Getting Started
14
•
connect the Ethernet cable from the Ethernet port of one NIC-500 to the Ethernet port of
the other NIC-500
; it doesn’t matter which Ethernet port is used.
•
connect the NIC Sync cable from the Link Out of the Master NIC-500 to the Link In of the
subordinate NIC-500. If more NIC-500s are added, continue connecting Sync cables
from Link Out of the previous NIC-500 to the Link In port of the newly added NIC-500
These connections are shown in Figure 3-8.
Figure 3-8: Daisy-chaining two NIC-500s
Connect appropriate antenna cables to the antenna ports, as described in the previous sections.
Once all connections, move on to
in Section 3.4.
3.3 GPS (optional)
A GPS can be connected to any NIC-500 to provide georeferenced data. Most GPS receivers
with a standard thread can be screwed onto the top of the GPS mount (5/8-11 UNC-1A thread).
Sensors & Software sells different mounts depending on the type of platform used.
If the GPS was purchased from Sensors & Software, a single cable was provided that connects
the GPS to the NIC-500; this cable supplies power to the GPS and sends data from the GPS to
the NIC-500. Connect one end of the GPS cable to the GPS receiver, and the other end to the
Summary of Contents for SPIDAR NIC-500s
Page 1: ......
Page 2: ...ii...
Page 4: ...Warranty Confirmation iv...
Page 6: ...vi...
Page 10: ...Introduction 2...
Page 28: ...Getting Started 20...
Page 66: ...SPIDAR Software 58...
Page 78: ...SPIDAR SDK 70...
Page 88: ...Compatibility 80...
Page 90: ...Technical Specifications 82...
Page 102: ...Appendix D GPR Knowledge 94...
Page 106: ...Appendix F Health Safety Certification 98...
Page 114: ...Appendix G GPR Emissions Interference and Regulations 106...
Page 116: ...Appendix H Instrument Interference 108...
Page 118: ...Appendix I Safety around Explosive Devices 110...