FLIR A400 Series Getting Started page 10

3 EN-US English
5. Antenna.
6. RS232/485 connector, A-coded.
7. Factory reset button. For factory reset modes, refer to the user manual of the
FLIR A400/A500/A700 series.
3.6.3 View from the front
See Figure 2.2 View from the front: FLIR A400/A500/A700, page 2.
8. Infrared sensor.
9. Visual camera.
10. LED lamps.
3.7 FLIR A500f/A700f
When delivered, the camera is already mounted in an environmental housing.
The housing with the camera requires PoE class 4 (25 W) to operate as intended.
Connect the unit to power and the network:
1. Connect a PoE cable (PoE class 4, 25 W) to the connector gland on the bot-
tom of the housing device. Use the strain-relief clamp that is delivered with
the camera.
2. Connect the other end of the PoE cable to a PoE switch.
3. Follow the steps in section Quick start guide, starting at step 3.
3.8 Example system overviews
3.8.1 Early fire detection
Hot spot detection, self-combustible material on conveyor belt, see Figure 2.4
Example system overview: early fire detection, page 3.
1. Coal mine conveyor belt.
2. FLIR A400/A500/A700 Smart Sensor camera.
3. Ethernet connector, X-coded.
4. Power I/O connector, A-coded.
5. Digital output to a programmable logic controller (PLC).
6. Separate DIN rail power supply for galvanic isolation (18–56 V DC).
7. Laptop used for set up of the camera using the web interface.
8. Ethernet switch.
9. MQTT output connected to a third-party cloud service.
10. Example thermal image.
#T810482; r. AC/77250/77250; mul 7