CI-205-3 VOR/LOC/GS Antenna | 108–118 MHz, 329–335 MHz
COMANT INDUSTRIES
EDMO#: D20543
MFR#: D20543
Description
The CI 205-3 VOR/LOC/GS is designed to be mounted on the aircraft vertical stabilizer or helicopter tail boom. It features low a weight/drag, tabular structure to minimize helicopter rotor ""down wash"" forces. Also, it contains wideband/high efficiency electrical performance and DC grounding which provides lightning protection.
This antenna is ideal for single and twin engine aircraft. It is also approved for light helicopter installations.
This part (EDMO# D20543) contains one antenna.
Features
No product features currently available.
Specifications
Weight:
1.75 lb, maximum
Frequency:
108 - 118 MHz (VOR/LOC)
329 - 335 MHz (GS)
VSWR:
108 - 118 MHz: 5.0:1, maximum
329 - 335 MHz: 5.0:1, maximum
Polarization:
Horizontal
Radiation Pattern:
Omni Directional
Impedance RF:
50Ω
Material:
Delrin mounts/Aluminum "towel bar"
Finish:
Polyurethane Enamel
Connector:
BNC
Temperature:
-55°C to 85°C
Altitude:
50,000 ft
Airspeed:
300 knots TAS @ 25,000 ft
Federal Specifications:
FAA TSO C34e, C36e, C40c
RTCA Environment DO-160D
Product Codes
Mfr Part No :
D20543
ECCN :
7A994
SCHEDULE B CODE :
8526.10.6000
TSO :
C34c, C36c, C40a
Notice: EDMO Distributors, Inc. has made every effort to verify the accuracy of the codes, classifications, and part approvals listed in accordance with the Department of Commerce, U.S. Census Bureau, Bureau of Industry and Security, U.S. Department of Defense and Federal Aviation Administration. EDMO Distributors, Inc. does not assume responsibility for errors or omissions. This listing is subject to change without notice.
Warning to Exporters: EDMO Distributors, Inc. does not assume responsibility for errors with any of the Schedule B Commodity Codes or Export Control Classification Numbers in this listing. It is the Exporter's responsibility to research and supply the correct codes and classifications for the product to be exported. Some products may require an Export License in order to be exported.