Series CK
Three and four pole contactors
150 to 825A (AC3)
200 to 1250A (AC1)
Contactors
• Control circuit: Alternating current up to 690V
Direct current up to 500V
• Degree of protection IP00 (IPxxB with accessories)
• CK07...CK13: auxiliary and coil terminals originally protected against
accidental contacts.
Protection for power contacts on request (see accessories)
• Terminals protected against accidental contacts according to VDE 0106
T.100, VBG4.
• CK_ _E_with electronic module suitable for DC and AC. (50/60Hz)
• CK contactors always provided with one auxiliary contact block BCLL11
(1NO+1NC)
Intro
A
B
Standards
IEC/EN 60947-1
IEC/EN 60947-4-1
IEC/EN 60947-5-1
EN 50005
UL 508
NEMA ICS 1
BS 5424 & 775
Standard voltages
CSA 22.2/14
CENELEC HD 419
NFC 63-110
ASE 1025
UNE 20109
VDE 0660/102
To complete the catalogue number, replace the symbol © by the code
corresponding to the voltage and frequency of the control circuit.
Alternating current (V)
Three-pole contactors:
Four-pole contactors:
©
C
D
F
CK75CA3..., CK08CA3..., CK85BA3...
CK07BA4..., CK08BA4...
G
H
I
24 42 48
50Hz
J
K
M
110 127
N
230
C
Approvals/Marking
(1)
60Hz
24
48
110 120
Three-pole contactors:
Four-pole contactors:
CE
©
1
50/60Hz 24
E
220 277
Lloyd’s
Register
T
U
V
380
W
2
3
6
400
240 380 480 440
13
Bureau
Veritas
RINA
©
J
N
U
CK13BA3...
CK13BA4...
Y
Z
J
N
U
50Hz 110 220 380
230 400
50/60Hz 110 220 380 480 600
240 440 500 660
G
Control circuit with
rectifier bridge
©
60Hz
120 240 480
Direct current (V). With electronic module (0.7 ... 1.3 x Us)
H
(Contact GE for details)
Three-pole contactors: CK75CE3...., CK08CE3.....
©
WD WE WF WH WJ WN
Voltage 24 33 48 72 110 220
I
Alternating c. / Direct c. (V). With electronic module (0.8 ... 1.10 x Us)
Three-pole & four-pole contactors: CK ....... E......
J/X
A.62
Order codes !
Aux. contact blocks !
Accessories & Spares !
Technical data !
Dimensions !
pg. A.63
pg. A.64
pg. A.65
pg. A.102
pg. A.118
©
D
F
J
N
U
Y
Voltage 24 42 110 220 380 440
28 48 127 250 415 500
(1) CK13 not UL
Y
600
48 110 230 400
Three-pole contactors:
Four-pole contactors:
X
Z
415 440 500 660
690
CK75CA3..., CK08CA3..., CK85BA3...
CK07BA4..., CK08BA4...
Alternating current (V)
F
S
Alternating current (V). Dual-frequency coil
D
cULus
R
220 240
Series CK
Three pole contactors
Max.oper.current
Noninductive
loads
AC1
A
Admissible power AC3
Motors
<440V, 220V 380V 415V 440V 500V
230V 400V 440V
3~
50/60Hz
kW kW kW kW kW
AC3
HP HP HP HP HP
A
Electrical
endurance
Cat.
AC3
Operations
Control circuit:
Alternating
current
Cat. no. (1)
Control circuit:
A.C. / D.C.
