1. Carefully read these instructions before installing the camera.
2. Make sure the camera is not exposed to moisture or liquids. Clean only with a dry cloth.
3. Do not block any ventilation openings.
4. Do not install any near heat sources (radiators, large power supplies, etc).
5. Protect the power cord from being walked upon, pinched, or otherwise damaged.
6. Installation should be done only by qualified personnel per local codes and regulations.
7. Do not attempt to fix or replace any parts of the camera. Refer all servicing to qualified
personnel such as DVTel certified dealers and DVTel Technical Support Staff.
8. Use only UL Listed Class 2 power supplies (12-24 VDC)
Regulatory Notice
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.
The device has been tested and found to comply with the limits for a Class A digital device,
pursuant to part 15 of the FCC Rules.
LATITUDE CONFIGURATION ............................................................................................................. 10
3
Page 4
Preface
This manual contains instructions for installing and configuring the DVTel 9501-M4-N/P
Internet Protocol (IP) fixed color/B&W video cameras. The “N” model provides output in
NTSC, the “P” model in PAL.
The camera contains a built-in MPEG-4 encoder that converts analog video into one or two
MPEG-4 streams. The latter option is used to support viewing and recording at different
qualities (up to 4CIF, 30 ips in NTSC or 25 ips in PAL). The camera uses 12-24 VDC power
and can be configured through its DIP switches. It also provides a BNC output, which can
be used for setup and testing in the field.
The camera is designed to integrate seamlessly with Latitude NVMS.
The camera’s setup involves three main tasks: encoder configuration, physical installation,
and Latitude configuration.
Figure 1 - The DVTel IP Camera
4
Page 5
Encoder Configuration
The camera’s built-in encoder should be “bench configured” before the camera is installed in
the field. Each camera comes with a default IP address, which is typically listed on a sticker
affixed to it (some early models of the camera do not have this sticker. In that case, the
default IP address is 192.168.0.1).
1. Install the DVTel ActiveX extensions on your computer. The application can be found
in the firmware folder of the installation CD under the name DVTELACX.exe.
2. Launch Internet Explorer and open
the
Security
tab and click
Local intranet
all the ActiveX setting to either
3. Go to
http://www.java.com and download and install the latest version of the
Java Virtual Machine.
4. Using a small screwdriver, connect a 12-24 VDC power supply’s positive and negative
leads to the corresponding pins of the 10-block terminal block. Plug the terminal block
into the back of the camera. You can also power the camera using non-standard 12-24
VDC Power over Ethernet. Do not use standard 48 VDC PoE (IEEE 802.3af).
Network and
Optional PoE
Connection
Internet Options
Prompt
ACT
LINK
or
STATUS
ETHERNET
LEVEL
DC LENS
and then the
Enable
RGNDIN2-
+RIN1 LoLi
.
RESET
Rx+Tx+Rx-Tx-GND
RS232 / 485
from the
Tools
Custom Level
VIDEO
ON
OFF
1.FLON
2.BLC
3.ALC/ELC
4.AGC
5.Hi-GAIN
Connection
menu. Switch to
button. Change
12-24 VDC
Power
Figure 2 - IP Camera Rear Panel
5. Connect the camera to your network with a CAT5 cable.
6. Configure your computer’s network settings so that it can connect to devices with IP
addresses of the form 192.168.0.X. See your network administrator for information on
how to do this.
7. Enter the encoder’s IP address in Internet Explorer Address field and press Enter.
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Page 6
Figure 3 - The Encoder Configuration Home Page
8. Click the
9. In the side bar, click
would like to assign your unit. Some of the fields may often be left blank, but you must
always assign the encoder an IP address and a subnet mask such that it is visible to the
Latitude system. Once you have modified the unit’s settings, click the labeled “Reboot after ‘set’ necessary!”
10. Once the new settings have been sent to the camera, exit the configuration page.
Settings
link at the top of the page. In the Settings page, click
Service settings
Figure 4 - Encoder Network Settings
and
Network settings
. Enter the settings you
Set
button, and then the link
Configurator
.
Assigning the Camera an RCP+ Extension
The encoder’s default RCP+ extension (or port) is 1800. It is recommended that this value
be change prior to using the camera with Latitude.
1. Go to
Start>Programs>DVTel Latitude 3.0>Tools>Video Unit Search
6
.
Page 7
Figure 5 - Video Unit Search
2. Choose
top right corner of the screen.
3. Double click the encoder you have just configured. Assign it a port and click
may use the same port for other cameras as well.
