39584
GE Consumer & Industrial
Power Protection
GE Consumer & Industrial
Power Protection (formerly GE Power Controls),
a division of GE Consumer & Industrial,
is a first class European supplier of
low-voltage products including wiring
devices, residential and industrial electrical
distribution components, automation
products, enclosures and switchboards.
Demand for the company’s products
comes from, wholesalers, installers,
panel-board builders, contractors, OEMs
and utilities worldwide.
GE Consumer & Industrial
Power Protection
Control and Automation
For industrial applications
ED.03
Contactors and Thermal overload relays
Control and Automation
@
www.ge.com/ex/powerprotection
www.ge.com/eu/powerprotection
ED.02
GE INDUSTRIAL BELGIUM
POWER PROTECTION
Nieuwevaart 51
B-9000 Gent - Belgium
Tel. +32/9 265 21 11
Fax +32/9 265 28 00
E-mail: gepcbel@gepc.ge.com
GE POWER CONTROLS Ltd
129-135 Camp Road
St Albans
Herts AL1 5HL
United Kingdom
Customer Service
Tel. 0800 587 1251
Fax 0800 587 1239
gepcuk@gepc.ge.com
GE imagination at work
GE imagination at work
680804
Ref. C/4551/E/EX 11.0 Ed. 09/07
© Copyright GE Consumer & Industrial 2007
Contactors and overload relays
Series M - Minicontactors
C.3
Order codes
C.23
Technical data
C.29
Terminal numbering
C.50
Dimensions
Series CL - Contactors
C.11
Order codes
C.31
Technical data
C.39
Terminal numbering
C.52
Dimensions
Series CK - Contactors
C.19
Order Codes
C.42
Technical data
C.58
Dimensions
A
Plug-in relays and Auxiliary contactors
Series MT0 - Thermal overload relays for minicontactors
C.61
Order codes
C.68
Technical data
C.69
Dimensions
Motor protection devices B
Contactors and Thermal overload relays
C
Series RT - Thermal overload relays for contactors
C.63
Order codes
C.70
Technical data
C.74
Dimensions
Series RE - Electronic overload relays
C.66
Order codes
C.77
Technical data
C.78
Dimensions
Order codes
C.82
Technical data
C.84
Dimensions
Series 390.R - Clapper contactors
C.87
Order codes
C.93
Technical data
C.96
Dimensions
D
Control and signalling units
E
Electronic relays
F
Limit switches
G
Speed drive units
H
Main switches
I
Numerical index
X
NEW
Series CSCN - Contactors for capacitors
C.81
Motorstarters NEW
C.1
Series M
Three and four pole minicontactors
6, 9 and 12A (AC3)
20A (AC1)
Contactors
• Control circuit: Alternating current up to 600V
Direct current up to 440V
• Terminal numbering in accordance with EN 50012
• Fixing by clipping onto 35 mm DIN rail (EN 50022-35) or by screws
• Screws and fast-on terminals protected against accidental contact in
accordance with VDE 0106 T.100 and VBG4
• Versions: Ring terminal and printed circuit terminals
• Facility to mount instant and timed auxiliary contact blocks and voltage
suppressor block
• Degree of protection IP20 (EN 60529).
• Maximum number of auxiliary contacts to be added: 6
Standards
A
General data
IEC/EN 60947-1
IEC/EN 60947-4-1
IEC/EN 60947-5-1
EN 50003
EN 50005
EN 50012
UL 508
NEMA ICS-1
B
C
D
BS 4794
NFC 63-110
CSA C22.2/14
VDE 0660
SEV 10254
JIS C8325
JEM 1038
CENELEC HD 419
MC0... MC1... MC2...
4
4
4
20
20
(A) 20
9
12
(A) 6
Maximum number of poles
Rated thermal current (Ith) θ H 60º (1) Rated operational current Ie (2) (3x440V, 50/60Hz, AC3)
Rated insulation current Ui
Rated operational current Ue
(V)
(V)
50
7
690
750
690
750
690
Standard voltages
Approvals
To complete the catalogue number, replace the symbol © by the code
corresponding to the voltage and frequency of the control circuit
(other voltages on request)
E
Alternating current (V). Bifrequency coil
cULus
DEMKO
NEMKO
F
©
10 1
2
9
3
4
5
6
7
8
12 13
AC
12 24 42 48 110 120 220 230 240 440 380 400
50/60Hz 115
SEMKO
SETI
IMQ
G
Operating voltages limits with bifrequency coils:
With 60Hz =0.85 to 1.1 x Us
With 50Hz =0.8 to 1.1 x Us in continuous service (ED=100%) with a maximum ambient temperature
of 40ºC
Alternating current (V).
H
Lloyd’s
Register
RINA
Bureau
Veritas
I
Order codes
Auxiliary contact blocks
Accessories
Technical data
Terminal numbering
Dimensions
C.2
©
A E G K M
AC 48 115
50Hz 127
AC
6 32 60 208
60Hz 220
N S U
220 260 380
240 400
240 440
277
W Y
415 500
440
480 600
Direct current (V)
CE
X
!
!
!
!
!
!
pg. C.3
pg. C.6
pg. C.8
pg. C.23
pg. C.29
pg. C.50
©
DC
A
B
C
D
E
F
G
H
Direct current (V) - Wide voltage range
©
DC
I
J
K
L
N 17 R
S 16
6 12 32 24 36 42 48 60 72 110 120 125 220 230 240 250440
WD WE WG WI WJ WN
24 33 48 72 110 220
Series M
Three pole minicontactors
Terminal: screw
20
6
0.37 0.75 1.5 2.2
0,5
1
2
3
3
4
Control circuit:
Alternating
current
Aux.
contacts
•3
•1
Cat. no. (1)
Pack •4
•2
Control circuit:
Direct current
Cat. no. (1)
Pack
Ref. no. see bottom
Ref. no. see bottom
1
0
0
1
MC0A310AT ©
MC0A301AT ©
20
20
MC0C310AT ©
MC0C301AT ©
10
10
20
9
0.56 1.12 2.2 4
4
0.75 1.5 3 5.5 5.5
1
0
0
1
MC1A310AT ©
MC1A301AT ©
20
20
MC1C310AT ©
MC1C301AT ©
10
10
20
12
0.75 2
1 2.6
1
0
0
1
MC2A310AT ©
MC2A301AT ©
20
20
MC2C310AT ©
MC2C301AT ©
10
10
1
0
0
1
MC0A310AR ©
MC0A301AR ©
20
20
MC0C310AR ©
MC0C301AR ©
10
10
3
4
5.5 5.5
7.3 7.3
Terminal: ring terminal
0.37 0.75 1.5 2.2
20
6
0.5 1
2
3
3
4
20
9
0.56 1.12 2.2 4
4
0.75 1.5 3 5.5 5.5
1
0
0
1
MC1A310AR ©
MC1A301AR ©
20
20
MC1C310AR ©
MC1C301AR ©
10
10
20
12
0.75 2
1 2.6
1
0
0
1
MC2A310AR ©
MC2A301AR ©
20
20
MC2C310AR ©
MC2C301AR ©
10
10
3
4
5.5 5.5
7.3 7.3
Terminal: faston 2x2.8 insulated (5)
16 (4)
6
0.37 0.75 1.5 2.2
0.5 1
2
3
16 (4)
9
A
3
4
0.56 1.12 2.2 4
4
0.75 1.5 3 5.5 5.5
Terminal: printed circuit
20
6
0.37 0.75 1.5 2.2
0.5
1
2
3
3
4
1
0
0
1
MC0A310AF ©
MC0A301AF ©
20 MC0C310AF ©
20 MC0C301AF ©
10
10
1
0
0
1
MC1A310AF ©
MC1A301AF ©
20 MC1C310AF ©
20 MC1C301AF ©
10
10
1
0
0
1
MC0A310AI ©
MC0A301AI ©
20 MC0C310AI ©
20 MC0C301AI ©
10
10
20
9
0.56 1.12 2.2 4
4
0.75 1.5 3 5.5 5.5
1
0
0
1
MC1A310AI ©
MC1A301AI ©
20 MC1C310AI ©
20 MC1C301AI ©
10
10
20
12
0.75 2
1 2.6
1
0
0
1
MC2A310AI ©
MC2A301AI ©
20 MC2C310AI ©
20 MC2C301AI ©
10
10
5.5 5.5
7.3 7.3
B
C
3
4
3P and 4P minicontactors
Max.operat.current
Admissible power AC3
Non1-phase
3-phase
Motors
inductive <440V, 115V220V 220V380V500V
loads
3~
230V400V
50/60Hz
AC1 (2)
AC3 (3) kW kW kW kW kW
HP HP HP HP HP
A
A
D
E
Spare coil
MB0A ©
10
MB0C ©
10
F
G
(1) To complete the catalogue number, replace the symbol © by the code corresponding to the voltage and
frequency of the control circuit (other voltages on request) (see C.2)
(2) Electrical endurance AC-1: MC0... 0.2 x 106 operations
MC1... 0.3 x 106 operations
MC2... 0.35 x 106 operations
(3) Electrical endurance AC-3: MC0... (6A) = 1.2 x 106 operations
MC1... (9A) = 0.85 x 106 operations
MC2... (12A)= 0.6 x 106 operations
(4) Terminal with wire 1.5 mm2: Ie = 16A
with wire 1 mm2: Ie = 10A
Insulated terminal type B 2.8 x 0.8 and wire 1 mm2 Ie = 8A in accordance with DIN 46247.
(5) Fast-on 1 x 6.3 terminals on request (replace letter F by H in the catalogue number)
H
I
X
For reference numbers,
see chapter X, pg. X.4
C.3
Series M
Three pole interface contactors
Admissible power AC3
Max. oper. current
1-phase
3-phase
NonMotors
inductive <440V, 115V220V 220V380V500V
load
3~
230V400V
50/60Hz
(3)
AC1
AC3
kW kW kW kW kW
A
A
Contactors
Terminal: screw
20
6
Aux.
contacts
•3
•1
•4
•2
Voltage 24V D.C, coil 1.2W (1)
(1)
Voltage 24V D.C, coil 2W (2)
Cat. no. Ref. no. Pack
Cat. no. (1) Ref. no. Pack
0.37 0.75 1.5 2.2
3
1
0
0
1
MC0I310ATD 100570
MC0I301ATD 100571
10
10
MC0K310ATD 100574
MC0K301ATD 100575
10
10
20
9
0.56 1.12 2.2 4
4
1
0
0
1
MC1I310ATD 100572
MC1I301ATD 100573
10
10
MC1K310ATD 100576
MC1K301ATD 100577
10
10
20
12
0.75 2
3 5.5 5.5
1
0
0
1
MC2I310ATD 100559
MC2I301ATD 100538
10
10
MC2K310ATD 103590
MC2K301ATD 103591
10
10
Spare coil
MB0ID
100470
10
MB0KD
(1) No possibility of adding instantaneous auxiliary contact blocks.
(2) Facility to mount an instantaneous auxiliary contact block of two contacts or two instantaneous auxiliary contact
blocks of one contact.
(3) Electrical endurance AC-3:
MC0... (6A) = 1.2 x 106 operations.
MC1... (9A) = 0.85 x 106 operations.
MC2... (12A) = 0.6 x 106 operations.
A
B
C
D
E
F
G
H
I
X
C.4
100471
10
Series M
Four poles minicontactors
Poles
Screw terminal
20
6
20
9
20
12
AC1
1.8 3.5 6.1 10.5 13.8
-
-
-
-
-
AC3
0.37 0.75 1.5 2.2 3
0.5 1
2
3
4
AC1
2.3 4.4 7.5 13 17
-
-
-
-
-
AC3
0.56 1.12 2.2 4
4
0.75 1.5 3 5.5 5.5
AC1
2.3 4.4 7.5 13 17
-
-
-
-
-
AC3
0.75 2
3 5.5 5.5
1 2.6 4 7.3 7.3
Terminal: faston 2x2.8 insulated (5)
20
6
AC1
1.8 3.5 6.1 10.5 13.8
-
-
-
-
-
AC3
0.37 0.75 1.5 2.2 3
0.5 1
2
3
4
(4)
16 9
AC1
2.3 4.4 7.5 13 17
-
-
-
-
-
AC3
0.56 1.12 2.2 4
4
0.75 1.5 3 5.5 5.5
Control circuit:
Alternating
current
Cat. no. (1)
Control circuit:
Direct current
Pack Cat. no. (1)
Ref. no. see bottom
Pack
Ref. no. see bottom
4
2
0
0
2
4
MC0A400AT ©
MC0AB00AT ©
MC0AA00AT ©
20
20
20
MC0C400AT ©
MC0CB00AT ©
10
10
4
2
0
0
2
4
MC1A400AT ©
MC1AB00AT ©
MC1AA00AT ©
20
20
20
MC1C400AT ©
MC1CB00AT ©
10
10
4
2
0
2
MC2A400AT ©
MC2AB00AT ©
20
20
MC2C400AT ©
MC2CB00AT ©
10
10
4
2
0
0
2
4
MC0A400AF ©
MC0AB00AF ©
MC0AA00AF ©
20
20
20
MC0C400AF ©
MC0CB00AF ©
3P and 4P minicontactors
Admissible power AC3
Max.oper.current
1-phase
3-phase
NonMotors
inductive <440V, 115V220V 220V380V500V
load
3~
230V400V
50/60Hz
(2)
(3)
AC1
AC3
kW kW kW kW kW
HP HP HP HP HP
A
A
A
10
10
B
4
2
0
0
2
4
MC1A400AF ©
MC1AB00AF ©
MC1AA00AF ©
20
20
20
MC1C400AF ©
MC1CB00AF ©
10
10
C
D
Terminal: printed circuit
20
6
AC1
1.8 3.5 6.1 10.5 13.8
-
-
-
-
-
AC3
0.37 0.75 1.5 2.2 3
0.5 1
2
3
4
20
9
AC1
2.3 4.4 7.5 13 17
-
-
-
-
-
AC3
0.56 1.12 2.2 4
4
0.75 1.5 3 5.5 5.5
Spare coil 4
2
0
0
2
4
MC0A400AI © 20 MC0C400AI © 10
MC0AB00AI © 20 MC0CB00AI © 10
MC0AA00AI © 20 4
2
0
0
2
4
MC1A400AI ©
MC1AB00AI ©
MC1AA00AI ©
20
20
20
E
F
MC1C400AI © 10
MC1CB00AI © 10
G
MB0A ©
10
MB0C ©
10
H
I
(1) To complete the catalogue number, replace the symbol © by the code corresponding
to the voltage and frequency of the control circuit (see C.2)
(2) Electrical endurance AC-1: MC0... 0.2 x 106 operations
MC1... 0.3 x 106 operations
MC2... 0.35 x 106 operations
(3) Electrical endurance AC-3: MC0... (6A) = 1.2 x 106 operations
MC1... (9A) = 0.85 x 106 operations
MC2... (12A)= 0.6 x 106 operations
(4) Terminal with wire 1.5 mm2: Ie = 16A
with wire 1 mm2: Ie = 10A
Insulated terminal type B 2.8 x 0.8 and wire of 1 mm2 Ie = 8A in accordance
with DIN 46247.
(5) Faston 1 x 6.3 terminals on request, (replace letter F by H in the catalogue number).
X
For reference numbers,
see chapter X, pg. X.4
C.5
Series M
Instantaneous auxiliary contact blocks
Number
contacts
Front mounting
Combinations
with basic
contactor
Contacts
in acc. with
EN 50012
Contacts
in acc.with
EN 50005
10E
Aux.contacts
Cat. no.
Ref. no. Pack
•3
•1
•4
•2
• Two or four additional contacts, to cover combinations of 3 or 5 contacts without increasing the surface are
of the basic contactor
Contactors
Screw terminal
2
A
B
C
D
E
F
G
H
I
X
C.6
21E
11
2
12E
02
2
20
2
11
2
02
1
0
2
1
0
1
2
0
1
2
MACN211AT
MACN202AT
MARN220AT
MARN211AT
MARN202AT
100999
100998
100994
100993
100992
10
10
10
10
10
4
41E
31
4
32E
22
4
23E
13
4
40
4
31
4
22
4
13
4
04
3
2
1
4
3
2
1
0
1
2
3
0
1
2
3
4
MACN431AT
MACN422AT
MACN413AT
MARN440AT
MARN431AT
MARN422AT
MARN413AT
MARN404AT
100997
100996
100995
100991
100990
100989
100988
100987
10
10
10
10
10
10
10
10
Ring terminal
2
21E
11
2
12E
02
2
20
2
11
2
02
1
0
2
1
0
1
2
0
1
2
MACN211AR
MACN202AR
MARN220AR
MARN211AR
MARN202AR
103557
103558
103349
103350
103351
10
10
10
10
10
3
2
1
4
3
2
1
0
1
2
3
0
1
2
3
4
MACN431AR
MACN422AR
MACN413AR
MARN440AR
MARN431AR
MARN422AR
MARN413AR
MARN404AR
103559
103560
103561
103352
103353
103354
103355
103300
10
10
10
10
10
10
10
10
4
41E
31
4
32E
22
4
23E
13
4
40
4
31
4
22
4
13
4
04
Series M
Instantaneous auxiliary contact blocks
Number
contacts
Lateral mounting
Combinations
with basic
contactor
Contacts
in acc. with
EN 50012
Contacts Aux.contacts
in acc.with •3
•1
EN 50005
Cat. no.
Ref. no. Pack
10E
Screw terminal
1
1
Ring terminal
1
1
20
11E
10
01
1
0
0
1
MACL110AT 100560
MACL101AT 100561
10
10
20
11E
10
01
1
0
0
1
MACL110AR 103555
MACL101AR 103556
10
10
10
01
1
0
0
1
MACL110AF 100562
MACL101AF 100563
10
10
10
01
1
0
0
1
MACL110AI 100564
MACL101AI 100565
10
10
Terminal: faston 2x2.8 insulated (1)
1
20
1
11E
Terminal: printed circuit
1
1
20
11E
3P and 4P minicontactors
•4
•2
• One or two additional blocks, to cover combinations of 1 or 2 contacts without increasing the height of the basic unit contactor
A
• One or two additional blocks, when up to 6 or 7 contacts are needed (combination possible
with frontal blocks)
• One or two additional blocks on both sides, to cover up to five contacts (combination possible only
with lateral blocks)
B
Screw terminal
1
1
10
01
1
0
0
1
MARL110ATS 100519
MARL101ATS 100520
10
10
Ring terminal
1
1
10
01
1
0
0
1
MARL110ARS 103299
MARL101ARS 103298
10
10
C
D
Terminal: faston 2x2.8 insulated (1)
1
1
10
01
1
0
0
1
MARL110AFS 100521
MARL101AFS 100522
10
10
Terminal: printed circuit
1
1
10
01
1
0
0
1
MARL110AIS 100523
MARL101AIS 100524
10
10
E
F
G
(1) Terminal with wire 1 mm2: Ie = 10A
Insulated terminal type B 2.8 x 0.8 with wire 1 mm2: Ie = 8A, in accordance with DIN 46247
H
I
X
C.7
Series M
Accessories
Electronic timer
block
Contactors
DIN rail adaptor
for electronic
timer block
Voltage suppressor
block
For use
Time
Function
with:
Lateral
or front fixing to the contactor
MCR..MC_ ...
0.5 - 60 seg.
delay ON
MCR..MC_ ...
0.2 - 24 seg.
delay ON
For fixing onto EN 50022-35
MREBC...
For use
Type
with:
Connection and (plug-in) fixing
on to the connector
MCRA,MC_ ...
R/C
MCRA,MC_ ...
R/C
Diode
MCRC,MC_ ...
MCRC,MC_ ...
Varistor
Ue
Cat. no.
Ref. no.
Pack
24... 250V AC/DC
24...250V AC/DC
MREBC10AC2
MREBC20AC2
100541
100542
10
10
MVB0R
100543
10
Control
Ue
Cat. no.
Ref. no.
Pack
MP0AAE1
MP0AAE2
MP0CAE3
MP0DAE4
100544
100545
100546
100536
10
10
10
10
Cat. no.
Ref. no.
Pack
MVP0C
100600
10
Cat. no.
Ref. no.
Pack
AC
AC
DC
AC/DC
12...60V 50/60Hz
72...250V 50/60Hz
6...250V DC
24-48V
A
B
Pole paralleling
links
C
For use
Phases
Terminal Ue
with:
capacity
To connect two, three or four phases in parallel
MC_ ...
2, 3, 4 (parallel) Ø4.5mm - 16mm2
For use
with:
Mechanical interlock and pole jumpers
MCR, MC_ ...
D
E
Mechanical
interlock
F
MMH0
100547
10
Cat. no.
Ref. no.
Pack
G
H
Identification
I
X
C.8
For use
with:
MCR, MC_ ...
MCR, MC_ ...
Labels (10 sheets of 260 labels)
Labelling plate base. Plug-in labelling plate bases
(50 pieces in one pack)
EAT 260
SPR
100548 1
100549 1
Series M
Multipack. Series M and Series CL
To reduce the amount of waste packaging material and to save time during installation,
we offer the opportunity to order contactors in a multipack without the individual packaging.
Multipack (1)
40
40
20
How to order
To order a multipack, add the suffix MP to the standard catalogue number
Example
Standard pack
MC0A310ATN
CL03A400MJ
Multipack
MC0A310ATN MP
(40 pieces)
CL03A400MJ MP
(20 pieces)
3P and 4P minicontactors
Product
Type
Standard pack
Minicontactors
MC0A...MC2A
20
Contactors
CL00A...CL25A...
20
CL03...CL45...
10
(1) The quantity ordered must be a multiple of the quantity in each multipack
( with the same frame/size and coil voltage)
A
B
C
D
E
F
G
H
I
X
C.9
Series CL
Three and four pole contactors
9 to 105A (AC3)
25 to 140A (AC1)
Contactors
• Control circuit: Alternating current up to 690V
Direct current up to 440V
• Terminal numbering in accordance with EN 50005 and EN 50012
• Fixing by clipping onto 35mm DIN rail EN 50022-35 or by screws
• Screws protected against accidental contact in accordance with VDE 0106
T.100, VBG4.
• Ring terminal version
• Three coil terminals
• Mounting possibilities of front/side instantaneous auxiliary contact blocks,
timed auxiliary contact blocks, mechanical latch, transient suppressor block
and interface modules.
• Degree of protection: IP20 to CL00 ... CL02
IP10 to CL25 ... CL10
• Maximum number of auxiliary contacts: 4 for CL00 ... CL25
6 for CL04 ... CL45
8 for CL06 ... CL10
A
Standard voltages
Standards
C
IEC/EN 60947-1
IEC/EN 60947-4-1
IEC/EN 60947-5-1
EN 50005
UL 508
NEMA ICS 1
BS 5424 & 775
D
Approvals
B
CSA 22.2/14
NFC 63-110
ASE 1025
VDE 0660/102
CENELEC HD 419
To complete the catalogue number, replace the symbol © by the code
corresponding to the voltage and frequency of the control circuit.
Alternating current (V). Dual-frequency coil
©
1
2
9
3
4
5
6
7 13 8 15
AC
24 42 48 110120220230240400440480
50/60Hz 115
Alternating current (V).
E
©
E K L N T U W Y Z
AC 32 127 220 380415500660
50Hz 230 400 690
AC 208277380480460600
60Hz
cULus
SETI
IMQ
(hasta Ith=32A)
Direct current (V)
F
For contactors type CL...D / Operating limits: 0.80 ... 1.10 x Us
G
Lloyd’s
Register
RINA
Bureau
Veritas
I
X
C.10
B D E
F
G H
I
J
K N P
R
T
X
Coil with electronic module for contactors CL...E (can also be used with alternating current)
H
©
Voltage 12 24 36 42 48 60 72 110120220230240250440
125
©
D
F
H
J
N Y
Voltage 24 42 60 110220440
28 48 72 125250
Direct current (V). Coil with wide voltage range (0.70 ... 1.30 x Us)
CE
For contactors type CL...D
Order codes
Auxiliary contact blocks
Accessories
Technical data
Terminal numbering
Dimensions
!
!
!
!
!
!
pg. C.11
pg. C.15
pg. C.16
pg. C.31
pg. C.39
pg. C.52
©
DC
WBWDWE WFWGWH WI WJ WKWNWP WR WT WX Maximun number of add-on
12 24 33 42 48 60 72 110125220230240250440
Coil with electronic module for contactors CL...E
©
WDWE WFWH WJWN
Voltage 24 33 48 72 110220
auxiliary contact blocks:
CL00D...CL02D : 2NO or 1NC
CL03D...CL45D : 1NO and 1NC
CL05D...CL10D : 4NO or 2NC
CL05E...CL10E : 4 cont. aux.
Different auxiliary contact
configurations, contact us.
