CI 102 MARKER BEACON ANTENNA /BNC Connector, 75 Mhz, 50 Ohms, 4 hole internal mount, Airspeed 400 Knots. Includes gasket C10208, & a White Finish
The CI 102 marker beacon antenna is designed for use with modern, high sensitivity marker beacon receivers. Small and lightweight, this marker beacon features 4-hole internal mounting for simple installation. The antenna assembly is enclosed in an injection molded radome which is impervious to the tough environments typical of the underside of an aircraft. DC grounded to minimize accumulation of precipitation static.
A200-HMB – Bendix Rotational Speed Sensor
The A200-HMB is an Hall Effect rotational speed sensor. It provides a speed accuracy of 1 RPM when used in conjunction with the TM200 instrument.
The output signal is a latched, pulse width modulated square wave output of 0V to a maximum of 30V, proportional to rotational speed.
Power requirements are 3.8V to 30V / 3mA.
Precision machined from 6061 T6 aircraft grade aluminum, this sensor is designed to thread into the vent hole of Bendix unpressurized magnetos.
Supplied with a 48" color coded cable.
When installed in accordance with the approved instructions and as part of a qualified instrument system, this speed sensor is STC'd as a primary replacement.
MARKER BEACON ANTENNA COUPLER/BNC Female Connector, 75 MHz, 50 Ohms
VHF Communications Antenna | 118-137 MHz, 4-Bolt Mount, BNC Female Connector, Gloss Black
The AV-10 VHF communications antenna is designed for high-performance aircraft applications. It exhibits excellent electrical characteristics and incorporates an efficient aerodynamic 4-bolt mounting base. The antenna essentially matches the styling of the communication antenna currently used on most single and light twins. The antenna is designed to operate at speeds up to 350 mph and altitudes up to 50,000 feet. It has a drag force of 2.70 lbs @ 250 mph. This antenna is a direct replacement for the CI 121.
This antenna comes in gloss black.
6430245-17 USB Charger
SRU 1 Single Module Enclosure | For MARC70 Interface Module + False
