SIEMENS
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Siemens CR 1 · 2015
6
Drive systems
SIMOTRAS HD AC power controller
■
Technical specifications
AC power controller in the basic version
Product designation
SIMOTRAS HD AC power controller
Type
6SG7050-
0EB60-0
6SG7052-
0EB60-0
6SG7055-
0EB60-0
6SG7060-
0EB60-0
6SG7062-
0EB60-0
6SG7065-
0EB60-0
110 ... 500 V 3 AC, 60 ... 180 A
Rated supply voltage
Power unit
V
110 -10 % ... 500 + 10 % 3 AC
Rated frequency
Hz
50/60
The devices automatically adjust to the frequency of the applied line
voltage in a range from 45 ... 65 Hz.
Rated current
A
60
78
98
112
142
180
Rated supply voltage
Electronic power supply
V
380 (-25 %) ... 460 (+15 %) 2 AC
I
rated
= 1 A
or 190 (25 %) ... 230 (+15 %) 1 AC
I
rated
= 2 A
(-35 % for 1 min.)
Phase fuse
1)
3 units
A/V
3NE1820-0
80/690
3NE1021-0
100/690
3NE10220-0
125/690
3NE1024-0
160/690
3NE1224-0
160/690
3NE1225-0
200/690
Rated supply voltage
Fan
V
–
–
24 DC internal
Overload possibility
2)
20 s duration:
I
= 2 ×
I
rated
then 70 s duration:
I
=
I
rated
then 60 s duration:
I
= 0 A
(cycle duration 150 s)
Power loss for rated current,
approx.
W
272
306
386
439
500
630
Minimum load
A
3
6
6
6
7
7
Ambient temperature during opera-
tion at rated current
°C
0 ... 45
self-ventilation
0 ... 40
forced ventilation
Upper limit temperature with cur-
rent derating
°C
55
50
Cooling air requirement
m
3
/h
–
100
Sound pressure level
L
pA
(1 m)
dB
–
40
Storage and transport temperature
°C
-25 ... +70
Installation altitude above sea level
m
≤
1000 at rated current
max. 3500 with reduced voltage and current
Environmental class
DIN IEC 60721-3-3
3K3
Degree of protection
DIN EN 60529
IP00
IP00
IP00
IP00
IP00
IP00
D400 device type
60 Mre
78 Mre
98 Mre
112 Mre
142 Mre
180 Mre
Dimensions
See dimensional drawings
Weight, approx.
kg
16
16
16
16
17
17
1)
The fuses listed are not included with the device. The fuses listed are
recommended fuses that must be ordered separately.
2)
It is permissible to operate the device without interruption with the
rated connection current
I
rated
. This will cause the thyristors to reach
their limit temperature. It is not possible to accelerate, i.e. increase
the current from this operating state.
© Siemens AG 2015