Series CL
Three pole contactors. Screw terminal
Max.oper.current
Motors
Noninductive <440V,
3~
load
50/60Hz
AC3
AC1
A
A
25
9
Spare
coils
25
32
45
45
60
60
90
110
12
18
25
25
32
40
50
65
2.2 4
4 5.5
2x106
3 5.5 5.5 7.5
0
1
0
0
0
1
3 5.5 5.5 7.5
2x106
4 7.5 7.5 10
0
1
0
4 7.5 7.5 10 1.7x106
5.5 10 10 13.5
CL00A300T©
CL00A310T©
CL00A301T©
5
5
5
0
0
1
CL01A300T©
CL01A310T©
CL01A301T©
0
1
0
0
0
1
7.5 11 11 15 1.2x106 0
10 15 15 20
0
7.5 12 12 15
2x106
10 16 16 20
0
1
0
0
0
1
9 16 16 18.5 2x106
12 22 22 25
0
1
0
25
2x106
34
CL00D310T©
CL00D301T©
10
10
5
5
5
CL01D310T©
CL01D301T©
10
10
CL02A300T©
CL02A310T©
CL02A301T©
5
5
5
CL02D310T©
CL02D301T©
10
10
CL25A300T©
5
CL25D300T©
10
CL03A300M©
CL03A310M©
CL03A301M©
10
10
10
CL03D310M©
CL03D301M©
10
10
0
0
1
CL04A300M©
CL04A310M©
CL04A301M©
10
10
10
CL04D310M©
CL04D301M©
10
10
0
1
0
1
CL45A300M©
CL45A311M©
10
10
CL45D300M©
10
(2)
15 22 25 30 1.8x106
20 30 34 40
0
1
0
1
CL06A300M©
CL06A311M©
1
1
CL06D300M©
1
CL06E300M©
1
(2)
18.5 30 37 40 1.7x106
25 40 50 55
0
1
0
1
CL07A300M© 1
CL07A311M© (2) 1
CL07D300M©
1
CL07E300M©
1
11 18.5 22
15 25 30
3P and 4P contactors
Control circuit:
Control circuit:
Control circuit:
Admissible power Electrical Aux.
Alternating
Direct current
Coil with electronic
endurance contacts
AC3
current
module (AC/DC)
220V380V415V500V
230V400V440V
••33
•1•1 Cat. no. (1)
Cat.
Pack Cat. no. (1) Pack Cat. no. (1) Pack
(3)
(3)
(3)
AC3
kW kW kW kW
HP HP HP HP Operations ••44
• 2• 2 Ref. no. see bottom
Ref. no. see bottom
Ref. no. see bottom
A
C
110
80
22
30
45 1.5x10 60
0
1
0
1
CL08A300M© 1
CL08A311M© (2) 1
CL08D300M©
1
CL08E300M©
1
140
95
25 45 50 55 1.7x106
34 60 68 75
0
1
0
1
CL09A300M© 1
CL09A311M© (2) 1
CL09D300M©
1
CL09E300M©
1
140
105
30 55 55 65 1.5x106 0
40 75 75 88
1
0
1
CL10A300M©
CL10A311M©
CL10D300M©
1
CL10E300M©
1
37
50
45
60
6
B
D
CL00 - CL25
CL03 - CL45
CL06 - CL10
coil + electronic module CL06E - CL10E
LB1A ©
LB3A ©
LB4A ©
(2)
1
1
5
5
5
E
F
LB1D ©
LB3D ©
LB4D ©
5
5
1
LB4E ©
1
G
H
(1) To complete the catalogue number, replace the symbol © by the code corresponding
to the voltage and frequency of the control circuit (see C.10).
(2) Equipped with two blocks BCLF
(3) Multipack, see C.9
I
X
For reference numbers,
see chapter X, pg. X.6
C.11
Series CL
Three pole contactors. Ring terminal
Contactors
B
25
25
32
9
12
18
Control circuit:
Direct current
Cat. no. (1) Pack
(2)
Ref. no. see bottom
3 5.5 5.5 7.5
2x106
4 7.5 7.5 10
0
1
0
0 CL01A300R©
0 CL01A310R©
1 CL01A301R©
5
5
5
CL01D310R©
CL01D301R©
10
10
4 7.5 7.5 10 1.7x106
5.5 10 10 13.5
0
1
0
0 CL02A300R©
0 CL02A310R©
1 CL02A301R©
5
5
5
CL02D310R©
CL02D301R©
10
10
1.2x106
0
0 CL25A300R©
5
CL25D300R©
10
7.5
10
45
25
7.5 12 12 15
2x106
10 16 16 20
0
1
0
0 CL03A300R©
0 CL03A310R©
1 CL03A301R©
10
10
10
CL03D310R©
CL03D301R©
10
10
9 16 16 18.5 2x106
12 22 22 25
0
1
0
0 CL04A300R©
0 CL04A310R©
1 CL04A301R©
10
10
10
CL04D310R©
CL04D301R©
10
10
60
32
11
15
11
15
15
20
60
40
11 18.5 22
15 25 30
0
25
2x106
34
0 CL45A300R©
10
CL45D300R©
10
90
50
15 22 25 30 1.8x106 0
20 30 34 40
0 CL06A300R©
1
CL06D300R©
1
110
65
18.5 30 37 40 1.7x106 0
25 40 50 55
0 CL07A300R©
1
CL07D300R©
1
110
80
22 37 45 45 1.5x106 0
30 50 60 60
0 CL08A300R©
1
CL08D300R©
1
140
95
25 45 50 55 1.7x106 0
34 60 68 75
0 CL09A300R©
1
CL09D300R©
1
140
105
30 55 55 65 1.5x106 0
40 75 75 88
0 CL10A300R©
1
CL10D300R©
1
Spare coils
G
10
10
25
D
F
CL00D310R©
CL00D301R©
45
C
E
Control circuit:
Admissible power Electrical Aux.
Alternating
AC3
endurance contacts
current
220V380V415V500V
230V400V440V
•1•1 Cat. no. (1) Pack
Cat. ••33
(2)
AC3
kW kW kW kW
HP HP HP HP Operations ••44
• 2• 2 Ref. no. see bottom
2.2 4
4 5.5
2x106
0 0 CL00A300R©
5
3 5.5 5.5 7.5
1 0 CL00A310R©
5
0 1 CL00A301R©
5
A
Max.oper.current
Motors
Noninductive <440V,
load
3~
50/60Hz
AC1
AC3
A
A
CL00 - CL25
CL03 - CL45
CL06 - CL10
LB1A ©
LB3A ©
LB4A ©
5
5
5
LB1D ©
LB3D ©
LB4D ©
5
5
1
H
I
(1) To complete the catalogue number, replace the symbol © by the code corresponding to the voltage and
frequency of the control circuit (see C.10).
(2) Multipack, see C.9
X
For reference numbers,
see chapter X, pg. X.6
C.12
Series CL
Four pole contactors. Screw terminal
Admissible power Electrical Power
Max.oper.current
endurance contacts
AC1
Noninductive
220V380V415V500V
loads
230V400V440V
Cat.
AC1
AC1
AC3
kW kW kW kW
Operations
A
A
25
12
9.5 16.5 18 21.5 1.5x106 4 0
32
18
12
22
23 27.5 1.5x106
45
25
17
29
32
39
60
32
22.5 39.5 43
90
50
34
110
65
140
95
Pack Cat. no. (1)
(2)
Ref. no. see bottom
Pack
(2)
CL01A400T©
5
CL01D400T©
10
0
CL02A400T©
5
CL02D400T©
10
2x106
4
0
CL03A400M©
10
CL03D400M©
10
52
1.5x106
4
0
CL04A400M©
10
CL04D400M©
10
78
1.5x106
4
0
CL05A400M©
1
CL05D400M©
1
42 72.5 79 95 1.8x106
53 92 100 121 1.8x106
4
0
CL07A400M©
1
CL07D400M©
1
4
0
CL09A400M©
1
CL09D400M©
1
59
64
Admissible power
AC3
NonMotors
inductive <440V, 220V380V415V500V
loads
3~
230V400V440V
50/60Hz
AC3
kW kW kW kW
AC1
A
HP HP HP HP
Control circuit:
Alternating
current
Power
contacts
Cat. no. (1)
Control circuit:
Coil with electronic
module (AC/DC)
Cat. no. (1)
Ref. no. see bottom
4
Max.oper.current
Control circuit:
Direct current
Cat. no. (1)
Pack
(2)
Pack
(2)
Ref. no. see bottom
CL05E400M©
1
CL07E400M©
1
CL09E400M©
1
Control circuit:
Coil with electronic
module (AC/DC)
Cat. no. (1)
Pack
(2)
Pack
25
12
3
4
5.5 5.5 7.5
7.5 7.5 10
2
2
Ref. no. see bottom
CL01AB00T© 5
Ref. no. see bottom
CL01DB00T© 5
32
18
4 7.5 7.5 10
5.5 10 10 13.5
2
2
CL02AB00T© 5
CL02DB00T© 5
45
25
7.5
10
12
16
12
16
15
20
2
2
CL03AB00M© 10
CL03DB00M© 10
60
32
9
12
16
22
16 18.5
22 25
2
2
CL04AB00M©
10
CL04DB00M©
10
90
40
11 18.5 22
15 25 30
25
34
2
2
CL05AB00M© 1
CL05DB00M©
1
CL05EB00M©
1
110
65
18.5 30
25 40
37
50
40
55
2
2
CL07AB00M©
1
CL07DB00M©
1
CL07EB00M©
1
110
80
22
30
45
60
45
60
2
2
CL08AB00M©
1
CL08DB00M© 1
CL08EB00M©
1
37
50
CL00 - CL25
CL03 - CL45
CL05A - CL08A
Coil + Electronic module CL05E - CL08E
LB1A ©
LB3A ©
LB4A ©
LB4E ©
5
5
5
1
LB1D ©
LB3D ©
LB4D ©
Ref. no. see bottom
B
C
D
E
F
5
5
1
A
(2)
Spare coils
Cat. no. (1)
Control circuit:
Direct current
3P and 4P contactors
Control circuit:
Alternating
current
G
LB4E ©
1
H
I
(1) To complete the catalogue number, replace the symbol © by the code corresponding to the voltage and frequency of
the control circuit (see C.10).
(2) Multipack, see C.9
X
For reference numbers,
see chapter X, pg. X.6
C.13
Series CL
Four poles. Ring terminal
Contactors
Control circuit:
Max.oper.current
Admissible power Electrical Power
Alternating
AC1
endurance contacts
Noncurrent
inductive
220V380V415V500V
load
230V400V440V
Cat.
Pack
Cat. no. (1)
(2)
AC1
AC1
AC3 kW kW kW kW
Operations
A
A
Ref. no. see bottom
9.5 16.5 18 21.5 1.5x106 4 0 CL01A400R© 5
25
12
C
Spare coils
Ref. no. see bottom
CL01D400R© 10
CL02D400R© 10
2x106
4
0
CL03A400R© 10
CL03D400R© 10
52
1.5x106
4
0
CL04A400R© 10
CL04D400R© 10
78
1.5x106
4
0
CL05A400R© 1
CL05D400R© 1
42 72.5 79 95 1.8x106
53 92 100 121 1.8x106
4
0
CL07A400R© 1
CL07D400R© 1
4
0
CL09A400R© 1
CL09D400R© 1
12
22
23 27.5 1.5x106
45
25
17
29
32
39
60
32
22.5 39.5 43
90
50
34
110
65
140
95
59
64
Control circuit:
Alternating
current
Power
contacts
Admissible power
AC3
220V380V415V500V
230V400V440V
Cat. no. (1)
kW kW kW kW
HP HP HP HP
Control circuit:
Direct current
Pack
(2)
Cat. no. (1)
Pack
(2)
25
12
3
4
5.5 5.5 7.5
7,5 7,5 10
2
2
Ref. no. see bottom
CL01AB00R© 5
32
18
4 7.5 7.5 10
5.5 10 10 13.5
2
2
CL02AB00R© 5
CL02DB00R© 5
45
25
7.5
10
12
16
12
16
15
20
2
2
CL03AB00R© 10
CL03DB00R© 10
60
32
9
12
16
22
16 18.5
22 25
2
2
CL04AB00R© 10
CL04DB00R© 10
D
E
(2)
CL02A400R© 5
18
B
Pack
0
32
A
Cat. no. (1)
4
Max.oper.current
NonMotors
inductive <440V,
load
3~
50/60Hz
AC1
AC3
A
A
Control circuit:
Direct current
CL00 - CL25
CL03 - CL45
CL05A - CL08A
LR1A ©
LR3A ©
LR4A ©
5
5
5
Ref. no. see bottom
CL01DB00R© 5
LR1D ©
LR3D ©
LR4D ©
5
5
1
F
G
H
(1) To complete the catalogue number, replace the symbol © by the code corresponding to the voltage and
frequency of the control circuit (see C.10).
(2) Multipack, see C.9
I
X
For reference numbers,
see chapter X, pg. X.6
C.14
Series CL
Auxiliary contact blocks
Instantaneous Number Contacts
of contacts
• 3• 3
••11 • 7 • 7 •5 •5
• 4• 4
Frontal
mounting
Terminal: screw
2
2
2
1
2
2
2
0
1
Time
Cat. no.
Ref. no.
Pack
• 8 • 8 • 6• 6
0
0
1
0
0
0
0
1
BCLF10
BCLF01
BCLF10G
BCLF01G
104700
104701
104702
104703
10
10
10
10
0
0
0
0
BCRF10
BCRF01
108901
108902
10
10
0
0
0
0
BCLL20
BCLL11
104706
104707
10
10
For combinations of more than 4 front-mounted and 2 side-mounted auxiliary contact blocks
2
0
0
0
BRLL20
104704
10
1
1
0
0
BRLL11
104705
10
0
2
0
0
BRLL02
106622
10
A
Pneumatic timer
Front
mounting
3P and 4P contactors
Side
mounting
••22
Terminal: screw
1
1 0
1
0 1
1
0 0
1
0 0
Terminal: ring terminal
1
1 0
1
0 1
Type
Terminal: screw
2
0
2
0
2
0
2
0
0
0
0
0
1
1
1
1
1
1
1
1
Delay ON
Delay ON
Delay OFF
Delay OFF
0.1 - 30 sec.
1 - 60 sec.
0.1 - 30 sec.
1 - 60 sec.
BTLF30C
BTLF60C
BTLF30D
BTLF60D
104709
104710
104711
104712
10
10
10
10
Terminal: ring terminal
2
0 0
2
0 0
2
0 0
2
0 0
1
1
1
1
1
1
1
1
Delay ON
Delay ON
Delay OFF
Delay OFF
0.1 - 30 sec.
1 - 60 sec.
0.1 - 30 sec.
1 - 60 sec.
BTRF30C
BTRF60C
BTRF30D
BTRF60D
108903
108904
108905
108906
10
10
10
10
BTLFX
113001
5
Seaking cover protection for pneumatic timer
B
C
D
E
Accessories
Interlock
Cat. no. (1)
Ref. no.
Number
Contacts
of contacts
•3
•1 • 7
•5
•4
•2 •8
•6
-
-
-
CL00 ... CL10
BELA
104723
5
2
-
-
CL00 ... CL10
BELA02
104724
5
SBELA
101017
5
Mechanical
-
-
Mech./ electrical
2
0
Support interlock
Only for direct current contactors For use with:
Pack
F
G
CL00D...CL10D
H
I
Mechanical
latch blocks
Frontal mounted to the contactor
CL00 ... CL10
RMLF ©
see bottom
10
X
© D G HC
J
N
U
Y
50Hz 24, 32
42, 48
110, 115, 120, 127 220, 230, 240
380, 400, 415, 440, 480 500, 660/690
60HZ 24, 32
48, 60
110, 115, 120, 127 208, 220, 240, 277 380, 400, 415, 440, 480 600
DC24, 32, 36 42, 48 60, 72 110, 120, 125
220, 230, 240, 250 440
1) To complete the catalogue number, replace the symbol © by the
code corresponding to the voltage and frequency of the control
circuit (see C.10).
For reference numbers,
see chapter X, pg. X.6
C.15
Series CL
Accessories
Contactors
Transient voltage
suppressor block
A
B
C
D
E
F
G
H
I
X
C.16
For use
with:
Type
Control circuit
Ue Cat. no.
Ref. no.
Fixation to the coil terminals, that allows simultaneous use with the auxiliary contact blocks.
CL00 ... CL45
R/C
AC
12V ... 48V
BSLR2G
CL00 ... CL45
R/C
AC
50V ... 127V
BSLR2K
CL00 ... CL45
R/C
AC
130V ... 250V
BSLR2R
104713
104714
104715
10
10
10
CL05A ... CL10A
CL05A ... CL10A
CL05A ... CL10A
R/C
R/C
R/C
AC
AC
AC
12V ... 48V
50V ... 127V
130V ... 250V
BSLR3G
BSLR3K
BSLR3R
104716
104717
104718
10
10
10
CL_ _ D
Diode
DC
12V ... 600V
BSLDZ
104719
10
CL00 ... CL10
CL00 ... CL10
CL00 ... CL10
CL00 ... CL10
Varistor
Varistor
Varistor
Varistor
AC / DC
AC / DC
AC / DC
AC / DC
24V ... 48V
50V ... 127V
130V ... 250V
277V ... 500V
BSLV3G
BSLV3K
BSLV3R
BSLV3U
104720
104721
104722
110836
10
10
10
10
Electronic timer
module
Pack
Cat. no.
Ref. no.
For use Control circ.
Type
Time
with:
Fixation to the coil terminals, that allows simultaneous use with the auxiliary contact blocks.
CL00 ... CL10
24-250V AC/DC
delay ON
0.1 - 2 sec.
BETL02C
113602
CL00 ... CL10
24-250V AC/DC
delay ON
1.5 - 45 sec.
BETL45C
113603
CL00 ... CL10
CL00 ... CL10
24-250V AC/DC
24-250V AC/DC
delay OFF
delay OFF
0.1 - 2 sec.
1.5 - 45 sec.
BETL02D
BETL45D
113604
113605
Pack
5
5
5
5
Series CL
Accessories
Identification
For use with:
CL00 ... CL10
CL00 ... CL10
Cat. no.
Ref. no.
Pack
Sheets of labels (sheets of 260 labels each) Labelling plate base (50 pieces in one pack) EAT 260
SPR
100548
100549
1
1
PTP04
PTP45
PTP08
PTP10
113850
113851
113852
113853
8
6
8
8
CL03 ... CL04
CL45
CL05 ... CL08
CL09 ... CL10
Spares
Contact kits
Cat. no.
Ref. no.
Pack
For use
with:
Number of sets
Type
CL00_ _ _
3
NO
V31200B
104738
1
CL01_3_/CL01_4_
CL01_B_
3
4
NO
2NO-2NC
V31201B
VB1201B
104739
104740
1
1
CL02_3_/CL02_4_
CL02_B_
3
4
NO
2NO-2NC
V31202B
VB1202B
104741
104742
1
1
CL25_3_
3
NO
V31225B
104757
1
CL03_3_/CL03_4_
CL03_B_
3
4
NO
2NAO-2NC
V31203B
VB1203B
104743
133170
1
1
CL04_3_/CL04_4_
CL04_B_
3
4
NO
2NO-2NC
V31204B
VB1204B
104745
133885
1
1
CL45_3_
3
NO
V31245B
104758
1
CL05_4_
CL05_B_
4
4
NO
2NO-2NC
V31205B
VB1205B
104747
104748
1
1
CL06_ _ _
3
NO
V31206B
104749
1
CL07_3_/CL07_4_
CL07_B_
3
4
NO
2NO-2NC
V31207B
VB1207B
104750
104751
1
1
CL08_3_/CL08_4_
CL08_B_
3
4
NO
2NO-2NC
V31208B
VB1208B
104752
104753
1
1
CL09_ _ _
3
NO
V31209B
104754
1
CL10_ _ _
3
NO
V31210B
104755
1
3P and 4P contactors
Pole terminal
protector IPXXB
A
B
C
D
E
F
G
H
I
X
C.17
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)
A
B
C
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
J
K M N R
S
T
U V W X
Y
Z
50Hz 24 42 48 110127 220240 380 415440500660
230 400 690
D
Approvals
60Hz 24
(1)
48 110120 220277 240380480440 600
Alternating current (V). Dual-frequency coil
Three-pole contactors:
Four-pole contactors:
E
cULus
CE
©
1
2
CK75CA3..., CK08CA3..., CK85BA3...
CK07BA4..., CK08BA4...
3
6
13
50/60Hz 24 48 110 230 400
F
Alternating current (V)
G
Lloyd’s
Register
Bureau
Veritas
RINA
Three-pole contactors:
Four-pole contactors:
©
J
N U
CK13BA3...
CK13BA4...
Y
Z
50/60Hz 110220380480600
240440500660
H
Control circuit with
rectifier bridge
©
J
N U
50Hz 110220380
230400
60Hz 120240480
Direct current (V). With electronic module (0.7 ... 1.3 x Us)
Three-pole contactors: CK75CE3...., CK08CE3.....
I
©
WDWE WFWH WJWN
Voltage 24 33 48 72 110220
X
Alternating c. / Direct c. (V). With electronic module (0.8 ... 1.10 x Us)
Three-pole & four-pole contactors: CK ....... E......
Order codes !
Aux. contact blocks !
Accessories & Spares !
Technical data !
Dimensions !
C.18
pg. C.19
pg. C.20
pg. C.21
pg. C.42
pg. C.58
©
D
F
J
N U Y
Voltage 24 42 110220380440
28 48 127250415500
(1) CK13 not UL
Series CK
Three pole contactors
Max.oper.current
Admissible power AC3
Electrical
endurance
Control circuit:
Alternating
current
Control circuit:
A.C. / D.C.
Cat.
AC3
Operations
Pack
Cat. no. (1)
Ref. no. see bottom
Pack
Cat. no. (1)
Ref. no. see bottom
250
150
45 75 80 80 100
60 100 108 108 135
1.7x106
CK75CA311 ©
1
CK75CE311 ©
1
250
185
55 90 100 100 110
75 125 135 135 150
1.2x106
CK08CA311 ©
1
CK08CE311 ©
1
315
205
65 110 125 125 132
88 150 170 170 180
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 ©
220V380V415V440V500V
230V400V440V
kW kW kW kW kW
HP HP HP HP HP
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
A
1
3P and 4P contactors
AC1
A
Motors
<440V,
3~
50/60Hz
AC3
A
Noninductive
loads
C12168 ©
C04255 ©
C08998 ©
C09120 ©
1
1
1
1
B
C
KB4E ©
KB5E ©
KB6E ©
KB7E ©
KM4E ©
KM5E ©
KM6E ©
KM7E ©
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 C.18).
(2) CK13 non alow the aux. block in right side.
D
E
F
G
H
I
X
For reference numbers,
see chapter X, pg. X.7
C.19
Series CK
Four pole contactors
Max.oper.
current
Control circuit:
Control circuit:
Electrical
Alternating
A.C. / D.C.
endurance
AC1
current
220V380V415V440V500V
230V400V
Pack Cat. no. (1)
Pack
Cat. no. (1)
Cat.
AC3
kW kW kW kW kW Operations Ref. no. see bottom
Ref. no. see bottom
CK07BE411 © 1
CK07BA41 ©
1
105 76 131 143 151 173
1x106
Admissible power
AC3
380V Noninductive 400V loads
AC1
kW A
A
Contactors
200
55
325
100 185 123 214 233 247 281
0.6x106
400
132 250 152 263 287 304 346
500
600
CK08BE411 ©
1
0.6x106
CK09BE411 ©
1
160 309 191 329 359 380 415
0.6x106
CK95BE411 ©
1
220 408 228 395 431 456 519
0.5x106
CK10CE411 ©
1
700
280 530 266 460 503 533 606
0.4x106
CK11CE411 ©
1
1000
375 680 381 658 719 762 866
0.4x106
CK12BE411 ©
1
1250
450 800 476 822 898 952 1082
0.6x106 (2) CK13BA411 ©
Spare coil
B
CK07BA4
CK08BA4
CK13BA4
Control circuit with incorporated rectifier bridge CK13BA4
Coil
Electronic module
C
1
C04255 ©
C04787 ©
C08998 ©
C09120 ©
1
1
1
1
CK07BE4
CK08BE4 ... CK95BE4, CK12BE4
CK10CE4 ... CK11CE4
CK07BE4
CK08BE4 ... CK95BE4, CK12BE4
CK10CE4 ... CK11CE4
D
KB5E ©
KB6E ©
KB7E ©
KM5E ©
KM6E ©
KM7E ©
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 C.18).
(2) CK13 non alow the aux. block in right side.
E
F
Auxiliary instantaneous contact block
Number of
G
Side mounting
I
1
A
H
CK08BA411 ©
Contacts
contacts
3
•
•1 • 7
•5
•4
•6
•2 •8
2
2
0
0
0
2
1
1
0
0
combinations of more than 2 blocks
2
2
0
0
0
2
1
1
0
0
2
0
2
0
0
Cat. no.
Ref. no.
Pack
BCLL20
BCLL11
104706
104707
10
10
BRLL20
BRLL11
BRLL02
104704
104705
106622
10
10
10
X
For reference numbers,
see chapter X, pg. X.9
C.20
Series CK
Accessories
For use with:
Transient voltage
suppressor
Voltage
Ue Cat. no.
F ixation to the coil terminals, that allows simultaneous use with the auxiliary contact blocks.
CK75 ... CK08
AC
24V - 48V
BSLR3G
CK75 ... CK08
AC
50V - 127V
BSLR3K
CK75 ... CK08
AC
130V - 240V
BSLR3R
CK75 ... CK08
AC
227V - 500V
BSLV3U
Pack
AC
AC
AC
24V
260V
415V
KRC24
KRC48/260
KRC380/415
104716
104717
104718
110836
10
10
10
10
104760
104761
104762
10
10
10
CK07B ... CK12
Horizontal
BEKH
104763
1
CK07B ... CK95
CK10C ... CK12B
CK13
Vertical
Vertical
Vertical
BEKVS 1
BEKVA 1
BEKV
104786
104785
104764
1
1
1
3P and 4P contactors
CK85 ... CK13
CK85 ... CK13
CK85 ... CK13
Ref. no.
