the power grid cannot provide adequate uptime, it is highly recommended that each DX8100 Series DVR
be connected to a UPS device (not supplied). A UPS device will supply a limited amount of battery backup power in the event of a power failure.
Each UPS device should be configured to shut down its corresponding DVR safely during an extended period on battery power.
Only those UPS devices that exhibit the Designed for Microsoft Windows XP logo and are listed on the Windows 2000 Hardware Compatibility
List are approved for use with the DX8100 Series DVR.
WARNING: Do not install on the DX8100 any power management software that may come with your UPS device. The DX8100’s operating
system includes built-in services designed to communicate with UPS devices that exhibit the Designed for Microsoft Windows XP logo.
The following instructions are meant as a general guide for connecting a UPS device to the DX8100 Series DVR. The example below illustrates
the installation of an American Power Conversion UPS. This guide is not intended as a representation of how to install every possible make and
model of UPS device. Follow the directions that came with your UPS device to ensure that the installation process is completed properly.
UPS TO DVR COMMUNICATION AND POWER CONNECTIONS
1. Shut down the DX8100. Refer to Shutting Down for instructions.
2. Connect the UPS to the DX8100 using a standard USB cable.
3. Connect the other end of the USB cable to one of the four USB 2.0 ports on the back panel of the DVR.
4. Connect the power cord of the UPS to a standard wall socket.
5. Connect the power cord of the DX8100 to one of the power outlets on the UPS.
1. Log in as an Administrator level user if you are not already.
2. Exit the DX8100 application and return to Windows operating system (refer to Exiting to Windows Operating System).
3. Click Start > Settings > Control Panel. The Control Panel opens.
Figure 95. Control Panel Window with Power Options Selected
4. Double-click Power Options. The Power Options Properties dialog box opens.
5. Click the Alarms tab.
6. Adjust the Critical Battery Alarm slider to the desired power level threshold.
The slider can be adjusted to signal an alarm when UPS battery power falls below the level you select. It is suggested that you set the value
that provides at least five minutes of power in order to shut down the DX8100 safely. Refer to the documentation supplied with your UPS to
determine the percentage value that will provide at least five minutes of reserve power.
7. Click Alarm Action under “Critical battery alarm.” The Power Options Properties dialog box opens.
Figure 96. Power Options Properties Dialog Box
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8. Select the “When the alarm goes off, the computer will:” check box under “Power level.”
Appendix E: External Storage Expansion Using DX9200HDDI
The DX9200HDDI can increase the DX8100’s storage capacity by up to 3.5 TB. This option is available for an 8- and 16-channel system.
The DX9200HDDI is used for offline backup or realtime video storage. When used as a real time storage device, the frame rate of each channel
on the DX8100 must adhere to the following:
•8-channel DVRs: Less than or equal to 30 images per second (ips).
•16-channel DVRs: Less than or equal to 24 ips. Setting the frame rate above 24 ips for a 16-channel DVR will result in skipped frames and
significant performance degradation.
For information about how to install the DX8100-ISCI SCSI card, configure the DX9200HDDI RAID operation and connect and configure the
DX8100 to operate with the 9200HDDI video storage unit, refer to the DX8100-ISCI SCSI and DX9200HDDI Installation manual (C2635M).
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Appendix F: Connecting a KBD300A Keyboard
This section describes how to connect the KBD300A keyboard to the DX8100 DVR. The KBD300A allows you to control DX8100 display and
camera functions. For example, you can select cameras from the site tree, select view panes and divisions, zoom in and out, and control PTZ
operation from the KBD300A keyboard rather than a mouse.
Installation of the KBD300A is accomplished in two steps:
•Hardware installation, which is described in this section.
•Software configuration, which is described in the DX8100 Operations and Programming Manual.
The DX8100 supports the RS-422 data communications protocol to implement the interface with the KBD300A. For more information about
setting up KBD300A RS-422 communications settings, refer to Operation and Programming Manual.
Figure 99 illustrates how the KBD300A is connected to the DX8100 server.
Figure 98. KBD300A Connected to the DX8100
The table below describes parts of the KBD300A and DX8100 installation.
Table F. Parts of the DX8100 and KBD300A Installation
ItemPartDescription
RJ-45The DX8100 provides four RJ-45 ports identified as Port 1–Port 4, with Port 1 being on the bottom.
