Q1.
Q2.
Q3.
Q4.
Q5.
Q6.
Q7.
REVIEW NUMBER 2
Aero 7A-5 and 7B-4 bomb ejector racks are
mounted on
.
There are four separate pairs of suspension
hooks on the Aero 7A-5 bomb ejector rack—two
pairs for
suspensions and two pairs
for
suspensions.
What is the maximum store capacity of the
14-inch and 30-inch suspension racks of the
Aero 7A-5 bomb ejector rack?
The Aero 7B-4 bomb ejector rack is
m e c h a n i c a l l y a r m e d t h r o u g h t h e
.
When should you perform organizational-level
maintenance on the Aero 7A-5 and 7B-4 bomb
ejector racks?
What is the maximum store capacity of the
BRU-10A/B bomb ejector rack?
The BRU-10A/B ejector assembly should be
cleaned and inspected
.
Q8. What bomb ejector rack is a modification of the
BRU-10A/B bomb ejector rack?
BRU-32/A BOMB EJECTOR RACK
The BRU-32/A bomb ejector rack (fig. 10-19) is
installed on the F/A-18 aircraft. It is used to suspend
single stores, BRU-33/A vertical ejector racks (VER),
and LAU-115/A, LAU-117/A, and LAU-118/A missile
launchers by using a 14-inch suspension hook.
The BRU-32/A bomb ejector rack has a safety
interlock and automatic sway bracing. The safety
interlock mechanically prevents the accidental opening
of the suspension hooks. It is also used to lock and
unlock the suspension hooks during loading operations.
Automatic sway bracing is controlled by the opening
and closing of the suspension hooks.
Sensing switches are incorporated within the rack
to indicate to the stores management processor (SMP)
that a store is loaded The primary ejection uses two
cartridges to generate the required gas pressure for rack
operations. If the primary ejection fails, emergency
release is provided by the auxiliary release unit. The
Figure 10-19.—BRU-32/A bomb ejector rack.
10-15
