ALIBI ALI-NS2036R User manual

1www.observint.com ALI-NS2036R-RBI_CQ
200218
Fixing screw
and tab
Cable channel
plug
Tabs to hold
turret assembly
Cable channel
Holes for surface
mounting screws (3)
Holes for bracket
mounting screws
Adapter plate
Ethernet RJ-45 (with PoE)
12 Vdc connector with plug
Drop cable connectors
What’s in the box
Your camera includes the items shown below:
• Security L-wrench
• Mounting hardware - four screws and
wall inserts
• Drill template
• Waterproof Ethernet Fitting
• Installation and setup instructions
Step 1. Route wiring to the camera
Interface cables can be routed into the camera either through the adapter plate (through the mounting
surface) or through the cable channel on the side of the camera.
NOTE
When selecting a mounting location for the camera
• Make sure that there are no reective surfaces near to the camera lens. Light from the camera may
bounce back onto the lens causing reections.
• Determine how interface wiring are routed into the camera. The cable can be routed through the
mounting surface and access hole in the mounting plate or through the side inlet.
The camera includes connectors for the following:
• Ethernet (required): The Ethernet drop cable can connect to a LAN extension cable from a
switch or Network Video Recorder. The camera can be powered across the LAN using power
over Ethernet (PoE) injection. See the Specications section at the end of this document for
power requirements. A weatherproof Ethernet Fitting is provided.
• 12 Vdc power input (optional if PoE powered, required if not): If powering the camera
with a long power extension cable, refer to the tables at the end of this guide for wire gauge
requirements. Voltage input at the camera can be within the range 12 Vdc ± 25%.
1. Route a LAN extension cable from a network switch or Network Video Recorder to where the
camera will be installed.
2. If the camera is not powered using PoE, route 12 Vdc power cables from an adequate power
source to the location where the camera will be installed. Voltage input at the camera can be
within the range 12 Vdc ± 25%.
Step 2. Remove the Adapter plate
To remove the adapter plate:
1. Set the camera base down on a clean surface.
ALI-NS2036R, ALI-NS2036RB 6MP STARLIGHT
IP Turret Camera Quick Installation Guide
This document guides you through the basic steps to install and congure the ALI-NS2036R (white)
and ALI-NS2036RB (black) network turret cameras. These two cameras are identical except for the color.
These cameras features:
• 3072 x 2048 @ 20 fps (6MP) resolution
• Color: 0.008 Lux @ (F1.2, AGC ON), 0.016 Lux @ (F1.6, AGC ON) minimum illumination
• Up to 120’ IR
• Starlight Low Light 0.008 Lux with 120 dB Wide Dynamic Range
• 2.8 mm xed lens with 99° horizontal FOV
• H.265+/H.265/H.264+/H.264 video compression
• 12Vdc & PoE (802.3af, class3) powering options
• Built-in microSD/SDHC/SDXC slot, up to 128GB maximum capacity
• IP67 weather-rated with -22°F ~140°F operating temperatures
• Optional ALI-AB6 Alibi wall mount bracket with ange, ALI-AJ14 junction box
For more information, refer to these documents - available from your equipment vendor:
• ALIBI™ Witness 2.0 App for Android or iOS Quick Start Guide
• ALIBI™ IP Camera Firmware Version 5.4 User Manual (or later) provided at:
AlibiSecurity.com/resources
Trim
ring
Lens
Shroud
and turret
assembly
Turret “UP”
orientation
MicroSD
card slot
and Reset*
Adapter
plate
ALI-NS2036R Camera assembly
ALI-NS2036RB Camera assembly

2www.observint.com
Trim ring
2. Rotate the trim ring counter-clockwise as shown in the picture above (about 30°), and then lift it
o of the camera assembly.
Fixing screw (loosened)
and tab Lip
Adapter plate
Shroud and turret assembly
3. Using the security L-wrench, fully loosen the xing screw (captive screw). See photo above.
4. Slide the tab away from the lip on the bottom of the shroud and turret assembly, and then
separate the shroud and turret assembly from the adapter plate.