Data cableA user-supplied cable that connects the RJ-45 wall block to the DX8100.
Wall blockA surface mount box that does the following:
•Implements data connectivity between the DX8100 and KBD300A.
•Implements power connectivity between the 12 VAC transformer and KBD300A.
KBD300A
Keyboard data cable
Wall transformer
DX8100
Keyboard.
A 25-foot keyboard data and power cable for the KBD300A. The KBD300A uses this cable to connect to the
wall block.
A 12 VAC transformer that powers the KBD300A.
DX8100 server.
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REQUIRED ITEMS
You must have the following items to connect the KBD300A to the DX8100 DVR:
•KBD300A keyboard with firmware release version 5.0 or greater: For more information about the KBD300A, refer to the Installation/
Operation KBD300A Universal Keyboard manual.
•KBDKIT series remote wiring kit: For more information about the KBDKIT, refer to KBDKIT Series Remote Keyboard Wiring Kit.
•User-supplied Category 5 straight-through RJ-45 data cable.
INSTALLING KBD300A HARDWARE
This section describes how to install the KBD300A hardware and connect the KBD300A to the DX8100 server.
You must set up the KBDKIT first. Figure 100 illustrates how to wire the user-supplied data cable and connect the 12 VAC transform to the wall
block. Ta bl e G describes the items in the KBDKIT and provides information needed to connect the KBD300A to the DX8100. The only item not
included in the KBDKIT is the data cable. The KBDKIT Series Remote Keyboard Wiring Kit manual is included in the kit.
PartDescription
Wall transformerKBD300A keyboard power transformer for providing 12 VAC.
RJ-45 wall block Wall block.
RJ-45 plug RJ-45 plug that mates with the RJ-45 socket on the DX8100.
Data cable
User-supplied Category 5 data cable with a RJ-45 plug attached to one end. This cable connects the wall block
to the DX8100. The RJ-45 pin-out for this cable is as follows:
Table G. Items Needed to Install the KBD300A
PinSignalPinSignal
1TX+5Ground
2TX-6NC
312 VAC7RX-
412 VAC8RX+
To set up the KBDKIT and install the KBD300A keyboard:
1. Remove the wall block cover.
2. Wire the 12 VAC transformer to the wall block.
3. Construct an RJ-45 Category 5 straight-through cable with no connector on one end that is wired to the correct pin-out of the RJ-45 port on
the wall block.
12 VAC
12 VAC
4
3
2
1
5
6
7
8
1
2
7
8
Figure 99. KBDKIT Wall Block and RJ-45 Cable Wiring
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4. Connect the RJ-45 data cable from the wall block to a DX8100 RS-422 port (Port 1–4).
Figure 100. Connecting the KBD300A to the DX8100
SELECTING THE KBD300A OPERATIONAL MODE
You use the KBD300A’s DIP switch to set the keyboard’s address and select the operational mode.
•Only one KBD300A is attached to the DX8100 at any one time.
•The DX8100 only supports the KBD300A CM6700 mode.
DIP switch positions 1–4 are used to set the keyboard’s address. Switch position 5–8 are used to select the operational mode.
To set the KBD300A operate in the CM6700 mode:
1. On the back of the KBD300A, remove the two screws and the DIP switch cover.
2. Set the DIP switch as shown below. In this case, the address is 3 and the operational mode is C6700 ASCII. This mode is only supported in
firmware version 5.0 and higher.
Switch12345678
UP = OFFOFFOFFOFFOFFOFF
DOWN = ONONONON
For more information about setting the address and selecting the operational mode, refer to the KBD300A Installation/Operation Manual.
3. Replace the DIP switch cover plate.
Figure 101. Setting the KBD300A DIP Switch
This concludes the hardware installation phase. Next, you must configure the DX8100 data communications setting for the KBD300A. For more
information about setting the DX8100 data communications setting for the KBD300A, refer to the DX8100 Operations and Programming Manual
or DX8100 Help.
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Appendix G: Connecting ATM/POS Devices
DX8100 version 2.0 supports connection to ATM/POS equipment using the AVE VSI-Pro. The VSI-Pro is designed to interface with many different
types of cash registers and POS equipment and allows you to program the VSI-Pro to match your register's communications settings. The VSI-Pro
handles the data communication between the ATM/POS device and DX8100, providing a standard compatible RS-422/RS-485 and RS-232
interface to the DX8100.
