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 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.
To maintain compliance with FCC regulations, shielded cables must be used with this equipment. Operation with non-approved equipment or
unshielded cables is likely to result in interference to radio and television reception.
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 Caution
FRAME RATE NOTICE REGARDING USER-SELECTED OPTIONS
Pelco, Inc. 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 should refer to the operation manuals
for cautionary statements regarding user selected options and how they might affect video quality. Users shall determine the suitability of the
products for their own intended application, picture rate and picture quality. The video analytic behaviors provide a large spectrum of settings
that allow the behaviors to be used in a variety of applications. Selection of appropriate settings for proper detection in user applications is the
sole responsibility of users. This equipment is intended to assist users in identifying situations of interest to users. Users have the sole
responsibility of determining the appropriate response. 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.
C1695M-B (11/08)7
Before You Begin
ABOUT THE DVR5100
The DVR5100 Series is an embedded, high-performance hybrid digital video recorder (DVR), capable of recording up to 20 cameras at a combined
600/500 images per second (NTSC/PAL) at 4CIF resolution. The DVR comes with a choice of 4, 8, or 16 analog camera inputs, and supports 16,
12, and 4 IP camera inputs, respectively. Finally, the DVR5100 can be integrated into a fully distributed Endura
monitoring and management in a scalable and expandable IP surveillance system.The DVR5100 combines all of these features with efficient
configuration, intuitive operation, and cutting-edge storage optimization technologies in a mainstream DVR.
The hybrid capability of the DVR5100 offers a cost-effective way to service existing analog cameras while providing expansion through the use of
new IP cameras. By leveraging ubiquitous IP networks and taking advantage of technologies such as Power over Ethernet (PoE), IP cameras
provide an attractive alternative to deploying analog cameras. The DVR5100 Series supports the following camera options:
•DVR5104: Records 4 analog cameras and up to 16 IP cameras.
•DVR5108: Records 8 analog cameras and up to 12 IP cameras.
•DVR5116: Records 16 analog cameras and up to 4 IP cameras.
The DVR5100 supports a wide array of Pelco IP cameras. With the ability to record analog and IP cameras, systems can be designed to service
existing cameras while laying the groundwork for future expansion.
Endura
system integration creates a powerful growth path for DVR users. The DVR5100 can easily become a systemized component of the Endura
system. When integrated, the DVR5100 will continue to provide local access to its cameras. In addition, an Endura workstation, decoder, or
VCD5000, can monitor and control any camera, alarm, or relay connected to any DVR5100 in a full virtual matrix application. DVR5100s can also
be administered and managed through the Endura workstation; user rights and permissions are established at each DVR5100 for local access.
®
system, allowing for centralized
The DVR5100 features innovative configuration options and tools that can significantly decrease the amount of time and effort required to deploy
a unit. Connect the supplied USB keyboard and mouse to the DVR5100 and configuration becomes as easy as a Windows
®
-based DVR. Take
advantage of carefully laid out menus to intuitively navigate through the configuration process. Leverage the built-in storage estimator and
automatic camera configuration options to instantly program the DVR’s recording behavior in support of a required retention target.
Convenient front panel controls, combined with a heads-up icon-based user interface, make operating the DVR5100 easy. The icon-based user
interface and color coordinated function keys on the front panel help to reduce the learning curve. The USB keyboard, mouse, and the front panel
controls allow operation of Pelco pan/tilt/zoom (PTZ) cameras through a Coaxitron
®
, Pelco D, or Pelco P protocols. Live video can be paused,
rewound, or fast-forwarded with the push of a button. A single-button operation opens search screens that allow near instant access to video
that is required for investigations. A single-button export feature simplifies the exporting of digitally signed video, along with the player, onto the
included CD/DVD writer or user-supplied USB memory device.
The DVR5100 delivers enterprise-class video recording performance to the mainstream DVR market. To support high-performance, while keeping
the total cost of ownership within budget constraints, the DVR5100 uses the EnduraStor
™
storage optimization technology. EnduraStor allows
video, recorded at higher frame rates, to be reduced to a lower rate after a user-defined period of time. This saves valuable hard disk drive space
and makes real time video available for search, playback, and export during the delay period. Alarm or event video is automatically saved at the
higher recorded rate. EnduraStor makes real-time video available when you need it most, while keeping storage costs under control.
