f.u.n.k.e. AVIONICS GmbH FSG90 Instrucciones de operación
FSG 90 System
6. Operating Instruction
November 2000
Page
47
W. Dittel GmbH
S
ECTION
6
O
PERATING
I
NSTRUCTION
6.1
Introduction
This section contain basic operating procedures for the
FSG 90(X) transceivers. This
instruction is only applicable for a radio which is
• correctly installed and wired by a certified avionics shop
• checked together with the a/c system, and
• optimized by the set-up procedure (refer to Section 5, SET-UP PROCEDURE).
• correctly installed and wired by a certified avionics shop
• checked together with the a/c system, and
• optimized by the set-up procedure (refer to Section 5, SET-UP PROCEDURE).
WARNING!
DO NOT OPERATE THIS RADIO IN AN EXPLOSIVE ATMOSPHERE
(PETROLEUM FUELS, SOLVENTS, DUST, ETC.).
DO NOT OPERATE THIS RADIO IN AN EXPLOSIVE ATMOSPHERE
(PETROLEUM FUELS, SOLVENTS, DUST, ETC.).
6.2
Turning ON - Selecting Frequency/Channel Name - Volume
CAUTION!
• The FSG 90(X) should be turned on after engine start-up. This is a
• The FSG 90(X) should be turned on after engine start-up. This is a
simple precaution which helps to protect the solid state circuitry
and extends the operating life of your avionics equipment.
and extends the operating life of your avionics equipment.
NOTICE: »Frequency« and »Channel Name« are ICAO terms!
Turn the radio
FSG 90(X) ON by rotating the ON/OFF-VOL knob clockwise. Momentarily all
segments of the display are visible. Last used operating mode and frequency are
displayed.
A warm-up period for the transmitter is not required. However, at temperatures of
-20°C / -4°F, the LC display needs approximately one second until it is fully visible when
the frequency or operating mode is changed.
To change the operating mode and therefore the display: Push once or twice the
MD button.
Selecting the appropriate active frequency/channel name depends on operating mode:
displayed.
A warm-up period for the transmitter is not required. However, at temperatures of
-20°C / -4°F, the LC display needs approximately one second until it is fully visible when
the frequency or operating mode is changed.
To change the operating mode and therefore the display: Push once or twice the
MD button.
Selecting the appropriate active frequency/channel name depends on operating mode:
EXAMPLE:
STANDARD: USE/STBY (Standby) Mode
At the lower line select appropriate kHz portion by rotating F/CH knob. A
clockwise rotation will increment the previous frequency while a counter-
clockwise rotation will decrement the previous frequency with rollover at
each band edge.
Push F/CH knob; this changes the access to MHz.
At the lower line select appropriate MHz portion by rotating F/CH knob.
A clockwise rotation will increment the previous frequency while a
counterclockwise rotation will decrement the previous frequency with
rollover at each band edge.
Push the Transfer Button
At the lower line select appropriate kHz portion by rotating F/CH knob. A
clockwise rotation will increment the previous frequency while a counter-
clockwise rotation will decrement the previous frequency with rollover at
each band edge.
Push F/CH knob; this changes the access to MHz.
At the lower line select appropriate MHz portion by rotating F/CH knob.
A clockwise rotation will increment the previous frequency while a
counterclockwise rotation will decrement the previous frequency with
rollover at each band edge.
Push the Transfer Button
ô
ô
ô
ô
.
The last standby frequency/channel name (lower line) will become the
new active frequency/channel name (upper line) and the last active
frequency/ channel name will become the new STBY frequency/channel
name (lower line).
new active frequency/channel name (upper line) and the last active
frequency/ channel name will become the new STBY frequency/channel
name (lower line).