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Type EZR Relief
Tabel 2: Insteldrukbereiken, drukspecificaties pilot en informatie over piloot
N I
S
T
E
L
B
E
R
T
Y
P
E
P
L I
O
T
1
4 ,
t
6
3
5
, 8
6
3
5
8
B
2
4 ,
t
5
2 ,
t
6
3
5
8
E
B
9
0 ,
t
t o
1
2
4 ,
t
t o
1
7
3 ,
t
t o
6
3
5
8
E
B
H
2
7
6 ,
t
t o
. 1
F
u l
o
e r
a l
s
o t
m
e
r e
i d
f a
a r
g
m
a
s '
z
n j i
b
Tabel 3: Minimale drukverschillen hoofdregelaar
A
F
M
E
T
N I
G
E
N
H
O
O
F
D
R
E
G
E
L
A
A
R
O
N
D
E
R
K (
L
E
P
H
U
S I
, )
D
N
E
N
K
L
E
(
N I
C
H
)
1
9
B
2
2
, 5
5
0
x
2
5
(
, 1
2
x
) 1
1
9
B
2
4
0
1
9
B
2
4
1
9
B
0
9
5
0
(
) 2
1
8
B
2
1
8
B
5
9
T
1
4
1
8
8
0
(
) 3
1
9
B
0
7
8
1
9
B
0
7
T
1
4
1
8
1
0
0
(
) 4
1
8
B
8
1
8
B
8
5
1
9
B
0
3
1
5
, 0
2
0
0
x
1
5
0
1
9
B
0
(
, 6
8
x
) 6
1
9
B
0
3
. 1
D
e
w
t i
e t
e
n
g
e
e l
e v
e r
n
w
o
d r
e
n
u
s t i
. 2
D
e
o r
d
e
e
n
z
w
r a
e t
e v
e r
n
w
o
d r
e
n
u
Tabel 4: Temperatuurbereik
1
7
E
6
7
N
T I
R
L I
(
N
B
R
)
1 -
7
t °
t o
6
° 6
C
0 (
t °
t o
1
5
° 0
) F
Tabel 5: Maximale drukken hoofdregelaar
A
F
M
E
T
K
L
E
U
R
H
O
O
F
D
V
E
E
R
K
L
E
P
H
(
N I
W
i
/ t
g
e
l e
A
L
c i
h
b t
a l
u
w
/
g
o r
e
n
A
(
) 1
Z
w
r a
/ t
o r
o
d
A
A
F
M
E
T
M
A
T
E
R
A I
A
L
K
L
E
P
H
M
E
M
B
R
A
A
N
(
N I
5
0
1
7
E
6
7
i N
l i r t
1
0
2
, 5
(
, 1
1
7
E
6
8
i N
l i r t
8
, 0
1
0
(
, 3
1
7
E
9
7
i N
l i r t
A
1
7
E
8
8
F
u l
o
e r
a l
s
o t
m
e
r e
A
. 1
D
e
o r
d
e
e
n
z
w
r a
e t
e v
e r
n
w
o
d r
e
n
u
. 2
V
o
r o
d
u r
v k
r e
c s
i h
e l l
n
b
o
e v
n
2
7
6 ,
b
r a
2
E
K I
O
N
T
L
A
S
T
N I
G
D
R
U
, K
b
r a
P (
S
G I
)
t o
2
8 ,
(
2
0
t
t o
4
0
)
t o
8
6 ,
(
3
5
t
t o
1
2
) 5
t o
9
7 ,
(
7
5
t
t o
1
4
0
)
1
3
8 ,
(
1
3
0
t
t o
2
0
) 0
2
4
1 ,
(
1
8
0
t
t o
3
5
) 0
3
1
0 ,
(
2
5
0
t
t o
4
5
0
)
(
) 1
4
1
4 ,
(
4
0
0
t
t o
6
0
) 0
e
p
e
k r
t t
t o
4
5
0
p
s
g i
3 (
1
1 ,
b
a
. ) r
M
D
E
E
L
N
U
M
M
E
R
U
R
H
O
O
F
D
V
E
E
R
1
0
0
%
c
o
m
p
o
n
e
n
e t
(
) 1
3
9
9
X
0
1
, 2
w
t i
1
3 ,
(
1
) 9
0
X
0
1
, 2
c i l
h
b t
a l
u
w
1
9 ,
2 (
) 8
(
) 2
0
1
X
0
1
, 2
z
w
a
t r
2
8 ,
4 (
) 0
(
) 1