Mechanical
interlock
Mounting
A
Pole terminal
protection
CK75C ... CK08C
CK85B ... CK12B
CK08B ... CK12B
CK75C ... CK08C
CK85B ... CK95B
CK10C ... CK12B
1 pole. VDE0106
1 pole. VDE0106
1 pole. VDE0106
Contactors 3P
Contactors 4P
CM1CA5F
C09476
C09479
105200
104766
204800
1
6
8
1 pole IPXXB
1 pole IPXXB
1 pole IPXXB
PTPCK75
PTPCK95
PTPCK11
103747
103748
103749
1(1)
3(2)
1(1)
B
C
D
(1) One phase
(2) Three pole
E
Spares
Contact kits
For use
with:
Type
Cat. no.
Ref. no.
Pack
F
1
1
1
1
1
1
1
1
1
1
1
1
G
ne set consists of two fixed contacts, one moving contact and accessory parts.
O
When contact replacement is needed, it is recommended to replace all the contacts at the same time.
CK07B
NA
V1107BA
113612
CK75C
NA
V1175CA
113613
CK08C
NA
V1108CA
113614
CK08B
NA
Contactors 4P
V1108B4
113505
CK85B
NA
V1185BA
113615
CK09B
NA
V1109BA
113616
CK09B
NA
Contactors 4P
V1109B4
113899
CK95B
NA
V1195BA
113617
CK10C
NA
V1110CE
113618
CK11C
NA
V1111CE
113619
CK12B
NA
V1112BA
113620
CK13B
NA
V1113BA
113621
H
I
X
C.21
Series M
Contactors
Notes
A
B
C
D
E
F
G
H
I
X
C.22
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Series M
Technical data
General
Shock resistance (IEC 68-2-27)
MC0... MC1... MC2...
Continuously closed (at 0.8Us)
Admissible acceleration
Impulse duration
Continuously opened (no voltage)
Admissible acceleration
Impulse duration
20
9
20
12
4
750
690
4
750
690
Conformity to standards
IEC/EN 60947-1
IEC/EN 60947-4-1
IEC/EN 60947-5-1
EN 50003
EN 50005
EN 50012
SEV 10254
JIS C8325
JEM 1038
NEMA ICS-1
UL 508
CSA C22.2/14
CENELEC HD 419
VDE 0660
NFC 63110
BS 4794
25 g
11 ms
20 g
11 ms
Vibration resistance (IEC 68-2-6)
Continuously closed (at 0.8Us)
Admissible acceleration
Sweep between
Continuously opened (no voltage)
Admissible acceleration
Sweep between
15 g
10 - 200 Hz
5g (AC) - 35g (DC)
10 - 200 Hz
Mounting positions
Approvals
cULus
SETI
IMQ
Lloyd’s Register
NEMKO
DEMKO
SEMKO
RINA
Bureau Veritas
CE
A
B
With the same pick-up and drop-out voltage
With the same rated power
Ambient conditions
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
-7% of connection voltage
+4% of disconnection voltage
With the same rated power
C
7% of connection voltage
+4% of disconnection voltage
With the same rated power
D
Climatic resistance
Continuous tests 40 / 125 / 56
Cold (72h)
Temperature
Dry heat (96h)
Temperature
Relative humidity
Humid heat (56h)
Temperature
Relative humidity
Cyclic tests
First half-cycle (12h)
Low temperature
Relative humidity
Second half-cycle (12h)
Low temperature
Relative humidity
Number of consecutive cycles
3P and 4P minicontactors
Rated thermal current Ith θ ≤ 60º(1) (A)
20
Rated operational current Ie(2) (A)
6
(3 x 440V, 50/60Hz, AC-3)
Maximum number of poles
4
Rated insulation current Ui
(V)
750
Rated operational current Ue
(V)
690
(1) Insulated terminal type B 2.8 x 0.8 with wire 1 mm2:
Ie = 8A, design DIN 46 247
(2) Max.operational current AC3, 3 -phase≤ 440V,
according to IEC 947-4-1
E
Terminal capacity
-40ºC
+125ºC
< 50%
+40ºC
95%
Terminal with M3.5 screw
(with pozidrive head and safety flange)
Solid wire
mm2
Flexible wire without terminal
mm2
Flexible wire without terminal with cap mm2
mm2
Ring terminal
Tightening torque
0.8 Nm - 7 Lb/in
0.75 to 2 x 2 w.
0.75 to 2.5 x 2 w.
0.75 to 2.5 x 1 w.
0.75 to 1 x 2 w.
0.8 Nm - 7 Lb/in
+25ºC
93%
+55ºC
95%
6
F
G
H
Faston terminal 2.8 - 2 insulated terminals
Terminal for printed circuit (Ø of PCB hole)
Ring terminal cap
Fork terminal cap
mm2
1 x 2 w.
1.8 mm
7.8 mm
6.5 mm
I
X
C.23
Series M
Contactors
Control circuit
A
B
C
D
E
F
G
H
I
X
C.24
Rated insulation voltage (Ui)
(V)
Standard voltages (Us)
50Hz(V)
60Hz(V)
DC
(V)
Operating voltages limits
Operating (1)
xUs
Drop-out
xUs
Operating voltages limits with coil 50/60 Hz
Operating
xUs
Drop-out
xUs
Consumption
50 or 60Hz - monofrequency coil
Pick-up
(VA)
Seal
(VA)
50/60Hz - bifrequency coil
Pick-up
(VA)
Seal
(VA)
DC
(W)
Power factor
Magnetic circuit open
(cos ϕ)
Magnetic circuit closed
(cos ϕ)
Power dissipation
(W)
Opening and closing times
Values between ± %Us
%
Time on energisation NO
(ms)
Time on de-energisation NC
(ms)
Time on energisation NC (ms)
Time on de-energisation NO
(ms)
Values at Us
Time on excitation NO
(ms)
Time on desexcitation NC
(ms)
Time on excitation NC (ms)
Time on desexcitation NO
(ms)
Maximum time without voltage
(ms)
Mechanical endurance
Monofrequency coil
106 ops.
Bifrequency coil
106 ops.
DC
106 ops.
Maximum rate
No load
Monofrequency coil
ops./h
Bifrequency coil
ops./h
DC
ops./h
AC1 and AC3 (at rated power)
ops./h
AC4 (at rated power)
ops./h
MC _ A...
MC _ C...
MC _ I...
MC _ K...
MC _ C...W
750
750
750
750
750
24 ... 690
6 ... 600
–
–
–
6 ... 440
–
–
24
–
–
24
–
–
12 ... 440
0.8 ... 1.1
0.35 ... 0.55
0.8 ... 1.1
0.15 ... 0.4
0.8 ... 1.25
0.15 ... 0.3
0.7 ... 1.25
0.15 ... 0.35
0.7 ... 1.3
0.15 ... 0.3
0.8 ... 1.1
0.35 ... 0.55
–
–
–
–
–
–
–
–
26
4
–
–
–
–
–
–
–
–
32
6
–
–
–
3
–
–
1.2
–
–
2
–
–
4
0.8
0.35
1.4
–
–
3
–
–
1.2
–
–
2
–
–
4
+10 ... -20 6 ... 13
8 ... 16
5 ... 11
6 ... 13 +10 ... -20
22 ... 36
9 ... 12
18 ... 27
5 ... 7
+25 ... -30
30 ... 70
9 ... 16
20 ... 45
5 ... 9
+25 ... -30
20 ... 50
9 ... 16
18 ... 35
5 ... 9
+30 ... -30
17 ... 28
9 ... 12
12 ... 25
5 ... 7
7 ... 12
8 ... 16
6 ... 10
6 ... 13
3
24 ... 27
9 ... 11
20 ... 26
5 ... 8
3
25 ... 45
9 ... 16
25 ... 35
5 ... 9
3
25 ... 40
9 ... 16
20 ... 30
5 ... 8
3
11 ... 23
9 ... 11
15 ... 21
5 ... 8
3
>15
>10 –
–
–
10
–
–
10
–
–
10
–
–
10
9000
3600
–
1200
300
–
–
9000
1200
300
–
–
9000
1200
300
–
–
9000
1200
300
–
–
9000
1200
300
Series M
Main circuit (poles)
Electrical endurance
750
750
20
20
20
Category AC1
Number of
operations
0...400 0...400 0...400
160
160 160
106
106 106
90
90
90
80
80
90
470
250
125
95
70
50
40
10
470
250
125
95
70
50
40
10
32
16
12
16
1.5
32
20
16
20
1.5
32
20
16
20
1.5
Category AC3
Number of
operations
MC0...
MC1...
MC2...
470
250
125
95
70
50
40
10
MC1...
MC2...
750
3P and 4P minicontactors
A
0.6
0.6
0.128 0.228
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
> 10
B
1
> 2
1
> 2
1
>2
C
D
E
Category AC4
F
MC1.../MC2...
Number of
operations
MC0...
(1) Insulated terminal type B 2.8 x 0.8 with wire 1 mm2 Ie = 8A
acc. to DIN 46247
Standard motor
power
0.6
0.06
G
H
I
X
Standard motor
power
Rated insulation voltage (Ui)
(V)
(acc. IEC 947-4)
Rated thermal current (lth) (A)
θ ≤ 60º (1)
Frequency limits
(Hz)
Making capacity (r.m.s.) Ue ≤ 690V 50/60Hz (A)
Breaking capacity (r.m.s.) Ue ≤ 440V
(A)
Ue = 500V
(A)
Ue = 690V
(A)
Short-time current
0.3 sec.
(A)
1 sec.
(A)
5 sec.
(A)
10 sec.
(A)
30 sec.
(A)
1 min.
(A)
3 min.
(A)
Recovery time
min.
Protec. against short-circuits (IEC 947-4). w/o TOR
Coordination type “1” gL/gG
(A)
Coordination type “2” gL/gG
(A)
w/o welding contacts gL/gG
(A)
Circuit breaker rating (curve G CEE 19.1)
Impedance per pole
(mΩ)
Power dissipation per pole
AC1
(W)
AC3
(W)
Insulation resistance
Between adjacent poles
(mΩ)
Between pole and earth
(mΩ)
Between input and output
(mΩ)
Guaranteed no overlap
between NO and NC contacts
Space
(mm)
Time
(ms)
MC0...
MC 0... MC1... MC2...
C.25
Series M
Tripping characteristics (DC)
Internal auxiliary contacts
A
B
C
Rated insulation voltage (Ui) IEC 60947-5
(V)
Rated thermal current (Ith) θ ≤ 60ºC (1)
(A)
Making capacity according with IEC 60947-5-1
Ue ≤ 690 50-60 Hz
(A)
Ue ≤ 440V DC
(A)
Breaking capacity (r.m.s.) IEC 60947-5-1
AC-15
Ue ≤ 440V / 50-60 Hz
(A)
DC-13
Ue ≤ 110V DC
(A)
Ue = 220V DC
(A)
Ue = 48V DC
(A)
Minimum operational power (operational safety.)
Short-circuit protection
(A)
(max.class gl fuse) w/o welding
Insulation resistance
Between adjacent contacts
(mΩ)
Between contacts and earth
(mΩ)
Between input and output
(mΩ)
Guaranteed no overlap between NO and NC contacts
Space
(mm)
Minimal time
(ms)
Impedance
(mΩ)
Terminal capacity
750
16
160
160
106
3
1.2
10
5mA, 17V
10
> 10
> 10
> 10
0,5
>2
2.3
Same as
main circuit
(1) 1 pole in series
(2) 2 poles in series
(3) 3 poles in series
Inductive circuit. DC-13 L/R ≤ 15 ms
Electrical endurance 106 ops.
DC
(1) Insulated terminal type B 2.8 x 0.8 with wire 1 mm2 Ie = 8A acc.
with DIN 46247
Tripping characteristics (AC)
.
.
Operation AC-15
Electrical endurance
AC
.
.
D
.
E
F
Inductive circuit. DC-13 L/R ≤ 100 ms
Electrical endurance 106 ops.
DC
.
Contactors
MC0 / MC1 / MC2
(1) 1 pole in series
(2) 2 poles in series
(3) 3 poles in series
.
.
.
.
Inductive circuit. DC-13 L/R ≤ 1 ms
Electrical endurance 106 ops.
DC
.
G
.
H
.
.
I
.
.
X
C.26
.
(1) 1 pole in series
(2) 2 poles in series
(3) 3 poles in series
Series M
Instantaneous auxiliary contact blocks
Tripping characteristics (DC)
MACN..., MACL...
Tripping characteristics (AC)
Inductive circuit. DC-13 L/R ≤ 100 ms
Electrical endurance 106 ops.
DC
.
.
.
.
.
(1) 1 pole in series
(2) 2 poles in series
(3) 3 poles in series
Inductive circuit. DC-13 L/R ≤ 15 ms
Electrical endurance 106 ops.
DC
A
B
C
.
.
.
.
D
.
(1) 1 pole in series
(2) 2 poles in series
(3) 3 poles in series
E
F
Inductive circuit. DC-13 L/R ≤ 1 ms
Electrical endurance 106 ops.
DC
Operation AC-15
Electrical endurance
AC
3P and 4P minicontactors
Rated insulation voltage (Ui) acc. IEC 60947-1
(V) 750
Rated thermal current (Ith) θ ≤ 60ºC (1)
(A) 10
Making capacity (r.m.s.) according with IEC/EN 60947-5-1
AC-15
Ue ≤ 220V 50/60 Hz
(A) 73
Ue = 380V 50/60 Hz
(A) 38
Ue = 690V 50/60 Hz
(A) 22
DC-13
Ue ≤ 100V DC
(A) 2.6
L/R=100ms Ue = 220V DC
(A) 1
Ue = 440V DC
(A) 0.6
Breaking capacity (r.m.s.) acc. IEC/EN 60947-5-1
AC-15
Ue ≤ 220V 50/60 Hz
(A) 73
Ue = 380V 50/60 Hz
(A) 38
Ue = 690V 50/60 Hz
(A) 22
DC-13
Ue ≤ 100V DC
(A) 2
LR=100ms Ue = 220V DC
(A) 0,8
Ue = 440V DC
(A) 0.4
Rated voltage and rated current Ue-Ie
AC-15
according to IEC 60947 120V - 6A
230V - 6A
400V - 4A
500V - 1A
600V - 1A
according to UL, CSA A600
DC-13
according to IEC 60947 24V - 4A
48V - 2A
110V - 0.7A
220V - 0.3A
440V - 0.1A
according to UL, CSA Q600
Minimum operational power (operational safety) 5 mA, 17V
Short-circuit protection
(A) 10
(max. class gl fuse) w/o welding
Insulation resistance
Between adjacent contacts (mΩ) > 10
Between contacts an earth (mΩ) > 10
Between input and output (mΩ) > 10
Guaranteed no overlap between NO and NC contacts
Space
(mm) 0,5
Minimal time
(ms) > 2
Impedance
(mΩ) 2.4
Terminal capacity Same as main
circuit
(1) Insulated terminal type B 2.8 x 0.8 with wire 1 mm2 Ie = 8A acc.
with DIN 46247
G
H
.
.
.
.
.
.
.
.
.
I
.
.
(1) 1 pole in series
(2) 2 poles in series
(3) 3 poles in series
X
C.27
Series M
Electronic timer block
Contactors
MREBC...
A
Rated insulation voltage (Ui)
(V)
Rated thermal current (Ith) θ ≤ 60ºC (1)
(V)
Supply voltage (AC and DC) (V)
Operating limits
Voltage drop
(V)
Maximum load current at :
20ºC
(A)
40ºC
(A)
60ºC
(A)
Minimum load for safe operation
(A)
Maximum current
(A)
Leakage current at 220V
(mA)
Operational current
AC-15
(A)
DC-13
(A)
Timing range (delay ON)
(s)
Rearrangement time
(ms)
Repeatibility (accuracy)(%)
±1
Ambient temperature
storage
(ºC)
operation
(ºC)
Degree of protection
Mounting positions
Terminals : 2 free cables 750
0.55
24 to 250
0.80 to 1.1 Us
(0.85 to 1.1 Us to 12V)
<3
0.9
0.72
0.55
> 10
10A per 40 ms
<5
0.7
0.9
0.5 to 60 (± 6 s)
< 100
–55 to + 80
–5 to + 60
IP20
Any
1 mm2 (AWG 17)
250 mm
B
C
D
E
Contact sequence
Main
contact (NO)
Main
contact (NC)
Auxiliary
contact (NO)
Auxiliary
contact (NC)
F
G
Three-pole minicontactor
MC...310...
H
MC...301...
0
2 3.5
0
2 3.5
0
2 3.5
0
2 3.5
0
2.33.5
0 1.2
3.5
Four-pole minicontactor
I
MC...400...
MC...B00...
X
MC...A00...
0 1.2
3.5
0 1.2
3.5
Auxiliary contact block
MAC...
MAR...
C.28
0
2.13.5
0
1
3.5
0
2.13.5
0
1
3.5
Series M
Terminal numbering in accordance with EN 50012
Final structure of the contactor
Auxiliary contactors
Combination
Possible basic contactors
+ Auxiliary contact blocks to be added
Description
NO
NC
01E
0
1
MC_A301A...
10E
1
0
MC_A310A...
11E
1
1
MC_A310A...
+ MACN211A
21E
2
1
MC_A310A...
+ MACN211A
12E
1
2
MC_A310A...
+ MACN202A
31E
3
1
MC_A310A...
+ MACN431A
41E
4
1
MC_A310A...
+ MACN431A
22E
2
2
MC_A310A...
+ MACN422A
32E
3
2
MC_A310A...
+ MACN422A
13E
1
3
MC_A310A...
+ MACN413A
23E
2
3
MC_A310A...
+ MACN413A
11E
1
1
MC_A310A...
+ MACL101A
21E
2
1
MC_A310A...
+ MACL101A + MACL110A
12E
1
2
MC_A310A...
+ MACL101A + MACL101A
Without auxiliary contact blocks
Auxiliary contact blocks lateral mounted with one contact
3P and 4P minicontactors
Auxiliary contact blocks front mounted with two or four contacts
A
B
C
D
E
F
G
H
I
X
C.29
Series M
Terminal numbering
Base four-pole contactors. (EN 50005)
Basic three-pole contactors. (EN 50012)
MC _ _ 400A _
MC _ _ 310A _
MC _ _ B00A _
MC _ _ 301A _
MC _ _ A00A _
Contactors
Instantaneous auxiliary contact
blocks. (EN 50012)
MACL110A _
MACL101A _
MACN211A_
Instantaneous auxiliary contact
blocks. (EN 50005)
MACN202A_
MACN431A_
MARL110A_
MARL101A_
MARL110A_S
MARL101A_S
MARN220A_
MARN211A_
MARN202A_
MARN440A_
MARN431A_
MARN422A_
MARN413A_
MARN404A_
MACN422A_
A
B
MACN413A_
C
D
E
Instantaneous auxiliary contact
blocks. (EN 50005)
MARL110A_S
MARL101A_S
MARN220A_
MARN211A_
MARN202A_
MARN440A_
F
G
Voltage suppressor block
H
I
MP0AAE _
MARN431A_
MARN413A_
MP0CAE4
X
MARN404A_
C.30
MARN422A_
MP0CAE3
Series CL
Conformity to standards
IEC/EN 60947-1
IEC/EN 60947-4-1
IEC/EN 60947-5-1
UL 508
CSA 22.2/14
Climatic resistance (IEC 68-2)
EN 50005
CENELEC HD419
NF C63-110
ASE 1025
Continuous tests 40 / 125 / 56
Cold (72h)
Temperature
-40ºC
Dry heat (96h)
Temperature
+125ºC
Relative humidity < 50%
Humid heat (56h)
Temperature
+40ºC
Relative humidity 95%
UNE 20109
BS 5424 & 775
NEMA ICS 1
VDE 0660/102
Approvals
RINA
IMQ (up to Ith:32A)
Bureau Veritas
CE
+25ºC
93%
+55ºC
95%
3P and 4P contactors
cULus
SETI
Lloyd’s Register
Cyclic test (6 cycles)
Humid heat
First half-cycle (12h))
Low temperature
Relative humidity
Second half-cycle (12h)
Low temperature
Relative humidity
Mounting positions
Ambient conditions
Storage temperature
Operation temperature
Altitude
up to 3000m
from 3000 up to 4000m
from 4000 up to 5000m
-55ºC to +80ºC
-40ºC to +60ºC
Nominal values
90%Ie 80%Ue
80%Ie 75%Ue
With the same pick-up and drop-out voltage
With the same rated power
Terminal capacity and tightening torque
CL00 ... CL02
CL25
CL03 ...CL04
CL45
CL05 ... CL08
CL09 ... CL10
Solid, stranded and finely stranded
without end sleeve
(mm2)
Finely stranded with or without end sleeve
(mm2)
AWG wires
Tightening torque
(Nm)
(Lb x in.)
Solid, stranded and finely stranded
without end sleeve
(mm2)
Finely stranded with end sleeve (mm2)
Finely stranded w/o end sleeve (mm2)
AWG wires
Tightening torque
(Nm)
(Lb x in.)
Solid
(mm2)
Stranded
(mm2)
Finely stranded w/o end sleeve (mm2)
Finely stranded with end sleeve (mm2)
AWG wires
Tightening torque
(Nm)
(Lb x in.)
Solid, stranded and finely stranded
without end sleeve
(mm2)
Finely stranded w/o end sleeve (mm2)
Finely stranded with end sleeve (mm2)
AWG wires
Tightening torque
(Nm)
(Lb x in.)
Ring terminals
(Ø i)
(acc. with IEC/EN 60947-1)
(A)
Tightening torque
(Nm)
(Lb x in.)
2 x 0.5 ... 2.5
2 x 2.5 ... 6
2 x 1 ... 2,5
2 x 2.5 ... 6
2 x 20 ... 12
1.6
15
2 x 0.5 .. 2.5
2 x 2.5 ... 10
2 x 1 ... 2,5
2 x 2.5 ... 10
2 x 20 ... 8
2.2
20
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
1 ... 35
1 ... 35
1 ... 35
16 ... 2
4
35
1 ... 16
1 ... 25
1 ... 25
1 ... 25
16 ... 4
4
35
Max. 50 ... 4
Max. 25 ... 16
Max. 25 ... 16
Max. 25 ... 25
Max. 2 ... 12
Max 4 ... 4
4
35
6.2
12.5
3
26
1.5 ... 50
1.5 ... 50
1.5 ... 50
16 ... 2
5,6
50
4 ... 35
4 ... 35
4 ... 35
4 ... 35
10 ... 1
5.6
50
Max. 50 ... 35
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
–
3,6
8
1,6
15
–
0.75 ... 16
0.75 ... 16
–
0.75 ... 16
0.75 ... 16
–
1 ... 16
1 ... 16
–
18 ... 6
18 ... 6
–
1,4
1,8
–
12
16
–
0.75 ... 16
0.75 ... 16
–
0.75 ... 16
0.75 ... 16
–
0.75 ... 16
0.75 ... 16
–
1 ... 16
1 ... 16
–
18 ... 6
18 ... 6
–
1.4
1.8
–
12
16
–
Max. 16
Max. 16
–
–
–
–
Max. 6
Max. 6
–
–
1.4
1.8
–
12
16
4,2
4.2
4.2
10
10
10
1,4
1.4
1.4
12
12
12
Max. 1
5.6
50
6.2
12.5
3
26
A
B
C
D
E
F
G
H
I
X
C.31
Series CL
Power circuit
CL00
CL01
CL02
CL25
CL03
CL04
CL45
CL05
CL06
CL07
CL08
CL09
CL10
Rated thermal current Ith at θ ≤ 55ºC (A) 25
9
Rated operational current Ie AC-3 (A) Rated operational voltage Ue (V) 690
25
12
690
32
18
690
45
25
690
45
25
690
60
32
690
60
40
690
-
-
-
90
50
690
110
65
690
110
80
690
140
95
690
140
105
690
25
690
32
690
-
-
45
690
60
690
-
-
90
690
-
-
110
690
110
690
140
690
-
Three pole version
Four pole version
(4NO and 2NO+2NC)
Rated thermal current Ith at θ ≤ 55ºC (A) Rated operational voltage Ue (V) Contactors
Three and four pole
version
A
B
C
D
E
F
G
H
I
X
C.32
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)
Short-time current
1 sec.
(A)
5 sec.
(A)
10 sec.
(A)
30 sec.
(A)
1 min.
(A)
3 min.
(A)
Recovery time
(min.)