Step 3. Install a microSD card (optional)
Install a microSD card in the camera to save alarm and status information locally, and to locally save
video and captures les. Refer to the Specications section for storage card requirements. The storage
card can be a
microSD/SDHC/SDXC card, up to 128GB. NOTE: The card can be formatted within the
camera, if necessary.
To install the card:
1. Rotate the turret within the shroud and turret assembly to gain access to the maintenance panel
cover.
2. Remove the panel cover using the security L-Wrench provided.
RESET*
button
microSD
card slot
NOTE
* RESET: To restore the camera to its default settings, hold down the RESET button for about 10
seconds when the camera is powering on or rebooting. Reset will deactivate the camera and restore
the default IP address, port number, conguration settings, etc.
3. Push the microSD card into the slot until it is fully seated, and then release it. When installed
properly, it will slide into the slot smoothly, and be held in place after release.
4. Reinstall the maintenance panel cover.
Step 4. Install the camera
Install the adapter plate
The camera can be mounted onto a wall or ceiling, or onto one of the brackets list above in the
introduction.
The mounting surface should support at least four (4) times the weight of
the camera.
1. To attach the adapter plate using a ALI-AB1, ALI-AB2, ALI-AA1, ALI-AJ1 or ALI-AA2
bracket:
a. Install the bracket
b. Attach the adapter plate to the bracket using the screws provided.
2. To attach the adapter plate to a mounting surface:
a. Use the drill template or the adapter plate, mark the location of the holes for the mounting
screws. Use the three holes marked “1” for mounting screws to attach the camera to a
surface. If routing the cables into the camera through the mounting surface, mark the
location of the opening in the adapter plate for the cables.
b. Drill holes in the mounting surface where needed for the fasteners and cable routing.
c. Attach the adapter plate to the mounting surface using three screws.
Tabs to hold turret assembly
Fixing screw
and tab
Mounting surface
Connect the interface cables
3. Connect the network LAN and power extension cables to the camera drop cables:
a. Connect the Ethernet LAN cable to the camera LAN drop cable. Protect the connection
from moisture and other contamination, if necessary. A Weatherproof Ethernet Fitting is
provided. Installation instructions for the tting are included later in this document.
Network drop cable
from camera Network cable from
router or switch
Weatherproof Ethernet Fitting installed
WARNING
!
Failure of the power or Ethernet connector due to moisture or another
contaminant is considered an installation error, which voids the warranty. If
installing this camera in a location such as an overhang, shop, garage, kitchen,
etc. where high humidity or dust is present, seal these connections adequately.
b. If the camera is not powered using PoE (Power over Ethernet injector), connect the 12 Vdc
power cable to the camera drop cable. The polarity of the drop cable connector is shown
in the drop cable photo above.
CAUTION
Do not apply power to the camera at this time. Before applying power to the camera, ensure
that the polarity is correct. An incorrect connection may cause a malfunction and can damage
the camera.
4. For outdoor installations, seal holes drilled in the mounting surface to block moisture and other
contaminants, if necessary.
5. Reattach the camera to the adapter plate. Note that the lip on the turret and shroud assembly is
held in place by the two tabs on the adapter plate (see photo above), and the tab (with the xing
screw) is slid inwards over the lip to secure the camera to the plate. Tighten the xing screw
enough to so the tab doesn’t slip o the lip.
© 2020 Observint Technologies. All rights reserved.

3www.observint.com © 2020 Observint Technologies. All rights reserved.
6. Adjust the turret and shroud assembly so that the “UP” mark on the turret is up.
7. Apply power to the camera through the 12 Vdc power cable or PoE injector, as congured.
Step 5. Install the Alibi Config Tool software
NOTE: If the camera LAN extension cable is attached to a Network Video Recorder (NVR), skip this step.
