Page 1
Figure 3: Camera buttons and SD card slot (continued)
Note: Remove the two screws on the camera cover (1) (Figure 3) to
access the buttons. Securely attach the cover when finished.
Table 3: Camera button descriptions and SD card slot
Number
Camera button description
1
Camera button cover
2
Micro SD Card Slot
3
Reset button (Hold for more than 3 seconds)
Quick reference
Default IP: 192.168.1.168 (DHCP enabled)
Default Username / Password: admin / admin
Power: 12VDC, 2A - For 12VDC power supply, use Phihong AC
adaptor, model PMA36R-120 (not provided) or PoE 48VDC, 0.35A
- For PoE power, use AXIS Communications, AXIS T8134
MIDSPAN 60W, model 5900-331-01 (not provided).
Use Internet Explorer 11 web browser
Mounting the camera to a wall or ceiling
1. Place the mounting template on the surface that you want to attach
the camera.
2. On the surface drill four Ø 5mm holes and cut out a >30 Ømm
cable hole as per the markings identified on the mounting template.
3. Securely place the four screw anchors into the four holes.
4. Place the camera cable through the cable hole on the mounting
surface.
5. Hold the camera base (4) (Figure 1) up to the mounting template
and align the four holes on the camera base with the four holes on
the mounting surface.
Security
Quick Start Guide
(8200-1953-08_A0)
Tyco Illustra Pro 5MP Thermal Elevated Skin Temperature Detection Camera
(Product Code: IPT05-B29-BIA3)
In the box
1 x Camera
4 x PA 4x25mm screws
4 x 6x29mm plastic screw anchors
1 x machine screw
4 x 4x10mm screws
1 x L-key hexagonal wrench
1 x Mounting template
1 x Camera adaptor plate
1 x Blackbody device
1 x Quick Start Guide
2 x Ferrite clamps
Installation tools
Screwdriver
L-key hexagonal wrench
Figure 1: Camera parts
Figure 1
Table 1: Camera part descriptions
Number
Camera part description
1
Camera lens
2
Sun shield cover
3
Sun shield cover adjustment thumb-screw
4
Camera base
5
Pan Adjustment connection
6
Tilt Adjustment connection
7
Camera body (Buttons and SD card slot are located
on the underside of the camera).
Note: You will need to remove the cover to access
them.
Figure 2: Cable connections
Figure 2
Table 2: Cable connection descriptions
Number
Cable connection description
1
Ethernet Connector and also supports PoE
2
Audio Input (Max 30V DC / 30mA)
3
Alarm Output / Input (5V DC @10mA)
4
Power Connector (12V DC @ 1A)
Figure 3: Camera buttons and SD card slot
Figure 3
Mounting the camera to a wall or ceiling (continued)
6. Insert the four PA 4x25mm screws into the four holes on the
camera base and securely attach the camera to the mounting
surface.
7. Attach the ferrite ‘round clamp’ to the large single camera cable.
Note: Ensure that the ferrite clamp (1) (Figure 4) is positioned close
to the camera base on the cable.
Figure 4: Round ferrite clamp position on the cable
Figure 4
Page 2
Mounting the camera to a tripod stand (continued)
Connect a shielded PoE cable to the ethernet / PoE slot on the
camera cable. Note: You must first attach the ferrite ‘rectangle
clamp’ around the Ethernet cable (1) (Figure 2). The cable (1)
(Figure 6) must loop around the clamp (2) (Figure 6) before the
clamp is enclosed.
Figure 8: Single face usage setup distance recommendations
Figure 8
Security
Mounting the camera to a wall or ceiling (continued)
Note: The camera must be connected to earth ground.
8. Attach a ring-type terminal to the end of the ground wire (2) (Figure
5) (not provided). Insert the machine screw through the ring
terminal and attach to the camera (1) (Figure 5).
Figure 5: Earth wire connection
Figure 5
Mounting the camera to a wall or ceiling (continued)
9. To power up the camera:
Connect a 12V DC power supply to the power connector on the
camera cable.
OR
Connect a shielded PoE cable to the ethernet / PoE slot on the
camera cable. Note: You must first attach the ferrite ‘rectangle
clamp’ around the Ethernet cable (1) (Figure 2). The cable (1)
(Figure 6) must loop around the clamp (2) (Figure 6) before the
clamp is enclosed.