Protec. against short-circuit with fuses
without TOR
Coordination type “1”
gL/gG
(A)
Coordination type “2”
gL-gG
(A)
Without welding
gL-gG
(A)
Impedance per pole
(mΩ)
Power dissipation per pole
AC-1
(W)
AC-3
(W)
Insulation resistance
Between adjacent poles
(mΩ)
Between poles and earth (mΩ)
Between input and output (mΩ)
-
-
1000 1000
1000 1000 1000 1000 1000 1000 1000 1000 1000 1000 1000
25
25
32
45
45
60
60
90
90
110
110
140
140
25..400 25..400 25..400 25..400 25..400 25..400 25..400 25..400 25..400 25..400 25..400 25..400 25..400
450
450
450
450
550
550
550
1000 1000 1000 1000 1280 1280
250
250
130
250
250
130
250
250
130
350
320
170
450
450
205
450
450
205
450
450
205
920
920
780
920
920
780
920
920
780
920
920
780
1050
1050
950
1050
1050
950
455
205
144
85
60
35
10
455
205
144
85
60
35
10
570
254
180
104
74
46
10
630
280
200
115
80
50
10
1010
450
320
185
130
90
10
1010
450
320
185
130
90
10
1265
450
400
230
165
100
10
1580
565
500
290
205
120
10
1580
710
500
290
205
120
10
2530
1130
800
460
325
185
10
2530
1130
800
460
325
185
10
3300
1485
1050
600
430
250
10
3300
1485
1050
600
430
250
10
50
50
63
63
100
100
125
200
200
200
200
250
250
25
35
35
50
63
63
80
100
100
125
125
160
200
10
2.35
10
2.35
25
2.41
35
1.65
35
1.28
35
1.28
50
0.95
80
0.85
80
0.85
100
0.86
100
0.86
140
0.76
160
0.76
1.47
0.19
1.47
0.34
2.46
0.78
3.34
1.03
2.59
0.80
4.6
1.31
3.42
1.52
6.89
1.36
6.86
2.12
10.40
3.63
10.40
5.5
14.89
6.86
14.89
8.37
>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
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
Series CL
Control circuit
Alternating current
Rated insulation voltage Ui
CL00 ... CL25
CL03 ... CL45
CL05 ... CL08
CL09 ... CL10
1000
24...690
24...600
1000
24...690
24...600
1000
24...690
24...600
1000
24...690
24...600
0.8...1.1
0.6...0.8
0.35...0.55
0.8...1.1
0.65...0.8
0.4...0.6
0.8...1.1
0.65...0.8
0.4...0.6
0.8...1.1
0.65...0.8
0.4...0.6
0,8...1,1
0,85...1,1
0,5...0,8
0,65...0,85
0,3...0,55
0,35...0,65
0.8...1.1
0.85...1.1
0.6...0.8
0.7...0.85
0.35...0.60
0.4...0.6
0.8...1.1
0.85...1.1
0.6...0.8
0.7...0.85
0.35...0.60
0.4...0.6
0.8...1.1
0.85...1.1
0.6...0.8
0.7...0.85
0.35...0.60
0.4...0.6
6
48
9
88
15.5
190
15.5
190
6.8 / 5.6
53 / 44
2.2 / 1.8
11.4 / 9.5
120 / 100
3.2 / 2.6
20 / 16.6
245 / 204
5.2 / 4.3
20 / 16,6
245 / 204
5.2 / 4.3
0.33
0.84
0.28
0.73
0.26
0.54
0.26
0.54
6...20
6...13
7...25
5...25
9...35
9...15
9...35
9...15
8...20
6...13
10...19
5...25
15...30
9...15
15...30
9...15
15
10
15
10
15
8
15
8
9000
1200
1000
1200
360
3600
9000
1200
1000
1200
360
3600
9000
1200
1000
1200
200
3600
5000
1200
750
600
200
3600
(V) (V) (V) Coils with
electronic module
Direct current
Rated insulation voltage Ui
(V)
Standard voltages Us (V)
Operating limits
Operating
xUs
Pick-up
xUs
Drop-out
xUs
Consumption
Magnetic circuit closed
(W)
Magnetic circuit opened (W)
Opening and closing times
Values between + 10 % Us and – 20 % Us
Time on energisation (NO)
(ms)
Time on de-energisation (NO)
(ms)
Values at Us
Time on energisation (NO)
(ms)
Time on de-energisation (NO)
(ms)
Mechanical endurance
106 ops.
Maximum rate
No load
ops./h
AC1 and AC3 at rated power
ops./h
AC4 at rated power
ops./h
CL00D
...
CL25D
1000
12...440
3P and 4P contactors
Standard voltages Us 50 Hz Standard voltages Us 60 Hz
Voltage operating limits monofrequency coils
Operating
xUs Pick-up
xUs Seal
xUs Voltage operating limits 50/60 Hz coils
Operating 50 Hz
xUs Operating 60 Hz
xUs Pick-up 50 Hz
xUs Pick-up 60 Hz
xUs Seal 50 Hz
xUs Seal 60 Hz
xUs Consumption monofrequency coils
Magnetic circuit closed
(VA) Magnetic circuit opened (VA)
Consumption bifrequency coils
Magnetic circuit closed (50 Hz/60 Hz)
(VA) Magnetic circuit opened (50 Hz/60 Hz)
(VA) Thermal power dissipation (50 Hz/60 Hz)
(W) Power factor
Magnetic circuit closed
cos ϕ Magnetic circuit opened
cos ϕ Opening and closing times
Values between + 10 % Us and – 20 % Us
Time on energisation (NO)
(ms) Time on de-energisation (NO)
(ms) Values at Us
Time on energisation (NO)
(ms) Time on de-energisation (NO)
(ms) Mechanical endurance
Monofrequency coils
106 ops. Bifrequency coils (at 50 Hz)
106 ops. Maximum rate
Monofrequency coils. No load
ops./h AC-1 at rated power
ops./h AC-2 at rated power
ops./h AC-3 at rated power
ops./h AC-4 at rated power
ops./h Bifrequency coils. No load
ops./h A
B
C
D
E
Coils with
wide voltage range
CL03D
...
CL45D
CL05E
...
CL08E
CL09E
...
CL10E
CL00D..W
...
CL25D..W
CL03D..W
...
CL45D..W
CL05D..W
...
CL10D..W
1000
12...440
1000
24...440
1000
24...440
1000
12...440
1000
12...440
1000
12...440
0.8...1.1
0.8...1.1
0.45...0.65 0.45...0.65
0.15...0.3 0.15...0.3
0.8...1.1
0.8...1.1
0.70...0.80 0.70...0.80
0.4...0.6
0.4...0.6
0.7...1.3
0.7...1.3
0.45...0.55 0.45...0.55
0.15...0.3 0.15...0.3
F
G
0.7...1.3
0.45...0.55
0.15...0.3
H
5.5
5.5
8
8
10
170
10
170
6.5
6.5
10.4
10.4
20
20
I
35...65
6...15
35...70
40...65
60...80
40...50
60...80
40...50
26...55
6...15
30...65
5...10
64...133
20...23
X
35...45
7...12
15
40...55
30...65
15
50...60
55...60
12
50...60
55...60
12
35...45
7...12
15
40...55
6...8
15
75...95
20...22
12
3600
1200
360
3600
1200
360
2500
1200
200
2500
600
200
3600
1200
360
3600
1200
360
3600
1200
200
C.33
Series CL
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 +
% oper AC-4
100
Contactors
Category AC1
Number of
operations
A
B
Ic=Ie
for all voltages
C
D
Category AC2
E
Number of
operations
F
G
H
C.34
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
Rated motor
power
(Ic = 2,5 Ie)
.
X
.
.
I
X
(AC-3)
-1 )
( Elec.endur.
Elec.endur.(AC-4)
Series CL
Category AC3
3P and 4P contactors
Number of
operations
.
.
.
.
.
B
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
A
Rated motor
power
(Ic = Ie)
C
Category AC4
D
E
Number of
operations
F
G
H
.
.
.
.
.
.
X
.
.
.
.
.
.
.
.
.
.
.
.
.
.
.
Rated motor
power
(Ic = 6 Ie)
.
I
C.35
Series CL
Internal auxiliary contacts
Contactors
CL00 ... CL02
A
Rated insulation voltage Ui according to IEC 60947
(V)
Rated thermal current Ith a θ ≤ 55ºC
(A)
Making capacity (r.m.s.) acc. to IEC 60947
AC-15 Ue ≤ 400V, 50/60 Hz
(A)
DC-13
Ue ≤ 220V DC
(A)
Breaking capacity (r.m.s.) acc.to IEC 60947
AC-15
Ue ≤ 400V, 50/60 Hz
(A)
DC-13
Ue ≤ 220V DC
(A)
AC-15 Rated voltage and current Ue-Ie according to IEC
according to UL, CSA
DC-13 Rated voltage and current Ue-le
according to IEC
according to CSA
Electrical endurance
ops.
Minimum operational power (operational safety)
Short-circuit protect. Max.fuse class gl-gG without welding
(A)
Insulation
Between contacts
(mΩ)
resistance
Between contacts and earth
(mΩ)
Between input and output
(mΩ)
Guaranteed no overlap between NO and NC contacts
Space
(mm)
Time
(ms)
Impedance of the contacts
(mΩ)
CL03 ... CL04
1000
20
1000
20
250
250
250
250
250
2
110/120V-10A
220/230V-10A
400/380V-6A
415/450V-5A
500V-4A
690/660V-2A
A600 24V-6A
48V-4A
110V-2A
220V-0.7A
440V-0.35A
P600 106
17V - 5mA
10
> 10
> 10
> 10
250
2
110/120V-10A
400/380V-6A
500V-4A
230/220V-10A
415/450V-5A
690/660V-2A
A600
24V-6A
110V-2A
440V-0.35A
48V-4A
220V-0.7A
P600
106
17V - 5mA
10
> 10
> 10
> 10
1.3
1.5
1.28
2.6
1.5
1.28
Instantaneous
BCLF..., BCRF..., BCLL..., BRLL...
Timed blocks
BTLF..., BTRF...
B
Auxiliary contact blocks
C
D
E
F
G
H
I
X
C.36
Rated insulation voltage Ui according to IEC 60947
(V)
1000
1000
Rated thermal current lth at θ ≤ 55ºC
(A)
10
10
Making capacity (Ieff) according to IEC 60947
AC-15 Ue ≤ 400V, 50/60 Hz
(A)
90
90
DC-13 Ue ≤ 220V DC
(A)
90
90
Breaking capacity (Ieff) according to IEC 60947
AC-15
Ue ≤ 400V, 50/60 Hz
(A)
60
60
DC-13 Ue ≤ 220V, DC
(A)
0.95
0.95
AC-15 Rated voltage and current Ue-Ie
according to IEC
120/110V-6A 230/220V-6A
120/110V-6A 230/220V-6A
400/380V-4A 440/415V-3.5A
400/380V-4A 440/415V-3.5A
500V-2.5A 690/660V-1.5A
500V-2.5A 690/660V-1.5A
according to UL, CSA
A600
A600
DC-13 Rated voltage and current Ue-Ie
according to IEC
24V-4A
48V-2A
24V-4A
48V-2A
110V-0.7A
220V-0.3A
110V-0.7A
220V-0.3A
440V-0.15A
440V-0.15A
according to UL, CSA
Q600
Q600
Electrical endurance
106 ops.
1
1
Mechanical endurance
106 ops.
10
5
Minimum operational current (operational safety)
17V - 5mA
17V - 5mA
Short-circuit protect. Max.fuse class gl-gG without welding
(A)
10
10
Insulation
Between contacts
(mΩ)
> 10
> 10
resistance
Between contacts and earth
(mΩ)
> 10
> 10
Between input and output
(mΩ)
> 10
> 10
Guaranted no overlap between NO and NC contacts
Space
(mm)
1.3
1.3
Time
(ms)
1.5
5
Impedance of the contacts
(mΩ)
1.28
1.28
Timing (ambient temperature between – 25ºC and + 55ºC)
Accuracy
–
± 5%
Loss of accuracy 0.5 x 106 ops.
–
+ 20%
Loss of accuracy per rise ºC (0 - 55ºC)
– + 0.75% per ºC
Series CL
Mechanical latch blocks
RMLF...
according to UL/CSA
Utilisation DC-13 according to IEC
according to UL/CSA
Mechanical endurance
CL00...CL45
CL05...CL10
Wiring diagram Alternating current
1000 V
24...690 V
0.75...1.1 xUs
210 W / VA
130 W / VA
10 ms
auto cut-out by integral contact
by local push-button
40 ms auto cut-out by integral contact
by local push-button
120V - 6A
230V/220V - 4A
400V/380V - 2.5A
500V - 1.5A
690V/660V - 1A
A600
24V - 3A
48V - 1.5A
110V - 0.6A
220V - 0.3A
400V - 0.15A
Q600
3P and 4P contactors
Rated insulation voltage Ui
Standard voltages Us : 50 to 60 Hz and DC
Operating limits
Consumption for unlatching (auto cut-out)
24 to 72 V
110 to 440 V
Electrical unlatching control (1)
Minimum impulse
Maintained
Manual unlatching control
Electrical making control
Minimum pulse
Manual making control
Auxiliary contact NC
Utilisation AC-15 according to IEC
3 million (1200 ops./h)
0.1 million (300 ops./h)
A
B
Alternating current / Direct current
C
(1) The contactor coil and the unlatch control must not be energised simultaneously
D
E
Terminal capacity
Terminal: screw
BCLF, BCLL, BTLF y RMLF
Solid
Stranded and finely stranded without end sleeve
Finely stranded with end sleeve
AWG wires, solid and stranded
Tightening torque
Ring terminal
Øi
A
Tightening torque
Terminal: ring terminal
BCRF, BTRF
2 x 0.5 to 2.5 or 1 x 4
2 x 0.5 to 2.5 or 1 x 4
2 x 0.5 to 2.5 or 1 x 4
12 - 22 AWG 75ºC
1.1 Nm / 10 Lb x in.
F
G
3.6 min.
6.5 max.
0.8 Nm / 7 Lb x in.
H
I
X
C.37
Series CL
Contact sequence
Basic contactor
Auxiliary contact blocks
Front mounted
BCLF 01
BCRF 01
BCLF 10
BCRF 10
Three pole
contactors
3 NO
Auxiliary contact blocks
Lateral mounted
BCLL 20
BRLL 20
BCLL 11
BRLL 11
CL00...
CL01...
CL02...
0
3.3
4.7 0
3.2
4.7 0
CL25...
0
3
5.1 0
3.7
5.1 0
CL03...
CL04...
0
4
5.6 0
3.7
5.6 0
CL45...
0
4.3
6.5 0
CL06...
0
5.4
8 0
3.7
8 0 1.6
8 0
3.7
8 0
0
8 0
3.7
8 0 1.6
8 0
3.7
8 0
1.6
CL07...
CL08...
1.6
CL09...
0
5.6
8 0
3.7
8 0 1.6
8 0
3.7
8 0
CL10...
0
5.6
8 0
3.7
8 0 1.6
8 0
3.7
8 0
CL01...
CL02...
0
3.3
4.7 0
3.2
4.7 0
1.4
4.7 0
3.2
4.7 0
D
CL03...
CL04...
0
4
5.6 0
3.7
5.6 0
1.6
5.1 0
3.7
5.6 0
E
CL05...
0
5.4
8 0
3.7
8 0 1.6
8 0
3.7
8 0
0
8 0
3.7
8 0 1.6
8 0
3.7
8 0
1.6
CL07...
1.6
CL09...
0
8 0
3.7
8 0 1.6
8 0
3.7
8 0
1.4
4.7 0
3.2
1.6
5.1 0
3.7 5.1 0
1.6
5.6 0
3.7 5.6 0
4.7 0
Contactors
6.5 0
1.6
6.5 0
3.7
4.8
B
Four pole
contactors
4 NO
4.8
4.7
3.7
5.1
3.7
5.6
1.4
1.6
1.6
6.5 0
A
C
3.7
3.2
3.7
6.5
1.6
3.7
8
3.7
8
3.7
8
3.7
8
1.6
1.6
3.2
4.7
3.7
5.6
1.4
1.6
3.7
8
3.7
8
3.7
8
F
5.6
G
H
CL01... 0
Four pole
contactors CL02...
2 NO + 2 NC
CL07... 0
CL08...
C.38
3.2
4,7 0
1.4
4.7 0
3.2
4.7 0
4
5.6 0
3.7
5.6 0
1.6
5.1 0
3.7
5.6 0
5.4
8 0
3.7
8 0 1.6
8 0
3.7
8 0
8 0
3.7
8 0 1.6
8 0
3.7
8 0
3.7
4.8
4.3
1.6
3.2
4.7
1.4
1.5
CL05... 0
X
4.7 0
1.6
CL03... 0
CL04...
I
3.3
3.7
5.6
1,6
3.7
8
3.7
8
1.6
1.6
Series CL
Terminal numbering
Three-pole and four-pole AC contactors
CL00A300_ _ ... CL10A300_ _
CL25D300_ _ ... CL45D300_ _
CL06E300_ _ ... CL10E300_ _
CL00_301_ _ ... CL02_301_ _
CL03_301_ _ ... CL04_301_ _
CL45A311_ _ ... CL10A311_ _
CL25_301_ _
CL00A400_ _ ... CL08A400_ _
CL01D400_ _ ... CL04D400_ _
CL05E400_ _ ... CL09E400_ _
CL01AB00_ _ ... CL08AB00_ _
CL01DB00_ _ ... CL04DB00_ _
CL05EB00_ _ ... CL08EB00_ _
Auxiliary contact blocks. Front mounting
BC_ F10
BC_ F01
BCLF10G
Auxiliary contact blocks. Lateral mounting
BCLF01G
BCLL20
BCLL11
3P and 4P contactors
CL25_310_ _
CL00_310_ _ ... CL02_310_ _
CL03_310_ _ ... CL04_310_ _
A
BRLL20
BRLL11
B
Pneumatic timer blocks
BT_F_C
BT_F_D
C
Electronic timer blocks
Mechanical and mechanical/electrical interlock
BELA
BETL_ _C
BETL_ _D
D
BELA02
E
F
Voltage suppressor blocks
BSLR2, BSLR3
IMRC
BSLDZ
IMD1Z
BSLV3
IMV3
Mechanical latch block
RMLF
c. alterna
AC /DC
G
H
Interface modules
IMRD, IMRG
IMSSD
IMRFD, IMRFG
IMAMS
I
X
C.39
Series CL
Terminal numbering according to EN 50012
Auxiliary contacts
Possible basic contactors
+ Auxiliary contacts blocks to be added
Combination
Description
NO
NC
10E
1
0
01E
0
1
Without auxiliary contact blocks
CL00_310_... - CL04_310_...
CL00_301_... - CL04_301_...
Contactors
Front mounting auxiliary contact blocks with one contact each
A
11E
1
1
CL00_310_... - CL04_310_...
+ BC_F01
21E
2
1
CL00_310_... - CL04_310_...
+ BC_F01 + BC_F10
12E
1
2
CL00_310_... - CL04_310_...
+ BC_F01 + BC_F01
31E
3
1
CL00_310_... - CL04_310_...
+ BC_F01 + BC_F10
+ BC_F10
41E
4
1
CL00_310_... - CL04_310_...
+ BC_F01 + BC_F10
+ BC_F10 + BC_F10
22E
2
2
CL00_310_... - CL04_310_...
+ BC_F01 + BC_F01
+ BC_F10
32E
3
2
CL00_310_... - CL04_310_...
+ BC_F01 + BC_F01
+ BC_F10 + BC_F10
13E
1
3
CL00_310_... - CL04_310_...
+ BC_F01 + BC_F01
+ BC_F01
23E
2
3
CL00_310_... - CL04_310_...
+ BC_F01 + BC_F01
+ BC_F01 + BC_F10
B
C
D
E
F
G
Lateral mounting auxiliary contact blocks with two contacts each
H
11E
1
1
CL00_300_... - CL45_300_...
+ BCLL11
I
31E
3
1
CL00_300_... - CL45_300_...
+ BCLL11 + BCLL20
X
22E
2
2
CL00_300_... - CL45_300_...
+ BCLL11 + BCLL11
The maximum number of auxiliary contacts is 4 for CL00 to CL25, 6 for CL03 -CL04 and 8 for CL45, CL06 to CL10.When using the pneumatic BTLF-block,
thesenumbers are reduced to two, resp .four.( 2 for CL00 to CL25, 4 for CL03 and CL04, etc.)
C.40
Series CL
Terminal numbering according to EN 50012 (continued)
Auxiliary contacts
Combination
Description
NO
Possible basic contactors
+ Auxiliary contacts blocks to be added
NC
Without auxiliary contact blocks
CL25_300_... - CL45_300_...
CL06_300_... - CL10_300_...
10E
1
0
CL25_300_... - CL45_300_...
+ BC_F10
CL06_300_... - CL10_300_...
+ BC_F10
01E
0
1
CL25_300_... - CL45_300_...
+ BC_F01
CL06_300_... - CL10_300_...
+ BC_F01
11E
1
1
CL25_300_... - CL45_300_...
+ BC_F10 + BC_F01
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01
21E
2
1
CL25_300_... - CL45_300_...
+ BC_F10 + BC_F01
+ BC_F10
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01
+ BC_F10
CL25_300_... - CL45_300_...
+ BC_F10 + BC_F01
+ BC_F01
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01
+ BC_F01
CL25_300_... - CL45_300_...
+ BC_F10 + BC_F01
+ BC_F10 + BC_F10
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01
+ BC_F10 + BC_F10
12E
31E
41E
22E
32E
13E
23E
1
3
4
2
3
1
2
2
1
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01 + BC_F10
+ BC_F10 + BC_F10
1
2
CL25_300_... - CL45_300_...
+ BC_F10 + BC_F01
+ BC_F01 + BC_F10
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01 + BC_F01
+ BC_F10 + BC_F10
2
3
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01
+ BC_F01 + BC_F10
CL25_300_... - CL45_300_...
+ BC_F10 + BC_F01
+ BC_F01 + BC_F01
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01
+ BC_F01 + BC_F01
CL06_300_... - CL10_300_...
+ BC_F10 + BC_F01 + BC_F01
+ BC_F01 + BC_F10
3
3P and 4P contactors
Front mounting auxiliary contact blocks with one contact each
A
B
C
D
E
F
G
H
Lateral mounting auxiliary contact blocks with two contacts each
11E
1
1
CL25_300_... - CL45_300_...
+ BCLL11
CL06_300_... - CL10_300_...
+ BCLL11
31E
3
1
CL25_300_... - CL45_300_...
+ BCLL11 + BCLL20
CL06_300_... - CL10_300_...
+ BCLL11 + BCLL20
22E
2
2
CL25_300_... - CL45_300_...
+ BCLL11 + BCLL11
CL06_300_... - CL10_300_...
+ BCLL11 + BCLL11
I
X
C.41
Series CK
Mounting positions
Conformity to standards
IEC/EN 60947-1
IEC/EN 60947-4-1
CENELEC HD 419
UL 508
EN 50005
NF C 63-110
ASE 1025
CSA 22.2/14
UNE 20109
BS 5424 & 775
NEMA ICS 1
VDE 0660/102
Approvals
cULus
NOM
Lloyd’s Register
RINA
FI
Bureau Veritas
CE
With the same pick-up and drop-out voltage
With the same rated power
Contactors
Ambient conditions
A
B
C
D
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
E
F
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)
G
AWG wires with end sleeve (mm2)
H
Busbars
Tightening torque
I
X
C.42
(Nm)
(Lb x in))
CK75C
CK08C
CK08B
CK95B
CK10C
CK11C
CK12B
CK13B
–
–
–
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
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 350
2 x 500
2 (35 x 10) 2 (35 x 10)
31.5
31.5
275
275
Series CK
Power circuit
Three pole contactors
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
CK09B
CK95B
CK10C
CK11C
CK12B
CK13B
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
3P and 4P contactors
Rated thermal current Ith at θ ≤ 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
(mΩ)
Power dissipation
AC-1
(W)
per pole
AC-3
(W)
Insulation resistance
Between adjacent poles
(mΩ)
Between poles and earth
(mΩ)
Between input and output
(mΩ)
CK75C
A
B
C
Four pole contactors
Rated thermal current Ith at θ ≤ 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
(mΩ)
Power dissipation per pole
AC-1
(W)
Insulation resistance
Between adjacent poles
(mΩ)
Between poles and earth
(mΩ)
Between input and output
(mΩ)
CK07B
CK08B
200
690
1000
200
25...400
1150
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
325
1000
1000
325
25...4000
1850
D
E
F
G
H
I
X
C.43
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
A
B
Ic=Ie
for all voltages
C
D
E
Category AC2
Number of
operations
F
G
H
I
.
X
Rated motor
power
(Ic = 2.5 Ie)
C.44
% oper AC-4
100
X
(AC-3)
-1 )
( Elec.endur.
Elec.endur.(AC-4)
Series CK
Electrical endurance (continued)
Category AC3
Number of
operations
.
3P and 4P contactors
Rated
motor
power
(Ic = Ie)
A
B
C
Category AC4
D
E
Number of
operations
F
G
H
.