Flexible view options allow you to display superior video on a variety of monitors. Video can be displayed on NTSC/PAL composite, NTSC/PAL,
S-Video, or VGA monitors. The main monitor can display 1, 4, 9, or 16 images. Live and playback video can be combined on the same monitor
simultaneously, allowing you to observe the scene while conducting a search on recorded video. In addition, a programmable sequence monitor
provides a sequencing display for the analog cameras to a composite monitor.
For remote viewing and administration, the DVR5100 provides unparalleled sophistication and flexibility. Designed to protect the system and
sensitive video content from unauthorized access, remote access is tightly controlled and protected through a built-in VPN server. The free
remote client software provides bandwidth throttling upon each connection to the DVR. Clients with limited Internet speed will not impact users
with more bandwidth if all connect to the DVR at the same time. The remote client adds additional sophistication to the DVR5100. Custom user
profiles can be created on the remote client that provide extremely fine granularity over user rights and permissions. Event groups can be created
that incorporate multiple alarm conditions, providing an effective means of filtering out potential false alarms. Finally, complex scripts can be
written that coordinate the response of the DVR to a given alarm or event trigger.
The combination of enterprise-class recording performance, cutting-edge storage optimization technologies, efficient and intuitive configuration
and operation, and flexible upgrade paths that enhance the return on investment (ROI), make the DVR5100 the ideal solution for retail, finance,
education, corporate, and commercial security applications.
NOTE: The DVR5100 can operate as a stand-alone or networked device. If the DVR5100 is going to be included in an existing network, always
include your network administrator when planning and installing the DVR5100.
8C1695M-B (11/08)
NEW PRODUCT FEATURES
The DVR5100 Series Version 1.5 release has been enhanced with the following new features:
New FeatureDescription
Table A. DVR5100 New and Enhanced Features
Modified User Interface
IP Camera Recording
Capability
Integration with Endura
Systems
PARTS LIST
QtyDescription
1Pelco DVR5100 Series DVR
1Rack mount kit:
New menus and options make configuration and operation easier and more intuitive. In addition, the system can
be operated through a USB PC keyboard/mouse and template, which are included in the DVR5100 package.
The DVR5100s now support hybrid recording capability. Each DVR5100 can support up to 20 cameras, with 4, 8,
or 16 analog cameras, and 16, 12, or 4 IP cameras, respectively (depending on the model).
The DVR5100 can be integrated into an Endura network by an Endura-certified integrator.
2Chassis mounting brackets with handles and thumb screws
8Screws, 10-32 x 0.25-inch, Phillips, pan head (4 for each bracket)
2Adjustable support rail sets (each set includes 1 front-mounting rail and 1 rear-mounting rail)
6Screws, 8-32 x 0.375-inch, Phillips, truss head
4Screws, 10-32 x 0.5-inch, Phillips, flat head (2 for each front-mounting rail)
4Screws, 10-32 x 0.75-inch, Phillips, pan head (2 for each rear-mounting rail)
10 Cage nuts (for use with square-hole racks)
1USB PC keyboard
1USB PC keyboard overlay (template)
1USB PC mouse
1–2Terminal blocks for relays (1 block for 4- and 8-channel models, 2 blocks for 16-channel models)
2–4 Terminal blocks for alarms (2 blocks for 4- and 8-channel models, 4 blocks for 16-channel models)
3Power cables (1 USA standard, 1 European standard, and 1 UK standard)
Figure 1 and Figure 2 show the contents of the major package components and accessories boxes. A USB PC keyboard and mouse, and a
keyboard overlay (template), are now part of the DVR5100 package. Figure 3 on page 11 shows the contents of the rack mount kit. Refer to these
diagrams when installing the DVR5100.