Figure 6: Cable looped inside the ferrite clamp
Figure 6
Adjusting the sun shield
1. Loosen the thumb-screw (3) (Figure 1) to move the sun shield
cover forward and backward over the camera body (7) (Figure 1).
Note: You must securely lock the thumb screw to ensure that the
sun shield cover holds the modified position.
Adjusting the camera position
1. Use the L-key hexagonal wrench to:
i. Unlock the screw (1) (Figure 7) and pan the camera field of
view up to 360 degrees.
ii. Unlock the screw (2) (Figure 7) to tilt the camera body up to
90 degrees.
iii. Unlock the screw (3) (Figure 7) and rotate the camera body
up to 360 degrees.
Note: You must securely lock each screw to ensure that the camera
holds the modified position.
Figure 7: Pan, tilt and rotate screws
Figure 7
Mounting the camera to a tripod stand
1. Install the tripod as per the instructions that come with it.
2. Align the four holes on the camera adaptor plate with the four
holes on the camera base and insert the four 4x10mm screws into
the four holes and securely attach the camera adaptor plate to the
camera base.
Note: The camera is now attached to the camera adaptor plate.
3. Place the camera adaptor plate on top of the tripod stand and align
the 1/4 “ threaded screw connection underneath the camera
adaptor plate with the threaded screw on the tripod stand.
4. Rotate the camera adaptor plate to securely attach it to the tripod
stand.
5. Insert all camera cables through the cable side entry notch on the
camera base.
6. Attach the ferrite ‘round clamp’ to the large single camera cable.
Note: Ensure that the ferrite clamp (1) (Figure 4) is positioned
close to the camera base on the cable.
Note: The camera must be connected to earth ground.
7. Attach a ring-type terminal to the end of the ground wire (2) (Figure
5) (not provided). Insert the machine screw through the ring
terminal and attach to the camera (1) (Figure 6).
8. To power up the camera:
Connect a 12V DC power supply to the power connector on
the camera cable.
OR
(See the bullet point in the next section to continue on)
Figure 9: Multi face usage setup distance recommendations
Figure 9
Calibration / accuracy
This device is specified to achieve a +/- 0.5°C accuracy when
configured properly following the installation guide and calibrated
against a Blackbody device. Calibration must be done following
device calibration intervals in line with the user manual guidance in
order to maintain the specified accuracy.
The blackbody device is used to manage thermal drift
compensation and is crucial in obtaining accurate temperature
assessments in line with the product accuracy specifications.
Page 3
Warnings (continued)
Do not drop the camera or subject it to physical shock.
Avoid touching the camera lens.
If cleaning is necessary, please use a clean dry cloth and wipe the
camera gently.
If the device will not be used for a long time then cover the lens cap
to protect it from dirt.
Do not aim the camera at the sun or extra bright light sources.
Do not place the camera in extremely hot, cold (the operating
temperature shall be -0˚C~35˚C), dusty or damp locations, and do
not expose it to high electromagnetic radiation.
To avoid heat accumulation, good ventilation is required within the
operating environment.
Thermal imaging can detect individuals with elevated skin
temperatures. However, it cannot detect or diagnose a fever or
other medical conditions. The Illustra elevated skin temperature
measurement solution does not cause and cannot eliminate or
prevent occurrences of the events that it is intended to detect or
avert.
This product requires professional installation by a service
technician with the appropriate training and experience necessary
to ensure proper installation and configuration for the applicable
operating environment and usage case to ensure the safe and
accurate operation of the product.
Product labeling is in line with the ISO/TR 13154 standard.
Security
Calibration / accuracy (continued)
The solution uses the forehead region of the face using 4 sampling
spots of 3x3 pixels as the workable target plane. The total of 36
pixels is then verified to be within 0.2°C averaged across all the
pixels to ensure consistency with the highest observed
temperature being reported with the camera conducting automated
calibration with the blackbody device to manage thermal drift
compensation.
Guidelines
System architects, installers, users, and operators should
refer to guidelines in ISO/TR 13154: Medical electrical
equipment — Deployment, implementation and operational
guidelines for identifying febrile humans using a screening
thermograph.
Temperature measurement with this device should not be
solely or primarily relied upon to diagnose or exclude a
diagnosis of any illness, disease or other medical condition.
The device is tested and labelled consistent with the standard
IEC 80601-2-59:2017: Medical electrical equipment – Part 2-59:
Particular requirements for the basic safety and essential
performance of screening thermographs for human febrile
temperature screening.