The Alibi Cong Tool is a PC-based network utility for discovery of Alibi compatible devices. It provides
an easy way to activate devices, congure camera and recorder network conguration settings, and set
device passwords. It can be installed on a Microsoft® Windows® operating system that has direct access
to the network where your Alibi devices are installed. You can download the Alibi Conguration Tool
from AlibiSecurity.com/Resources.
1. Download the Alibi Cong Tool from the AlibiSecurity.com/Resources website. At the time
when this document was published, the le is named: alibi-cong-tool.zip and is about 80MB.
2. Un-zip the le on a computer with Microsoft Windows (Windows 7 or newer) that is connected
to the LAN where your Alibi camera is connected.
3. Run the le contained in the zip le: Alibi Cong Tool.exe. Follow the on-screen instructions
to install the le.
4. Open the Alibi Cong Tool application. When the application opens, it automatically “discovers”
and lists all Alibi compatible devices on the LAN. See below.
Note: In the screen above, the tool can discover devices on other subnetworks. It will also list
other Alibi compatible devices on the LAN, and devices with the address 192.168.1.64 (an
inactive Alibi device).
Step 6. Activate Inactive Alibi device
NOTE: If the camera LAN extension cable is attached to a Network Video Recorder (NVR), skip this step.
Refer to the documentation available for your NVR rmware for the procedure to activate the camera, if
necessary.
When an Alibi device is rst installed, or reset to its factory conguration, it must be “Activated” before
it can be used. In the Alibi Conguration Tool, “Inactive” devices have a Security status of Inactive,
and an IPv4 address of 192.168.1.64. A device is “Activated” when a password is assigned to the
admin username of the device.
In the example below, an ALI-NS2036R camera is activated and congured for its network. The
procedure is similar for all other Alibi network cameras currently available.
1. Scan through the list of devices the Alibi Cong Tool discovered for the Inactive device you want
to activate (see below). Click on the device in the list to highlight it, and then click the select box
to check it. See below.
ActivateSelected
2. Click the Activate button. In the Activate window, you will create a password for the admin
(administrator) username.
a. In the Activate window, enter an a password for admin in the New Password eld.
Include a combination of uppercase, lowercase alphabetic characters and numbers to
create a “Strong” password. The rating is shown beneath the Password eld. See above.
b. Enter the admin password again in the Conrm eld, and then click Activate. In the
screen below, notice that the device Security status shows “Active”. Record your admin
password for reference later.
CAUTION
If you lose your admin (administrator) password, you cannot congure the device or restore
it to its factory settings. To reset your password, call your support organization for specic
instructions.
Notice that although the device is now activated, it retained the default IP address.
Step 7. Edit Network Parameters
NOTE: If the camera LAN extension cable is attached to a Network Video Recorder (NVR), skip this
step. The camera will receive network conguration settings from the NVR. Refer to the documentation
available for your NVR rmware for more information.
You can change the network parameters of devices that are active.
1. In the list of devices discovered, click on the device you want to change the network settings for,
and then click the select box to check it. See below.
Edit Network Parameters
2. In the popup window, edit the current network parameters, and then enter the Administrator
(admin) user password in the eld at the bottom.
a. Enable DHCP: You can select Enable DHCP to acquire compatible network settings
from a DHCP server installed on the LAN. However, these settings might be changed later
by the DHCP server. Since it is recommended to use an unchanging IP address, you can
use Edit Network Parameters with DHCP to acquire compatible network settings, and
then use Edit Network Parameters again to uncheck Enable DHCP and save that
conguration to retain the xed network parameters.
b. In the example below, Enable DHCP was checked to acquire compatible network
settings from the DHCP server.

4www.observint.com © 2020 Observint Technologies. All rights reserved.
3. Click OK to save your settings. The parameter change(s) will be shown device’s network
parameters (see below).
Step 8. Login to the camera
NOTE: If the camera LAN extension cable is attached to a Network Video Recorder (NVR), skip this step.
Microsoft® Internet Explorer® (IE) is used to access your camera remotely. IE must run as an
Administrator to use all features available through a remote login to the camera.
