EasyManua.ls Logo

Piper ARCHER II - Approach and Landing

Piper ARCHER II
286 pages
Print Icon
To Next Page IconTo Next Page
To Next Page IconTo Next Page
To Previous Page IconTo Previous Page
To Previous Page IconTo Previous Page
Loading...
PIPER
AIRCRAFT
CORPORATION
SECTION
4
PA-28-181,
ARCHER
II
NORMAL
PROCEDURES
POWER
OFF
If
a
prolonged
power
off
descent
is
to
be
made,
apply
full
carburetor
heat
prior
to
power
reduction
if
icing
conditions
are
suspected.
Throttle
should
be
retarded
and
mixture
control
leaned
as
required.
Power
response
should
be
verified
approximately
every
30
seconds
by
partially
opening
and
then
closing
the
throttle
(clearing
the
engine).
When
leveling
off
enrichen
mixture,
set
power
as
required
and
select
carburetor
heat
off
unless
carburetor
icing
conditions
are
suspected.
4.31
APPROACH
AND
LANDING
.
i
Check
to
insure
the
fuel
selector
is
on
the
proper
(fullest)
tank
and
that
the
seat
backs
are
erect.
The
seat
belts
and
shoulder
harness
should
be
fastened
and
adjusted
and
the
inertia
reel
checked.
NOTE
If
the
fixed
shoulder
harness
(non-inertia
reel
type)
is
installed,
it
must
be
connected
to
the
seat
belt
and
adjusted
to
allow
proper
accessi-
bility
to
all
controls,
including
fuel
selector,
flaps,
trim,
etc.,
while
maintaining
adequate
restraint
for
the
occupant.
If
the
inertia
reel
type
shoulder
harness
is.
installed,
a
pull
test
of
its
locking
restraint
feature
should
be
performed.
Turn
ON
the
electric
fuel
pump
and
turn
OFF
the
air
conditioner.
The
mixture
should
be
set
in
the
full
RICH
position.
The
airplane
should
be
trimmed
to
an
initial
approach
speed
of
about
75
KIAS
with
a
final
approach
speed
of
66
KIAS
with
flaps
extended.
The
flaps
can
be
lowered
at
speeds
up
to
102
KIAS,
if
desired.
The
mixture
contro!
should
be
kept
in
full
RICH
position
to
insure
maximum
acceleration
if
it
should
be
necessary
to
open
the
throttle
again.
Carburetor
heat
should
not
be
applied
unless
there
is
an
indication
of
carburetor
icing,
since
the
use
of
carburetor
heat
causes
a
reduction
in
power
which
may
be
critical
in
case
of
a
go-around.
Full
throttle
operation
with
carburetor
heat
on
can
cause
detonation.
ISSUED:
JULY
2,
1979
REPORT:
VB-1120
REVISED:
NOVEMBER
16,
1981 4-19

Table of Contents

Related product manuals