For information about the VSI Pro and the various types of ATM/POS equipment that it supports, contact AVE:
•Technical Support department at http://www.americanvideoequipment.com/technical_support/index.html.
•Customer Service department at http://www.americanvideoequipment.com/customer_service/index.html.
Installation of ATM/POS devices and the VSI-Pro is accomplished in two steps:
•Hardware installation: Hardware installation requires that you do the following:
–Connect the VSI-Pro to the ATM/POS device. For information about connecting your VSI-Pro to the ATM/POS device, refer to the
VSI-PRO Operation Manual and the documentation that came with your ATM/POS device.
–Connect the VSI-Pro to the DX8100. For information about connecting the VSI-Pro the DX8100, refer to Configuring DX8100 ATM/POS
Communication Options.
•Software configuration: Software configuration entails doing the following:
–Programming the VSI-Pro to communicate with your ATM/POS device. For information about programming the VSI-Pro, refer to the
VSI-PRO Operation Manual.
–Setting up the DX8100 to interface with the VSI-Pro. For information about setting up the DX8100 to communicate with the VSI-Pro,
refer to the DX8100 server operation/programming manual or DX8100 application Help.
ATM/POS CONFIGURATIONS
Ta bl e H summarizes the supported ATM/POS configurations and items required to implement the configuration.
Table H. ATM/POS Configurations
Connection TypeRequired Items
RS-232 (COM 1/COM 2)The DX8100 supports interfacing ATM/POS devices using one of both of the RS-232 COM ports via a
RS-422 (Port 1–4)The DX8100 supports interfacing ATM/POS devices using the RS-422 communications ports (Port 1-4)
DB9 connector.
The following items are required:
•One AVE VSI-PRO Version 12.00 or higher device for each ATM/POS device.
•One AVE triport cable for each ATM/POS device. The cable is required for connecting the ATM/
POS device to the VSI-PRO and to connect the VSI-PRO to the DX8100 RS-232 COM 1 or
2 port.
COM
via a RJ-45 connector.
Up to four each of the following items are required:
•AVE VSI-PRO Version 12.00 or higher device for each ATM/POS device.
•AVE triport cable for each ATM/POS device. The cable is required for connecting the ATM/POS
device to the VSI-PRO and to connect the VSI-PRO to the PV140 RS-232/422 Converter Kit.
•PV140 RS-232/422 Converter Kit.
•User-supplied Category 5 straight-through RJ-45 data cable. This cable is required to connect
the PV140 RS-232/422 Converter Kit to the DX8100 RS-422 RJ-45 port.
For more information about the PV140 RS-232/422 Converter Kit, refer to PV140 RS-232/422
Converter Kit Installation manual.
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CONNECTING ATM/POS HARDWARE
This section describes how to connect ATM/POS devices to the DX8100 server using the VSI-PRO. Direct connection between an ATM/POS
device and the DX8100 without using the VSI-PRO is not supported.
Go to URL http://www.Americanvideoequipment.com/technical_support/vsi_compatibility.htm to verify that your ATM/POS device is listed in
the VSI Compatibility table.
This section is organized as follows:
•RS-232 ATM/POS Device Configuration
•RS-422 ATM/POS Device Configuration
USING THE VSI-PRO TRIPORT CABLE
Figure 103 illustrates the VSI-PRO Dresser Wayne DB9-to-DB9 Triport cable used to interconnect between the ATM/POS, VSI-PRO, and DX8100
server. For specific details regarding ATM/POS device cabling requirements, refer to the VSI-PRO operations manual.
Figure 102. VSI-PRO DB9-to-DB9 Triport Cable
The table below describes the VSI-PRO DB9-to-DB9 triport cable.
Table I. VSI-PRO DB9-to-DB9 Triport Cable
ItemPartDescription
DB9 (male)DB9 male connector that interfaces with the VSI-PRO. The VSI-PRO reroutes signals to the DX8100
according to the following pin assignments:
VSI-PRO DX8100
Pin 3: TDPin 2: RD
Pin 7: RTSPin 5: SGND
DB9 (male)DB9 male connector that connects the VSI-PRO to the DX8100. The pin assignments are as follows:
•Pin 2: RD
•Pin 5: SGND
CableThe cable length is 3 feet (0.91 m).