I
Rated
motor
power
(Ic = 6 Ie)
X
C.45
Series CK
Three pole contactors. Control circuit
Alternating current
Contactors
CK75CA CK08CA
(V) 1000
1000
(V) 24...690
24...690
A
B
C
D
Rated insulation voltage Ui
Standard voltages Us (50/60 Hz)
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 ϕ)
closed
CK....E
(cos ϕ)
Magnetic circuit
CK....A
(cos ϕ)
open
CK....E
(cos ϕ)
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
AC-2 at rated power
ops./h
AC-4 at rated power
ops./h
0.8...1.1
0.4...0.6
CK85BA
CK85BE
CK09BE
CK95BE
CK10CE
CK11CE
CK12BE
CK13BA
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...440
0.8...1,1
0.4...0,6
0.8...1.1
0.4...0.6
0.8...1,1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
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
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...70
80...90
80...90
70...80
50...55
10...13
10...13
10...15
13...17
13...17
40...50
40...50
70...80
115...130
10
10
10
10
10
10
10
10
3
2400
600
250
150
2400
600
250
150
2400
600
250
150
1200
600
250
150
1200
600
250
150
900
300
200
120
900
300
200
120
900
300
200
120
600
120
120
120
CK08CE
CK85BE
CK09BE
CK95BE
CK10CE
CK11CE
CK12BE
Rated insulation voltage Ui
Standard voltages Us (50/60 Hz)
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
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
0.8...1.1
0.4...0.6
E
F
G
H
I
X
C.46
Direct current
CK75CE
1000
(V) (V) 24...500
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.35...0.5
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1,1
0.4...0,6
2
135
2
135
3.5
350
3.5
350
3.5
350
4
405
4
405
60...70
60...70
60...70
60...70
60...70
80...90
80...90
70...80
13...17
13...17
13...17
13...17
13...17
40...50
40...50
40...50
10
10
10
10
10
10
10
10
1200
600
150
1200
600
150
1200
600
150
1200
600
150
1200
600
150
900
300
120
900
300
120
900
300
120
4.5
650
Series CK
Four pole contactors. Control circuit
Alternating current
1000
24...690
0.8...1.1
0.4...0.6
CK08BA
CK08BE
CK09BE
CK95BE
CK10CE
CK11CE
CK12BE
CK13BA
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
24...690
1000
110...440
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.25...0.55
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
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
110...115
50...55
10...15
13...17
70...80
70...80
70...80
40...50
70...80
70...80
10
10
10
10
10
10
10
3
2400
600
900
600
900
600
900
600
900
300
900
300
900
300
600
120
3P and 4P contactors
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 ϕ)
closed
CK....E
(cos ϕ)
Magnetic circuit
CK....A
(cos ϕ)
open
CK....E
(cos ϕ)
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
A
B
C
D
E
Direct current
F
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
1000
24...500
0.75...1.1
0.4...0.6
CK08BE
CK08BE
CK95BE
CK10CE
CK11CE
CK12BE
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
1000
24...500
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
0.8...1.1
0.4...0.6
3.5
350
4.5
650
4.5
650
4.5
650
4.5
650
4.5
650
4.5
650
60...70
70...80
70...80
70...80
80...90
80...90
110...115
13...17
70...80
70...80
70...80
40...50
40...50
70...80
10
10
10
10
10
10
10
1200
600
900
600
900
600
900
600
900
600
900
300
900
300
G
H
I
X
C.47
Series CK
Contact sequence
Basic contactor
Auxiliary contact blocks
Lateral mounted
BCLL 20
BRLL 20
BCLL 11
BRLL 11
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
17.5 0 3.5
CK07B...
0
7.7
0
10.7 0
CK08B...
CK09B...
CK95B...
0
10.4 14
CK10C...
CK11C...
0
12 17
CK12B...
CK13B...
0
7.3 10.4
0 3.5
10.4 0 3.5
10.4
1,8
3.5
14
0
3.5
14
1,8
17
0 3.5
17
Contactors
1.8
17.5
1.8
10.7
3.5
A
0
3.5
14
17
10.7
3.5
14
1.8
0
0 3.5
3.5
1.8
0
3.5
17
1.8
B
12.6 17.5
0 3.5
17.5 0 3.5
17.5
1.8
C
Numbering of the terminals
D
E
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
Mechanical interlock
F
G
H
I
X
C.48
BEKV, BEKVA1, BEKVS1, BEKVH
Series CK
Notes
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3P and 4P contactors
.
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A
B
C
D
E
F
G
H
I
X
C.49
Series M
Dimensional drawings
Three and four pole minicontactors
Screw terminal
0.170 kg
MC_C_ _ _ AT◆ 0.210 kg
MC_I _ _ _ ATD 0.225 kg
MC_K_ _ _ ATD 0.225 kg
Contactors
Ring terminal
0.025 kg
0.040 kg
Ring terminal
MC_A_ _ _ AR◆ 0.170 kg
A
MACN2 _ _AT - MARN2 _ _AT
MACN4 _ _AT - MARN4 _ _AT
.
.
.
Screw terminal
.
.
MC_A_ _ _ AT◆
Auxiliary contact block. Lateral mounting
.
.
MC_C_ _ _ AR◆ 0.210 kg
MACN2 _ _AR - MARN2 _ _AR
MACN4 _ _AR - MARN4 _ _AR
0.025 kg
0.040 kg
.
B
Terminal: faston 2x2.8 insulated
Terminal: faston 2x2,8 insulated
C
MC_A_ _ _ AF◆ 0.165 kg
MC_C_ _ _ AF◆ 0.210 kg
.
.
.
D
E
G
.
.
MC_A_ _ _ A I◆ 0.165 kg
.
.
.
.
.
.
.
.
X
C.50
.
.
.
H
I
.
Terminal: printed circuit
.
.
F
0.035 kg
0.035 kg
MACF4 _ _AF
MARF4 _ _AF
Drilling templates
MC_C_ _ _ A I◆ 0.210 kg
Series M
Auxiliary contact blocks. Lateral mounting
Screw terminal
Electronic timer block
MREBC _0AC2
.
.
.
.
(1) Frontal mounting
(2) Lateral mounting
(1) AC-control.
(2) DC-control.
Voltage suppressor block
Ring terminal
0.013 kg
0.013 kg
MACL_ _ _AR
MARL_ _ _ARS
MP0A_AE_
MP0C_AE3
0.010 kg
0.010 kg
.
.
.
3P and 4P minicontactors
0.013 kg
0.013 kg
MACL_ _ _AT
MARL_ _ _ATS
0.040 kg
A
(1) AC-control.
(2) DC-control.
B
Terminal: faston 2x2.8 insulated
MACL _ _AF
MARL _ _AFS
0.009 kg
0.009 kg
C
.
.
D
E
(1) AC-control.
(2) DC-control.
Terminal: printed circuit
MACL _ _AI
MARL _ _AIS
.
.
.
0.009 kg
0.009 kg
(1) AC-control.
(2) DC-control.
F
G
H
I
X
C.51
Series CL
Dimensional drawings. Three pole contactors
Alternating current
CL00A3...., CL01A3...., CL02A3....
CL25A3....
0.280 kg
0.270 kg
0.280 kg
0.280 kg
.
.
Types
Terminal : ring terminal
CL03A3...., CL04A3....
CL45A3....
0.490 kg
0.520 kg
0.500 kg
.
.
Types
Terminal : ring terminal
.
.
.
.
Contactors
.
.
.
.
A
Types
Terminal : ring terminal
B
C
Types
Terminal : ring terminal
CL06A3...., CL07A3...., CL08A3....
CL09A3...., CL10A3....
1.105 kg
1.450 kg
1.120 kg
1.130 kg
1.470 kg
.
D
E
F
G
H
I
X
C.52
.
.
Types
Terminal : ring terminal
Dimension in function
of the thickness
(ring terminal)
.
Types
Terminal : ring terminal
Dimension in function
of the thickness
(ring terminal)
Series CL
Three pole contactors
Direct current
CL00D3...., CL01D3...., CL02D3....
CL25D3....
0.490 kg
0.480 kg
0.490 kg
0.490 kg
.
.
.
.
Types
Terminal : ring terminal
CL03D3...., CL04D3....
CL45D3....
0.480 kg
0.825 kg
0.835 kg
.
3P and 4P contactors
.
.
.
Types
Terminal : ring terminal
.
A
.
.
.
Types
Terminal : ring terminal
Types
Terminal : ring terminal
CL06D3...., CL07D3...., CL08D3....
CL09D3...., CL10D3....
1.110 kg
1.440 kg
1.110 kg 1.110 kg
C
1.440 kg
D
.
Types
Terminal : ring terminal
Coil with electronic module
E
F
G
CL06E3...., CL07E3...., CL08E3....
CL09E3...., CL10E3....
1.095 kg
1.440 kg
1.110 kg 1.120 kg
Dimension in function
of the thickness (ring
terminal)
Types
Terminal : ring terminal
Dimension in function of the thickness
(ring terminal)
.
.
B
H
1.460 kg
.
.
.
I
.
X
C.53
Series CL
Dimensional drawings. Four pole contactors
Alternating current
CL01A4...., CL02A4...., CL01AB...., CL02AB....
CL03A4...., CL04A4...., CL03AB...., CL04AB....
0.280 kg
0.490 kg
0.280 kg
0.280 kg
0.280 kg
0.500 kg
.
0.490 kg
0.500 kg
.
.
.
.
CL05A4...., CL07A4...., CL05AB...., CL07AB...., CL08AB...
CL09A4....
1.240 kg
1.450 kg
1.270 kg
D
1.240 kg
1.270 kg
1.270 kg
.
Types
Terminal : ring terminal
B
C
Types
Terminal : ring terminal
.
A
Types
Terminal : ring terminal
.
Contactors
.
Types
Terminal : ring terminal
Dimension in function
of the thickness
(ring terminal)
Dimension in function
of the thickness
(ring terminal)
Direct current
CL01D4...., CL02D4...., CL01DB...., CL02DB....
CL03D4...., CL04D4...., CL03DB...., CL04DB....
0.490 kg
0.825 kg
0.490 kg
0.490 kg
0.490 kg
.
0.835 kg
.
0.825 kg
0.835 kg
.
F
.
.
.
E
Types
Terminal : ring terminal
Types
Terminal : ring terminal
G
CL09D4....
CL05D4...., CL07D4...., CL05DB...., CL07DB...., CL08DB...
1.290 kg
1.290 kg
.
I
X
C.54
.
.
Types
Terminal : ring terminal
.
.
.
Types
Terminal : ring terminal
Dimension in function of
the thickness (ring terminal)
1.290 kg
Dimension in function of the
thickness (ring terminal)
H
1.290 kg
Series CL
Four pole contactors
Coil with electronic module
CL05E4...., CL07E4...., CL05EB...., CL07EB...., CL08EB...
CL09E4....
1.290 kg
1.500 kg
1.290 kg
1.290 kg
1.320 kg
1.320 kg
.
3P and 4P contactors
.
.
A
B
C
D
E
F
G
H
I
X
C.55
Series CL
Dimensional drawings
Auxiliary contact blocks
Screw terminal
Accessories
Voltage suppressor block
BCLF...
0.015 kg
BSLR, BSLDZ, BSLV
0.020 kg
.
.
Contactors
CL00 ... CL25
BCLL..., BRLL....
0.048 kg
.
CL03 ... CL45
A
B
BTLF...
0.085 kg
.
C
CL05 ... CL10
D
Mechanical latch block
E
RMLF
0.082 kg
Ring terminal
F
BCRF...
0.015 kg
.
.
G
H
Mechanical / mechanical-electrical interlock
I
BEL, BELA, BEL02, BELA02
BTRF...
X
C.56
0.085 kg
.
0.025 kg
Series CL
Electronic timer block
BETL02, BETL45
0.040 kg
Interface modules
IMR..., IMRF..., IMSSD, IMAMS
CL00 ... CL25
CL03 ... CL45
CL03 ... CL45
3P and 4P contactors
CL00 ... CL25
0.020 kg
A
B
C
CL05 ... CL10
CL05 ... CL10
D
E
F
G
H
I
X
C.57
Series CK
Dimensional drawings
Three pole contactors
.
3.500 kg
3.500 kg
.
.
Contactors
.
.
CK75C
CK08C
CK85B
CK09B
CK95B
6.100 kg
6.200 kg
6.300 kg
CK10C
CK11C
11.00 kg
11.00 kg
A
B
C
D
E
CK12B
18.00 kg
F
G
H
I
X
C.58
CK13B
35.00 kg
.
Series CK
Four pole contactors
CK07B
Mechanical interlock
.
4.700 kg
BEKH
0.350 kg
CK08B
CK09B
CK95B
14.90 kg
15.10 kg
15.30 kg
CK10C
CK11C
A
55
55
33
75
BEKVA1
BEKVS1
22.30 kg
22.80 kg
A
3P and 4P contactors
CK75C3... - CK08C3...
CK85B3... - CK95B3...
CK10C3... - CK11C3...
CK12B3...
A
550 0.900 kg
350 0.800 kg
B
C
D
CK12B
E
23.30 kg
F
BEKV
1.200 kg
G
H
CK13B
I
44.00 kg
X
.
.
C.59
Series MTO
Thermal overload relays
for minicontactors from
0.11 to 14A
Thermal overload relays
• Control circuit up to 690V
• Power circuit up to 690V
• Three-pole differential (phase unbalance protection)
• Automatic ambient temperature compensation between
– 25ºC and + 60ºC
• Choice of manual or automatic reset
• Direct connection to contactor or independent mounting using accessories.
• Screw and Ring terminal versions
• Terminals protected against accidental contact in accordance with
VDE 0106 T.100 and VBG4.
• Terminal numbering in accordance with EN 50005
• Degree of protection IP20 (EN 60529)
• Additional auxiliary contact block 1NO (with manual reset only)
General characteristics
A
Standards
B
IEC/EN 60947-4-1
IEC/EN 60947-5-1
UNE 115
NFC 63-650
CSA 22.2/14
NI C 63-650
VDE 0660
UL 508
C
D
Approvals
E
cULus
NEMKO
SEMKO
SETI
CE
F
G
H
I
X
Order codes ! pg. C.61
Technical data ! pg. C.68
Dimensions ! pg. C.69
C.60
• Thermal protection against balanced overload.
• Three-pole differential (phase unbalance protection).
• Automatic ambient temperature compensation.
• Front mounted selector for choosing utilisation current.
• Reset button, 2 positions :
Manual(H) and Automatic(A) by turning the blue selector.
• Stop push button, independent of reset (red).
• Manual trip lever (tripping test).
• Tripping indicator (0-1).
• To facilitate wiring arrangements terminal 96 fits directly onto coil terminal
(A2) and terminal 14/22 fits directly onto the feedback auxiliary contact.
Series MTO
Thermal overload relays for minicontactors
For use with:
Setting range
(regulation)
min.
MC0...
MC1...
MC2...
A
0.11
0.17
0.26
0.43
0.65
0.85
1.1
1.35
1.7
2.2
2.5
3
4
5.5
7.5
10
gL
Type 2 Type 1 Type 2 Type 1
max.
A
A
A
A A
0.17
0.5
0.5
0.5
0.5
0.26
0.85
1
1
1
0.43
1
2
2
4
0.65
1
4
2
8
1
2
6
4
12
1,3
2
6
4
12
1.6
2
10
4
16
2
4
10
6
16
2.4
4
16
6
25
3.2
4
20
6
32
4
4
20
6
32
4.7
6
20
10
32
6.3
10
32
16
50
8
12
50
20
63
10.5
16
50
25
80
14
20
32
32
100
Terminal:
screw
Pack
Terminal:
ring terminal
Cat. no. Ref. no. Cat. no. Ref. no.
MT03A
MT03B
MT03C
MT03D
MT03E
MT03F
MT03G
MT03H
MT03I
MT03J
MT03R
MT03K
MT03L
MT03M
MT03N
MT03P
101000
101001
101002
101003
101004
101005
101006
101007
101008
101009
101015
101010
101011
101012
101013
101014
MT03RA 103540
MT03RB 103541
MT03RC 103542
MT03RD 103543
MT03RE 103544
MT03RF 103545
MT03RG 103546
MT03RH 103547
MT03RI 103548
MT03RJ 103549
MT03RK 103550
MT03RL 103551
MT03RM 103552
MT03RN 103553
MT03RP 103554
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
10
Accessories
Input
terminals
Base
For separate mounting onto standard EN 50022-35 profile
Terminal
Cat. no. Ref. no. Pack
Screw
MVE0T 101020 5
Ring terminal
MVE0R 103562 5
MVB0T 101021 5
Order codes
Fuse
aM
A
B
C
D
Auxiliary contact
block
Identification
Frontal fixing to the relay
With trip indicator (0-I)
One block per relay and only for manual reset
Sheets of labels (sheets of 260 labels each)
Labeling plate base (50 pieces in one pack)
E
Screw
Ring terminal
MATV10AT 101022 10
MATV10AR 103563 10
F
EAT 260 100548 1
SPR 100549 1
G
H
I
X
C.61
Series RT
Thermal overload relays
for contactors from
0.16 to 850A
Thermal overload relays
• Control circuit up to 690V AC
• Power circuit:
- RT1, RT12: up to 690V
- RT2, RT22, RT3, RT32, RT4/4L, RT5/5L & RT6/6L: up to 1000V
• Thermal protection against normal overloads.
• Three pole differential (phase unbalance protection).
• Protection against long starting times.
• Automatic ambient temperature compensation between
– 25ºC y + 60ºC.
• Front mounted test button.
• Trip indication.
• Independent auxiliary contacts with double rupture
(1NO + 1NC).
• Function selector:
- Manual RESET
- Manual RESET and STOP
- Automatic RESET with STOP
- Automatic RESET without STOP
A
B
Standards
IEC/EN 60947-4-1
IEC/EN 60947-5-1
UNE 115
NFC 63-650
CEI 17-50
CSA 22.2/14
NI C 63-650
VDE 0660
UL 508
C
D
E
Manual RESET
and STOP
Approvals
Automatic RESET
without STOP
cULus
CE
Lloyd’s
Register
Bureau
Veritas
Automatic RESET
with STOP
F
G
RINA
H
I
X
Order codes ! pg. C.63
Technical data ! pg. C.70
Dimensions ! pg. C.74
C.62
Manual RESET
Series RT
Thermal overload relays for contactors
For use
with:
Setting range
(regulation)
Fuses (1)
aM
gL - gG
min.
A
max.
A
A
A
Srew
terminal
Ring
terminal
Pack
Cat. no. Ref. no. Cat. no. Ref. no.
CL00
CL01
CL02
CL25
CL03
CL04
CL45
0.16
0.25
0.4
0.65
1.0
1.3
1.8
2.5
4.0
5.5
8.0
10.0
14.5
17.5
21.0
25.0
30.0
0.26
0.41
0.65
1.1
1.5
1.9
2.7
4.0
6.3
8.5
12.0
16.0
18.0
22.0
26.0
32.0
40.0
2
2
2
2
4
4
6
8
12
16
20
25
32
40
40
50
63
2
2
2
4
6
6
10
16
20
20
25
35
50
50
63
80
100
RT1B
RT1C
RT1D
RT1F
RT1G
RT1H
RT1J
RT1K
RT1L
RT1M
RT1N
RT1P
RT1S
RT1T
RT1U
RT1V
RT1W
113700
113701
113702
113703
113704
113705
113706
113707
113708
113709
113710
113711
113712
113713
113714
113715
113716
RT1RB
RT1RC
RT1RD
RT1RF
RT1RG
RT1RH
RT1RJ
RT1RK
RT1RL
RT1RM
RT1RN
RT1RP
RT1RS
RT1RT
RT1RU
RT1RV
RT1RW
114087
114088
114089
114090
114091
114092
114093
114094
114095
114096
114097
114098
114099
114100
114101
114102
114103
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
Class 10
CL05
CL06
CL07
CL08
CL09
CL10
11.5
14.5
18.5
24.0
30.0
42.0
54.0
64.0
78.0
90.0
15.0
19.0
25.0
32.0
43.0
55.0
65.0
82.0
97.0
110
32
40
50
63
80
100
125
125
125
160
35
50
63
100
125
160
160
200
200
250
RT2A
RT2B
RT2C
RT2D
RT2E
RT2G
RT2H
RT2J
RT2L
RT2M
113717
113718
113719
113720
113721
113722
113723
113724
113725
113726
RT2RA
RT2RB
RT2RC
RT2RD
RT2RE
RT2RG
RT2RH
RT2RJ
RT2RL
RT2RM
114104
114105
114106
114107
114108
114109
114110
114111
114112
114113
1
1
1
1
1
1
1
1
1
1
CL00
CL01
CL02
CL25
CL03
CL04
CL45
0.4
0.65
1
1.3
1.8
2.5
4
5.5
8
10
14.5
17.5
21
25
30
0.65
1.1
1.5
1.9
2.7
4.1
6.3
8.5
12
16
18
22
26
32
40
2
2
4
4
8
8
12
16
20
25
32
40
40
50
63
2
4
6
6
10
16
20
20
35
35
50
50
63
80
100
RT12D
RT12F
RT12G
RT12H
RT12J
RT12K
RT12L
RT12M
RT12N
RT12P
RT12S
RT12T
RT12U
RT12V
RT12W
139138
139139
139140
139141
139142
113640
113641
113642
113643
113644
113645
113646
113647
113648
113649
RT12RD
RT12RF
RT12RG
RT12RH
RT12RJ
RT12RK
RT12RL
RT12RM
RT12RN
RT12RP
RT12RS
RT12RT
RT12RU
RT12RV
RT12RW
114060
114061
114062
114063
114159
114114
114115
114116
114117
114118
114119
114120
114121
114122
114123
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
24
30
42
54
64
78
90
32
43
55
65
82
97
110
63
80
100
125
125
125
160
80
100
160
160
200
200
250
RT22D
RT22E
RT22G
RT22H
RT22J
RT22L
RT22M
113650
113651
113652
113653
113654
113655
113656
RT22RD
RT22RE
RT22RG
RT22RH
RT22RJ
RT22RL
RT22RM
114124
114125
114126
114127
114128
114129
114130
1
1
1
1
1
1
1
Class 20
CL05
CL06
CL07
CL08
CL09
CL10
Order codes
Class 10A
A
B
C
D
E
F
G
(1) Most suitable fuse in accordance with IEC 60947-4-1.
H
I
X
C.63
Series RT
Thermal overload relays for contactors
For use
with:
Setting range
(regulation)
Fuses (1)
aM
gL - gG
Cat.no.
Ref. no. Pack
(Screw terminal)
min.
A
55
CK75
63
CK08
Direct mounting 90
110
140
Thermal overload relays
Class 10
A
X
C.64
113727
113728
113729
113730
113731
1
1
1
1
1
120
175
200
190
280
310
250
315
400
315
400
500
RT4N
RT4P
RT4R
113732
113733
113734
1
1
1
CK10
CK11
CK12 (3)
120
175
250
315
430
190
280
400
500
700
250
315
500
630
800
315
400
630
800
1000
RT5A
RT5B
RT5C
RT5D
RT5E
113750
113751
113752
113753
113754
1
1
1
1
1
CK13 (4)
500
850
100
1250
RT6A
113760
1
63
CK75
90
CK08
Direct mounting 110
140
90
120
140
190
125
160
200
250
200 250 315
355
RT32C
RT32D
RT32E
RT32F
113657
113658
113659
113660
1
1
1
1
Class 20
Class 30
CL...
CK...
Mounting with screws
CK85 CK09 CK95 (2) 2.5
4
5.5
7.5
10
12.5
17
26
32
45
60
80
120
175
200
4
6.5
8.5
11
16
20
27
40
52
70
90
125
190
280
310
10
12
16
20
25
32
50
80
100
125
160
200
250
315
400
16
20
25
32
40
50
80
125
160
160
200
250
315
400
500
RT4LA
RT4LB
RT4LC
RT4LD
RT4LE
RT4LF
RT4LG
RT4LH
RT4LJ
RT4LK
RT4LL
RT4LM
RT4LN
RT4LP
RT4LR
113735
113736
113737
113738
113739
113740
113741
113742
113743
113744
113745
113746
113747
113748
113749
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
CK10
CK11
CK12 (3)
120
175
250
315
430
190
280
400
500
700
250
315
500
630
800
315
400
630
800
1000
RT5LA
RT5LB
RT5LC
RT5LD
RT5LE
113755
113756
113757
113758
113759
1
1
1
1
1
CK13 (4)
500
850
1000
1250
RT6LA
113761
1
E
I
RT3B
RT3C
RT3D
RT3E
RT3F
D
H
A
200
200
250
315
355
CK85
CK09
CK95 (2)
C
G
A
125
125
160
200
250
B
F
max.
A
80
90
120
140
190
(1)
(2)
(3)
(4)
Most suitable fuse in accordance with IEC 60947-4-1.
Fitting direct to the contactor.
Fitting direct to the contactor: by means of a coupling and connection set.
Separate mounting:with screws on DIN rail / with cable connection.
RT6A = RT1 with right setting range plus RTXP, independent mounting base adaptor, to be utilisied with current transformer connected by passing cable chosen by customer. Current transformer data on request.
SeriesRT
Accessories
Cat. no.
Base
for separate
mounting
Setting range
cover protection
Terminal
protection
DIN EN50022-35
RT1
RT2
RTXP
RT2XP
105170
113764
1
1
RT...
RTX3
113762
1
0.5meters
1meters
RTXS
RTXSL
RTXBS
113855
113856
108864
1
1
1
PTPCK75
RT3PXX3P
103747
110565
1
1
fordistanceRESET
RT1...-RT6....(front)
RT1...-RT6....(front)
RT1...,RT2...,RT4...,RT5...,RT6...(back)
forRT3orCK75C/CK08C
Thermaloverloadrelay
Connectioncontactor-relay
1poleIPxxB
3poles
Order codes
Push-button
with flexible cable
Ref. no. Pack
A
B
Remote electrical
reset
RT1...-RT6...