4. Exit Video Unit Search.
RCP+
from the
Unit type
drop-down menu and click the
Run
button on the
OK
. You
Assigning an RCP+ Extension to a Latitude Archiver
To use the camera with Latitude, you will need to associate its RCP+ port with one (or
more, in the case of fail-over or redundant archiving) of your Latitude Archivers.
1. On the server on which the Latitude Archiver resides, go to
Latitude 3.0>Resource Administration Tool
2. Right click
Click
3. Change the
4. Exit the Resource Administration Tool.
Archiver
Yes
when asked whether you would like to restart the Archiver service.
Discovery port
in the
Resources
to the same port you assigned the camera and click
tree and choose
.
Start>Programs>DVTel
Create>RCP+ Extension
Apply
.
.
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Physical Installation
1. Mount a lens onto the camera. The camera supports fixed, manual and auto iris lenses. If
applicable, connect the lens to the
DC LENS
camera is factory set for CS-mount lenses, but you can attach a C-mount lens as well.
LINK
ACT
Network and
Optional PoE
Connection
ETHERNET
LEVEL
DC LENS
Figure 6 - IP Camera Rear Panel
2. Using a small screwdriver, connect the power supply’s positive and negative leads to the
corresponding pins of the 10-block terminal block. Plug the terminal block into the back
of the camera. You can also power the camera using non-standard 12-24 VDC Power over
Ethernet. Do not use standard 48 VDC PoE (IEEE 802.3af).
3. The camera can be mounted from above or below, using one of its two mounting points.
Make sure that the brackets and screws you use are able to support the camera and lens’s
weight. Use standard photographic mounting bolts (1/4 inch UNC-20).
connector on the back of the camera. The
STATUS
RGNDIN2-
+RIN1LoLi
RESET
VIDEO
ON
OFF
1.FLON
2.BLC
3.ALC/ELC
4.AGC
5.Hi-GAIN
12-24 VDC
Power
Connection
Rx+Tx+Rx-Tx-GND
RS232 / 485
1/4" Mounting Point
1/4" Mounting Point
Figure 7 - The Camera's Mounting Points
8
Page 9
4. To adjust the position of the camera, as well as back focus, zoom and other lens settings,
you can connect an analog monitor to the camera’s BNC port.
5. If necessary, change the DIP switches for Flicker On (
Compensation (
Automatic Gain Control (
6. Connect the camera to your network. Use a CAT5 cable of no more than 300 feet.
BLC
), Automatic Light Control/Electronic Light Control (
AGC
) and
HI-GAIN
.
FLON
), Back Light
ALC/ELC
),
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Latitude Configuration
1. Launch the Latitude AdminCenter,
2. In the System View Pane (
configured, its name should be based on the IP address assigned to it, followed by the
suffix “– Enc”.
Logical
view), browse for the camera. If it has yet to be
Figure 8 - The Camera Configuration Pane
3.In the Name field, erase the IP address and give the camera a meaningful name (e.g. N.
Exit). Enter a further description if you wish. When asked whether you would like to
rename all linked applications, click No.
4. In the
the camera kept (uncheck the field if archiving is not required). Checkmark the
audio
(many users finds it more convenient to do this only after additional entities have been
configured). Click
5. Click the second tab (
should be based on the active recording schedule or live display settings.
6. If you would like the recording quality to change based on motion, click the
quality on motion detection
pull-down menu. To specify quality parameters individually, choose
the appropriate values. Note that many users prefer to hold off on this step until after
motion detection has been configured.
7. Repeat step 4 for quality change on manual recording, if required. Click the third tab
(
8. Based on your requirements and network capabilities, configure viewing stream quality:
Keep archives for
box if applicable. Change the rest of the non-schedule parameters if you wish
Apply changes
field, enter the number of days that you would like video from
.
Recording quality
box and choose one of the options from the
). Choose whether default recording quality
Custom
Display quality
Choose the
Custom
If
) and choose
Video data format
is chosen for quality, enter the various quality parameters manually.
Yes
when prompted whether to apply changes.
and
Quality
from their drop-down menus.
Record
Recording
Quality
and enter
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Set
Click
Note that different qualities can be set for different dates/times. If you wish to
9. Click the second to last tab from the left (
to the correct option for your camera (
use the displayed stream to change
Apply changes
10. In the System View Pane, drag and drop the camera into an appropriate site. To create a
site, right click anywhere in the pane and choose
bit rate control
that you checkmark the former and choose
Apply changes
do so, return to the step after you create additional coverages.
.
and
Input filter mode
.
PAL
Brightness, Contrast, Hue
. In most cases, DVTel recommends
Medium
Attributes
or
NTSC
Create > Site
for the latter.
). Make sure
). Click the
or
.
Analog format
Live video
Saturation
is set
button and
. Click
11
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