5
1
X
0
1
, 2
g
e
l e
0
9 ,
1 (
) 3
1
2
6
X
0
1
, 2
g
o r
e
n
1
1 ,
1 (
) 6
(
) 2
5
5
X
0
1
, 2
o r
o
d
1
6 ,
2 (
) 3
(
) 1
4
T
0
0
1
, 2
g
e
l e
0
9 ,
7
1 (
) 4
1
X
0
1
, 2
c i l
h
b t
a l
u
w
1
0 ,
1 (
) 5
(
) 2
8
2
X
0
1
, 2
z
w
a
t r
1
8 ,
2 (
) 6
(
) 1
4
T
0
0
1
, 2
g
e
l e
0
6 ,
9
1 (
) 0
5
0
1
X
0
1
, 2
g
o r
e
n
0
9 ,
1 (
) 4
(
) 2
0
2
X
0
1
, 2
o r
o
d
1
4 ,
2 (
) 0
(
) 1
6
4
X
0
1
, 2
g
e
l e
0
6 ,
(
) 8
3
6
6
X
0
1
, 2
g
o r
e
n
1
0 ,
1 (
) 5
2 ( )
6
5
X
0
1
, 2
o r
o
d
1
1 ,
1 (
) 6
i u l
e t
n
d
a
a
n
b
e
o v
e l
n
o v
r o
n i
a l
a
d t
u r
k k
e
n
o
s t i
i u l
e t
n
d
a
a
n
b
e
o v
e l
n
o v
r o
n i
a l
a
d t
u r
k k
e
n
1
7
E
6
8
N
T I
R
L I
(
N
B
2 -
8
t °
t o
6
° 6
C
(
2 -
0
t °
t o
1
N I
G
E
N
M
A
I X
M
A
L
E
N I
L
A
A
T
W
I U
, S
D
N
b
r a
P (
S
G I
C
H
)
e l l
6
9 ,
1 (
0
e l l
3
4
5 ,
5 (
0
e l l
7
2
4 ,
1 (
0
N I
G
E
N
M
A
I X
M
A
L
E
N I
L
A
A
T
W
I U
, S
D
N
b
r a
P (
S
G I
C
H
)
(
) 2
3
4
5 ,
5 (
0
0
(
) 4
2
4
8 ,
3 (
6
5
0
3
1
7 ,
4 (
6
) 2
, 0
1
5
0
2
4
8 ,
3 (
6
, 4
) 6
e l l
7
2
4 ,
1 (
0
e l l
5
1
7 ,
7 (
5
s t i
i u l
e t
n
d
a
a
n
b
e
o v
e l
n
o v
r o
n i
a l
a
d t
u r
k k
e
n
d
4 (
0
0
p
i s
) d
s i
d
e
m
a
i x
m
a
e l
e t
m
p
e
a r
(1)
N I
F
O
K
e l
r u
M
a
i x
m
a
e l
w
e
k r
G
e
l e
1
0
3 ,
R
o
o
d
G
o r
e
n
B
a l
u
w
R
o
o
d
4
4
8 ,
B
a l
u
w
R
o
o
d
I
I N
M
A
A
L
V
E
R
S
C
I H
, L
P
E
R
C
E
N
T
V
o
r o
9
0
%
c
a
p
a
i c
e t
t i
6
0
%
3
0
%
n
c
o
m
p
o
n
e
n
e t
n
c
o
m
p
o
n
e
n
1
3 ,
1 (
) 9
1
5 ,
2 (
) 2
1
9 ,
2 (
) 8
2
4 ,
3 (
) 5
2
8 ,
4 (
) 1
3
2 ,
4 (
) 7
1
2 ,
1 (
) 7
1
7 ,
2 (
) 4
1
5 ,
2 (
) 1
2
0 ,
2 (
) 9
1
9 ,
2 (
) 8
2
1 ,
3 (
) 0
0
9 ,
7
1 (
) 4
1
2 ,
1 (
) 7
1
0 ,
1 (
) 5
1
2 ,
1 (
) 8
1
8 ,
2 (
) 6
1
8 ,
2 (
) 7
0
7 ,
6
1 (
) 1
0
8 ,
3
1 (
) 2
0
9 ,
1 (
) 5
1
2 ,
1 (
) 7
1
7 ,
2 (
) 4
2
0 ,
2 (
) 9
0
6 ,
(
) 9
0
6 ,
9
1 (
) 0
1
0 ,
1 (
) 5
1
1 ,
1 (
) 6
1
3 ,
1 (
) 8
1
3 ,
1 (
) 9
n
d
r e
1
0
0
p
s
g i
6 (
9 ,
b
a
. ) r
b
o
e v
n
5
0
0
p
s
g i
3 (
4
5 ,
b
a
. ) r
R
)
1
7
E
9
7
N
T I
R
L I
5
° 0
) F
1 -
7
t °
t o
6
° 6
C
0 (
t °
M
A
I X