SHIPPING BOX
DVR5100
ACCESSORY PACK
Figure 1. Major Package Components
ACCESSORY PACK
USA
STANDARD POWER
CORD (110 VAC)
1 EA.
DISC
1 EA.
EUROPEAN
STANDARD POWER
CORD (220 VAC)
1 EA.
KEYBOARD AND MOUSE
RACK MOUNT KITRESOURCE
UK
STANDARD POWER
CORD (150 VAC)
1 EA.
Figure 2. Accessories Box
STANDARD USB
QUICK REFERENCE CARD,
IMPORTANT SAFETY INSTRUCTIONS,
INSTALLATION MANUAL
ALARM TERMINAL
BLOCKS
2 EA. (4- AND 8-CHANNEL)
4 EA. (16-CHANNEL)
3 QUICK START GUIDES,
1 EA. (4- AND 8-CHANNEL)
2 EA. (16-CHANNEL)
USB PC
KEYBOARD
TEMPLATE
1 EA.
RELAY TERMINAL
BLOCK(S)
10C1695M-B (11/08)
RACK MOUNT KIT
SHOWN ACTUAL SIZE
REAR MOUNT RAIL
2 EA.
FRONT MOUNT RAIL
2 EA.
CHASSIS MOUNTING
BRACKETS
2 EA.
PHILLIPS PAN
HEAD SCREW,
10-32 X 0.25-INCH
8 EA.
PHILLIPS TRUSS
HEAD SCREW,
8-32 X 0.375-INCH
6 EA.
PHILLIPS FLAT
HEAD SCREW,
10-32 X 0.5-INCH
4 EA.
Figure 3. Rack Mount Kit
PRODUCT SERIAL NUMBER LABEL PLACEMENT
Product serial number labels help Pelco Product Support identify your system and its factory configuration in the event that your DVR5100 or its
components require service.
Extra labels citing your product’s serial number are attached to your DVR5100. One label is attached to the bottom of the unit. A second label is
attached to the front panel of the unit.
Because rack mounting and other installation options may obscure the factory-applied labels, a third label is provided for you to attach to your
product documentation or another product location that will not be obscured by installation.
To use this label:
1. Locate the small label attached to the outside of the front panel with a yellow sticker that reads “Extra serial number label: remove prior to
installation.”
2. Remove the yellow sticker.
3. Peel away the backing of the small white label, and then attach it to this Installation manual, other product documentation, or an
unobscured product location.
PHILLIPS PAN
HEAD SCREW,
10-32 X 0.75-INCH
4 EA.
CAGE NUT,
10-32
10 EA.
03267-39-0020
SN
EXTRA PRODUCT SERIAL NUMBER LABEL
Figure 4. Extra Product Serial Number Label
C1695M-B (11/08)11
Hardware Installation
EQUIPMENT PLACEMENT AND RACK MOUNTING
The DVR5100 can be placed on a flat surface, such as a desktop, or mounted in an equipment rack.
DESKTOP MOUNTING
WARNING: Do not place the DVR5100 unit on its side. In this position, the unit may fall over and cause equipment damage or personal
injury.
To mount the DVR5100 on a desktop:
1. Ensure that the rubber feet are securely attached to the four corners of the bottom of the unit to prevent surface damage.
2. Position the unit to allow for cable and power cord clearance at the rear of the unit. Make sure that air flow around the unit is not
obstructed.
RACK MOUNTING
The DVR5100 mounts into an industry-standard 19-inch (48 cm) equipment rack. The DVR5100 occupies 2 RU (3.5 inches or 8.9 cm) of vertical
rack space. The hardware necessary to mount the DVR5100 into a rack is supplied with the unit.
•Rack column depth: 20 to 30 inches (50.8 to 76.2 cm).
•Column mounting hole provisions: 10-32 UNF-2B threaded holes or square window holes on front and rear columns.
•Door systems (optional): Front doors must have at least 2 inches (5.1 cm) between the DVR5100 front bezel and the inside of the door.
Rear doors may be used only on rack columns that are more than 26 inches (66.0 cm) deep.
WARNING: Slots and openings in the cabinet provide ventilation to prevent the unit from overheating. Do not block these openings.
Never place the unit near or over a radiator or heat register. Provide proper ventilation when placing the unit in a built-in installation, such
as a rack.
Figure 5 and Figure 6 on page 13 identify each piece of hardware for rack mounting.
To install the DVR5100 in a rack:
1. Attach one chassis mounting bracket to each side of the DVR5100. Use four 10-32 x 0.25-inch Phillips pan head screws for each bracket.
Attach the brackets so that the tapered ends are positioned toward the rear of the DVR5100.