RTXRR ◆
1
C
D
E
Available coil voltages (V)
©
B
AC/DC 12
D
G
J
N
U
X
24 48 110 220 380 440
240 415 480
F
G
H
I
X
C.65
Series RE
NEW
Electronic overload relay
Electronic overload relay
Approvals
A
B
cULus
CE
C
Product features
 Your benefits
Lower power consumption
 Saving space into cabinet
Great accuracy
 Better motor protection
Full reliability
 Low risk to burn motor
Phase unbalance protection
 Better motor protection
and current control
Direct fitting to contactors Series CL  Compact starter
Interchangeable with thermal
overload relay
 No need to redesign existing cabinet
Multiple trip class selection
 One device cover for start time motor
E
Manual / Auto reset
 One device for two solutions
F
Main characteristics
D
• Setting range from 0.1 up to 150A
• Self powered
• Thermal memory
• Phase loss protection
• Phase unbalance protection
• Direct fitting to contactors Series CL
• Interchangeable with thermal overload relay
• Multiple trip class selection
• Manual / Auto reset
• Increased flexibility, less order codes, less stock
• Tripp class: 5 - 10 - 20 - 30
G
H
I
X
Order codes ! pg. C.67
Technical data ! pg. C.76
Dimensions ! pg. C.78
C.66
Series RE
Electronic overload relay for contactors
Setting range (A)
Fuses (A) (1)
Min.
Max.
gL - gG
Cat. no.
Ref. no.
Pack.
Frame 1
CL00…CL45
0,1
0,4
1,0
1,6
6,4
9,0
0,5
2
5
8
32
45
2
4
10
20
63
80
RE1D
RE1H
RE1K
RE1M
RE1S
RE1W
101866
101867
101868
101869
101870
101871
5
5
5
5
5
5
Frame 2
CL05…CL10
15
22
75
110
125
125
RE2H
RE2M
101872
101873
1
1
Frame 3
CK75-CK08
30
150
250
RE3E
101874
1
Order codes
Suitable for
A
B
Accessories
Independent mounting
base adaptor
Frame 1
Cat. no.
Ref. no.
Pack.
RE1XP
247302
1
C
D
Independent mounting
base adaptor
Frame 2
(1) Most suitable fuse in accordance with IEC 60947-4-1, see coordination table on pg. C.76.
RE2XP
247303
1
E
F
G
H
I
X
C.67
Series MTO
Technical data
Thermal overload relays
General
A
Mounting positions
• Thermal protection against balanced overload.
• Three-pole differential ( phase unbalance protection).
• Automatic ambient temperature compensation.
• Front mounted selector for choosing utilisation current.
• Reset button, 2 positions :
Manual(H) and Automatic(A) by turning the blue selector.
• Stop push button, independent of reset (red).
• Manual trip lever (tripping test).
• Tripping indicator (0-1).
• To facilitate wiring arragements terminal 96 fits directly
onto coil terminal (A2) and terminal 14/22 fits directly
onto the feedback auxiliary contact.
MT0...
Conformity to standards
IEC 60947-4
UNE 115
NFC63-650
CEI 17-50
NI C63-650
UL
SETI
CSA
NEMKO
Ambient conditions
C
Storage temperature
Operation temperature
Altitude
up to 3000m
from 3000 to 4000m
from 4000 to 5000m
Degree of protection
Protection treatment
E
F
G
H
I
X
C.68
VDE660
UL508
Approvals
B
D
Main circuit (poles)
SEMKO
CE
-55ºC to +80ºC
-25ºC to +60ºC
Nominal values
90%Ie 80%Ue
80%Ie 75%Ue
IP20
Tropical finish
Climatic resistance
Continuous tests 40 / 125 / 56
Cold (72h)
Temperature
Dry heat (96h)
Temperature
Relative humidity
Humid heat (56 days)
Temperature
Relative humidity
Cyclical tests
First half-cycle (12h)
Low temperature
Relative humidity
Second half-cycle (12h)
Low temperature
Relative humidity
Number of consecutive cycles
-40ºC
Rated insulation voltage (Ui)
(V)
750
according to IEC 947
Frequency
(Hz)
0...400
Power dissipation per pole
(W)
min. 1 / max. 2.5
Terminal capacity
Screw M 3.5 (pozidrive head)
safety flange
Maximum capacity :
Solid
(Ø mm)
2 x 2 wires
Stranded without end sleeve (mm2)
2 wires Ø 2.5
Stranded with end sleeve
pen (2 end sleeves)
(mm2)
2 wires Ø 0.75
pen (1 end sleeve)
(mm2)
2 wires Ø 1
1 wires Ø 2.5
Tightening torque
(Nm)
0.8
Control circuit (incorporated auxiliary contact)
MT0...
Rated insulation voltage (Ui)
according to IEC 947
Rated thermal current (Ith) θ ≤ 60ºC
Tripping currents
AC-15
Ue-Ie
DC-13
Ue-Ie
Short-circuit protection
(max.glass gL fuse - w/h welding)
Number and type of contacts
(V)
750
(A) 10
(V-A)
(V-A)
(A)
223-3, 380-2, 500-1
60-0.5, 110-0.2, 220-0.1
6
+125ºC
< 50%
+40ºC
95%
+25ºC
93%
Control circuit
+55ºC
95%
6
Rated insulation voltage (Ui)
according to IEC 947
Rated thermal current (Ith) θ ≤ 60ºC
Tripping currents
AC-15
Ue-Ie
DC-13
Ue-Ie
Short-circuit protection
(max.glass gL fuse - w/h welding)
Number and type of contacts
(auxiliary contact block)
MATV10AT
(V)
750
(A) 10
(V-A)
(V-A)
(A)
223-1, 380-0.5
60-0.1, 110-0.5
6
Series MTO
Dimensional drawings
Numbering of the terminals
Thermal overload relay
MT0...
.
.
0.091 kg
Trip Time (s)
Thermal overload relay
+ aux. contact block (front mounting)
Technical data
Tripping curves
A
Single phase
Cold state
B
Three phase
Cold state
C
Independent mounting
of the thermal overload relay
D
Three phase
Warm state
.
E
.
.
.
.
Multiples of setting current
.
F
.
.
G
H
I
X
C.69
Series RT
Technical data
RT1...
RT2...
RT3...
RT4.../ 4L...
RT5.../ 5L...
RT6.../ 6L...
General
Thermal overload relays
Class
Setting range(A)
Suitable for
A
B
C
10A / 20
0.16 ... 40
CL00...CL45
10 / 20
11.5 ... 110
CL05...CL10
10 / 20
55 ... 190
CK75...CK08
10 / 30
2.5 ... 310
CL,CK
10 / 30
120 ... 700
CK10...CK12
10 / 30
500 ... 850
CK13
690
1000
1000
1000
1000
1000
0...400
0...400
0...400
50...60
50...60
50...60
16
10
-
-
-
2.5
50
50
-
-
-
4.5
120
120
25 x 5
-
-
6.5
-
-
-
-
30 x 10
23
-
-
-
400
30 x 10
31.5
80 x 10
-
Main circuit
Rated insulation voltage (V)
(IEC947-4) Ui
Frequency limits (Hz)
Terminal capacity
Clamp terminal - solid(mm2)
Clamp terminal - flexible(mm2)
Flat terminal (mm)
Passing by hole (wire) through C.T. core (mm2)
Passing by hole (bar) through C.T. core (mm)
Tightening torque (Nm)
Control circuit
Rated insulation voltage (V)
(IEC60947-4) Ui
Rated thermal current Ith
(A)
Operation current
AC-15 - Ue-Ie
(V - A)
DC-13 - Ue-Ie
(V - A)
Utilisation according UL and CSA
Protective fuse type gL
(A)
Terminal capacity
(mm2)
Tightening capacity
(Nm)
690
10
110/120 - 3 ; 220/240 - 2 ; 380/415 - 1 ; 480/500 - 0,8 ; 660/690 - 0,3
24 - 2 ; 48 - 1.4 ; 110 - 0.6 ; 250 - 0.3 ; 440 - 0.1
B600 - Q600
10
2.5
0.8
Remote electrical reset
Conformity to standards
IEC/EN 60947-4-1
IEC/EN 60947-5-1
UNE 115
NFC 63-650
CEI 17-50
CSA 22.2/14
NI C 63-650
VDE 0660
UL 508
D
Power consumption
AC
(VA)
DC
(W)
Coils not suitable for continuous operating duty
Approvals
E
F
G
cULus
LLoyd’s Register
RINA
Bureau Veritas
Ambient conditions
Storage temperature
Operation temperature (compensated)
Altitude
up to 3000m
Relative humidity
Protection treatment
H
Mounting positions
I
X
C.70
CE
-40ºC to +70ºC
-25ºC to +60ºC
w/o any changes
in characteristics
98%
Tropical finish
t1 = 1 sec.
t1 = 5 sec.
t1 = 10 sec.
♦
♦
♦
t2 = 30 sec.
t2 = 90 sec.
t2 = 180 sec.
(t1 = ON timet2 = OFF time)
100
100
Series RT
Tripping curves
RT1 Class 10A
RT2 Class 10
Trip Time (s)
Trip Time (s)
Single phase
Cold state
Three phase
Cold state
Three phase
Cold state
Technical data
Single phase
Cold state
A
Three phase
Warm state
.
Three phase
Warm state
.
.
B
.
.
.
Multiples of setting current
RT12 Class 20
Multiples of setting current
RT22 Class 20
Trip Time (s)
C
D
Trip Time (s)
E
F
Single phase
Cold state
Single phase
Cold state
Three phase
Cold state
Three phase
Cold state
G
H
I
Three phase
Warm state
.
Three phase
Warm state
X
.
.
.
.
.
Multiples of setting current
Multiples of setting current
C.71
Series RT
Tripping curves
RT3 Class 10
RT4 Class 10
Trip Time (s)
Thermal overload relays
Trip Time (s)
Single phase
Cold state
Single phase
Cold state
Three phase
Cold state
Three phase
Cold state
A
B
Three phase
Warm state
.
.
.
.
.
.
Multiples of setting current
C
D
Three phase
Warm state
RT32 Class 20
Multiples of setting current
RT4L Class 30
Trip Time (s)
Trip Time (s)
E
F
G
Single phase
Cold state
Single-phase
Cold state
Three phase
Cold state
H
Three phase
Cold state
I
X
Three phase
Warm state
.
Three phase
Warm state
.
.
.
Multiples of setting current
C.72
.
.
Multiples of setting current
Series RT
Tripping curves
RT5 Class 10
RT6 Class 10
Trip Time (s)
Trip Time (s)
Single phase
Cold state
Three phase
Cold state
Three phase
Cold state
Technical data
Single phase
Cold state
A
Three phase
Warm state
Three phase
Warm state
.
.
.
B
.
.
.
Multiples of setting current
RT5L Class 30
Multiples of setting current
RT6L Class 30
Trip Time (s)
C
D
Trip Time (s)
E
F
G
Single phase
Cold state
Single phase
Cold state
Three phase
Cold state
Three phase
Cold state
H
I
Three phase
Warm state
Three phase
Warm state
X
.
.
.
.
.
.
Multiples of setting current
Multiples of setting current
C.73
Series RT
Dimensional drawings
Thermal overload relay for contactors
RT1 - RT12
RT1 + RT XP
RT12 + RTXP
.
.
.
.
.
.
.
RT2 - RT22
0.400 kg
RT2 + RT XP
RT22 + RTXP
.
.
.
.
.
A
.
.
.
Thermal overload relays
0.190 kg
B
.
C
RT3 - RT32
D
0.900 kg
.
F
.
E
H
I
X
C.74
.
G
.
Series RT
Thermal overload relay for contactors
RT4LA...RT4LM
2.400 kg
.
.
Dimensions
RT4/4LN...RT4/4LR
2.400 kg
A
B
.
.
C
D
RT5 / 5L
0.875 kg
.
E
F
G
H
.
I
Remote electrical reset
RTXRR + ...
RT1
RT2
RT3
RT4
RT5
X
75
84
108
150
200
Z
110
121
153
240
196
X
C.75
Series RE
Coordination tables
Coordination Type 2 - 65kA at 380/400V and 415V - 50/60Hz
MOTOR(1)
Rated current
Electronic overload relays
Rated
power
A
B
(kW)
0.06
0.09
0.12
0.18
0.25
0.37
0.55
0.75
1.1
1.5
2.2
3
4
5.5
7.5
8.8
11
15
11
15
18.5
22
30
35
45
55
55
75
380/400V
(A)
0.23
0.34
0.44
0.65
0.9
1.25
1.6
2
2.6
3.5
5
7
9
12
16
22.5
30
22.5
30
37
44
60
65
85
105
138
415V
0.21
0.31
0.4
0.63
0.8
1.1
1.5
1.9
2.5
3.4
4.5
6.5
8
11
14
21
28
21
28
35
40
-55
60
80
100
135
BREAKER
CONTACTOR
Rated
Magnetic setting Magnetic
Series
current
1m
current
In
Pick-up ±20% Im
#
(A)
(A)
(A)
GPS1MHAB
0.25
3.3
CLOO
GPS1MHAC
0.4
5.2
CLOO
GPS1MHAD
0.63
8.2
CLOO
GPS1MHAE
1
13
CLOO
GPS1MHAE
1
13
CLOO
GPS1MHAF
1.6
20.8
CLOO
GPS1MHAF
1.6
20.8
CLOO
GPS1MHAG
2.5
32.S
CLOO
GPS1MHAH
4
52
CL25
GPS1MHAH
4
52
CL25
GPS1MHAJ
6.3
81.9
CL25
GPS1MHAK
10
130
CL25
GPS1MHAK
10
130
CL25
GPS1MHAL
13
169
CL25
GPS1MHAM
16
208
CL25
GPS1MHAM
16
208
CL25
GPS1MHAP
25
325
CL25
GPS1MHAR
32
416
CL04
GPS2MHAR
25
325
CL04
GPS2MHAP
32
416
CL04
GPS2MHAS
40
520
CL45
GPS2MHAT
50
650
CL06
GPS2MHAT
50
650
CL06
GPS2MHAU
63
819
CL07
FDH36MC080GD
80
900-1300
1100
CL08
FDH36MC1 OOGD
100
1000-1500
1400
CL09
FDH36MC1 OOGD
100
1000-1500
1400
CL10
FEH36MC125JF
125
1250-1875
1250
CL10
FEH36MC200KF
200
2250-3350
2800
CK75
Cat. no.
OVERLOAD RELAY
Series
Setting
range
RE1D
RE1D
RE1D
RE1H
RE1H
RE1H
RE1H
RE1K
RE1K
RE1K
RE1K
RE1M
RE1S
RE1S
RE1S
RE1S
RE1S
RE1S
RE1S
RE1S
RE1W
RE2H
RE2H
RE2H
RE2H
RE2M
RE2M
RE2M
RE3E
(A)
0.1-0.5
0.1-0.5
0.1-0.5
0.4-2.0
0.4-2.0
0.4-2.0
0.4-2.0
1.5-5.0
1.5-5.0
1.5-5.0
1.5-5.0
1.6-8.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
9.0-45.0
15.0-75.0
15.0-75.0
15.0-75.0
15.0-75.0
22.0-110.0
22.0-110.0
22.0-110.0
30.0-150.0
WIRE
Smallest wire Min frontal
safety
Cu (PVC)(2)
(mm2)
1
1
1
1
1
1
1
1
1
1
1
1.5
1.5
2.5
2.5
2.5
4
6
4
6
10
10
10
16
25
25
25
25
50
(mm)
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
25
25
25
25
30
30
30
40
Coordination Type 2 - 100kA at 500 - 525V - 50/60Hz
C
D
E
F
G
H
I
X
Rated power
kW
0.06
0.03
0.12
0.18
0.25
0.37
0.55
0.75
1.1
1.5
1.1
1.5
2.2
1.5
2.2
3
4
5.5
7.5
10
11
15
18.5
4
5.5
7.5
11
15
18.5
22
18.5
22
30
37
40
45
55
75
30
MOTOR(1)
Rated current
500V
525V
(A)
0.17
0.16
0.24
0.22
0.33
0.3
0.48
0.46
0.66
0.64
0.3
0.85
1.2
1.15
1.5
1.45
2.1
1.3
2.8
2.6
2.1
1.3
2.8
2.6
3.3
3.6
2.8
2.6
3.3
3.6
5.3
5
6.8
6.5
3.1
8.6
12
11.4
15.5
14.8
17.6
17
23
22
28.5
27
6.8
6.5
3.1
8.6
12
11.4
17.6
17
23
22
28.5
27
33
31.5
28.5
27
33
31.5
45
43
53
52
53
56
65
62
80
76
105
100
130
124
gL/gG Fuses
Size
In (A)
2
2
2
2
2
4
4
4
6
10
6
10
10
10
10
16
20
25
32
40
40
50
63
20
25
32
40
50
63
80
63
80
80
100
100
125
125
160
250
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
000
00
00
01/1
01/1
Series
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE1
RE2
RE2
RE2
RE2
RE2
RE2
RE2
RE3
RE3
EOL
Type
D
D
D
D
H
H
H
H
K
K
K
K
K
K
K
M
M
S
S
S
S
S
S
M
S
S
S
S
W
H
H
H
H
H
H
H
M
E
E
Setting range
(A)
0.1-0.5
0.1-0.5
0.1-0.5
0.1-0.5
0.4-2.0
0.4-2.0
0.4-2.0
0.4-2.0
1.5-5.0
1.5-5.0
1.5-5.0
1.5-5.0
1.5-5.0
1.5-5.0
1.5-5.0
1.6-8.0
1.6-8.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
1.6-8.0
6.4-32.0
6.4-32.0
6.4-32.0
6.4-32.0
3.0-45.0
15.0-75.0
15.0-75.0
15.0-75.0
15.0-75.0
15.0-75.0
15.0-75.0
15.0-75.0
22.0-110.0
30.0-150.0
30.0-150.0
CONTACTOR
Series
PAC3
CLOO
CLOO
CLOO
CLOO
CLOO
CLOO
CLOO
CLOO
CLOO
CLOO
CL01
CL01
CL01
CL25
CL25
CL25
CL25
CL25
CL25
CL25
CL25
CL04
CL04
CL45
CL45
CL45
CL45
CL45
CL45
CL45
CL06
CL06
CL06
CL07
CL08
CL09
CL10
CK75
CK08
(kW)
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
5.5
7.5
7.5
7.5
15
15
15
15
15
15
15
15
18.5
18.5
25
25
25
25
25
25
25
30
30
30
40
45
55
65
100
110
Seco min
WIRE
Safety clearance
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1.5
2.5
2.5
2.5
4
6
1.5
2.5
2.5
2.5
4
5
5
5
5
10
10
16
16
25
35/25
50
(mm)
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
25
25
25
25
25
30
30
40
40
(1) Current are relevant to four pole motors not having special characteristics of torque.
(2) The minimum cycle cross-sections are referred to an ambient temperature of 30ºC max. in free air and are selected to withstand the maximum let-through
energy and the motor rated current. Besides the user has to consider the drop voltage, the type of laying and ambient temperature if it is different.
C.76
Series RE
Tripping curves
Class 5
Class 10
Trip
Trip Time
Time (s)
(s)
Trip
Trip Time
Time (s)
(s)
Class 10 Trip Curve FLA
Class 5 Trip CurveFLA
1.000
1.000
Class 10
Cold status
Class 5
Cold status
100
10
10
Technical data
100
Class 10
Hot status
Phase loss and Phase
unbalance Hot status
1
Phase loss and Phase
unbalance Hot status
1
A
Class 5
Hot status
0.1
0.1
0
1
2
3
4
5
6
7
8
B
0
1
2
3
4
5
6
7
8
Multiples
FLA
Multiples
FLA
Multiples
FLA
Multiples
FLA
Class 20
Class 30
Trip Time
Time (s)
(s)
Trip
Trip Time
Time (s)
(s)
Trip
Class 20 Trip Curve FLA
C
D
Class 30 Trip Curve FLA
1.000
E
1.000
Class 30
Cold status
Class 20
Cold status
100
F
100
G
10
10
H
Class 30
Hot status
Class 20
Hot status
I
Phase loss and Phase
unbalance Hot status
1
Phase loss and Phase
unbalance Hot status
1
X
0.1
0
1
2
Multiples
FLAFLA
Multiples
3
4
5
6
7
8
0.1
0
1
2
3
4
5
6
7
8
Multiples
FLAFLA
Multiples
C.77
C.78
49
49
49
110
123
98
110
123
67
67
38
38
38
38
98
49
110
123
X
98
49
49
107
111,5
C
1,5
67
45
107
111,5
6 T3
38
1,5
4 T2
30
1,5
6 T3
107
111,5
24,7
57,5
45
148,7
6 T3
154,2
4 T2
33
69
37,8
69
37,8
57,5
79,9
79,9
85,5
85,5
65
148,7
21
33
69
24,7
79,9
85,5
37,8
57,5
9
148,7
38
4 T2
8
111,7
21
9
9
154,2
21
8
8
111,7
15
45
9
154,2
15
9
8
111,7
15
24,7
15
8
131,2
B
83,5
Frame 2
9
131,2
2 T1
21
8
131,2
16
83,5
21
15
151,7
83,5
33
21
151,7
F
3
44,5
6
170
2 T1
92,5
2 T1
12
151,7
H
3
44,5
14,1
15
3
44,5
12
170
47,9
E
14,1
92,5
Frame 3
110
D
45
12
170
53,6
6
14,1
92,5
47,9
16
30
110
I
53,6 47,9
G
110
A
30
53,6
Electronic overload relays
Series RE
Dimensional drawings
Frame 1
45
6
65
65
45
16
Series RE
Notes
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Dimensions
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A
B
C
D
E
F
G
H
I
X
C.79
Series CSCN
Contactors for capacitors switching
Contactors for capacitors switching
With built-in resistance to switch three phase
capacitor banks
“CSCN” contactors incorporate a front block with three early-make auxiliary
contacts together with 6 quick discharge resistors (two per phase) through
which the capacitors are switched to the network, reducing the current peak.
Once the resistors have damped the current peak, the main contacts shortcircuit the resistors, carrying the uninterrupted current.
A few miliseconds later the early-make auxiliary contact closes to guarantee
that all current flows through the main contacts.
Standards / Marking
A
B
C
IEC/EN 60947-1
IEC/EN 60947-4-1
IEC/EN 60947-5-1
EN 50005
UL 508
CSA C22.2/14
CENELEC HD 419
VDE 0660/102
NFC 63-110
ASE 1025
UNE 20109
Standard voltages
To complete the catalogue number, replace the symbol © by the code
corresponding to the voltage and frequency of the control circuit, other
voltages on request.
Alternating current (V). Dual-frequency
©
1
2
3
4
5
6
7
8 9
50/60Hz 24 42 110120220230240440 48
115
Approvals
Alternating current (V)
D
©
E
K
L
N T
U W Y
Z
50Hz 32 127 220 380415500660
230 400 690
cULus
CE
E
F
G
H
I
X
Order codes ! pg. C.81
Technical data ! pg. C.82
Dimensional drawings ! pg. C.84
C.80
NEW
60Hz 208277380480460600
Series CSCN
Contactors for capacitors switching
Ambient temperature
Contacts
θ ≤ 70ºC
θ ≤ 55ºC
3
•
•1
230V 400V 415V 500V 660V 230V 400V 415V 500V 660V
690V Fuse
240V
690V 240V
A kvar kvar kvar kvar kvar kvar kvar kvar kvar kvar gl - gG 4
•2
•
25 2
25 7.5 12.5 13
0
16
15 3.7 7.5
8
9.5
10
1
1
0
2
35 2
32 10 16.7 17
0
21
20 5
10
11 12.5 12.5
1
1
0
2
40 1
45 12.5 20
0
21
25
25 7.5 12.5 13
16
15
0
1
2
1
1
2
50 1
45 15
25
26
31
30 10
15
16
18
20
0
0
1
2
1
1
2
63 1
60 20
30
31
38
35 16
22
23
27
25
0
0
1
2
1
1
2
80 1
90 25
45
47
56
55 20
35
36
44
40
0
0
1
2
0
1
1
1
2
125 1
110 35
55
57
69
65 30
45
47
56
50
0
0
1
2
0
1
1
1
2
160 1
140 45
70
73
88
85 35
60
62
75
70
0
0
1
2
0
1
1
1
2
Cat. no. (1)
Ith
For series CSCN12 ... CSCN25
For series CSCN30
For series CSCN45 ... CSCN70
Pack
Ref.
no. see
bottom
CSCN12A320 ©
CSCN12A311 ©
CSCN12A302 ©
CSCN16A320 ©
CSCN16A311 ©
CSCN16A302 ©
CSCN20A310 ©
CSCN20A301 ©
CSCN20A321 ©
CSCN20A312 ©
CSCN25A310 ©
CSCN25A301 ©
CSCN25A321 ©
CSCN25A312 ©
CSCN30A310 ©
CSCN30A301 ©
CSCN30A321 ©
CSCN30A312 ©
CSCN45A310 ©
CSCN45A301 ©
CSCN45A320 ©
CSCN45A311 ©
CSCN45A312 ©
CSCN55A310 ©
CSCN55A301 ©
CSCN55A320 ©
CSCN55A311 ©
CSCN55A312 ©
CSCN70A310 ©
CSCN70A301 ©
CSCN70A320 ©
CSCN70A311 ©
CSCN70A312 ©
LB1A ©
LB3A © LB4A ©
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
5
5
5
Oder codes
Spare coils
A
B
C
D
(1) To complete the reference, replace © by the code corresponding to the voltage and frequency of the control circuit.
