TM 11-6625-2837-14&P-7 TECHNICAL MANUAL OPERATOR'S ...

SAFETY
WARNING
Although this instrument has been designed in
accordance with international safety standards, this
manual contains information, cautions, and warnings
which must be followed to retain the instrument in safe
condition. Be sure to read and follow the safety
information in Sections 11, III, V, an VIII.
BEFORE CONNECTING THIS SYSTEM TO LINE
(MAINS) VOLTAGE, the safety and installation
instructions found in Sections II and III of the mainframe
manual should be followed.
HIGH VOLTAGE
Adjustments and troubleshooting are often performed
with power supplied to the instrument while protective
covers are removed. Energy available at many points
may constitute a shock hazard
The multi-pin plug connector which provides inter
connection from mainframe to RF Section, will be
exposed with the RF Section removed from the righthand
mainframe cavity. With the Line (Mains Voltage off
and power cord disconnected, power supply voltages
may still remain and may constitute a shock hazard.
WARNING
COMPATIBILITY
TM 11-6625-2837-14&P-7
Damage to the synthesized signal generator system may
result if an option 002 RF Section is used with
unmodified Model 8660A or 8660B main-frames with
serial prefixes 1349A and below.
PERFORMANCE TESTING
To avoid the possibility of damage to the instrument or
test equipment, read completely through each test before
starting it. Then make any preliminary control settings
necessary before continuing with the procedure.
PLUG-IN REMOVAL
Before removing the RF Section plug-in from the
mainframe, remove the line (Mains) voltage by
disconnecting the power cable from the power outlet.
SEMI-RIGID COAX
Slight but repeated bending of the semi-rigid coaxial
cable will damage them very quickly. Bend the cables as
little as possible. If necessary, loosen the assembly to
release the cable.
Voltages are present in this instrument, when energized, which can
cause death on contact.
The multi-pin plug connector which provides interconnection from
mainframe to RF Section, will be exposed with the RF Section removed
from the righthand mainframe cavity. With the line voltage off and power
cord disconnected, power supply voltage may still remain and may
constitute a shock hazard.
A