DB9 female connector that connects the ATM/POS device to the VSI-PRO. DB9 (female)
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SETTING UP A RS-232 ATM/POS DEVICE CONFIGURATION
This section describes how to set up a RS-232 ATM/POS device configuration. You use the RS-232 ATM/POS device configuration to record
searchable ATM/POS data that is synchronized with recorded video. In this configuration, the camera is connected directly to the DX8100 camera
input. The ATM/POS data is routed through the VSI-PRO to the DX8100 RS-232 communications port. ATM/POS output is recorded by the
DX8100 as data. Once recorded, the ATM/POS data is searchable and can be displayed synchronously with the recorded transaction video.
Figure 104 illustrates a RS-232 ATM/POS device configuration. One or two ATM/POS devices can be connected to the DX8100. One camera is
shown, but multiple cameras can be assigned to monitor the ATM/POS event from different physical positions. For specific details about the
DX8100 back panel, refer to
Figure 11 on page 23.
Figure 103. RS-232 ATM/POS Device Configuration
The table below describes the items required for the RS-232 ATM/POS device configuration.
Table J. Items Required for a Single RS-232 ATM/POS Device Configuration
ItemPartDescription
CameraThe designated camera positioned to monitor the ATM/POS event. One or more cameras can be configured
to respond to an ATM/POS event.
Video cableA user-supplied cable that connects the camera to the DX8100 video input.
VSI-PROAVE VSI-PRO ATM/POS interface.
Data cable
DX8100 server
AVE triport cable used to connect the ATM/POS device to the VSI-PRO and to connect the VSI-PRO to the
DX8100 RS-232 COM1 or COM2 port.
The DX8100 DVR.
ATM/POS device
Figure 105 illustrates a dual ATM/POS device configuration.
The ATM/POS device.
Figure 104. RS-422 ATM/POS Device Configuration
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The table below describes the items required for the RS-422 ATM/POS device configuration.
Table K. Items Required for a Dual RS-422 ATM/POS Device Configuration
ItemPartDescription
CameraThe designated cameras positioned to monitor the ATM/POS event. One or more cameras can be configured
to respond to an ATM/POS event.
Video cableA user-supplied video cables that connect the cameras to the DX8100 video input.
Data cable
VSI-PROAVE VSI-PRO ATM/POS interface.
ATM/POS device
DX8100 server
To connect the ATM/POS device and VSI-PRO in a RS-232 ATM/POS configuration:
1. Use the appropriate AVE cable to connect the VSI-PRO to the ATM/POS device. For information about connecting the VSI-PRO and ATM /
POS device, refer to the ATM/POS installation and VSI-PRO VSI-PRO Version 12.00 Operation Manual.
2. Connect the AVE RS-232 cable to the DX8100 COM1 or COM2 port.
3. Connect the VSI-PRO power transformer into the VSI-PRO.
4. Plug the VSI-PRO power transformer into an appropriate AC power source.
AVE triport cable used to connect the ATM/POS device to the VSI-PRO and to connect the VSI-PRO to the
DX8100 RS-232 COM1 or COM2 port.
The ATM/POS device.
The DX8100 DVR.
SETTING UP A RS-422 ATM/POS DEVICE CONFIGURATION
This section describes how to set up a RS-422 ATM/POS device configuration. This configuration is applicable for applications that have one to
four ATM/POS devices. You use the RS-422 ATM/POS device configuration to record searchable ATM/POS data that is synchronized to recorded
transaction video. You can configure multiple cameras to be associated with a transaction event.
In this configuration, the camera is connected directly to the DX8100 camera input. The ATM/POS data from each ATM/POS device is routed
through its respective VSI-PRO to a DX8100 RS-422 port. ATM/POS output is recorded by the DX8100 as data. Once recorded, the ATM/POS data
is searchable and can be displayed synchronous with the transaction video.
Interface connection for this configuration is summarized as follows:
1. Each respective camera is connected directly to the DX8100 camera input.
2. Each ATM/POS device is connected as follows:
a.Each ATM/POS device is connected to a separate VSI-PRO.
b.Each VSI-PRO device is connected to a PV140 RS-232/422 converter.
c.Each PV140 is connected to a DX8100 RS-422 port through a user-provided RJ-45 cable.
ATM/POS output is recorded by the DX8100 as data. Once recorded, the ATM/POS data is searchable and can be displayed synchronous with the
transaction video.