Pack
Ref. no. see bottom
Cat. no. (1)
Pack
Ref. no. see bottom
150
45
60
75 80 80 100
100 108 108 135
1.7x106
CK75CA311 ©
1
CK75CE311 ©
1
250
185
55
75
90 100 100 110
125 135 135 150
1.2x106
CK08CA311 ©
1
CK08CE311 ©
1
315
205
65
88
110 125 125 132
150 170 170 180
1.7x106
CK85BA311 ©
1
CK85BE311 ©
1
315
250
75 132 132 132 160
100 180 180 180 220
1.5x106
-
CK09BE311 ©
1
450
309
90 160 160 185 200
125 220 220 250 270
1,1x106
-
CK95BE311 ©
1
600
420
125 220 230 230 300
170 300 312 312 405
1x106
-
CK10CE311 ©
1
700
550
160 280 315 315 400
220 380 425 425 540
0.8x106
-
CK11CE311 ©
1
1000
700
220 375 400 425 480
300 510 540
650
0.7x106
-
CK12BE311 ©
1
1250
825
250 450 450 450 500
340 610 610 610 680
0.7x106 (2) CK13BA311 ©
1
-
1
1
1
1
-
Order codes
250
Intro
A
Spare coil
CK75CA3 ... CK08CA3
CK85BA3
CK13BA3
Control circuit with incorporated rectifier bridge CK13BA3
Coil
Electronic module
CK75CE3 ... CK08CE3
CK85BE3 ... CK95BE3
CK12BE3
CK10CE3 ... CK11CE3
CK75CE3 ... CK08CE3
CK85BE3 ... CK95BE3
CK12BE3
CK10CE3 ... CK11CE3
C12168 ©
C04255 ©
C08998 ©
C09120 ©
-
KB4E ©
KB5E ©
KB6E ©
KB7E ©
KM4E ©
KM5E ©
KM6E ©
KM7E ©
B
1
1
1
1
1
1
1
1
(1) To complete the catalogue number, replace the symbol © by the code corresponding to the voltage and
frequency of the control circuit (see A.62).
(2) CK13 non alow the aux. block in right side.
C
D
E
F
G
H
I
J/X
For reference numbers,
see chapter X, pg. X.5
A.63
Series CK
Mounting positions
Conformity to standards
IEC/EN 60947-1
NF C 63-110
BS 5424 & 775
IEC/EN 60947-4-1
ASE 1025
NEMA ICS 1
CENELEC HD 419
CSA 22.2/14
VDE 0660/102
UL 508
UNE 20109
EN 50005
Approvals
cULus
RINA
NOM
FI
Lloyd’s Register
Bureau Veritas
CE
With the same pick-up and drop-out voltage
With the same rated power
Contactors
Ambient conditions
Intro
A
B
C
Storage temperature
Operation temperature -40ºC to +60ºC
Altitude
up to 3000m
from 3000 up to 4000m
from 4000 up to 5000m
-55ºC to +80ºC
Nominal values
90%Ie 80%Ue
80%Ie 75%Ue
Climatic resistance (IEC 68-2)
Continuous tests 40 / 125 / 56
Cold (72h)
Temperature
Dry heat (96h)
Temperature
Relative humidity
Humid heat (56 days)
Temperature
Relative humidity
Cyclical test
First half-cycle (12h)
Low temperature
Relative humidity
Second half-cycle (12h)
Low temperature
Relative humidity
Number of consecutive cycles
-40ºC
+125ºC
< 50%
+40ºC
95%
+25ºC
93%
+55ºC
95%
6
Terminal capacity and tightening torque
CK07B
D
E
F
G
H
I
J/X
A.102
Solid
(mm2)
Finely stranded w/end sleeve (mm2)
Finely stranded w/o end sleeve (mm2)
Stranded
(mm2)
AWG wires
(mm2)
Tightening torque
(Nm)
(Lb x in)
Finely stranded w/end sleeve (mm2)
AWG wires with end sleeve (mm2)
Busbars
Tightening torque
(Nm)
(Lb x in)
CK75C
CK08C
CK08B
CK95B
CK10C
CK11C
CK12B