M
E
R
K
D
R
U
, K
W
E
R
K
D
R
U
K
V
)
P (
S
) 0
6
9 ,
) 0
3
4
5 ,
5
) 0
5
5
2 ,
M
A
I X
M
E
R
K
D
R
U
, K
W
E
R
K
D
R
U
K
V
)
P (
S
) 0
3
4
5 ,
) 0
2
0
7 ,
) 0
2
7
5 ,
) 0
2
0
7 ,
5
) 0
5
5
2 ,
) 0
3
4
5 ,
b
o
e v
n
d
e
3
4
5 ,
b
r a
5 (
0
0
p
s
g i
. )
u t
r u
o v
r o
u l f
o
e r
a l
s
o t
m
e
r e
6
° 6
C
1 (
5
0
F °
. )
R
M
A
T
E I
O
V
E
R
P
L I
O
O
T
d
u r
, k
P
s
g i
b (
a
) r
M
a
i x
m
a
e l
n
1 (
5
) 0
6 (
5
) 0
A
G
E
V
A
N
K
O
O
C I
A
P
A
C
T I
E
, T I
b
r a
V
o
r o
1
0
0
%
c
a
1
0
0
%
6
0
%
e t
n
c
o
m
p
o
n
e
n
e t
n
c
o
m
p
o
n
e
1
3 ,
1 (
) 9
1
4 ,
2 (
1
9 ,
2 (
) 8
1
9 ,
2 (
2
8 ,
4 (
) 0
2
9 ,
4 (
0
9 ,
1 (
) 3
1
2 ,
1 (
1
4 ,
2 (
) 0
1
7 ,
2 (
2
1 ,
3 (
) 0
2
1 ,
3 (
1
2 ,
1 (
) 8
1
2 ,
1 (
1
4 ,
2 (
) 1
1
4 ,
2 (
2
3 ,
3 (
) 3
2
3 ,
3 (
1
2 ,
1 (
) 8
1
4 ,
2 (
1
5 ,
2 (
) 2
1
7 ,
2 (
2
1 ,
3 (
) 0
2
1 ,
3 (
0
6 ,
9
1 (
) 0
0
6 ,
9
1 (
1
2 ,
1 (
) 7
1
3 ,
1 (
1
4 ,
2 (
) 0
1
7 ,
2 (
(
N
B
R
)
1
7
E
8
8
F
L
U
O
R
E
t o
1
5
° 0
) F
1 -
7
t °
t o
1
2
° 1
A
A
L
M
A
I X
M
A
L
E
N
E
R
S
C
I H
, L
b
r a
E
N
D
R
U
K
V
E
G I
)
1 (
0
) 0
5 (
0
) 0
5
8 (
0
) 0
7
A
A
L
M
A
I X
M
A
L
E
N
E
R
S
C
I H
, L
b
r a
E
N
D
R
U
K
V
E
G I
)
5 (
0
) 0
5
3 (
0
) 0
5
4 (
0
) 0
3
3 (
0
) 0
3
8 (
0
) 0
7
5 (
0
) 0
5
o
o
d
d
u r
, k
P
s
g i
b (
a
) r
1
0
3 ,
1 (
5
) 0
5
1
7 ,
7 (
5
) 0
d
P (
S
D I
)
p
a
i c
e t
t i
3
0
%
n
e t
n
c
o
m
p
o
n
e
n
e t
n
) 0
1
7 ,
2 (
) 4
) 8
2
8 ,
4 (
) 1
) 2
4
8 ,
7 (
) 0
) 7
1
7 ,
2 (
) 4
) 5
2
1 ,
3 (
) 0
) 1
2
2 ,
3 (
) 2
) 8
1
3 ,
1 (
) 9
) 1
1
5 ,
2 (
) 2
) 3
2
3 ,
3 (
) 3
) 0
1
4 ,
2 (
) 0
) 4
1
7 ,
2 (
) 4
) 0
2
1 ,
3 (
) 0
) 0
0
9 ,
1 (
) 3
) 9
1
4 ,
2 (
) 0
) 4
1
7 ,
2 (
) 4
L
A
S
T
O
M
E
E
R
F (
K
M
)
C
0 (
t °
t o
2
5
° 0
) F
O
O
D
N I
L
A
A
T
D
R
U
K
(
) 2
R
S
C
H
L I
L
E
N
,
b
r a
d
P (
S
D I
)
6
9 ,
1 (
0
) 0
1
7 ,
7 (
5
) 0
2
4 ,
1 (
0
5
) 0
O
O
D
N I
L
A
A
T
D
R
U
K
(
) 2
R
S
C
H
L I
L
E
N
,
b
r a
d
P (
S
D I
)
1
7 ,
7 (
5
) 0
1
7 ,
7 (
5
) 0
1
7 ,
4 (
6
) 0
4
5 ,
5 (
0
) 0
2
4 ,
1 (
0
5
) 0
1
7 ,
7 (
5
) 0
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