910-0001-00-INS -R02 Page 23 of 53
Information contained in this document pertains to a Canadian origin product that is controlled as "dual use" by the Canadian government. However, when in
the United States or possessed by a US person, it may be considered a defense article from the US Government's perspective. US government authorization
may be required for re-transfer to a foreign person. If you have any questions, please contact FLIR's Global Trade Compliance group at
exportquestions@flir.com .
3.2 POWER DISTRIBUTION NETWORK
The R1, R2, R3, R3D, R5 and R5D radars require a nominal 28 VDC (accepting from 20 to 32 VDC) at their input
and consume less than 45W in operation. You should select a power supply capable of delivering 28 VDC
consistently through a range of expected temperatures.
The supply must deliver a sustained 45W of power. Allowance for a power-on surge should be provided.
Therefore, a minimum 75W of power is recommended for trouble-free operation in all conditions.
A single power supply may supply multiple radar assemblies; the minimum capacity recommended is 75W per
unit. Additional equipment powered by the power supply must be taken into account when determining the
power supply capacity (i.e. Ethernet media converters, wireless transceivers, etc.).
When long supply wires are required, a proper wire gauge must be used to ensure that the resulting voltage
drop along the supply wires meets the radar minimum operating voltage. In some cases, the power supply may
be incorporated into a breakout box located next to the radar assembly, to ensure low voltage drop.
Note
polarity protected up to a maximum of 44
DC
4 HARDWARE INSTALLATION
4.1 RADAR ASSEMBLY INSTALLATION
4.1.1 Unit and Mounting Plate Outline
Figure 15, Figure 16 and Figure 17 show the R1, R2, R3, R3D, R5 and R5D radar outlines, mounting and
connector locations, and regular mounting plate outline.
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