Elevated skin temperature in the context of use should be
confirmed with a secondary evaluation method such as a
clinical grade contact thermometer.
The system operator must ensure the face is unobstructed by
hair, eyeglasses, and other objects because their presence
will interfere with the ability of a screening thermograph to
detect a febrile condition.
Guidelines (continued)
The relative humidity in the screening area should be
maintained below 50 % and the temperature below 24 °C for
best performance. A screening area with elevated humidity
and ambient temperature may lead to inaccurate temperature
measurements due changes in skin temperature caused by
sweating.
Public health officials, through their experience with the
device in the particular environment of use, should determine
the significance of any fever or elevated temperature based
on the skin tele thermographic temperature measurement.
This device should be used to measure only one subject's
temperature at time in accordance with IEC 80601-2-59:2017
and FDA (or other applicable regulatory) guidelines for
accuracy.
The visible thermal patterns of this device are only intended
for locating the points from which to extract the thermal
measurement.
The product calibration interval is 14 days.
Factors to consider for the environment and installation that can
impact measurement
Thermal camera is temperature-sensitive. When it is used for
temperature measuring, in order to ensure the accuracy, the
recommended ambient temperature for operation is 0~35°C and
the infrared light should be turned off during the temperature
measurement.
Factors to consider for the environment and installation that can
impact measurement (continued)
Thermal camera should always be used together with blackbody
both for increased accuracy and to comply with IEC standards for
measurement thermographs for human febrile temperature
measurement.
Thermal camera should be used in a stable indoor environment
without wind. Please make sure the monitoring field is far away
from any objects that could produce airflow, high temperature,
reflection.
Don’t install the thermal camera opposite to a door, air conditioner
or any place in or near infrared sources such as sunlight.
For monitoring, the best temperature measurement distance is
2~4m, recommended distance should be 2~6m to achieve
specified accuracy.
Set up a one-way temperature measuring zone and make sure
the camera can clearly see the human face.
After turning on, the thermal camera needs to wait 20~30 minutes
to be steady.
It is recommended to use DC 12V power supply to reduce power
consumption.
The blackbody used with the camera shall be installed 2 or 3
meters away from the camera and opposite to the camera. It
cannot be blocked. During operation, do not move the camera
and blackbody and make sure the blackbody is in a fixed and
proper place in the camera image for calibration and thermal drift
compensation.
Factors to consider for the environment and installation that can
impact measurement (continued)
The thermal camera and the blackbody device should be at a
height of 2-3m and parallel to the faces being screened for
temperature.
If the camera and/or blackbody are relocated then the
customer/user/installer needs to evaluate the new location and
ensure it meets the criteria specified in this user manual, such as
guidelines, factors to consider, warnings, configuration and
calibration steps, environmental, power, air flow, and lighting
parameters.
For monitoring, the best temperature measurement distance is:
Single Face Usage recommended distance should be 0.7~1m to
achieve specified accuracy, with subject requiring to pause for
about 1 second to allow for reading.
Multi Face Usage recommended distance should be 2~6m to
achieve specified accuracy.
Warnings
If the product does not work properly, please contact your dealer or
the nearest service centre. Never attempt to disassemble the
camera yourself.
Do not allow water or liquid intrusion into the camera.
Installation and service should be performed only by qualified and
experienced technicians and comply with all local codes and rules
to maintain your warranty.
When the product is mounted on a wall ensure that the device is
firmly fixed.
Do not use the camera beyond the specified voltage range.
Warnings (continued)
Faces should be unobstructed by hair, eyeglasses, and other objects
because their presence will interfere with the ability of a thermograph
detection to detect a febrile condition. The face should be in the
center of the camera view and fill approximately 50% of the thermal
sensor view to achieve a 240x180 pixel resolution of the face.
A secondary screening with a clinical thermometer for any elevated
skin temperature alert will required to confirm a febrile condition.
Relative humidity in the area of screening should be maintained
below 50% and the temperature below 24°C to achieve the
documented accuracy. Sweating can impact the accuracy of
temperature measurement.
Infrared sources such as sunlight, nearby electrical sources and
lighting, should be minimized to avoid impact on the accuracy of
temperature reading.
Airflow should be minimized in the area of the equipment to avoid
impact on the accuracy of temperature detection.
The target of the body surface temperature detection will be the
forehead region of the face. 4 points of 9 pixels each. Three points
factored on the center of the forehead region, then one point left and
one point right with fourth point below the center point.
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