(4) SCREWS
PER BRACKET,
10.32 X 0.25-INCH
PHILLIPS PAN HEAD
CHASSIS
BRACKET
RUBBER FEET
(4) SCREWS,
8-32 X 0.25-INCH
PHILLIPS PAN HEAD
Figure 5. Chassis Brackets and Rubber Feet
2. Remove the four rubber feet from the underside of the unit. Save the rubber feet and screws for possible future use.
12C1695M-B (11/08)
3. Attach one front-mount rail to one rear-mount rail (refer to Figure 6). Place three 8-32 x 0.375-inch Phillips truss head screws in the
available holes. Leave the screws loose until step 8.
(3) SCREWS, 8-32 X 0.375
PHILLIPS TRUSS HEAD
Figure 6. Assembling a Support Rail
4. Repeat step 3 for the other rail set.
5. If installing the unit into a square-hole rack, insert 10 cage nuts into the square-hole rack (refer to Figure 7).
CAGE NUT
Figure 7. Inserting Cage Nuts
6. Attach one support rail assembly to the equipment rack in the desired location (refer to Figure 8 on page 14).
NOTE: The support rail assemblies are identical and can be used on the right or left side of the rack.
a.Position the ear of the front-mount rail against the front of the equipment rack. Align the top and bottom holes in the ear of the rail
with the threaded holes (or cage nuts) in the rack.
b.Using two 10-32 x 0.5-inch Phillips flat head screws, attach the ear of the rail to the front of the rack. Insert the screws from the
outside of the rack, pointing towards the rear.
c.Adjust the rails to the correct depth of the equipment rack by sliding the rear-mount rail to the back of the equipment rack.
d.Position the ear of the rear-mount rail against the rear exterior of the equipment rack. Align the top and bottom holes in the ear of the
rail with the threaded holes (or cage nuts) in the equipment rack.
C1695M-B (11/08)13
e.Using two 10-32 x 0.75-inch Phillips pan head screws, attach the ear of the rail to the rear of the rack. Insert the screws from the
outside of the rack, pointing towards the front.
RACK FRONTRACK REAR
(4) SCREWS,
10-32 X 0.5-INCH
PHILLIPS FLAT HEAD
FRONT-RAILMOUNT
REAR-RAILMOUNT
(4) SCREWS,
10-32 X 0.75-INCH
PHILLIPS PAN HEAD
Figure 8. Attaching Support Rails
7. Repeat step 6 for the second support rail assembly.
8. Tighten the 8-32 x 0.375-inch Phillips truss head screws that were attached to the front- and rear-mount rails in steps 3 and 4.
9. Place the unit onto the mount rails by sliding the chassis brackets onto the rails. This step may require two people to lift and slide the unit
into place. The unit should slide in and out of the rack easily (refer to Figure 9).
WARNING: Do not allow the DVR5100 to fall when you are sliding the unit in or out of the rack.
Figure 9. Mounting the DVR5100 into the Rack
14C1695M-B (11/08)
10. After the unit is in place, tighten the two thumbscrews to secure the unit to the rack (refer to Figure 10).
THUMBSCREW
THUMBSCREW
Figure 10. Tightening the Thumbscrews
C1695M-B (11/08)15
Connections
Familiarize yourself with the DVR5100 rear panel before connecting any equipment to the unit. The DVR5100 is available as a 4-, 8-, or 16-analog
input DVR. Figure 11 shows the DVR5116 rear panel for the 16-analog input DVR. The rear panels of the 4- and 8-analog input DVR units are
slightly different.
Audio Inputs 1 and 2:
• Two audio inputs are provided for a 4- and 8-channel DVR.
• Four audio inputs are provided for a 16-channel DVR.
Video Inputs 1–8:
• 1–8 for a 16-analog camera input DVR.
• 1–8 for an 8-analog camera input DVR.
• 1–4 for a 4-analog camera input DVR
The rear panel layouts might be different for the 4- and 8-channel DVR.
Looping Video Outputs 1–8: One looping video output is provided for each analog camera input.
AC Power Connector
Relays 1 and 2: One relay is provided for every four analog inputs:
• One relay output is provided for a 4-analog input DVR.
• Two relay outputs are provided for an 8-analog input DVR.
• Four relay outputs are provided for a 16-analog input DVR.
Relays are numbered from top to bottom.
