Data Sheet
Copyright © Terabee 2018
arrays, please purchase the TeraRanger Hub Evo board separately, along with suitable
TeraRanger Evo distance sensors.
2.3 Electrical characteristics
DC electrical characteristics
TeraRanger Tower Evo is powered by an external power source, and can not be directly
powered by USB. The following table describes the current and voltage requirements to
make the TeraRanger Tower Evo work correctly. Unless otherwise specified, typical data as
listed in the table below, is based on an ambient temperature value of 25°C TA = 25 °C, and
supply voltage of 12V.
Please note that in rare cases (for example where the Evo sensors are pointing out to
"infinity" with nothing in range) a 30 to 40 second delay in start-up can occur. No
performance or functionality is affected by this, but for a faster start-up please ensure that
each sensor has a target surface within its field of view.
Symbol
Ratings
Minimum
Typical
Maximum
Unit
V
in
External main supply
voltage
12
-
24
V
V
out
Output voltage on LED
connector
4.75
5
5.25
I
Vin typical
Total current on Vin TR
Tower Evo 60m, 4 sensors
170
(*)
-
650
(**)
mA
Total current on Vin TR
Tower Evo 60m, 8 sensors
230
(*)
-
1100
(**)
Total current on Vin TR
Tower Evo 600Hz, 4
sensors
170
(*)
-
480
(**)
Total current on Vin TR
Tower Evo 600Hz, 8
sensors
230
(*)
-
840
(**)
I
Vout
Total current on Vin Visual
signalization module
4
68
200
Terabee Website:
90 Rue Henri Fabre Technical support:
01630, Saint-Genis-Pouilly Commercial:
www.teraranger.com
support@teraranger.com
teraranger@terabee.com
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