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Figure 106 illustrates a RS-422 ATM/POS device configuration.
Figure 105. Multiple ATM/POS Device Configuration
The table below describes the items required for the multiple ATM/POS device configuration.
Table L. Items Required for the Multiple ATM/POS Device Configuration
ItemPartDescription
CameraThe designated cameras positioned to monitor the ATM/POS event. One or more cameras can be configured
to respond to an ATM/POS event.
Video cableA user-supplied cables that connects the cameras to the DX8100 video input.
VSI-PROAVE VSI-PRO ATM/POS interface.
Triport cable
DX8100 server
AVE triport cable used to connect the ATM/POS device to the VSI-PRO and to connect the VSI-PRO to the
PV140.
The DX8100 DVR.
ATM/POS device
PV140
Data cable
The ATM/POS device.
A RS-232 to RS-422 converter that provides a bidirectional electrical interface between RS-232 and RS-422
data ports.
User-supplied RJ-45 cable that connects the PV140 to Port 1 to 4 of the DX8100 DVR. The cable is
constructed with a two-wire pigtail on one end and an RJ-45 plug on the other. For information about the
RJ-45 plug wiring, refer to
Figure 11 on page 23.
PV140-to-RS-422 Connection
Figure 107 illustrates the cabling requirements to implement PV140-to-RS-422 connectivity to the DX8100 RJ-45 port.
Figure 106. PV140 RS-232 to RS-422/485 Converter
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The table below describes the PV140 RS-232 to RS-422 converter.
Table M. VSI-PRO DB9-to-DB9 Triport Cable
ItemPartDescription
DB9 (female)PV140 DB9 female connector that interfaces with the triport DB9 male connector. The VSI-PRO triport DB9
Power supplyPV140 power transformer provides 12 VDC.
Transmit dataPV140 terminal TX+, which connects to the pin 8 (RX+) of the DX8100 RJ-45 connector. For information
Transmit dataPV140 terminal TX-, which connects to the pin 7 (RX-) of the DX8100 RJ-45 connector. For information about
RJ-45User-supplied RJ-45 connector that interfaces the ATM/POS device to DX8100 Port 1–4.
male connector pin assignments and the PV140 terminal wiring pin assignments are described below.
about the DX8100 back panel, refer to
the DX8100 back panel, refer to
Table N. PV140 DB9 Pinouts
Triport DB9 Male User-Supplied RJ-45 Cable
Pin 2: RDPin 2: RD
Pin 5: SGNDPin 5: SGND
Figure 11 on page 23.
Figure 11 on page 23.
Connecting ATM/POS Devices via RS-422
To connect ATM/POS devices in a RS-422 configuration:
1. Use the appropriate AVE cable to connect each additional VSI-PRO to an ATM/POS device.
2. Set up one PV140 RS-232 to RS-422 converter and user-supplied RJ-45 cable for each ATM/POS device. For installation instructions, refer
to the PV140 RS-232/422 Converter Kit Installation manual.
Figure 107. PV140 and User-Supplied RJ-45 Cable Wiring
3. Insert the RJ-45 plug into Port 1–4 as required.
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CONFIGURING DX8100 ATM/POS COMMUNICATION OPTIONS
Once you have installed the ATM/POS device(s), you must configure the DX8100 to communicate with the ATM/POS device(s). This section
describes how to set up DX8100 ATM/POS options. For more information about configuring DX8100 ATM/POS options, refer to the DX8100
Operations and Programming Manual or the DX8100 server online Help.
To configure the DX8100 to communicate with the ATM/POS device(s):
1. On the DX8100 toolbar, click . The Setup dialog opens to the Camera page.
2. In the Setup dialog box, click . The Network page is displayed.
3. In the Network page, click the Port/Device tab. The Port/Device page is displayed.
4. Do the following:
a.In the Communication Port drop-down box, select a port (COM1 or Port 1 to Port 4).
b.In the device drop-down box, select ATM/POS.
c.Configure the following port settings using the drop-down boxes provided.
•Interface mode
•Baud rate
•Parity
•Data bits
•Stop bits
Figure 108. Port/Device Page
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5. In the Port/Device page, do the following:
a.In the Communication Port Configuration section, click Configure. The Device Configuration dialog box opens.
b.In the Device Mode drop-down box, select a mode. Single mode is the default mode.
c.Click Apply.