Alarms 1–4 and 5–8: One programmable alarm input is provided for each video input.
Alarms are numbered from the upper left through the lower right.
Figure 11. DVR5100 Rear Panel
Audio Inputs 3 and 4: Audio inputs 3 and 4 are for channels 9 and 10.
Video Inputs 9–16: Analog camera inputs 9–16 for a 16-analog input DVR.
Looping Video Outputs 9–16: One looping video output is provided for each analog camera input.
USB 2.0: Two USB 2.0 ports are provided to connect a USB device (such as an optional KBD5000), a standard USB PC
keyboard and mouse, or a USB memory device (for exporting video).
RJ-45: Gigabit Ethernet RJ-45 port (1000Base-T).
16C1695M-B (11/08)
3.5 mm Audio Jack: Provides monaural audio output.
Analog Video Output: BNC connector for connecting a primary NTSC or PAL monitor.
DB15 VGA: VGA connector to connect a primary VGA monitor.
S-Video: S-Video connector to connect a primary monitor.
Relays 3 and 4: Relay outputs 3 and 4 for a 16-analog input DVR. Relays are numbered from top to bottom.
RJ-45 Port: Supports RS-422 to connect a PTZ device.
Alarms 9–12 and 13–16: One programmable alarm input is provided for each video input.
Alarms are numbered from the upper left through the lower right.
SEQ Monitor: Use the SEQ output connector to connect a sequence monitor to display video sequentially from the
analog camera inputs.
C1695M-B (11/08)17
CONNECTING DEVICES TO THE DVR5100
CONNECTING A USB PC KEYBOARD AND MOUSE
The DVR5100 provides three USB ports:
•One USB port on the front panel
•Two USB ports on the rear panel.
Connect the USB PC keyboard and mouse to any available USB ports on the DVR5100. Use of the keyboard/mouse allows for easy installation,
configuration, and operation of the DVR5100.
CONNECTING VIDEO INPUT
The DVR5100 can record up to 20 cameras with a combination of analog and IP camera inputs. The list below details the number of analog and IP
cameras each model can support.
NOTE: Unused analog inputs cannot be substituted for additional IP camera inputs.
Tab l e B . Analog and IP Camera Inputs
DVR51044 analog cameras16 IP cameras
DVR51088 analog cameras12 IP cameras
DVR511616 analog cameras4 IP cameras
CAMERAS
LOOPING
VIDEO
MONITOR
Figure 12. Analog Video Inputs and Composite Outputs
SEQ
MONITOR
18C1695M-B (11/08)
Before installing the DVR5100, make sure the distance from the unit to each analog camera is less than the maximum distance for the coaxial
cable (refer to Table C). Refer to the DVR5100 Network Design Guide (C3640M) for details on networking requirements for connecting IP cameras
to the DVR5100.
Table C. Video Cable Distances
Cable Type*Maximum Distance
RG59/U750 ft (229 m)
RG6/U1,000 ft (305 m)
RG11/U1,500 ft (457 m)
*Cable requirements:
75-ohm impedance
All-copper center conductor (steel-center conductor cable may
result in poor performance)
All-copper braided shield with 95% braid coverage
CONNECTING A DVR5100 IN A NETWORK CONFIGURATION
The DVR5100 supports remote viewing and administration over a wide area network (WAN) through the remote client. In addition, the DVR5100
can be integrated with an Endura network for centralized management through the Endura system. To avoid possible network conflicts, consult
your network administrator and the DVR5100 Network Design Guide (C3640M) before installing the DVR5100.
For TCP/IP access, connect the DVR5100 to a 10/100/1000 Mbps, switched Ethernet network. Use standard Cat5e or better unshielded twisted
pair (UTP) cable with RJ-45 connectors.
To configure the DVR5100 hardware for network access:
1. Connect one end of the UTP cable to the network port on the back panel of the DVR5100 (refer to Figure 13).
2. Connect the other end of the UTP cable to an available port on a standard Fast Ethernet switch.
CAT5e UTP
ROUTER
FAST ETHERNET SWITCH
LAN/WAN
INTERNET
Figure 13. LAN/WAN Cable Connection
CONNECTING IP CAMERAS
Before you can configure and record IP cameras on the DVR5100, you must network the DVR5100 and IP cameras as follows:
1. Associate the IP camera with the DVR that you intend to use for recording. For Pelco IP cameras, access the Web pages for the IP cameras.