CK13B
1 x 120
2 x 95
1 x 300
2 x 107
2 (25 x 5)
8
70
1 x 240
2 x 150
1 x 500
2 x 300
2 (25 x 5)
23
200
2 x 185
2 x 240
–
–
2 x 500
2 (35 x 10)
31.5
275
–
2 (35 x 10)
31.5
275
–
2 (60 x 10)
31.5
275
1.5...95
2...35
2...50
1.5...95
16...00
8
70
2 x 350
2 (35 x 10)
31.5
275
Series CK
Power circuit
CK75C
CK08C
CK85B
CK09B
CK95B
CK10C
CK11C
CK12B
CK13B
250
150
1000
1000
250
25...400
1850
250
185
1000
1000
250
25...400
2200
315
205
1000
1000
315
25...400
2500
315
250
1000
1000
315
25...400
2500
450
309
1000
1000
450
25...400
3700
600
420
1000
1000
600
25...400
6500
700
550
1000
1000
700
25...400
6500
1000
700
1000
1000
1000
25...400
8400
1250
825
1000
1000
1250
25...400
8250
1600
1600
1000
350
2500
2500
2300
1250
900
600
10
1850
1850
1200
350
2500
2500
2300
1250
900
600
10
2000
2000
1660
850
4000
3200
2400
1400
1000
750
10
3500
3500
2200
1100
5500
3500
2500
1600
1200
900
10
3500
3500
2200
1100
5500
3500
2500
1600
1200
900
10
5600
5600
5000
3000
7500
5200
4000
2800
1800
1200
10
5600
5600
5000
3000
7500
5200
4000
2800
1800
1200
10
7300
7000
6700
3500
9700
7700
6100
4400
3500
2300
10
6600
6600
6000
3500
11600
8800
7350
5300
4500
2800
10
355
250
200
0.30
19
6.8
355
250
200
0.30
19
10.3
500
315
250
0.28
27.7
11.7
500
400
315
0.28
27.7
17.5
630
500
425
0.28
56.7
26.7
1250
630
500
0.15
54.3
26.5
1250
800
630
0.13
63.7
45.3
1250
1000
800
0.14
140
68.6
2x800
1250
1000
0.11
171.8
74.8
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
CK07B
CK08B
CK09B
CK95B
CK10C
CK11C
CK12B
CK13B
Three pole contactors
Technical data
Rated thermal current Ith at e ) 40ºC (A)
Rated operational current Ie AC-3
(A)
Rated operational voltage Ue
(V)
Rated insulation voltage Ui
(V)
Maximum continuous current AC-1 (A)
Frequency limits
(Hz)
Making capacity (RMS) (IEC 947)
(A)
Breaking capacity (RMS) (IEC 947)
Ue ) 400V
(A)
Ue = 500V
(A)
Ue = 690V
(A)
Ue = 1000V
(A)
Short-time current
1 sec. (A)
5 sec. (A)
10 sec. (A)
30 sec. (A)
1 min. (A)
3 min. (A)
Short-time current
(min.)
Protec. against short-circuit with fuses
without TOR
Coord. type “1”
gL/gG
(A)
Coord. type "2"
gL/gG
(A)
Without welding
gL/gG
(A)
Impedance per pole
(m1)
Power dissipation
AC-1
(W)
per pole
AC-3
(W)
Insulation resistance
Between adjacent poles
(m1)
Between poles and earth
(m1)
Between input and output
(m1)
Intro
A
B
Four pole contactors
Rated thermal current Ith at e ) 40ºC (A)
Rated operational voltage Ue
(V)
Rated insulation voltage Ui
(V)
Maximum continuous current AC-1 (A)
Frequency limits
(Hz)
Making capacity (RMS) (IEC 947)
(A)
Breaking capacity (RMS) (IEC 947)
Ue ) 400V
(A)
Ue = 500V
(A)
Ue = 690V
(A)
Ue = 1000V
(A)
Short-time current
1 sec. (A)
5 sec. (A)
10 sec. (A)
30 sec. (A)
1 min. (A)
3 min. (A)
Recovery time
min.
