ENCODERS
Aircraft altitude encoders from ACK, Garmin, Sandia and Trans-Cal.
GAE 12 Altitude Encoder
Altitude Encoder Garmin Part #: 011-03080-00
Garmin's altitude encoder conveniently mounts to the transponder backplate for easy installation and service, precluding the need for a static leak check after removal of the transponder for maintenance.
SSD120-35C-RS232
Altitude Digitizer w/RS232 Outputs (35K) Trans-Cal Industries Part #: 881625The SSD120-35C-RS232 is a rugged and reliable altitude digitizer for applications where size, weight, and economy are critical. This encoder accurately measures air pressure and converts this measurement into the ICAO parallel data as set forth in the International Standard for Pressure Altitude Transmission.
View MoreSSD120-30N RS232 NANO
Solid State Altitude Encoder to 30K ft. w/RS232 Port Trans-Cal Industries Part #: 882189
Altitude Range -1000 to +30,000 feet.
The SSD120-30N-RS232 provides a rugged and reliable means of measuring air pressure and converting this measurement into the ICAO parallel data for Pressure Altitude Transmission. These units also provide altitude data on two asynchronous RS232 outputs.
SAE 5-35
Altitude Data System (35K) Sandia Aerospace Part #: 705154-00The SAE5-35 provides performance usually reserved for the largest corporate and airline aircraft. It is accurate to within 50 feet throughout its entire operating range, and the RS232 outputs have a resolution of 10 feet. When you install an SAE5-35, you can count on your transponder reporting the proper altitude every flight.
View MoreSAC 7-35 (AR)
Pre-Owned As Removed Air Data Computer Sandia Aerospace Part #: 305548-00/AR (627)The SAC 7-35 is four systems in one: Altitude Encoder, Altitude Alerting, Fuel Flow, Airdata Computer.
View MoreGAE 43
Blind Encoder (35K) Garmin Part #: 013-00066-0035,000 foot encoder. Outputs altitude Grey Code in 100' resolution to the aircraft's mode C transponder as well as two RS232 outputs in 10' resolution to the aircraft GPS and multifunction displays. Each RS232 output is totally independent so that a load on one output will not affect the other.
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