Setting MS Internet Explorer to run as an Administrator
Window 7: To run IE as an Administrator:
1. Find or create an IE icon on your computer desktop.
2. Hold down the shift key, and then right-click on the IE icon.
MS Internet
Explorer icon
Run as administrator
3. Click Run as administrator in the pop-up menu.
Window 10: To run IE as an Administrator:
1. Find MS IE in the start menu. Usually this is found in the Windows Accessories group.
2. Pin the entry to Start.
3. Right click on the Internet Explorer tile, and then select More | Run as administrator.
Run as
administrator
To login to the camera from a computer on the same LAN:
1. Open your Microsoft Internet Explorer (IE) browser on your computer and enter the IP address of
the camera in the URL eld. In the example below, the IP address of the camera is 192.168.0.7.
2. In the login window, enter admin for the User Name and the password you created in the
Password eld, the click Login.
3. If this is the rst time you are logging into a camera, you may see the message in the following
screen. If this appears, follow the sub-steps below.
a. Click on the message to install the plugin.
b. In the message bar at the bottom of the screen, click Run. Follow the on-screen
instructions to install WebComponents. When the following screen opens, click Finish.
The Live View screen with the camera video image should appear.

5www.observint.com © 2020 Observint Technologies. All rights reserved.
Capture, Record, Zoom icons
Screen select tabs Logout buttonLive View image
Step 9. Adjust camera pan, tilt and rotation
Adjust the camera pan, tilt and rotation to point the camera at your surveillance target. When pointing
the camera, use the Live View display on a recorder or in a remote login window.
1. Loosen the xing screw enough to move the camera turret module.
2. To aim the camera at your surveillance target:
a. Adjust the pan: grasp the turret and shroud assembly on the sides of the camera and turn.
Tilt range:
0˚ ~ 70˚
Rotation range:
0˚ ~ 360˚
Fixing screw
Pan range:
0˚ ~ 360˚
b. Adjust the tilt: grasp the turret and tilt as needed for the image height.
c. Adjust the rotation: grasp the turret and turn as needed to adjust the horizontal in the
image.
3. Tighten the xing screw to hold the turret in place.
4. Reinstall the trim ring.
Step 10. Adjust the camera image for your surveillance target
Use the rmware menus to adjust the brightness, contrast, saturation and sharpness of the video image
if necessary. These settings are initially optimized at the factory and may not need adjustment. When
adjustments are necessary, the paths to the image settings menus are dierent if the camera is installed
as a device on a LAN, or if it is connected to a NVR. Select the installation type below for your camera to
complete this step.
For cameras installed on a LAN
1. If necessary, log into the camera on the LAN with administrative credentials.
2. After adjusting the camera for the a typical eld of view, click the Setup tab, and then click the
Image link in the left frame.
3. Adjust the Brightness Contrast, Saturation and Sharpness of the image. Each parameter can be
set to a level of 0 ~ 100 either by moving the slider or entering the value in the box on the right.
The eect of the adjustment will appear in the Live View image in the menu.
Refer to the rmware user manual for your camera to use the other submenus on this screen.
For cameras connected directly to an NVR
1. Log into the NVR with administrative privileges.
2. Open the rmware Image menu. Depending on the recorder you use, the menu might be located
at: Menu | Camera | Display.
3. In the Camera eld drop down list, select the camera you want to congure. In the example
above, [D1]IPCamera 01 is selected.
4. Drag the Brightness, Contrast, Saturation and Hue adjustment markers left or right to
perfect the image from the camera. For some adjustments, you can click the up ( 5)or down
( 6)icons near the adjustment value (on the right side) to incrementally change the value of
those adjustment.
5. Click Apply to save your settings for this camera.
Refer to the rmware user manual for your NVR to use the other submenus on this screen.
NOTE
Cleaning: If cleaning is necessary, use clean cloth with a few drops of ethanol and wipe it gently.