Short-circuit protection with fuse
without TOR
Coord. type "1"
gL/gG
(A)
Coord. type “2”
gL/gG
(A)
Without welding
gL/gG
(A)
Impedance per pole
(m1)
Power dissipation per pole
AC-1
(W)
Insulation resistance
Between adjacent poles
(m1)
Between poles and earth
(m1)
Between input and output
(m1)
200
690
1000
200
25...400
1150
325
1000
1000
325
25...4000
1850
400
1000
1000
400
25...400
2500
500
1000
1000
500
25...400
3700
600
1000
1000
600
25...400
6500
700
1000
1000
700
25...400
6500
1000
1000
1000
1000
25...400
6700
1250
1000
1000
1250
25...400
8250
950
950
800
–
2100
1500
1150
750
550
350
10
1600
1600
1000
350
2500
2500
2300
1250
900
600
10
3500
3500
2200
1100
5500
3500
2500
1600
1200
900
10
3500
3500
2200
1100
5500
3500
2500
1600
1200
900
10
5600
5600
3500
2000
7500
5200
4000
2800
1800
1200
10
5600
5600
3500
2000
7500
5200
4000
2800
1800
1200
10
6700
6700
6000
3500
9700
7700
6100
4400
3500
2300
10
6600
6600
6000
3500
11600
8800
7350
5300
4500
2800
10
315
250
200
0.45
500
400
315
0.32
500
400
315
0.28
630
500
425
0.28
1250
630
500
0.15
1250
800
630
0.13
1250
1000
800
0.14
2x800
1250
1000
0.11
18
33.8
44.8
56.7
61.2
68.6
140
171.8
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
C
D
E
F
G
H
I
J/X
A.103
Series CK
Electrical endurance
Mixed category AC4 / AC3
Electrical endurance for mixed category
(AC-3/AC-4) is calculated with the following
formula:
Electrical endurance
(AC-3/AC-4)
Electrical endurance (AC-3)
=
1+
Contactors
Category AC1
Number of
operations
Intro
A
Ic=Ie
for all voltages
B
C
D
Category AC2
Number of
operations
E
F
G
H
J/X
A.104
.
I
Rated motor
power
(Ic = 2.5 Ie)
% oper AC-4
100
X
(AC-3)
-1 )
( Elec.endur.
Elec.endur.(AC-4)
Series CK
Electrical endurance (continued)
Category AC3
Number of
operations
.
Technical data
Rated
motor
power
(Ic = Ie)
Intro
A
B
Category AC4
C
D
Number of
operations
E
F
G
.
H
Rated
motor
power
(Ic = 6 Ie)
I
J/X
A.105
Series CK
Three pole contactors. Control circuit
Contactors
Alternating current
Intro
A
B
C
Rated insulation voltage Ui
(V)
Standard voltages Us (50/60 Hz)
(V)
Operating limits
Switch-on
xUs
Switch-off
xUs
Consumption. Monofrequency coils
Magnetic circuit
CK....A
(VA)
closed
CK....E
(VA)
Magnetic circuit
CK....A
(VA)
open
CK....E
(VA)
Power
CK....A
(W)
dissipation
CK....E
(W)
Consumption. Bifrequency coils
Magnetic circuit
50Hz
(VA)
closed (CK....A)
60Hz
(VA
Magnetic circuit
50Hz
(VA)
open (CK....A)
60Hz
(VA)
Power 50Hz
(W)
dissipation (CK....A)
60Hz
(W
Power factor
Magnetic circuit
CK....A (cos )
closed
CK....E (cos )
Magnetic circuit
CK....A (cos )
open
CK....E (cos )
Opening and closing times at Us
Making time
(ms)
at excitation (NO)
Breaking time
(ms)
at de-energisation (NO)
106 ops
Mechanical endurance (1)
Maximum rate
No load
ops./h
AC-1/AC-3 at rated power
ops./h
AC-2 at rated power
ops./h
AC-4 at rated power
ops./h
CK75CA
CK08CA
CK85BA
CK85BE
CK09BE
CK95BE
CK10CE
CK11CE
CK12BE
CK12BE
CK13BA
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...72
1000
100...690
1000
24...440
0.8...1.1
0.2...0.75
0.8...1,1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1,1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.8...1.1
0.25...0.55
42
500
21
-
42
500
21
-
46
20
830
425
17
3.5
20
425
3.5
20
425
3.5
23
680
4
23
680
4
25
750
4.5
25
750
4.5
6
2760
5
-
46
38.3
568
473
23
19.1
46
38.3
568
473
23
19.1
60
50
1082
901
22.2
18.5
-
-
-
-
-
-
-
0.4
0.6
-
0.4
0.6
-
0.37
0.6
-
-
-
-
-
-
-
approx. 1
approx. 1
-
20...25
20...25
36...40
60...70
60...80
80...90
80...90
150...170
70...80
50...55
10...13
10...13
60...80
60...80
60...80
60...80
60...90
60...90
60...90
115...130
10
10
6.5
6.5
6.5
7.5
7.5
3.5
3.5
3
2400
600
150
150
2400
600
150
150
2400
600
150
150
1200
600
150
150
1200
600
150
150
900
300
120
120
900
300
120
120
900
300
120
120
900
300
120
120
600
120
120
120
(1) Mechanical endurance for e-module is 1 Million operations
D
E
F
G
H
I
J/X
A.106
Direct current
Rated insulation voltage Ui
(V)
Standard voltages Us (50/60 Hz)
(V)
Operating limits
Switch-on
xUs
Switch-off
xUs
Consumption
Magnetic circuit closed
(W)
Magnetic circuit open
(W)
Opening and closing times at Us
Making time
(ms)
at excitation (NO contacts)
Breaking time
(ms)
at de-energisation (NO contacts)
Mechanical endurance
106 ops.