(see pg. C.80)
E
F
G
H
I
X
C.81
Contactors for capacitors switching
Series CSCN
A
B
C
Technical data
Technical characteristics
Main circuit (poles)
Rated operational voltage
(V)
Rated insulation voltage according to IEC947
(V)
Rated thermal current
(A)
Max. power utilization
230/240V
(kvar)
at 55ºC
380/400V
(kvar)
660/690V
(kvar)
Electrical endurance
(ops.)
Max. ops./hour (ops./hour)
CSCN12
CSCN16
CSCN20
CSCN25
CSCN30
CSCN45
CSCN55
CSCN70
690
1000
25
7,5
12.5
15
280.000
350
690
1000
32
10
16,7
20
280.000
350
690
1000
45
12,5
20
25
280.000
350
690
1000
45
15
25
30
250.000
240
690
1000
60
20
30
35
200.000
240
690
1000
90
25
45
55
150.000
150
690
1000
110
35
55
65
120.000
150
690
1000
140
45
70
85
90.000
150
Control circuit
Standard voltages
Consumption
Single frequency
Dual frequency
50Hz
Dual frequency
60Hz
50Hz
60Hz
(V)
(V)
24-690
24-600
24-690
24-600
24-690
24-600
24-690
24-600
24-690
24-600
24-690
24-600
24-690
24-600
24-690
24-600
Mar. circuit open
Mar. circuit closed
Mar. circuit open
Mar. circuit closed
Mar. circuit open
Mar. circuit closed
(VA)
(VA)
(VA)
(VA)
(VA)
(VA)
45
6
54
7
35
5
45
6
54
7
35
5
48
7
58
8
39
6
48
7
58
8
39
6
88
9
125
11.5
110
11
191
15,5
245
20
215
15
191
15,5
245
20
215
15
198
17
250
23
220
19
CSCN45
CSCN55
CSCN70
Instantaneous auxiliary contact blocks
Rated insulation voltage Ui
Rated thermal current Ith
(V)
(A)
1000
10
Ambient conditions
Storage temperature (ºC)
Operating temperature (ºC)
Altitude up to 3000m
Mounting positions
-50 ... +80
-25 to +55 (without derating)
Nominal values
Vertical mounting +/- 30º
Terminal capacity and tightening torque
D
E
F
G
H
I
X
C.82
CSCN12
CSCN16
CSCN20
CSCN25
CSCN30
Solid, stranded and finely stranded
1 x 0.5 ... 2,5
1 x 0.5 .. 2,5
–
without end sleeve
(mm2)
1 x 2.5 ... 6
1 x 2.5 ... 10
–
Finely stranded with or
1 x 1 ... 2,5
1 x 1 ... 2,5
–
without end sleeve
(mm2)
1 x 2.5 ... 6
1 x 2.5 ... 10
–
AWG wires
1 x 20 ... 12
1 x 20 ... 8
–
Tightening torque
(Nm)
1.6
2.2
–
(Lb x in.)
15
20
–
Solid, stranded and finely stranded
without end sleeve
(mm2)
–
–
0.75 ... 16
Finely stranded with end sleeve
(mm2)
–
–
0.75 ... 16
Finely stranded without end sleeve(mm2)
–
–
1 ... 16
AWG wires
–
–
18 ... 6
Tightening torque
(Nm)
–
–
1.8
(Lb x in.)
–
–
16
Solid
(mm2)
–
–
0.75 ... 16
Stranded
(mm2)
–
–
0.75 ... 16
Finely stranded without end sleeve(mm2)
–
–
0.75 ... 16
Finely stranded with end sleeve (mm2)
–
–
1 ... 16
AWG wires
–
–
18 ... 6
Tightening torque
(Nm
–
–
1.8
(Lb x in.)
–
–
16
Solid, stranded and finely stranded
–
–
Max. 16
without end sleeve
(mm2)
–
–
Finely stranded without end sleeve(mm2)
–
–
Max. 16
Finely stranded with end sleeve (mm2)
–
–
Max. 16
AWG wires
–
–
Max. 6
–
–
Tightening torque
(Nm)
–
–
1.8
(Lb x in.)
–
–
16
–
–
–
–
–
–
–
–
–
–
–
–
–
–
1 ... 35
1 ... 35
1 ... 35
16 ... 2
4
35
1 ... 16
1 ... 25
1 ... 25
1 ... 25
16 ... 4
4
35
Max. 50 ... 4
Max. 25 ... 16
Max. 35 ... 2,5
Max. 25 ... 16
Max. 35 ... 16
Max. 25 ... 25
Max. 2 ... 12
Max 4 ... 4
4
35
1.5 ... 50
1.5 ... 50
1.5 ... 50
16 ... 2
5.6
50
4 ... 35
4 ... 35
4 ... 35
4 ... 35
10 ... 1
5.6
50
Max.
50 ... 35
Max. 35
Max. 35
Max. 1
5.6
50
Series CSCN
Standard contactors
Series “CL“ and “CK“ contactors, to switch three phase capacitor banks
Electrical endurance: >100,000 operations
θ ≤ 55ºC
Contactor
Type (1)
Ith
A
25
25
32
45
45
60
60
90
110
110
140
140
250
250
315
315
450
600
700
1000
1250
400V
415V
500V
230V
240V
kvar
kvar
kvar
kvar
3
4.5
6.5
7.5
9
12.5
16.5
22
25
30
40
50
60
70
80
95
105
135
190
250
315
5
9.5
11
12.5
15
21
25
40
45
50
65
80
110
125
150
165
190
260
325
400
525
5.5
10.5
12
14
16.5
23
27
43
48
54
70
85
118
135
160
177
205
280
350
430
565
6.5
12.5
14.5
16
20
27.5
32
52
58
65
85
105
145
162
195
215
250
340
425
520
685
690V
660V
kvar
5.7
11
12.5
15
17.5
24
30
50
65
70
95
120
150
170
200
230
288
370
450
600
650
(1) To complete contactor reference, see C.10 for CL and C.18 for CK
220V
400V
415V
500V
230V
240V
kvar
kvar
kvar
kvar
2.4
3.6
5.2
6.5
7.2
10
13
17
19
22
35
43
48
56
64
85
95
120
152
200
252
4
6
8.5
10
12
17
20
30
35
40
58
70
88
100
120
148
175
235
260
320
420
4.5
6.5
9
11
13
18
22
33
37
43
62
75
94
107
130
160
188
252
280
344
452
5.2
10
11.5
13
16
22
25
41
46
52
75
90
116
130
156
192
230
375
340
416
548
690V
660V
kvar
4.5
7
10
12
14
19.5
22
35
40
50
85
105
120
136
160
205
265
330
360
480
520
Fuse
gl - gG
I max.
(peak)
A
A
10
16
25
25
35
40
50
80
125
125
160
160
250
250
315
315
450
630
800
1000
1250
1000
1000
1000
1000
2500
2500
2500
3500
3500
3500
3500
3500
5000
5000
5000
5000
5500
10000
10000
12000
15000
Technical data
CL00A
CL01A
CL02A
CL25A
CL03A
CL04A
CL45A
CL06A
CL07A
CL08A
CL09A
CL10A
CK75C
CK08C
CK85B
CK09B
CK95B
CK10C
CK11C
CK12B
CK13B
θ ≤ 70ºC
220V
A
B
C
D
E
F
G
H
I
X
C.83
Dimensional drawings
Contactors for capacitors switching
90
5.5
90
5.5
56
5.5
5.5
5.5
56
90
CSCN70...
56
56
56
55
55
55
66
133
139.5
7.5 133
133
133
139.5
139.5
139.5
7.5
7.5
7.5
7.5
144
150.5
66
144
6666
66
66
9
66
9
66
66
66
9
99
168.5
77
162
77
77
7577
9
168.5
162
162
162
168.5
168.5
168.5
75
9
75
75
75
9
99
86
CSC30
CSC30
CSC30
150.5
144
144
144
150.5
150.5
150.5
162
77
CSC30
172
178.5
86
172
86
86
86
178.5
172
172
172
178.5
178.5
178.5
CSC45
CSC55
CSC45
CSC55
CSC45
CSC45
CSC55
CSC55
128.5
90
5.5
56
133
CSC20
CSC25
CSC20
CSC25
CSC20
CSC20
CSC25
CSC25
CSC70
128.5 128.5
128.5
128.5
5.5
60
56
56
56
60
60
60
H
73
73 73
50
50
50 50
50
60
50
50 50
60
60 60
40
50
60
55
45
60
5.5
5.5
5.5
56
G
C.84
4.5
90
90 90
CSCN45..., CSCN55...
56
5556
56
56
4.5
4.5
4.5
40
7.5
7.5
7.5
139.5
4.54.5
4.5
4.5
45
40
40
40
45
45
45
E
X
4.5
7.5 137.5
131
131
131
137.5
137.5
7.5 137.5
118.5
D
73
73
45
45
45
56
79
79
79
79 79
C
73
7373
73
45
50
35
4.5
CSCN30...
131
45
35
35
35
131
137.5
35 4.5
4.5
4.5
CSCN20..., CSCN25...
B
I
50
50
5050
4.5
A
F
4.5
82.5
7.5
7.5
7.5
82.5 82.5
82.5
82.5
45
45
45
35
35
35
CSC12
CSC16
CSC12
CSC16
CSC12
CSC12
CSC16
CSC16
85.5
7.5
85.5 85.5
85.5
85.5
45
90.5
35
90.5 90.5
90.5
90.5
7.5
73
45
50
35
118.5 118.5
118.5
118.5
CSCN12..., CSCN16...
90
90 90
Contactors for capacitors switching
Series CSCN
CSC70
CSC70
CSC70
Series CSCN
Notes
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A
B
C
D
E
F
G
H
I
X
C.85
Series 390.R
Clapper contactors
40A to 800A (AC-3) / 45A to 1200A (AC-1)
AC and DC control using a bridge rectifier, designed to meet the most recent
stringent requirements in terms of reliability, service life and performance.
Main characteristics
Clapper contactors
• Sliding contact holder, set on self-centering and self-lubricating bronze
bushings
• Minitubes made of high-strength, high electrical resistance material
• Individual auxiliary contacts
Construction
Variable composition contactors (the number of main poles and auxiliary
contacts may vary), preferably secured on mounts
Control circuit
IEC/EN 60947-1
IEC/EN 60947-4-1
IEC/EN 60947-5-1
Solid iron magnetic circuit with coil powered by direct or rectified current,
particularly for heavy-duty applications (e.g., cranes, roll mills, reversing
winches, etc.).
The coils are sized for intermittent operation. For continuous operation, insert
an economy resistor in series with the coil using the respective auxiliary
contact.
Standard voltages
Main contacts
Alternating current (V) Dual-frequency coils
The sintered main contacts are classified as Type 4/2 for intermittent operation
and Type 5/2 for continuous operation.
The 4/2 sintered contact may be used only for heavy-duty operation when
the number of switching operations per hour is above 60 and the operating
intermittence is equal or less than 60% (cranes, roll mills, etc.).
If used for continuous operation, the contact will overheat.
The 5/2 sintered contact may be used only for normal duty when the number
of switching operations per hour is equal to or less than 60% and the operating
intermittence is above 60%.
Standards
A
B
C
AP CP EP GP
50/60Hz 24 48 110220
D
Direct current (V)
E
A B C D E F G H M R
Voltage20 24 40 48 97 110197220230125
Auxiliary contacts
F
Individual NO or NC single-breake contacts
Possibility to advance or delay contact making or breaking
G
Special versions
The following items may be supplied upon request:
• Contactors with coils having an operating limit that exceeds the limits
required by the standards
• Contactors with an operating voltage up to 3000V (rotary disconnect
switches, induction furnaces, etc.)
• Vertical mechanical interlocks ideal for interlocking 3 contactors.
H
I
Spare parts and additional components
X
Spare parts and additional components for the contactors are listed
on page C.91.
Order codes
Coils
Spare parts
Technical data
Dimensional drawings
C.86
!
!
!
!
!
pg. C.87
pg. C.90
pg. C.91
pg. C.94
pg. C.96
Series 390.R
Control voltage and normal combinations
Normal rated voltages, shaft spacing and combinations (main and auxiliary
poles) have been defined for each switchgear unit, thereby allowing the contactor to be rapidly selected.
AC rated voltages: 24V - 48V - 110V - 220/230V
DC rated voltages: 24V - 48V - 110V - 220/230V
Spacing between standarised shafts and combinations:
See pages C.96 to C.98
Standard center-to-center spacing (mm): 150, 200, 250, 300, 350, 400, 450, 500,
600, 700, 800, 900, 1000
The poles can be constructed as follows, depending on the operating conditions:
Z design (NO)
- For load breaking, with high breaking capacity
- For AC or DC use
- Equipped with magnetic arc-quenching coil. In the case of AC, the poles are normally sup
plied with an appropriate arc-quenching coil for the maximum rated current of the pole.
- Arc-quenching coils for medium rated currents with respect to the expected peak current are available for DC use upon request, for more effective pole performance (see table
on page C.90).
RN design (NC)
- Based on the use of break poles, which are open when the coil is energized and closed when the coil is de-energised.
- For AC or DC use in special circuits where high interrupting capacities are not required.
- This design is intended to be used with contactors R1, R2, R3, R4, R5, R7.
Order codes
Main poles
A
B
C
Poles
Z
RN
R1
R2
R3
R4
R5
R6
R7
R8
R9
D
E
Order codes - Clapper contactors
Peak operating
current
Resistive Motors
loads
<440V,
3~
50/60Hz
AC1
AC3
A
A
45
40
AC-3 admissible rated powers
Electric
endur.
220V
230V
380V
400V
415V
440V
500V
kW
HP
kW
HP
kW
HP
kW
HP
Cat.
AC3
Switching
operations
11,5
20
20
20
1 x 106
AC or DC
Pack.
See the following
pages C.84 and
C.85 on how to
complete the
catalogue number
G
R1 . . . 1
90
90
26
45
45
45
1 x 106
R2 . . .
1
125
120
36.5
62
62
73.5
1 x 106
R3 . . .
1
250
200
72.5
100
100
120
1 x 106
R4 . . .
1
320
320
93
160
160
165
1.2 x 106
R5 . . .
1
450
450
130
225
225
300
1.5 x 106
R6 . . .
1
630
630
184
315
315
400
1 x 106
R7 . . .
1
800
800
232
400
400
500
0.9 x 106
R8 . . .
1
-
-
-
-
-
-
R9 . . .
1
1500
F
H
I
X
C.87
Series 390.R
Clapper contactors
Catalogue number structure
A
2
Product
line
Size
Size
1
2
B
1
Max.
500V AC
250V DC
1
Ith
45
90
125
250
320
450
630
800
1200
Coil voltage
3
4
C
AC
3
E
F
G
1
2
3
4
5
6
7
8
9
Types R1 ... R7
24V
48V
110V
220V
Auxiliary contacts
7
I
X
C.88
5
6
7
8
9
Resistor
No.
NO aux.
contacts
No.
NC aux.
contacts
No.
“Z” poles
“Z” poles
6
1
2
3
4
5
6
1
2
3
4
P
P
P
P
-
E
G
E
F
G
H
M
P
P
-
If required
(5/2 contacts)
If not required
11
1
2
5
R
-
“RN” poles
0
1
2
3
4
“Z” poles
Type
R1
R2
R3
R4
R5
R6
R7
R8
R9
Standard Upon request
Arcquenching
coil «RN»
A
B
C
poles
13
Z
-
Standard Upon request
Arcquenching
coil “Z”
A
B
C
poles
45A
90A
125A
200A
320A
450A
630A
800A
1200A
14A 25A
45A
75A
50A 130A
150A
270A
320A
320A 400A
-
V
-
Note: The “RN” poles are not available for the R6, R8 and R9 types.
9
Type of pole
Z
No “Z” poles
9
1
2
3
4
12
Type of pole
RN
No “RN” poles
8
“Z” poles
0
1
2
3
4
1
2
3
4
Note: The “RN” poles are not available for the R6, R8 and R9 types.
12
8
11
“RN” poles
0
1
2
3
4
“RN” poles
4
A
C
E
G
A
B
C
D
E
F
G
H
M
R
“RN” poles” (NC)
7
NC
“Z” poles” (N)
Economy resistor
5
NO
1
2
3
4
5
6
6
10
H
4
Coil voltage
DC
20V
24V
40V
48V
97V
110V
197V
220V
230V
125V
Types R8 and R9
110V
220V
97V
110V
197V
220V
230V
125V
D
R
R
R
R
R
R
R
R
R
2
3
Type
R1
R2
R3
R4
R5
R6
R7
R8
R9
45A
90A
125A
200A
320A
630A
-
14A 25A
45A
75A
50A 130A
150A
320A
-
Note: The “RN” poles are not available for the R6, R8 and R9 types.
Type of contacts
14
Type
4/2
5/2
Intermittent op.
Continuous op.
14
4
5
Series 390.R
10
11
12
13
14
15
16
17
18
Arc-quenching coil
“Z” poles
No. “RN”
poles
“RN” poles
Arc-quenching coil
Type of
contacts
Stationary
support
Space
Shaft
Isolation
“RN” poles
R3
15
Length
(mm)
150
200
250
300
350
400
450
500
600
700
800
900
1000
Schaft
(Hstat.
sup.)
R8
17
A
B
C
D
E
F
G
H
I
L
M
N
O
C
D
E
F
G
H
I
L
M
N
O
E
F
G
H
I
L
M
N
O
F
G
H
I
L
M
N
O
Length
(mm)
150
200
250
300
350
400
450
500
600
700
800
900
1000
Isolation
Contactor type
R1
R2
R3
A
B
C
D
E
F
G
H
I
L
M
N
O
R4
R5
C
D
E
F
G
H
I
L
M
N
O
R6
R7
R8
E
F
G
H
I
L
M
N
O
R9
18
18
For more
isolation
Not required
F
G
H
I
L
M
N
O
M
-
Order codes
Contactor type
StatioR1
R4
R6
R9
nary
R5
R7
support R2
A
B
C
Space
16
No space Station. sup. =Shaft
Left
Space
Right
16
S
-
Stationary support
Shaft
Stationary support = Shaft
Stationary support
Stationary support
Shaft
Space to left
Shaft
Space to right
D
E
F
G
H
I
X
C.89
Series 390.R
Standardised DC or rectified coils
The DC coils are suitable for intermittent operation; for continuous operation, an economy resistor must be used.
The coils for rectified rated voltages 20-40-97-197V obtained from AC power supplies. (before the rectifier). 24-48-110-220V are
available upon request. For the contactor of “RN” break poles, contact GE.
Contactor
Voltage
VDC
Coil
Clapper contactors
Cat. no.
A
R1
R2
20
24
40
48
97
110
197
220
230
125
R3
20
24
40
48
97
110
197
220
230
125
R4
20
24
40
48
97
110
197
220
230
125
R5
20
24
40
48
97
110
197
220
230
125
R6
20
24
40
48
97
110
197
220
230
125
R7
20
24
40
48
97
110
197
220
230
125
R8
97
110
197
220
R9
97
110
197
220
B
C
D
E
F
G
H
I
X
Economy resistor
for continuous operation ± 5%
Ref. no.
Ω
W
39012Y20D
39012Y24D
39012Y40D
39012Y48D
39012Y97D
39012Y110D
39012Y197D
39012Y220D
39012Y230D
39012Y125D
244107
202327
244106
244734
202328
202323
202325
202326
211706
202324
4
3903Y20D
3903Y24D
3903Y40D
3903Y48D
3903Y97D
3903Y110D
3903Y197D
3903Y220D
3903Y230D
3903Y125D
215278
244735
244088
212705
213691
202437
214442
202438
211107
216100
4
3904Y20D
3904Y24D
3904Y40D
3904Y48D
3904Y97D
3904Y110D
3904Y197D
3904Y220D
3904Y230D
3904Y125D
244084
202483
244083
213814
213601
202479
202481
202482
211708
202480
6
3905Y20D
3905Y24D
3905Y40D
3905Y48D
3905Y97D
3905Y110D
3905Y197D
3905Y220D
3905Y230D
3905Y125D
244073
244072
244071
244736
202513
202512
244074
212706
211709
242260
10
3906Y20D
3906Y24D
3906Y40D
3906Y48D
3906Y97D
3906Y110D
3906Y197D
3906Y220D
3906Y230D
3906Y125D
244065
244064
244063
212707
202533
202532
244066
213612
211770
211711
10
3907Y20D
3907Y24D
3907Y40D
3907Y48D
3907Y97D
3907Y110D
3907Y197D
3907Y220D
3907Y230D
3907Y125D
244058
244057
244056
244737
244738
202547
244059
202548
211712
211713
16
3908Y97D
3908Y110D
3908Y197D
3908Y220D
212959
202565
214066
202566
16
3909Y97D
3909Y110D
3909Y197D
3909Y220D
214146
202572
204181
244739
140
8.2
18
33
68
220
330
680
1200
1200
330
8.2
18
39
47
270
330
820
1200
1200
330
8.2
18
33
33
180
180
680
680
680
180
6.8
10
27
27
120
180
470
680
680
180
6.8
8.2
27
27
100
180
470
680
680
180
5.6
5.6
15
18
82
100
330
390
1200
330
82
120
390
470
100
150
390
560
Cat. no.
Ref. no.
V
Cat. no.
Ref. no.
50/60Hz
RSS13/64TA8,2 204177 24 MSK-B250/220-1,5209997
RSS13/64TA18 211727 RSS13/64TA33 211728 48 MSK-B250/220-1,5209997
RSS13/64TA6,8 214869 RSS13/64TA220 212702 110 MSK-B250/220-1,5209997
RSS13/64TA330 211745 RSS13/64TA680 214580 220 MSK-B250/220-1,5209997
RSS13/64TA1200 213034 RSS13/64TA1200 213034 RSS13/64TA300 211714 RSS13/64TA8,2 204177 24 MSK-B250/220-1,5209997
RSS13/64TA18 211727 RSS13/64TA39 211730 48 MSK-B250/220-1,5209997
RSS13/64TA47 211731 RSS13/64TA270 214399 110 MSK-B250/220-1,5209997
RSS13/64TA330 211745 RSS13/64TA820 214400 220 MSK-B250/220-1,5209997
RSS13/64TA1200 213034 RSS13/64TA1200 213034 RSS13/64TA300 211714 RSS13/64TA8,2 204177 24 MSK-B250/220-1,5209997
RSS13/64TA18 211727 RSS13/64TA33 211728 48 MSK-B250/220-1,5209997
RSS13/64TA33 211728 RSS13/64TA180 211744 110 MSK-B250/220-1,5209997
RSS13/64TA180 211744 RSS13/64TA680 214580 220 MSK-B250/220-1,5209997
RSS13/64TA680 214580 RSS13/64TA680 214580 RSS13/64TA180 211744 RSS13/64TA6,8 214869 24
SKB-B80/70-4 211716
RSS13/64TA10 211742 RSS13/64TA27 244192 48 MSK-B250/220-1,5209997
RSS13/64TA27 244192 RSS13/64TA120 243281 110 MSK-B250/220-1,5209997
RSS13/64TA180 211744 RSS13/64TA470 244191 220 MSK-B250/220-1,5209997
RSS13/64TA680 214580 RSS13/64TA680 214580 RSS13/64TA180 211744 SKB-B80/70-4 211716
RSS13/64TA6,8 214869 24
RSS13/64TA8,2 204177 RSS13/64TA27 244192 48 MSK-B250/220-1,5209997
RSS13/64TA27 244192 RSS13/64TA100 211744 110 MSK-B250/220-1,5209997
RSS13/64TA180 211744 RSS13/64TA470 244191 220 MSK-B250/220-1,5209997
RSS13/64TA680 214580 RSS13/64TA680 214580 RSS13/64TA180 211744 SKB-B80/70-4 211716
RSS13/64TA5,6 211735 24
RSS13/64TA5,6 211735 SKB-B80/70-4 211716
RSS13/64TA15 211737 48
RSS13/64TA18 211727 RSS13/64TA82 204177 110 MSK-B250/220-1,5209997
RSS13/64TA100 211743 RSS13/64TA330 211745 220 MSK-B250/220-1,5209997
RSS13/64TA390 211746 RSS13/64TA1200 213034 RSS13/64TA330 211745 RSS20/165TA82 214081 110 SKB-B250/220-4 212165
RSS20/165TA120 213664 RSS20/165TA390 211748 220 MSK-B250/220-1,5209997
RSS20/165TA470 211739 RSS20/165TA100 213663 110
SKB-B30/08
211720
RSS20/165TA150 215004 RSS20/165TA390 211748 220 SKB-B500/445-4 214501
RSS20/165TA560 244987 -
(1) To insert the resistors, use NC auxiliary contacts in series.
(2) Two 20x165 resistors connected in parallel, each with a resistive value listed in the table.
C.90
Single-phase bridge rectifier
for AC power
Series 390.R
Spare parts
Contactor
Description
Cat. no.
