RT-2087/ZPX-A User and Installation Guide
UAV-1005667-001 Rev A
ECCN 7A994
Page 44 | 48
Appendix C Equipment Compatibility and Interconnect
Drawings
ZPX-A can be programmed with a static configuration, or be dynamically
controlled in-flight by a control head, GCS, or by an autonomous
unmanned aircraft flight control computer. To meet installation or
operational requirements, dynamic control may be required (e.g., to provide
in-flight updates to the squawk code).
For 14 CFR 91.225 compliance with no operational limitations, dynamic
control is necessary.
For 14 CFR 91.225 compliance, a position source is necessary.
The installation information below serves as a supplement to any manuals
describing controlling devices, and concerns basic wiring of the
transponder control and position functionalities only. For further installation
and operating instructions, please reference the appropriate installation
manual and
pilot’s guide. The installer should become fully familiar with the
installation process for the controlling device. These descriptions are
informational, and in no way grant an installation approval.
C.1 Compatible Control Protocols
ZPX-A can be controlled using equipment compatible with UCP, UCP- HD
and Apollo protocols, as documented in Appendix A.
C.2 Compatible Position Protocols
ZPX-A can be provided position data using equipment compatible with
custom MAVLink, UCP and UCP-HD protocols, as documented in
Appendix B.
C.3 Compatible Equipment
The following equipment has been shown to be compatible with ZPX-A and
can serve as a position source.
Manufacturer
Model
P/N
ZPX-A Protocol
ZPX-A
Configuration
uAvionix
UAV-1002809-001
MAVLink OEM
SIL = 3
SDA = 2