Maximum rate
No load
ops./h
AC-3 at rated power
ops./h
AC-4 at rated power
ops./h
CK75CE
CK08CE
CK85BE
CK09BE
CK95BE
CK10CE
CK11CE
CK12BE
CK12BE
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...72
1000
110...500
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1,1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
10
225
10
225
10
350
10
350
10
350
10
500
10
500
10
650
10
650
60...70
60...70
60...70
60...70
60...70
80...90
80...90
150...170
70...80
40...50
40...50
60...80
60...80
60...80
60...80
60...80
60...90
60...90
10
10
6.5
6.5
6.5
7.5
7.5
3.5
3.5
1200
600
150
1200
600
150
1200
600
150
1200
600
150
1200
600
150
900
300
120
900
300
120
900
300
120
900
300
120
(1) Mechanical endurance for e-module is 1 Million operations
Series CK
Four pole contactors. Control circuit
Alternating current
CK08BA
CK08BE
CK09BE
CK95BE
CK10CE
CK11CE
CK12BE
CK12BE
CK13BA
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...72
1000
100...690
1000
110...440
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.6
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
0.85...1.1
0.2...0.75
46
20
830
425
17
3.5
130
25
2860
750
53
4.5
25
750
4.5
25
750
4.5
23
680
4
23
680
4
25
750
4.5
25
750
4.5
6
2760
5
-
60
50
1082
901
22.2
18.5
159.3
132.7
3509
2924
65.3
54.4
-
-
-
-
-
-
-
0.37
0.6
-
0.37
0.6
-
-
-
-
-
-
-
approx. 1
approx. 1
-
36...40
60...70
70...80
70...80
110...115
80...90
150...170
110...115
50...55
10...15
13...17
70...80
70...80
70...80
70...80
70...80
70...80
70...80
10
6.5
6.5
6.5
6.5
6.5
3.5
3.5
3
2400
600
900
600
900
600
900
600
900
300
900
300
900
300
900
300
600
120
(1) Mechanical endurance for e-module is 1 Million operations
Technical data
Rated insulation voltage Ui
(V)
Standard voltages Us (50/60 Hz)
(V)
Operating limits
Switch-on
xUs
Switch-off
xUs
Consumption. Monofrequency coils
Magnetic circuit
CK....A
(VA)
closed
CK....E
(VA)
Magnetic circuit
CK....A
(VA)
open
CK....E
(VA)
Power
CK....A
(W)
dissipation
CK....E
(W)
Consumption. Bifrequency coils
Magnetic circuit
50Hz
(VA)
closed (CK....A)
60Hz
(VA)
Magnetic circuit
50Hz
(VA)
open (CK....A)
60Hz
(VA)
Power
50Hz
(W)
dissipation (CK....A)
60Hz
(W)
Power factor
Magnetic circuit
CK....A (cos )
closed
CK....E (cos )
Magnetic circuit
CK....A (cos )
open
CK....E (cos )
Opening and closing times at Us
Making time
(ms)
at excitation (NO)
Breaking time
(ms)
at de-energisation (NO)
Mechanical endurance
106 ops.
