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AVENTICS
TM
SERIES 501 CABINET VERSIONS
(Q4/P4 = Panel Mount/Subbase)
4 2
14
83
5
1
3
(12)
4 2
14
5
1
3
83
(12)
4 2
14
83
5
1
3
(12)
4 2
14
5
1
3
83
(12)
X-32 Driver
→ 48 Solenoids
(24 V DC )
Solenoids 1 → 32
48 Solenoid
Version
14
14
10
4 2
14
14
83
5
1
3
(12)
4 2
14
14
5
1
3
83
(12)
14
14
14
4
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AVENTICS
TM
SERIES 501
15-DIGIT PRODUCT CODE
with impulse
with maintained
without
(14)
manual operator
manual operator
manual operator
(12)
2 x 3/2
2 x 3/2
4
2
14
10
12
10
R501A2BD0M71WF1 R501A2BD0M82LF1 R501A2BD0M84AF1
NC
NC
K K
5
3
14
1
83
(12)
2 x 3/2
2 x 3/2
10
4
14
10
2
12
N N
R501A2BA0M71WF1 R501A2BA0M82LF1 R501A2BA0M84AF1
NO
NO
5
3
83
14
1
(12)
4
2
2 x 3/2
2 x 3/2
14
10
10
12
NC - NO
NC - NO
H H
5
3
R501A2BC0M71WF1 R501A2BC0M82LF1 R501A2BC0M84AF1
14
1
(12)
83
2 x 3/2
2 x 3/2
4
2
10
14
12
10
R501A2BF0M71WF1 R501A2BF0M82LF1
R501A2BF0M84AF1
NO - NC
NO - NC
P P
5
3
83
14
1
(12)
4 2
R501A2B10M71WF1 R501A2B10M82LF1
R501A2B10M84AF1
S S
14
5
1
3
83
(12)
5/2
5/2
4 2
R501A2BN0M71WF1 R501A2BN0M82LF1 R501A2BN0M84AF1
M M
14
5
3
1
(12)
83
4 2
R501A2B40M71WF1 R501A2B40M82LF1
R501A2B40M84AF1
J J
14
5
3
1
(12)
83
4 2
G G
14
R501A2B60M71WF1 R501A2B60M82LF1
R501A2B60M84AF1
5
1
3
(12)
83
W1
W1
4 2
5/3
5/3
R501A2B70M71WF1 R501A2B70M82LF1
R501A2B70M84AF1
B B
14
5
3
1
83
W2
W2
(12)
4 2
E E
14
R501A2B50M71WF1 R501A2B50M82LF1
R501A2B50M84AF1
5
3
1
(12)
83
W3
W3
. . .. .
. .
.
. . . .
. . .
.
.
.
.
.
.
!
AIR QUALITY [ ISO 8573-1 (2010) ]: Level 7.4.4
↔
40 µm
5 µm
5
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6
4
2
4 2
14
10
12
10
14
3
83
5
5
1
3
83
(12)
14
1
(12)
W1
W1
4
2
4 2
10
14
10
12
14
5
1
3
83
3
5
83
(12)
W2
W2
14
1
(12)
4 2
4 2
14
5
1
3
83
14
5
1
3
83
(12)
W3
W3
(12)
Solenoids 33 → 48
X-32 Driver
2
4
10
12
10
3
5
83
1
(12)
4
2
14
10
12
3
5
83
1
(12)
4 2
5
1
3
83
(12)
4 2
5
1
3
83
(12)
W1
W1
4 2
5
1
3
83
(12)
W2
W2
4 2
83
5
1
3
(12)
W3
W3
TM
AVENTICS
SERIES 501
l/min (ANR)
(14)
(12)
4
2
14
10
12
10
2 x 3/2
2 x 3/2
K K
3
5
NC
NC
83
14
1
(12)
4
2
10
14
10
12
2 x 3/2
2 x 3/2
N N
3
5
NO
NO
83
14
1
(12)
4
2
14
10
10
12
2 x 3/2
2 x 3/2
H H
3
5
NC - NO
NC - NO
83
14
1
(12)
2
4
2 x 3/2
2 x 3/2
10
14
12
10
P P
3
5
NO - NC
NO - NC
83
14
1
(12)
4 2
S S
14
83
5
1
3
(12)
4 2
5/2
5/2
M M
14
5
1
3
83
(12)
4 2
J J
14
5
1
3
83
(12)
4 2
G G
14
5
1
3
83
(12)
W1
W1
4 2
5/3
5/3
B B
14
5
1
3
83
(12)
W2
W2
4 2
E E
14
83
5
1
3
(12)
W3
W3
(a)
Pp
Pp = 0,43 x P(1) + 0,9 bar
5
4
3,50
3,10
3
2,60
2,20
2
1,80
1
0
0
1
2
3
4
5
6
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rated flow
T
(ms)
14 P
(bar)
p
max.
6,3 bar
o / c
min.
1 2
2 3
(ms)
1 4
4 5
405
405
415
415
18 / 18
18 / 18
(a)
8
400
400
400
400
18 / 18
18 / 18
(a)
8
405
405
415
415
18 / 18
18 / 18
(a)
8
400
400
400
400
400
400
400
400
18 / 18
18 / 18
(a)
8
405 5
40
415
415
405
405
410
410
14 / 29
14 / 29
2
8
405
405
410
410
25 / 21
25 / 21
2
8
405
405
410
410
11 / 11
11 / 11
2
8
405
405
410
410
13 / 12
13 / 12
2
8
405
405
360
360
17 / 38
17 / 38
2,5
8
365
365
415
415
27 / 12
27 / 12
2
8
4,40
3,90
P
(1)
7
8
9
10
5
P
(23°C)
1
(bar)
max.
(PS)
min.
=
2
8
2
8
2
8
2
8
-0,95 8
-0,95 8
-0,95 8
-0,95 8
-0,95 8
-0,95 8
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