APE 06 1, APE 10 1, APE 10 2, APE 20 1, APE 20 2
AE 06 1, AE 10 1, AE 10 2, AE 20 1, AE 20 2
ACE 06 1, ACE 10 1, ACE 10 2, ACE 20 1, ACE 20 2
n
a
m
Mch
Ms
Mb
na
Lz
Ip
12
0
12
12
0
12
A.S
Tg
Tv
Tc
-
+
-
+
-
+
Ip
Ip
r
ve
b
g
m
vi
na
rs
ve
Ms
Mb
VE
VCN
VHM
n
rs
vi
R'
CV2
CV1
VDV
BVac
TSC
VE
VE
b
am
na
rs
vi
12
0
12
VAC
am
am
C.V.
CN12
CN4
Max
min
Com
DN
D/I
M/P
+24
+ A/D
rs
VCNVHM
CC1
CC2
R'
A.E
vi
C
MBA
Ma
Mc
Ma
MBA
VDV
g
ve
am
BMF
C.C.
R
R"
N"
g
b
na
rs
vi
n
am
DET
ABR
R
R
R
N
0-10 V
0-10 V
M 3 AC
230 V
UV
W
PE
D/I
M/P
+24
M 3 AC
230 V
UV
W
RN
PE
INTER
FACE
AVISADOR
NTC
Tn1
+
+
+
+
DSC
Tn2
Tn3
Tn4
Tn5
+
M
M2
m
A.S
A.E
-
COM
12
0
12
12
0
12
USB
LZ
LZ
3x3,96
8x 3,96
4x 3,96
12x 5,08
2x 3.96
LZ
LZ
3X2,54
RG
RG
RG
RG
4X5,08
3X5,08
J1
9 x 5,08
J1
CN10
CN1
CN5
12
0
12
12
0
12
3x3,96
J1
BMF
3X2,54
CN5
CN1
CN2
CN4
10x 5,08
3 x 5,08
BMF
3X2,54
am
rs
m
g
r
na
b
ve
n
vi
na
rs
vi
na
rs
PE
PE
R
N
rs
a
a
ve
ve
n
n
n
n
ve
n
ve
r
na
am
g
r
m
m
b
R'
TSV
g
g
ve
ve
ve
ve
m
F
Mod 20 X
C
Mod VPE
Mod VPE
Mod
VPE
VE
Mod
VPE
VE
rs
CC2CC1
CV2CV1
b
vi
CK2CK1
n
m
g
n
RC2
CC2
RV2
CK2
g
m
n
n
g
m
g
m
n
RST
CV2
N
m
g
n
RC1
CC1
CV1
RV1
CK1
n
g
m
n
m
g
3 230V
n
m
g
TSR
n
m
g
CC1
CK1
CC2
CK2
CV2
CV1
3 400V
Mod
10 1
10 2
20 1
20 2
Mod
10 1
10 2
20 1
20 2
Mod
10 1
10 2
20 1
20 2
Mc
r
am
N
a
C
Mod VPE
MD
n
m
g
n
m
g
m
g
n
n
g
m
m
g
n
g
m
n
3
4
6
9
10
- A/D
V F1
+ A/D
D/I
M/P
+24
3
4
6
9
10
- A/D
V F2
N
a
N
a
N
N
a
am
am
am
CV1
CV2
CK2
CC2
CK1
CC1
g
m
n
RN
g
m
n
1N 230V
am
12041777
TRF
24
0
24
0
24
0
2X5,08
VPE
Ir
m
VPE
Mod. 202 RV1=9x3KW
Mod. 102 RC2=3x5KW
Mod. 202 RC1=6x5KW
Mod. 202 RV2=9x3KW
Mod. 101, 102, 201 RV2=3x3KW
Mod. 201, 102 RV1=6x3KW
Mod. 061, 101 RV1=3x3KW
Mod. 202 RC2=6x5KW
Mod. 101 RC2=3x3KW
Mod. 102 RC1=3x5KW
Mod. 061, 101 RC1=3x3KW
Mod. 201 RC1=3x6KW
Mod. 201 RC2=3x6KW
Mod.
VPE,
VE,
N
N
a
TRF
S/N
a
ve
n
m
F
3 400V
3N 400V
R
N
R
N
R
3 400V
a
m
a
ve
VD
ve
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