20
Table 1 – MODACT MOK (Control) electric actuators
–
basic technical parameters
x x 1 x
10
15
2780
1 x 230
0,37
7,4
x x 2 x
20
15
2780
1 x 230
0,37
7,4
x x 3 x
40
15
2780
1 x 230
0,37
7,4
x x 4 x
80
4
1270
1 x 230
0,25
7,4
x x 5 x
10
15
2680
3 x 400
0,10
7,4
x x 6 x
20
15
2680
3 x 400
0,10
7,4
x x 7 x
40
15
2680
3 x 400
0,10
7,4
x x C x
40
15
2780
1x230
0,37
7,4
x x 1 x
10
60
2770
1 x 230
0,53
12,7
x x 2 x
20
60
2770
1 x 230
0,53
12,7
x x A x
20
60
2770
1x230
0,53
12,7
x x 3 x
40
20
1350
1 x 230
0,4
12,3
x x 4 x
80
20
1350
1 x 230
0,4
12,3
x x 5 x
10
90
2770
3 x 400
0,34
12,7
x x 6 x
20
90
2770
3 x 400
0,34
12,7
x x 7 x
40
20
1440
3 x 400
0,20
12,7
x x 8 x
80
20
1440
3 x 400
0,20
12,7
x x 2 x
20
60
2770
1 x 230
0,53
21
x x 3 x
40
60
2770
1 x 230
0,53
21
x x A x
40
60
2770
1 x 230
0,53
21
x x 4 x
80
20
1350
1 x 230
0,4
20,5
x x 5 x
160
20
1350
1 x 230
0,4
20,5
x x 6 x
20
90
2770
3 x 400
0,34
21
x x 7 x
40
90
2770
3 x 400
0,34
21
x x 8 x
80
20
1440
3 x 400
0,20
21
x x 9 x
160
20
1440
3 x 400
0,20
21
x x 2 x
20
120
1350
3 x 400
0,42
27
x x 3 x
40
120
1350
3 x 400
0,42
26
x x 4 x
80
120
1350
3 x 400
0,42
26,3
x x C x
40
90
2780
1 x 230
0,90
27
x x 3 x
40
120
1350
3 x 400
0,42
45
x x 4 x
80
120
1350
3 x 400
0,42
43
x x 5 x
160
120
1350
3 x 400
0,42
43,3
x x C x
80
90
2780
1 x 230
0,90
45
MOK 63
MOK 125
MOK 250
MOK 500
MOK 1000
52 325
52 326
52 327
52 328
52 329
FCJ2B52D
FCT2B54D
FT2B52D
FCJ2B52D
FCJ4C52N
FCT4C54N
FT4C52NA
EAMR56N04A
FCJ4C52N
FCT4C54N
FT4C52NA
EAMR56N04A
1 PK 7060-4AB
EAMRB63L02
1 PK 7060-4AB
EAMRB63L02
Type
Weight
[kg]
Type number
Adjusting
time
[s/90°]
Tripping
torque
[Nm]
Electric motor
Output
[W]
Speed
[1.min
-1
]
Voltage
[V]
Current
[A]
Type
basic
complem.
1 2 3 4 5
6 7 8 9
16 – 32
25 – 80*)
25 – 45
16 – 32
25 – 80
55 – 11
63 –125
80 – 160
63 – 125
125 – 250
160 – 320
125 – 250
250 – 500
500 – 1000
*) Design variants with a greater tripping torque up to 80 Nm can be used at an ambient temperature of -20 °C to +55 °C.
In the type number, the following numeric symbol should be inserted:
6
th
position determine the possibility of using the position transmitter and electrical connection
terminal
connector
design with resistance transmitter
6 x x x
A x x x
design with current transmitter 4 -20 mA without built-in power supply
7 x x x
B x x x
design without position transmitter
8 x x x
C x x x
design with current transmitter 4 -20 mA with built-in power supply
9 x x x
D x x x
7
th
position: 0 – design without built-in position controller and without BMO
(block of local control)
1 – design with built-in position controller without BMO –
MODACT MOK Control
2 – design without built-in position controller with BMO
3 – design with position controller and BMO –
MODACT MOK Control
8
th
position: Insert a number or letter, according to Table 1.
9
th
position: Insert a number or letter, according to Table 2.
Содержание MODACT MOK 1000
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