Ref. no. Pack
(units)
R1 “Z” stationary part with 14A arc-quenching coil and spark suppressor 390/3921PFZCS14 202273 1
“Z” stationary part with 25A arc-quenching coil and spark suppressor 390/3921PFZCS25 244172
1
“Z” stationary part with 45A arc-quenching coil and spark suppressor 390/3921PFZCS45 202274
1
“RN” stationary part with spark suppressor
390/3921PFRN 244173
1
“Z” moving part (with pressure spring and strap)
390/3921PMZI 202276
1
1
1
1
1
R2
“Z” stationary part with 45A arc-quenching coil and spark suppressor 390/3922PFZCS45 244744
“Z” stationary part with 90A arc-quenching coil and spark suppressor 390/3922PFZCS90 202278
“RN” stationary part with spark suppressor 390/3922PFRN 212709
“Z” moving part (with pressure spring and strap) 390/3922PMZI 202279
“RN” moving part (with pressure spring and strap) 390/3922PMRN 213014
Stationary and moving main contact, type 4/2 (intermittent operation)390/3921/2FOM4/2214120
Stationary and moving main contact, type 5/2 (continuous operation) 390/3922FOM5/2 214121
Spark suppressor for “Z” and “RN” poles 390/3922PZ
202280
1
1
1
1
1
1
1
1
R3
“Z” stationary part with 75A arc-quenching coil and spark suppressor 390/3923PFZCS75
“Z” stationary part with 125A arc-quenching coil and spark suppressor 390/3923PFZCS125
“RN” stationary part with spark suppressor 390/3923PFRN
“Z” moving part (with pressure spring and strap) 390/3923PMZI
“RN” moving part (with pressure spring and strap) 390/3923PMRN
Stationary and moving main contact, type 4/2 (intermittent operation) 390/3923/2FOM4/2
Stationary and moving main contact, type 5/2 (continuous operation) 390/3923FOM5/2
Spark suppressor for “Z” and “RN” poles 390/3923PZ
244745
202281
213986
202283
202282
214122
214123
202284
1
1
1
1
1
1
1
1
“ Z” stationary part with 125A arc-quenching coil and spark suppressor 390/3924PFZCS125
“Z” stationary part with 200A arc-quenching coil and spark suppressor 390/3924PFZCS200
“RN” stationary part with spark suppressor 390/3924PFRN
“Z” moving part (with pressure spring and strap) 390/3924PMZI
“RN” moving part (with pressure spring and strap) 390/3924PMRN
Stationary main contact, type 4/2 (intermittent operation) 390/3924F4
Moving main contact, type 4/2 (intermittent operation) 390/3924M4/2
Stationary main contact, 5/2 type (continuous operation) 390/3924F5/2
Moving main contact, type 5/2 (continuous operation) 390/3924M5/2
Spark suppressor for “Z” and “RN” poles 390/3924PZ
202288
202289
202287
202291
202290
214124
214126
204178
214127
202292
1
1
1
1
1
1
1
1
1
1
“ Z” stationary part with 125A arc-quenching coil and spark suppressor 390/3925PFZCS150 213573
“Z” stationary part with 320A arc-quenching coil and spark suppressor 390/3925PFZCS320 202295
“RN” stationary part with spark suppressor 390/3925PFRN 244746
“Z” moving part (with pressure spring and strap) 390/3925PMZI 202298
“RN” moving part (with pressure spring and strap) 390/3925PMRN 202297
Stationary main contact, type 4/2 (intermittent operation)
390/3925F4/2 214128
Moving main contact, type 4/2 (intermittent operation)
390/3925M4/2 214130
Stationary main contact, 5/2 type (continuous operation)
390/3925F5/2 214129
Moving main contact, type 5/2 (continuous operation)
390/3925M5/2 214131
Spark suppressor for “Z” and “RN” poles 390/3925PZ
202299
1
1
1
1
1
1
1
1
1
1
“ Z” stationary part with 270A arc-quenching coil and spark suppressor 390/3926PFZCS270
“Z” stationary part with 450A arc-quenching coil and spark suppressor 390/3926PFZCS450
“Z” moving part (with pressure spring and strap) 390/3926PMZI
Stationary main contact, type 4/2 (intermittent operation)
390/3926F4/2
Moving main contact, type 4/2 (intermittent operation)
390/3926M4/2
Stationary main contact, 5/2 type (continuous operation)
390/3926F5/2
Moving main contact, type 5/2 (continuous operation)
390/3926M5/2
Spark suppressor for “Z” and “RN” poles
390/3926PZ
1
1
1
1
1
1
1
1
R4
R5
R5
202303
213574
202304
214133
214135
214134
214136
202654
Order codes
“RN” moving part (with pressure spring and strap)
390/3921PMRN 202275
Stationary and moving main contact, type 4/2 (intermittent operation) 390/3921/2FOM4/2 214120
Stationary and moving main contact, type 5/2 (continuous operation) 390/3922FOM5/2 214121
Spark suppressor for “Z” and “RN” poles
390/3921PZ
202277
A
B
C
D
E
F
G
H
I
X
C.91
Series 390.R
Spare parts (continued)
Clapper contactors
Contactor
Description
Cat. no.
Ref. no. Pack
(units)
R7
“Z” stationary part with 320A arc-quenching coil and spark suppressor390/3927PFZCS320 202307
“Z” stationary part with 630A arc-quenching coil and spark suppressor 390/3927PFZCS630 202308
“RN” stationary part with spark suppressor 390/3927PFRN 202306
“Z” moving part (with pressure spring and strap) 390/392PMZI 202310
“RN” moving part (with pressure spring and strap) 390/3927PMRN 202309
Stationary main contact, type 4/2 (intermittent operation) 390/3927F4/2 214137
Moving main contact, type 4/2 (intermittent operation) 390/3927M4/2 214139
Stationary main contact, 5/2 type (continuous operation) 390/3927F5/2 214138
Moving main contact, type 5/2 (continuous operation) 390/3927M5/2 214140
Spark suppressor for “Z” and “RN” poles 390/3927PZ
202311
1
1
1
1
1
1
1
1
1
1
R8
“Z” stationary part with 400A arc-quenching coil and spark suppressor 3908PFZCS400
“Z” stationary part with 800A arc-quenching coil and spark suppressor 3908PFZCS800
“Z” moving part (with pressure spring and strap) 3908PMZ
Stationary main contact, type 4/2 (intermittent operation) 3908F4/2
Moving main contact, type 4/2 (intermittent operation)
3908/9M4/2
Stationary main contact, 5/2 type (continuous operation) 3908F5/2
Moving main contact, type 5/2 (continuous operation) 3908/9M5/2
Spark suppressor for “Z” and “RN” poles 3908PZ
202555
202562
202563
214144
214141
214145
214142
202564
1
1
1
1
1
1
1
1
“Z” stationary part with 1200A arc-quenching coil and spark suppr.
“Z” moving part (with pressure spring and strap) Stationary main contact, type 4/2 (intermittent operation) Moving main contact, type 4/2 (intermittent operation) Stationary main contact, 5/2 type (continuous operation) Moving main contact, type 5/2 (continuous operation) 244983
212962
204179
214141
204180
214142
1
1
1
1
1
1
R8
A
B
C
D
E
F
G
H
I
X
C.92
3909PFZCS120
3909PMZ
3909F4/2
3908/9M4/2
3909F5/2
3908/9M5/2
Series 390.R
Operating categories
AC-1
AC-3
DC1
L/R H 1ms
DC3
L/R H 2.5ms
DC5
L/R H 15ms
R2...
R3...
R4...
R5...
(A)
(A)
(A)
(kW)
(kW)
(kW)
(kW)
(mm2)
(%)
(%)
45
45
30
17
29
32
39
10
100
50
90
90
70
30
55
57
69
35
100
50
125
125
100
45
75
85
102
50
100
50
250
250
200
90
155
180
200
120
100
50
320
320
280
114
196
227
250
185
100
30
(A)
(kW)
(kW)
(kW)
(kW)
(%)
(%)
40
11.5
20
20
20
100
50
90
26
45
45
45
100
50
110
36.5
62
68
72,5
100
50
200
72.5
100
100
120
100
50
320
93
160
160
165
100
50
450
130
225
225
280
100
50
630
184
315
315
400
100
30
800
232
400
400
500
100
30
-
(A)
(kW)
(HP)
(kW)
(HP)
(kW)
(HP)
(A)
(kW)
18.5
4
5.3
9
11.9
11
14.6
40
18.5
44
11
14.6
22
29.2
25
33.2
90
38
55
15
19.9
28
37.2
33
43.9
110
55
110
33
43.9
55
73.1
75
99.7
185
90
125
37
49.2
63
83.8
90
119.7
280
150
150
45
59.8
80
106
100
133
420
220
165
50
66.5
90
119.7
110
146
590
300
250
80
106
132
175.5
225
299
700
375
-
Series poles
R1...
R2...
R3...
R4...
R5...
R6...
R7...
R8...
R9...
1
2
3
4
1
2
3
4
1
2
3
4
40
60
60
60
20
30
40
40
20
20
85
90
90
90
75
90
90
90
75
90
90
115
125
125
125
110
115
125
125
100
125
125
180
200
200
200
160
200
250
250
200
250
250
300
320
320
320
275
300
320
320
275
320
320
400
450
450
450
350
370
400
450
350
400
450
600
630
630
630
500
560
630
630
500
600
630
700
750
800
800
600
650
750
800
600
700
800
900
1000
1250
1250
800
900
1000
1250
800
900
1000
1
2
3
4
1
2
3
4
1
2
3
4
30
40
45
45
15
20
25
10
13
75
80
90
100
65
90
90
55
70
100
110
110
120
90
110
110
75
100
170
200
200
220
155
200
200
120
160
280
320
320
340
245
320
320
200
260
380
450
450
480
340
450
450
300
400
550
630
630
460
630
630
400
550
650
800
800
550
800
800
500
660
-
1
2
3
4
1
2
3
4
1
2
3
4
27
35
40
40
13
18
22
9
11
50
70
90
90
55
80
80
50
60
70
90
100
110
80
100
100
67
90
90
150
200
200
140
180
180
100
130
240
280
320
320
220
290
290
180
224
320
380
420
450
300
400
400
270
360
400
450
500
500
410
560
560
360
480
500
550
600
650
490
700
700
450
600
-
Peak operating current
at ambient temp. of:
(for all rated voltages)
Max.
operating power
Resistor
III
40ºC
55ºC
70ºC
230/220V
400/380V
440/415V
500V
Conductor Operation in % of peak 120 ops./h
operating current
300 ops./h
Peak operating current Ue = 400V
Max. operating power 230/220V
400/380V
440/415V
500V
Use in % of peak
120 ops./h
operating current
300 ops./h
Peak operating current Ue = 500V
Operating power
230/220V
(200,000 switching 400/380V
500V
Peak operating current H 400V
Max. operating power 400/380V
Ue
125V
220V
440V
125V
220V
440V
125V
220V
440V
R6...
R7...
R8...
R9...
450
630
800
1200
450
600
750
1200
360
500
700
950
170
195
240
450
310
330
410
750
340
330
500
900
390
420
550
1030
2 x (30x5) 2 x (40x5) 2 x (60x5) 4 x (50x5)
100
100
100
50
30
20
10
10
Technical data
AC-4
R1...
A
B
C
D
E
F
G
H
I
X
C.93
Series 390.R
Technical data
Standards
Maintenance
IEC/EN 60947-1
IEC/EN 60947-4-1
IEC/EN 60947-5-1
C =Opening of the moving core
C1 =Opening of moving core
when the contacts start to
touch. The data listed in the
table refers to contactors in
a normal three-pole design
and may vary in the case of
special designs.
Clapper contactors
Ambient conditions
A
B
Storage temperature Operating temperature -40°C to +60°C
Altitude
up to 2500m
3000 to 4000m
4000 to 5000m
-55°C to +80°C
Rated values
90%Ie 80%Ue
80%Ie 75%Ue
Climatic withstand capacity (IEC 68-2)
Continuous testing 40/125/56
Cold (72h)
Temperature
Dry heat (96h)
Temperature
Relative humidity Moist heat (56 days)
Temperature
Relative humidity
Cyclic testing
First half-cycle (12h)
Low temperature Relative humidity
Second half-cycle (12h) Low temperature
Relative humidity
No. consecutive cycles
DC power supply
-40°C
+125°C
< 50%
+40°C
95%
+25°C
93%
+55°C
95%
6
No variation in on and off voltage.
No variation in rated power
F
H
I
X
C.94
Pressure of closed
contact in kg
(+10% / -30%)
18
18
20
22
24
28
28
34
34
5
5
6
6
7
8
8
10
10
0.750
0.750
0.750
1.300
2.000
3.500
5.500
8.000
15.000
The replacement (due to wear) of the main contacts requires an adjustment to ensure proper distance between the moving and the stationary
contacts. The respective adjustment screws should be turned until the
main contacts start to touch simultaneously when the gap indicated by
A1 or C1 exists between the stationary and the moving magnetic circuit.
Make sure that all contactor poles have the same stroke by manually
closing the magnetic circuit; if the poles are properly adjusted, they
should come into contact at the same time.
If contact wear is abnormal, please contact the manufacturer since the
apparatus has been improperly chosen for the application conditions.
To replace the contacts, loosen the screw securing the contacts to the
respective contact holder, making sure that the screws are well-tightened when installing the new contacts.
GE Power Controls warrants proper operation of the contactors only if
the contacts are replaced with OEM contacts.
D
G
C1
(mm) ±1
Replacement of main contact
Mounting positions
C
E
C
(mm) ±1
Capacity of terminals and torque
Single-core conductor
(mm2)
Multi-strand conductor (mm2)
with terminal sheath Multi-strand conductor (mm2)
without terminal sheath
Multi-strand (mm2)
Single- and multi-strand AWG (mm2)
Torque
(Nm)
(Lb x in)
Multi-strand with terminal
(mm2)
Clappers
Torque
(Nm)
(Lb x in)
R1...
R2...
R3...
2.5...25
2.5...25
2.5...50
2.5...50
2.5...25
2.5...50
4...25
16...4
4
35
4...50
16...2
5,6
50
R4...
R5...
R6...
R7...
R8...
1 x 120
2 x 95
7
60
1 x 185
2 x 150
23
200
-
-
-
2 x (30x5)
31
275
2 x (40x5)
31
275
2 x (60x5)
31
275
R9...
Series 390.R
Power circuit
R1...
R2...
R3...
R4...
R5...
R6...
R7...
R8...
R9...
(A)
(A)
(V)
45
40
500
90
90
500
125
110
500
250
200
500
320
320
500
450
450
500
630
630
500
800
800
500
1500
500
Rated isolation voltage Ui (V)
Maximum continuous current AC-1
(A)
Frequency limits (Hz)
(Hz)
Making capacity (RMS) (IEC947) (A)
Breaking capacity (RMS) (IEC 947) Ue ≤ 400V (A)
Ue = 500V (A)
Short-time current 1 s.
(A)
5 s.
(A)
10 s.
(A)
30 s.
(A)
1 min.
(A)
3 min.
(A)
Recovery time
(min.)
Fused short-circuit protection aM
(A)
gL-gG
(A)
Impedance per pole (mΩ)
Power dissipated per pole AC-1
(W)
AC-3
(W)
Isolation resistance
Pole-to-pole (mΩ)
Pole-to-ground (mΩ)
Input-to-output (mΩ)
1000
45
1000
90
1000
125
1000
250
1000
320
1000
450
1000
630
1000
800
1000
1200
540
450
1200
800
500
250
180
100
10
50
80
1
2.1
1.6
1200
960
650
1500
900
650
300
200
150
10
125
160
1
8.1
8.1
1250
1250
1050
2000
1500
1200
750
450
250
10
160
200
0.5
7.8
6
2400
1900
1900
2500
2200
1600
1100
800
500
10
250
315
0.4
25
16
3800
3050
3050
3000
2800
2500
2000
1500
600
10
400
425
0.2
20
20
5400
4350
4350
4250
4000
3900
3700
2500
900
10
630
630
0.3
60
60
7500
6000
6000
5000
4800
4600
4400
3000
1500
10
800
800
0.2
79
79
9600
7700
7700
6000
5700
5500
5200
4000
2300
10
1000
1000
0.25
160
160
4000
4000
4000
10000
9000
8800
8500
5000
3000
10
0.10
144
-
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
>10
R2...
R3...
R4...
R5...
R6...
R7...
R8...
R9...
1000
24...220
1000
24...220
1000
24...220
1000
24...220
1000
24...220
1000
24...220
1000
24...220
1000
24...220
Thermal rated current lth at u H 55ºC Rated operating current Ie AC-3 Rated operating voltage Ue (1) 3-pole contactors
Control circuit
Alternating current
Technical data
>10
>10
>10
(1) For rated voltages above 500V, contact the manufacturer.
A
B
R1...
1000
Rated isolation voltage Ui (V)
Standardized voltages Us at 50/60 Hz (V) 24...220
Single-frequency coil voltage limits
Operation
xUs 0.85...1.1
Off
xUs 0.22...0.55
Consumption of dual-frequency coils (1)
19
Closed magnetic circuit (50 Hz/60 Hz) (VA)
27
Open magnetic circuit (50 Hz/60Hz) (VA)
19
Dissipated thermal power (50 Hz/60 Hz) (W)
On and off times. Values at Us
60/70
Making time at de-energisation (NA) (ms)
80/95
Making time at de-energisation (NA) (ms)
Mechanical endurance
10
Dual-frequency coils (at 50 Hz) 106 ops.
Maximum rate
1200
Dual-frequency coils. No-load
ops./h
600
AC-1 with rated power
ops./h
250
AC-2 with rated power
ops./h
600
AC-3 with rated power ops./h
150
AC-4 with rated power
ops./h
C
0.85...1.1 0.85...1.1 0.85...1.1 0.85...1.1 0.85...1.1 0.85...1.1 0.85...1.1 0.85...1.1
0.22...0.55 0.22...0.55 0.22...0.55 0.22...0.55 0.22...0.55 0.22...0.55 0.22...0.55 0.22...0.55
19
27
19
20
38
20
25
41
25
35
57
35
38
60
38
53
90
53
100
440
100
190
1400
190
60/70
80/95
60/70
80/95
110/120
160/170
150/160
200/210
180/200
350/450
200/210
240/250
150/160
150/160
-
10
10
10
10
10
10
8
8
1200
600
250
600
150
600
300
200
300
100
400
120
120
120
60
400
120
120
120
60
400
120
120
120
60
400
120
120
120
60
300
90
90
90
30
300
60
-
1000
24...230
1000
24...230
1000
24...230
1000
24...230
1000
24...230
1000
24...230
1000
24...230
1000
24...230
1000
24...230
0.8...1.1
0.15...0.5
0.8...1.1
0.15...0.5
0.8...1.1
0.15...0.5
0.8...1.1
0.15...0.5
0.8...1.1
0.15...0.5
0.8...1.1
0.15...0.5
0.8...1.1
0.15...0.5
0.8...1.1
0.15...0.5
0.8...1.1
0.15...0.5
14
21
14
21
16
25
22
31
28
45
30
46
42
65
80
400
140
1000
60/70
19/20
10
60/70
19/20
10
60/70
19/20
10
110/120
28/30
10
150/160
40/45
10
180/200
59/60
10
200/210
30/35
10
150/160
25/30
8
8
1200
600
150
1200
600
150
600
300
100
400
120
60
400
120
60
400
120
60
400
120
60
300
90
30
300
-
D
E
F
G
Direct current
Rated isolation voltage Ui (V)
Standardized voltages Us (V)
Voltage limits
Operating
xUs
Off
xUs
Power consumption
Closed magnetic circuit
(W)
Open magnetic circuit
(W)
On and off time
Values at Us
Making time at energization (NA) (ms)
Breaking time at de-energization (NA) (ms)
Mechanical endurance 106 ops.
Maximum rate
No-load ops./h
AC1 and AC3 with rated power ops./h
AC4 with rated power ops./h
(1) With 5/2 contact
H
I
X
C.95
Series 390.R
Dimensional drawings
R1..., R2...
Contact combination
Clapper contactors
“Z” main Max. no. of Max.Max. Center-topole (1) aux. contacts NO NC center spacing
1
1
1 1
150
3
3 3
200
6
6 4
250
9
6 4
300
10
6 4
350
10
6 4
400
2
1
1 1
200
4
4 4
250
7
6 4
300
9
6 4
350
9
6 4
400
3
2
2 2
250
5
5 4
300
7
6 4
350
7
6 4
400
4
2
2 2
300
5
5 4
350
5
5 4
400
(1) A “RN” pole can be used to replace one of the
“Z” poles. To use a higher number of “RN” poles,
contact the manufacturer.
A
R3...
Contact combination
“Z” main Max. no. of Max.Max. Center-topole (1) aux. contacts NO NC center spacing
1
150
3
3 3
200
6
6 4
250
9
6 4
300
10
6 4
350
10
6 4
400
2
200
3
3 3
250
6
6 4
300
8
6 4
350
9
6 4
400
3
250
3
3 3
300
6
6 4
350
7
6 4
400
4
300
3
3 3
350
4
4 4
400
(1) A “RN” pole can be used to replace one of the
“Z” poles. To use a higher number of “RN” poles,
contact the manufacturer.
B
C
D
E
F
G
H
I
X
C.96
R4...
Contact combination
“Z” main Max. no. of Max.Max. Center-topole (1) aux. contacts NO NC center spacing
1
3
3 3
250
6
6 4
300
9
6 4
350
10
6 4
400
10
6 4
450
2
250
3
3 3
300
6
6 4
350
9
6 4
400
10
6 4
450
3
300
3
3 3
350
6
6 4
400
9
6 4
450
4
3
3 3
400
4
4 3
450
(1) A “RN” pole can be used to replace one of the
“Z” poles. To use a higher number of “RN” poles,
contact the manufacturer.
Series 390.R
R5...
Contact combination
R6...
Dimensions
“Z” main Max. no. of Max.Max. Center-topole (1) aux. contacts NO NC center spacing
1
2
2
2
250
5
5
4
300
8
6
4
350
10
6
4
400
10
6
4
450
10
6
4
500
2
2
2
2
300
4
4
4
350
7
6
4
400
10
6
4
450
10
6
4
500
3
1
350
4
4
4
400
6
6
4
450
7
6
4
500
4
400
3
3
3
450
3
3
3
500
(1) A “RN” pole can be used to replace one of the
“Z” poles. To use a higher number of “RN”
poles, contact the manufacturer.
A
Contact combination
“Z” main Max. no. of Max. Max. Center-topole
aux. contacts NO NC center spacing
1
2
3
4
5
8
10
10
10
10
1
4
7
9
10
10
2
5
7
7
1
2
2
2
6
6
6
6
6
1
4
6
6
6
6
2
5
6
6
1
2
2
4
4
4
4
4
4
1
4
4
4
4
4
2
4
4
4
1
2
2
350
400
450
500
600
700
350
400
450
500
600
700
450
500
600
700
500
600
700
B
C
D
E
F
R7...
Contact combination
“Z” main Max. no. of Max.Max. Center-topole (1) aux. contacts NO NC center spacing
1
4
4
4
350
6
6
4
400
9
6
4
450
10
6
4
500
10
6
4
600
10
6
4
700
2
1
1
1
400
4
4
4
450
7
6
4
500
10
6
4
600
10
6
4
700
3
1
1
1
500
7
6
4
600
8
6
4
700
4
2
2
2
600
5
5
3
700
G
H
I
X
(1) A “RN” pole can be used to replace one of the
“Z” poles. To use a higher number of “RN”
poles, contact the manufacturer.
C.97
Series 390.R
Dimensional drawings
R8...
Contact combination
Clapper contactors
“Z” main Max. no. of Max. Max. Center-topole
aux. contacts NO NC center spacing
1
1
1
1
350
4
4
4
400
6
6
4
450
9
6
4
500
10
6
4
600
10
6
4
700
10
6
4
800
2
450
3
3
3
500
8
6
4
600
10
6
4
700
10
6
4
800
3
2
2
2
600
8
6
4
700
8
6
4
800
4
1
1
1
700
4
3
3
800
A
R9...
Contact combination
B
C
D
E
F
G
H
I
X
C.98
“Z” main
Max. no. of Max. Max. Center-topole
aux. contacts NO NC center spacing
1
2
2
2
400
4
4
4
450
7
6
4
500
10
6
4
600
10
6
4
700
10
6
4
800
10
6
4
900
10
6
4
1000
2
4
4
4
600
9
6
4
700
10
6
4
800
10
6
4
900
10
6
4
1000
3
700
6
6
4
800
8
6
4
900
8
6
4
1000
4
3
3
3
900
4
3
3
1000
48962
GE Consumer & Industrial
Power Protection
Power Protection (formerly GE Power Controls),
a division of GE Consumer & Industrial,
is a first class European supplier of
low-voltage products including wiring
devices, residential and industrial electrical
distribution components, automation
products, enclosures and switchboards.
Demand for the company’s products
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and utilities worldwide.
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GE POWER CONTROLS Ltd
Houghton Centre
Salthouse Road
Northampton NN4 7EX
United Kingdom
Customer Service
Tel. 0800 587 1251
Fax 0800 587 1239
E-mail: gepcuk@gepc.ge.com
GE CONSUMER & INDUSTRIAL HUNGARY
Váci út 77
H-1340 Budapest
Hungary
Customer Service
Tel. +361 447 6046
Fax +361 447 5060
E-mail: mea.export .consind@ge.com
Net: www.gepowershop.com
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GE CONSUMER & INDUSTRIAL
POWER PROTECTION
Nieuwevaart 51
B-9000 Gent
Belgium
Tel. +32/9 265 21 11
Fax +32/9 265 28 00
E-mail: gepcbel@gepc.ge.com
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680804
Ref. C/4601/E/EX 2.5 Ed. 05/09
© Copyright GE Consumer & Industrial 2009