Step 11. Smart Events setup
The camera can internally perform line crossing detection, intrusion detection, region entrance
detection, region exit detection, false alarm reduction by human and vehicle target classication based
on deep learning using the conguration you setup.
You can congure these features in either of two ways, depending on how the camera is connected to
the surveillance system:
• If the camera is connected to the internal Ethernet switch of an NVR, you can congure the Smart
Event features through rmware in the NVR. Refer to the NVR rmware manual for procedures.
• If the camera is attached directly to an Ethernet network (switch), you can log into the web
interface of the camera and congure these features through the camera’s Conguration menus.
NOTE
When H.265+, three streams or motion detection is enabled, the behavior analyses (including line
crossing detection, intrusion detection, region entrance detection and region exiting detection) are not
supported.

6www.observint.com © 2020 Observint Technologies. All rights reserved.
Smart Event setup through the camera web interface
Install a microSD card in the camera
To retain alarm and event information in the camera, you must install a microSD card:
1. Install a microSD card in the camera. See the Specications section at the back of this document
for card type and capacity.
a. Remove the cover on the underside of the camera (see the photo above).
b. Slide a formatted microSD card into the card slot. It should slide in smoothly. Push the card
all the way into the slot, and then release it. The card should latch into place. (To remove
the card, push it all the way in to unlatch it, and then release it.)
c. Reinstall the maintenance panel cover.
2. Log into the camera using credentials with administrative privileges. See “Step 1. Route wiring to
the camera” on page 1.
3. Setup the microSD card:
a. The microSD card may need to be initialized before it can be used to record data. Click the
Setup tab, then click the Storage link in the left frame. Click Storage Management in
the list that opens. See below.
Select box Format
b. Find the card you installed in the HDD Management list, and then check the Status. If the
status is not Normal, or you want to clear all data from the card, check the select box for
then card and then click Format. Allow the operation to complete before continuing.
c. Adjust the percentage of the card you want to use for pictures (captures) and recordings,
if necessary.
Setup the Record Schedule
To setup the camera to record Smart events, setup the record schedule to record events. To setup the
Storage Schedule:
1. Click Storage Settings under Storage in the left frame.
2. To congure the Storage Settings menu for events only:
a. Click the Enable select box to check it, if necessary.
b. Click the Deselect All button if any colored bars are on the calendar.
c. Right click on one of the days to open a pop-up menu.
d. Open the drop-down list at the top of the popup menu, and then select the type of event
you want to apply to the schedule (Continuous / Motion / Motion | Alarm / Events).
Adjust the time span in the same menu as needed, and then click Save.
Note: You can dene up to 7 storage periods in any one day, each with one of the four
event types. The screen shown above was congured for Event recording all week.
e. To copy this setting you made for one day to other days of the week, place the mouse
cursor over schedule you want to copy, and then click the green icon to the right end of
the day.
f. In the popup menu, select the days you want to copy the schedule to, and then click OK.
g. Add additional recording events as needed. You cannot assign two event types to the
same time segment.
h. Click the Advanced button above the calendar. In this menu, you can:
Check the Overwrite select box to write newer data across old date when the card
becomes full.
Select the pre-record and post-record time. These options will save video beginning
at the time “pre-” time increment selected before the event occurs, until after the “post-”
time increment after the event occurs.
You can also select the stream you want to record.
i. Click OK to save your selections in the Advanced menu.
j. Click the Save button at the bottom of the menu to retain your settings.
Scene Change Detection Smart Event setup
Scene change detection feature detects the change of surveillance eld of view aected by the external
factors such as the intentional rotation of the camera. This alarm can trigger actions performed by the
camera to report and record the alarm information.
1. Open the Scene Change Detection settings menu.
Go to Setup | Event | Smart Event | Scene Change Detection
2. Check the Enable select box to enable the feature.
3. Click-and-drag the slider to set the detection Sensitivity. The sensitivity value ranges from 1 to
100. The higher the sensitivity value, the more readily a change of scene can trigger an alarm.
4. Click Arming Schedule to set the time when this feature will be detected. By default, the
feature is always armed when enabled. To create a custom arming schedule:
—To clear the arming schedule for a day of the week, click on the colored bar for that day,
and then click Delete in the popup menu.