Maximum rate
No load
ops./h
AC-1/AC-3 at rated power
ops./h
CK07BA
CK07BE
Intro
A
B
C
D
Direct current - Electronic module
Rated insulation voltage Ui
(V)
Standard voltages Us
(V)
Operating limits
Switch-on
xUs
Switch-off
xUs
Consumption
Magnetic circuit closed
(W)
Magnetic circuit open
(W)
Opening and closing times at Us
Making time
(ms)
at excitation (NO contacts)
Breaking time
(ms)
at de-energisation (NO contacts)
Mechanical endurance
106 ops.
Maximum rate
No load
ops./h
AC-3 at rated power
ops./h
CK07BE
CK08BE
CK08BE
CK95BE
CK10CE
CK11CE
CK12BE
CK12BE
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...72
1000
110...500
0.75...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
0.8...1.1
0.2...0.75
10
350
10
650
10
650
10
650
10
650
10
650
10
650
10
650
60...70
70...80
70...80
70...80
80...90
80...90
150...170
110...115
40...50
70...80
70...80
70...80
60...80
60...80
60...90
60...90
10
6.5
6.5
6.5
6.5
6.5
3.5
3.5
1200
600
900
600
900
600
900
600
900
600
900
300
900
300
900
300
(1) Mechanical endurance for e-module is 1 Million operations
E
F
G
H
I
J/X
A.107
Series CK
Contact sequence
Basic contactor
Auxiliary contact blocks
Lateral mounted
BCLL 20
BRLL 20
Three-pole CK75C...
contactors CK08C...
3 NO
0
CK85B...
CK09B...
CK95B...
0
10.4
14
0
CK10C...
CK11C...
0
12
17
0
3.5
CK12B...
CK13B...
0
12.6
17.5
0
3.5
CK07B...
0
7.7
10.7
0
CK08B...
CK09B...
CK95B...
0
10.4
14
0
CK10C...
CK11C...
0
12
17
0
3.5
CK12B...
CK13B...
0
12.6
17.5
0
3.5
7.3 10.4
0
3.5
BCLL 11
BRLL 11
10.4
0
14
0
17
0
3.5
10.4
1,8
3.5
3.5
14
1,8
3.5
17
Contactors
1.8
17.5 0
3.5
17.5
1.8
3.5
10.7 0
3.5
10.7
3.5
14
1.8
Intro
3.5
14
0
17
0
1.8
3.5
17
1.8
A
17.5 0
3.5
17.5
1.8
B
Numbering of the terminals
C
D
Three pole contactors
Four pole contactors
CK75C_ _3_ ... CK13B _ _3_
CK07B_ _4_ ... CK13B _ _4_
Auxiliary contact blocks. Lateral mounting
Voltage suppressor block
BCLL20
BCLL11
K/RC...
BRLL20
BRLL11
E
F
G
H
I
J/X
A.108
Mechanical interlock
BEKV, BEKVA1, BEKVS1, BEKVH
Series CK
Dimensional drawings
Three pole contactors
CK75C
CK08C
3.500 kg
3.500 kg
.
.
.
.
.
Contactors
.
CK85B
CK09B
CK95B
6.100 kg
6.200 kg
6.300 kg
CK10C
CK11C
11.00 kg
11.00 kg
Intro
A
B
C
D
CK12B
18.00 kg
E
F
G
H
I
J/X
A.118
CK13B
35.00 kg
Series CK
Four pole contactors
CK07B
Mechanical interlock
.
4.700 kg
BEKH
0.350 kg
CK75C3... - CK08C3...
CK85B3... - CK95B3...
CK10C3... - CK11C3...
CK12B3...
Dimensions
CK08B
CK09B
CK95B
A
55
55
33
75
14.90 kg
15.10 kg
15.30 kg
A
CK10C
CK11C
BEKVA1
BEKVS1
22.30 kg
22.80 kg
Intro
550 0.900 kg
350 0.800 kg
A
B
C
CK12B
D
23.30 kg
E
BEKV
1.200 kg
F
G
CK13B
H
44.00 kg
I
J/X
.
.
A.119