Publicité
3
400V
RV1
g
n
m
n
m
g
m
g
CK1
CV1
g
m
m g n
n
m
g
g m n
m g n
g
m
CK2
CV2
m g
n
m
g
g
n
m
RV2
ve
n
Mc
Mod VPE
N
ve
TSC
TSV
RG
R"
n
m
m
m
F
Ir
R
24
VPE
0
m
TRF
b
rs
LZ
Lz
am
LZ
12
na
am
rs
CK1
0
vi
RG
12
a
N
F
N"
ve
Mod. 101
RC2=3x3KW
Mod. 201
RC2=3x6KW
Mod. 102
RC2=3x5KW
Mod. 202
RC2=6x5KW
Mod.
RC1
VPE,
n
Mod. 101, 102, 201
VE,
CC1
n
n
m
R
g
n
N
CC2
n
RC2
R S T
N
g
r
Ma
C
am
MD
vi
rs
a
Mod
10 1
10 2
20 1
20 2
am
C
CV1
CV2
MBA
ve
Mod
VPE
Mod VPE
VE
am
R'
n
ve
r
Mod
na
Mb
Ms
10 1
10 2
20 1
20 2
g
am
CK2
Mch
VE
VE
RG
C
a
a
ve
Mod. 061, 101
RC1=3x3KW
Mod. 201
RC1=3x6KW
Mod. 102
RC1=3x5KW
Mod. 202
RC1=6x5KW
Mod. 061, 101
RV1=3x3KW
Mod. 201, 102
RV1=6x3KW
Mod. 202
RV1=9x3KW
RV2=3x3KW
Mod. 202
RV2=9x3KW
3
230V
CV1
CK1
n
m
g
CV2
CK2
R
m
n
b
na
a
N
VAC
VDV
am
b
Mod
10 1
vi
10 2
20 1
20 2
rs
g
N
CC1
CC2
VHM
VCN
ve
VPE 06 1,
VE 06 1,
COE 06 1, COE 10 1, COE
CC1
m
g
CC2
R
S
CN4
3 x 5,08
g
Mc
r
Ma
m
R
10x 5,08
R'
am
vi
MBA
C.V.
CV1
rs
CV2
n
b
VDV
na
BVac
DET
ABR
DSC
N
a
CN2
Mod VPE
CN4
CN1
12x 5,08
R'
am
m
R
n
Mb
ve
Ms
r
VE
na
C.C.
RG
b
CC1
vi
CC2
g
VHM
VCN
rs
a
N
rs
LZ
BMF
LZ
am
3X2,54
CN10
2x 3.96
VPE 10 1,
VPE
VE 10 1,
VE
C
n
m
g
CK
T
Mod
VPE
VE
BMF
3X2,54
J
CN
8x 3,96
4x 3,96
NTC
Publicité