—To set an arming schedule for a period of a day that is clear, drag the cursor across the
period of the day you want to arm, and then click OK in the popup menu.
—To copy the arming schedule for one day of the week to other days, place the cursor over
the day you want to copy, then click the green icon that appears to the right. Select the
days you want to copy the schedule to, and then click OK.
—Click the Save button to retain your settings.
5. Click Linkage Method to select the linkage methods options menu.
To congure the Linkage Methods menu, check the select boxes for the options you want to use.
6. Click the Save button to retain your settings.

7www.observint.com © 2020 Observint Technologies. All rights reserved.
Face Detection Smart Event setup
The Face Detection Smart Event detects faces anywhere in the video stream. This feature is congured
very similar to the Scene Change Smart Event. Refer to the instructions in that sub-step for more
information.
Face detection provides two modes for detecting faces:
—Face detection: Enable Face detection event reporting.
—Dynamic Analysis for Face Detection: Mark faces detected in Live View video image
with a green rectangle.
Intrusion Detection Smart Event setup
Intrusion detection feature detects objects which enter and loiter in a pre-dened virtual region. This
feature can be used to create a detection region where the an event is triggered when the object in the
region is larger then a minimum size and smaller than a maximum size and remains there for at least
a preset time. This event can trigger actions performed by the camera to report and record the alarm
information.
1. Open the Intrusion Detection settings menu.
Go to Setup | Event | Smart Event | Intrusion Detection
2. Check the Enable select box to enable the feature.
3. Select the region number from the drop-down to select the detection area you want to
congure. You can congure up to four (4) regions.
4. To create a detection region where an alarm is triggered when a percentage of the region is lled:
a. Click the Detection Area button.
b. Click a point on the screen to set one corner of the detection region, and then click three
more points in a circular fashion to set three other corners of the detection region. A
quadrilateral will appear that is tinted yellow. See above.
5. Set the maximum and minimum size of objects to detect:
a. Click the Max. Size button, and then drag a rectangle across the video image to represent
the maximum size of objects to detect. The rectangle will be labeled with Max.
b. Click the Min. Size button, and then drag a rectangle across the video image to represent
the minimum size of objects to detect. The rectangle will be labeled with Min.
c. Set the following options:
Threshold: Range [0-10]s, the threshold for the time of the object loitering in the region.
If you set the value as 0, alarm is triggered immediately after the object entering the
region.
Sensitivity: Range [1-100]. The value of the sensitivity denes the size of the object
which can trigger the alarm. When the sensitivity is high, a very small object can trigger
the alarm.
6. Click the Save button to retain your settings.
7. Click the Arming Schedule tab. To congure the schedule, refer to “Scene Change Detection
Smart Event setup” on page 6.
8. Click the Linkage Method tab. To congure the Linkage Methods menu, check the select boxes
for the actions you want the camera to perform when the event occurs.
9. Click the Save button to retain your settings.
Line Crossing Detection Smart Event setup
Line crossing detection feature detects objects which cross a pre-dened virtual line. You can congure
the minimum (Min) and maximum (Max) size of the object that crosses the line, and position the line
anywhere and at any angle in video stream. Also you can detect when the object crosses the line from
just one direction or the other direction, or detect when it crosses from either direction. This alarm can
trigger actions performed by the camera to report and record the alarm information.
1. Open the Line Crossing Detection settings menu.
Go to Setup | Event | Smart Event | Line Crossing Detection
2. Check the Enable select box to enable the feature.
3. Select a Line number from the drop-down. You can congure up to four (4) lines.
4. To setup a line:
a. Click the Detection Area button. A virtual line will appear on the video image.
b. Drag the ends of the line to change the angle, and drag the body of the line to change the
position in the video.