Figure 109. Device Configuration Page: General Tab
6. In the Device Configuration page, do the following:
a.Click Data Format. The Data Format List page is displayed.
Figure 110. Data Format List Page
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b.To create a data format, click Add. The Data Format dialog box opens.
Figure 111. Data Format Dialog Box
7. Using the information from the transaction record or other source, set the parameters for the following Data Format sections (as applicable):
•Transaction Format
•Monetary Format
•Time Format
•Character Format
8. Click OK. The Data Format page is re-displayed and the newly created data format is listed in the Data Format List.
Figure 112. Data Format List
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9. In the Device Configuration page, do the following:
a.Click the Settings tab. The Available ATM/POS Device table is displayed.
b.In the Device ID column, click the check box to select an ATM/POS device.
c.Double-click the Data Format cell for the selected ATM/POS device. The Data Format cell drop-down box is displayed.
d.Click in the Data Format cell to display the available data formats.
e.Select the data format you want to assign to the ATM/POS device.
f.Do one of the following:
•Click Apply to confirm selection and remain in the Device Configuration dialog box.
•Click OK to confirm selection and return to the Port/Device page.
Figure 113. Assigning a Data Format to An ATM/POS Device
10. Click . The Linking setup page is displayed.
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11. Click Event-Recording Link Settings. The Event-Recording Link Settings page is displayed.
Figure 114. Event-Recording Link Settings Page
12. In the ATM/POS Record Link Settings area, do the following:
a.In the ATM/POS Address drop-down box, select an ATM/POS01 address.
b.In the Enable Record/Live on Source ATM/POS Event area, click a camera to link the camera to the ATM/POS address.
c.Click Apply.
13. Click . The Schedule setup page is displayed.
14. Create an ATM/POS schedule for the camera you linked to the ATM/POS address.
Figure 115. Schedule Setup Page
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15. On the DX8100 toolbar, click . The DX8100 live view mode is displayed.
16. Drag the camera linked to an ATM/POS address to a view pane.
17. From the DX8100 menu bar, click View > OSD > POS. ATM/POS transaction data is displayed in the view pane for the camera linked to the
ATM/POS address.
Figure 116. Example of ATM/POS Data Transaction Recording
Rated (Resistive) Load:0.5 A at 120 VAC or 1 A at 24 VDC
Remote Administration: Full remote control via TCP/IP network
Total Recording Rate:Up to 480 images per second at CIF
MECHANICAL
Connectors
BNC:Video inputs and outputs
6-Pin Mini-DIN:PS/2 mouse and keyboard
DB9:COM 1
DB15:VGA port
DB26:Optional audio option
RJ-45:10/100/1000 megabit Ethernet port and RS-485/RS-422 ports
Audio Connectors: 3 miniature phone jacks: line in, microphone in, and audio out
USB:6 high-speed USB 2.0 ports (2 in front, 4 in rear)
ENVIRONMENTAL
Operating Temperature:50° to 95°F (10° to 35°C)
Relative Humidity: Maximum 80%, noncondensing
GENERAL
Dimensions
Desktop: 19.9 (D) x 17.0 (W) x 7.0 (H) inches (50.55 x 43.18 x 17.78 cm)
Rack Mount: 22.0 (D) x 19.0 (W) x 7.0 (H) inches (55.88 x 48.26 x 17.78 cm)
Unit Weight:47 lb (21 kg) maximum (fully equipped, 32 channel unit)
Shipping Weight:68 lb (31 kg) maximum (fully equipped, 32 channel unit)
320 x 240320 x 288
640 x 240640 x 288
640 x 480640 x 576
352 x 240352 x 288
704 x 240704 x 288
704 x 480704 x 576
2 with DX8124 and DX8132
Up to 240 images per second at 2CIF
Up to 120 images per second at 4CIF
*It is recommended that an uninterruptible power supply (UPS) device be used with the DX8100 with a 700 VA or better rating.
**Relays are grounded.
(Design and product specifications subject to change without notice.
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PRODUCT WARRANTY AND RETURN INFORMATION
WARRANTY
Pelco will repair or replace, without charge, any merchandise proved defective in material or
workmanship for a period of one year after the date of shipment.
Exceptions to this warranty are as noted below:
• Five years on fiber optic products and TW3000 Series unshielded twisted pair transmission
products.