2. Add the DVR5100 IP address in the “IP address” field for each camera.
3. Enter the DVR5100 IP address in the NTP time field if you want the DVR5100 to also serve as the IP camera’s time server. If not, type the
time server IP address.
Once associated, the IP camera can be programmed and configured just like any other input on the DVR5100. Refer to Cameras Setup on page 43
for information on how to configure cameras supported by the DVR5100.
C1695M-B (11/08)19
CONNECTING ANALOG CAMERAS
The DVR5100 automatically detects the video standard (PAL or NTSC) whenever you connect an analog camera. It accepts both color and
black-white analog video.
NOTES:
•Most cameras have a line lock feature. Enabling line lock on cameras may cause video distortion, especially if the power source is
susceptible to noise. If video from the camera appears distorted, disable the line lock on the camera as your first troubleshooting step.
•Make sure that the input level of all analog camera connections to the DVR5100 is set to 1 Vp-p.
To connect each analog video input:
1. Connect a coaxial cable to the camera.
2. Connect the coaxial cable to one of the video-in BNC connectors on the rear panel.
CONNECTING PAN/TILT/ZOOM POSITIONING SYSTEMS
The DVR5100 supports pan/tilt and zoom (PTZ) control through Coaxitron, Pelco P, and Pelco D protocols. Coaxitron is Pelco’s up-the-coax
technology. It requires only a coaxial cable. No other wiring or equipment is required. When the DVR5100 receives a camera control command, it
transmits that command up the coaxial cable to the PTZ device. Coaxitron is a single-direction protocol; the PTZ device cannot return any data to
the unit.
The Pelco D (4-wire) and Pelco P (2-wire) protocols use additional wiring to control the PTZ camera. When the DVR5100 receives a camera control
command, it transmits that command to the positioning device through the RS-422 serial interface.
If you are using Coaxitron, connect the PTZ device to one of the DVR5100 analog BNC inputs. The camera must be configured to support
Coaxitron. The input on the DVR5100 must be enabled for Coaxitron in the DVR5100 menus.
If you are using the Pelco D or Pelco P protocol, connect each camera to the DVR5100 using the pin assignments listed in Table D. The input must
be enabled for the DVR5100 serial protocol. Refer to Basic Camera Setup on page 43 for instructions on configuring cameras for PTZ control.
To enable Coaxitron operation, connect the PTZ device to the video input on the DVR5100.
Table D. DVR5100 Pin Assignments
PinLead
1TX+
2TX-
3–6Reserved
7RX-
8RX+
Figure 14 shows the pin 1 location for the RJ-45 connector.
PIN 1
Figure 14. RJ-45 Connector
20C1695M-B (11/08)
LOOPING VIDEO OUT
The DVR5100 supports looping video for all analog inputs. It passes the video input to a monitor or other analog video device.
To use looping video:
1. Connect a coaxial cable to the video out connector on the rear panel.
2. Connect the other end of the coaxial cable to the analog device.
3. After installation, turn off the termination for the video channel.
4. If you are looping video to additional devices, set the termination to Hi-Z on each device to disable termination. Set the termination to
75 ohms on the last device to enable termination.
NOTE: Ghosting or other imperfections may appear in the video signal if you do not terminate the video signal at the last device in the series.
CONNECTING AUDIO
The DVR5100 supports up to four audio inputs as follows.
•Two audio inputs are provided for a 4- or 8-analog input DVR (DVR5104, DVR5108).
•Four audio inputs are provided for a 16-analog input DVR (DVR5116).
The unit encodes audio and video signals simultaneously, which lets you control audio at the monitored location. Each audio input may be
associated with one or more video inputs. Refer to Basic Camera Setup on page 43 for information on configuring audio inputs.The unit supports
line-level inputs. Microphones must be amplified for best results.
MICROPHONES
AUDIO PREAMPLIFIERS
Figure 15. DVR5100 Audio Connections
To connect audio devices:
1. Make sure your audio input device matches the 1 Vp-p line input level. Audio distortion problems may occur if the device and line input
levels do not match.