5. Set the maximum and minimum size of objects to detect:

8www.observint.com © 2020 Observint Technologies. All rights reserved.
a. Click the Max. Size button, and then drag a rectangle across the video image to represent
the maximum size of objects to detect. The rectangle will be labeled with Max.
b. Click the Min. Size button, and then drag a rectangle across the video image to represent
the minimum size of objects to detect. The rectangle will be labeled with Min.
6. Set the following options:
a. Open the Direction drop down list and select the direction of line crossing detection to
detect. For example, A->B means only object crossing the line from the A side to the B
side can be detected. The A and B sides of the line are shown on the video image.
b. Set the Sensitivity value as needed. Sensitivity represents the percentage of the
body part of an acceptable target that crosses the pre-dened line. For example, if the
sensitivity is set to 60, the action can be counted as a line crossing action only when 60
percent or more body part goes across the line.
c. Click Save to retain your settings.
7. Click the Save button to retain your settings.
8. Click the Arming Schedule tab. To congure the schedule, refer to “Scene Change Detection
Smart Event setup” on page 6.
9. Click the Linkage Method tab. To congure the Linkage Methods menu, check the select boxes
for the actions you want the camera to perform when the event occurs.
10. Click the Save button to retain your settings.
Unattended Baggage Detection Smart Event setup
Use Unattended baggage detection to detect when objects such as baggage, a purse, dangerous
materials, etc. are left in the pre-dened area of the eld of view. You can set the Sensitivity for
detecting objects, and the time the object remains in the detection area.
This feature is congured nearly identical to the way Intrusion Detection is congured, with the
exception that the Threshold time can be much longer. Refer to “Intrusion Detection Smart Event setup”
on page 7.
Object Removal Detection Smart Event setup
Use Object removal detection to detects when an object, such as an exhibit on display, is removed from
the pre-dened area of the eld of view.
This feature is congured nearly identical to the way Intrusion Detection or Unattended Baggage
is congured, with the exception that the Threshold time can be much longer. Refer to “Intrusion
Detection Smart Event setup” on page 7.
Specications
Camera
Image Sensor 1/2.4” Progressive Scan CMOS
Min. Illumination Color: 0.009 Lux @ (F1.2, AGC ON), 0.016 Lux @ (F1.6, AGC ON)
Shutter Speed 1/3 seconds ~ 1/100,000 seconds
Slow Shutter Yes
Focus Fixed
Focal length, Lens 2.8 mm, horizontal FOV: 99°, vertical FOV: 61°, diagonal FOV: 128°
Lens Mount M12
Aperture F1.6
Day &Night IR cut lter
DNR 3D DNR
Wide Dynamic Range 120dB
3-Axis Adjustment Pan: 0° to 360°, tilt: 0° to 75°, rotate: 0° to 360°
Compression Standard
Video Compression Main stream: H.265/H.264
Sub stream: H.265/H.264/MJPEG
Third stream: H.265/H.264
H.264 Type Main Prole/High Prole
H.264+ Main stream supports
H.265 Type Main Prole
H.265+ Main stream supports
Video Bit Rate 32 Kbps to 16 Mbps
Image
Max. Resolution 3072 × 2048
Main Stream 50 Hz: 20 fps (3072 × 2048, 3072 × 1728, 2944 × 1656), 25 fps (2560 × 1440,
1920 × 1080, 1280 × 720)
60 Hz: 20 fps (3072 × 2048, 3072 × 1728, 2944 × 1656), 30 fps (2560 × 1440,
1920 × 1080, 1280 ×720)
Sub Stream 50 Hz: 25 fps (640 × 480, 640 × 360, 320 × 240)
60 Hz: 30 fps (640 × 480, 640 × 360, 320 × 240)
Third Stream 50 Hz: 25 fps (1280 ×720, 640 × 360, 352 × 288)
60 Hz: 30 fps (1280 ×720, 640 × 360, 352 × 240)
Image Enhancement BLC/3D, DNR/HLC
Image Settings Rotate mode, brightness, contrast, saturation, and sharpness are adjustable via web
browser and client software
ROI (Region of Interest) Support 1 xed region for main stream and sub stream separately
Day/Night Switch Day/Night/Auto/Schedule
*Note: When the main stream resolution is 2944 × 1656 and above, max frame rate is 20 fps for all streams.