• Three years on Spectra
• Three years on Genex
• Three years on Camclosure
CC3701H-2X, CC3751H-2, CC3651H-2X, MC3651H-2, and MC3651H-2X camera models,
which have a five-year warranty.
• Three years on PMCL200/300/400 Series LCD monitors.
• Two years on standard motorized or fixed focal length lenses.
• Two years on Legacy
fixed dome products.
• Two years on Spectra III
continuous motion applications.
• Two years on Esprit and WW5700 Series window wiper (excluding wiper blades).
• Two years (except lamp and color wheel) on Digital Light Processing (DLP
The lamp and color wheel will be covered for a period of 90 days. The air filter is not
covered under warranty.
• Eighteen months on DX Series digital video recorders, NVR300 Series network video
recorders, and Endura
• One year (except video heads) on video cassette recorders (VCRs). Video heads will be
covered for a period of six months.
• Six months on all pan and tilts, scanners or preset lenses used in continuous motion
applications (that is, preset scan, tour and auto scan modes).
Pelco will warrant all replacement parts and repairs for 90 days from the date of Pelco
shipment. All goods requiring warranty repair shall be sent freight prepaid to Pelco, Clovis,
California. Repairs made necessary by reason of misuse, alteration, normal wear, or accident
are not covered under this warranty.
Pelco assumes no risk and shall be subject to no liability for damages or loss resulting from
the specific use or application made of the Products. Pelco’s liability for any claim, whether
based on breach of contract, negligence, infringement of any rights of any party or product liability, relating to the Products shall not exceed the price paid by the Dealer to Pelco for such
Products. In no event will Pelco be liable for any special, incidental or consequential damages
(including loss of use, loss of profit and claims of third parties) however caused, whether by
the negligence of Pelco or otherwise.
The above warranty provides the Dealer with specific legal rights. The Dealer may also have
additional rights, which are subject to variation from state to state.
®
IV products.
®
Series products (multiplexers, server, and keyboard).
®
and fixed camera models, except the CC3701H-2,
®
, CM6700/CM6800/CM9700 Series matrix, and DF5/DF8 Series
™
, Esprit®, ExSite®, and PS20 scanners, including when used in
®
) displays.
™
Series distributed network-based video products.
If a warranty repair is required, the Dealer must contact Pelco at (800) 289-9100 or
(559) 292-1981 to obtain a Repair Authorization number (RA), and provide the following
information:
1. Model and serial number
2. Date of shipment, P.O. number, Sales Order number, or Pelco invoice number
3. Details of the defect or problem
If there is a dispute regarding the warranty of a product which does not fall under the
warranty conditions stated above, please include a written explanation with the product when
returned.
Method of return shipment shall be the same or equal to the method by which the item was
received by Pelco.
RETURNS
In order to expedite parts returned to the factory for repair or credit, please call the factory at
(800) 289-9100 or (559) 292-1981 to obtain an authorization number (CA number if returned for
credit, and RA number if returned for repair).
All merchandise returned for credit may be subject to a 20% restocking and refurbishing
charge.
Goods returned for repair or credit should be clearly identified with the assigned CA or RA
number and freight should be prepaid. Ship to the appropriate address below.
If you are located within the continental U.S., Alaska, Hawaii or Puerto Rico, send goods to:
Service Department
Pelco
3500 Pelco Way
Clovis, CA 93612-5699
If you are located outside the continental U.S., Alaska, Hawaii or Puerto Rico and are instructed
to return goods to the USA, you may do one of the following:
If the goods are to be sent by a COURIER SERVICE, send the goods to:
Pelco
3500 Pelco Way
Clovis, CA 93612-5699 USA
If the goods are to be sent by a FREIGHT FORWARDER, send the goods to:
Pelco c/o Expeditors
473 Eccles Avenue
South San Francisco, CA 94080 USA
Phone: 650-737-1700
Fax: 650-737-0933
The materials used in the manufacture of this document and its components are compliant to the requirements of Directive 2002/95/EC.
This equipment contains electrical or electronic components that must be recycled properly to comply with Directive 2002/96/EC of the European Union
regarding the disposal of waste electrical and electronic equipment (WEEE). Contact your local dealer for procedures for recycling this equipment.
REVISION HISTORY
Manual #DateComments
C2629M9/06Original version.
C2629M-A6/07Documents video quality statement, new features, optional MUX card and audio connection, and updates client software and DX9200HDDI installation procedures.