GAPS
-
User Guide
2.2.3.6
Power Supply
AC Power
Supply
The whole system (GAPS + BOX + computer) must be powered by a 100 - 240 V / 50 Hz
source. The 100 – 240 VAC is converted into 36 VDC inside the BOX.
Consumption
●
Less than 100 W during the 4 s boot sequence
●
37 W after boot sequence
●
60 W during the 100 ms transmission
The 100 – 240 V socket-outlet shall be installed near the equipment and shall be easily
accessible. The BOX must be power supplied with either VAC or VDC but
not both
simultaneously
.
DC Power
Supply
GAPS is powered by a 24 to 36 V / 50 W DC source on a 4-pins SOURIAU UTO00104PH
connector. The DC connector is the only way to disconnect the DC power supply (no switch).
Figure 17 - AC-DC power supply connectors
DC Cable
The GAPS BOX is supplied with a SOURIAU female connector UTO00104PH on which can
be welded a 24 – 36 VDC power supply cable of your own. The female connector is made of
the following references (1 x UT06104SH, 4 x RC16SE4K, 1 x UTG10ST). The minimal wire
section of DC power cable is 0.75 mm2.
Table 7 - Connector and wiring of the 24 – 36 VDC external power supply connector
Standalone female connector
Male connector wiring
Pin #
Signal
A
+VCC
B
GND
C
Earth
D
Earth
34
MU-GAPS-AN-005-H - November 2019
Summary of Contents for GAPS
Page 1: ...GAPS Positioning System User Guide...
Page 2: ......
Page 22: ...GAPS User Guide Figure 7 HiSys hoisting system 22 MU GAPS AN 005 H November 2019...
Page 112: ...GAPS User Guide Figure 52 Mobile properties window 112 MU GAPS AN 005 H November 2019...
Page 228: ...PAGE INTENTIONALLY LEFT BLANK 228 MU GAPS AN 005 H November 2019 GAPS User Guide...
Page 229: ...GAPS User Guide L GAPS Antenna Mechanical Drawing MU GAPS AN 005 H November 2019 229...
Page 231: ...GAPS User Guide N GAPS BOX Mechanical Drawing MU GAPS AN 005 H November 2019 231...
Page 232: ...GAPS User Guide O Rackable GAPS BOX Mechanical Drawing 232 MU GAPS AN 005 H November 2019...