Network
Network Storage Support micro SD/SDHC/SDXC card (128G) local storage, NAS (NFS,SMB/CIFS), ANR

9www.observint.com © 2020 Observint Technologies. All rights reserved.
Alarm Trigger Motion detection, tampering alarm, network disconnected, IP address conict, illegal
login, HDD full, HDD error
Protocols TCP/IP, ICMP, HTTP, HTTPS, FTP, DHCP, DNS, DDNS, RTP, RTSP, RTCP, PPPoE, NTP, UPnP,
SMTP, SNMP, IGMP, 802.1X, QoS, IPv6, UDP, Bonjour
General Function One-key reset, anti-icker, three streams, heartbeat, mirror, password protection,
privacy mask, watermark, IP address lter
API ONVIF (PROFILE S, PROFILE G), ISAPI
Simultaneous Live View Up to 6 channels
User/Host Up to 32 users 3 levels: Administrator, Operator and User
Client Alibi Central Management Software (ACMS) V3.2 or later
Web Browser Plug-in required live view: Microsoft Internet Explorer 8+,
Plug-in free live view: Chrome 45.0+, Firefox 52.0+
Interface
Communication Interface 1 RJ45 10M/100M self-adaptive Ethernet port
On-board Storage Built-in micro SD/SDHC/SDXC slot, up to 128 GB
Reset Button Yes
SVC H.265 encoding and H.264 encoding support
Smart Feature Set
Behavior Analysis Line crossing detection, intrusion detection, unattended baggage detection, object
removal detection
Exception Detection Scene change detection
Face Detection Yes
General
Operating Conditions -22 °F ~ +140 °F (-30 °C ~ +60 °C), humidity 95% or less (non-condensing)
Power Supply 12 Vdc ± 25%, 5.5 mm coaxial power plug PoE (802.3af, class 3)
Power Consumption 12 Vdc, 0.5 A, max: 6 W PoE: (802.3af, 36 VDC to 57 VDC), 0.3 A to 0.2 A, max: 7.5 W
IR Range 120 ft (up to 30 m)
Wavelength 850 nm
Protection Level IP67
Material Camera body: Metal
Dimensions Camera: Φ 5.4” × 4.9” (138.3 × 125 mm)
Weight Camera: 1.6 lb. (725 g), with package: 2.1 lb. (966 g)
Using the Waterproof Ethernet Fitting
Install the Waterproof Ethernet Fitting on the Ethernet cable end at the camera when moisture
or contamination exists in the area near the camera. The tting includes several parts that must be
installed in a specic order. To install the tting:
1. Place the rubber O-ring over the camera drop cable end cap.
Push the O-ring up to the connector cap.
2. Place the Lock Nut onto the network cable from the router
or switch as shown in the drawing to the right. The inside
threads must be toward the camera end.
3. Place the rubber basket onto the network cable above the lock
nut as shown.
4. Place the end cap onto the network cable above the rubber
gasket as shown. The ngered end must be toward the router
or switch.
5. Install an RJ-45 connector onto the network cable.
6. Plug the RJ-45 connector with the network cable into the
camera network drop cable.
7. Fit the end cap on the network cable onto the camera drop
cable end cap. Rotate the network cable end cap to lock it in
place.
8. Push the rubber gasket fully into the end of the network cable
end cap.
9. Screw the lock nut onto the network cable end cap until it is
fully seated.
Network drop cable
from camera
Network cable from
router or switchEthernet Fitting installed
Ethernet Fitting assembled and connected
Drop cable
end cap
Network drop
cable from
camera
Rubber
O-ring
seal
RJ-45
connector
End cap
Rubber
gasket
Network
cable
from
router or
switch
Lock nut