2. Make sure the audio connector is wired as follows:
Connector TipSignal high
Connector SleeveCommon
3. Connect a line input device or preamplified microphone to the audio connector for the rear panel audio input.
C1695M-B (11/08)21
CONNECTING RELAY DEVICES
WARNING: Do not exceed the maximum ratings: 30 VDC, 2 A; 125 VAC, 0.5 A.
Consider the following when wiring the connector:
•Use a 16–26 AWG (0.14 to 1.5 mm
electrostatic discharge (ESD).
•Strip the relay control wire to 0.3 inches (7.6 mm).
•Insert the wire far enough into the connector so that the metal is not exposed.
•Install an external, more powerful relay when you are using a relay with a higher load.
The unit includes one 6-pin relay control terminal block (for the DVR5104 and DVR5108) and two 6-pin relay control terminal blocks (for the
DVR5116). These blocks have tension clamps. Use a small screwdriver to open the clamp for a particular lead. Figure 16 illustrates how to wire
the relay control terminal block and connect it to the DVR5100.
NOTE: The terminal block is keyed and attaches only one way to the DVR5100.
2
) wire that is rated for 250 V or higher. The insulation must be thick enough to protect against
Figure 16. Relay Control Terminal Block
Table E identifies the pin assignments for the relay control terminal blocks. Pin 1 is the top lead on the terminal block. Figure 17 on page 23
illustrates how to wire the relay with its power source to the DVR5100.
Table E. Relay Control Terminal Blocks Pin Assignments
RelayPinLabel
1, 31NO
2C
3NC
2, 44NO
5C
6NC
Lead
Normally Open
Common
Normally Closed
Normally Open
Common
Normally Closed
22C1695M-B (11/08)
EXTERNAL
FUSE
NO
C
LOAD:
LIGHT/SIREN
POWER
MAX: 30 VDC, 2 A
125 VAC, 5 A
Figure 17. Connecting a Relay Device
CONNECTING ALARMS
The unit includes the following:
•One 8-pin alarm terminal block for the DVR5104.
•Two 8-pin alarm terminal blocks for the DVR5108.
•Four 8-pin alarm terminal blocks for the DVR5116.
These blocks have tension clamps. Use a small screwdriver to open the clamp for a particular lead. Figure 18 shows how to wire the alarm
terminal block and connect it to the DVR5100.
Consider the following when wiring the connector:
•Use a 20- to 28-AWG (0.08 to 0.5 mm
2
) wire that is rated for 250 V or higher. The insulation must be thick enough to protect against ESD.
•Strip the alarm wire to 0.31 inches (8 mm).
•Insert the wire far enough into the connector so that the metal is not exposed.
The terminal block is keyed. Figure 18 illustrates that it attaches only one way to the DVR5100.
Figure 18. Alarm Terminal Block
C1695M-B (11/08)23
Table F identifies the terminal block pin assignments. On the terminal block, pin 1 is on the left (refer to Figure 18).
Table F. Terminal Block Pin Assignments
PinLabelLead
1A1Alarm 1
2Ground
3A2Alarm 2
4Ground
5A3Alarm 3
6Ground
7A4Alarm 4
8Ground
These pins, labels, and leads also correspond to alarms 5–8, 9–12, and 13–16 on the other three alarm terminal blocks.
To prevent false alarms on unused alarm inputs, leave the alarm in the Unsupervised mode with the Silent Alarm enabled (refer to Alarms Setup
on page 54 for a description of configuring and working with alarms).
Figure 19 illustrates how to wire an alarm device to the Alarm 1 (A1) input. Refer to Table F for the specific connector pin assignments.
A1
Figure 19. Connecting Alarms
CONNECTING A SEQUENCE MONITOR
Connect a composite video monitor to the SEQ output connector to display video from the analog cameras.
CONNECTING POWER
The internal DVR5100 autoranging power supply adapts automatically to voltages between 100 VAC and 240 VAC (50/60 Hz).
Use an uninterruptible power supply (UPS) (not supplied) for greater reliability. UPS devices maintain a limited amount of backup battery power in
case the main power fails. The UPS should have a minimum rating of 60 VA for 115 VAC, or 75 VA for 230 VAC.
To connect power:
1. Connect one of the supplied US, European, or UK standard power cords to the rear of the unit.
2. Connect the cord to the appropriate power source.
24C1695M-B (11/08)
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