Technical Data Of The H6 Power Supply Units; Table 7: Technical Data Of The H6 Rectifier Modules - KEB COMBIVERT H6 Instructions For Use Manual
Installation rectifier module
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- Instructions for use manual (40 pages) ,
- Instructions for use manual (60 pages)
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TECHNICAL DATA OF THE H6 POWER SUPPLy UNITS
3.2 Technical data of the H6 power supply units
Unit size
Housing
Input data
Rated input voltage
Input voltage range
Mains frequency
Phases
Approved mains forms
Rated input power
Rated input active power
Max. input power
Max. input active power
Rated input current
Max. input current (for 60 s)
Base load current (I
x 0.86)
N_ac
Current S6 operation (40 % for 10 min)
Overcurrent cut-off
Max. permissible mains fuse type gL/gG
Recommended supply cable section
Output data
Rated output voltage
Output voltage range
Overvoltage switch-off
Maximum ext. load current
Rated output current
Max. output current (for 60 s)
Overcurrent cut-off (E.OC)
braking transistor (GTR7)
Max. braking current
Min. braking resistor
Response voltage
Rated switching frequency
Switching cycle based on 120s cycle
time
Other data
Power dissipation heat sink
Power dissipation interior
Max. heat sink temperature
Supply control circuit
Input voltage
Input current
Additional input current for air cooler
Table 7:
Technical data of the H6 rectifier modules
1)
The max. surrounding temperature T
2)
IT system application only upon request.
3)
Limitations: The thermal dimensioning of the heat sinks is based on the rated current and the maximum permissible ambient tempera-
ture. At high ambient temperatures and / or high heatsink temperatures (for example, due to a preceding utilization nearby 100%), the
drive converter can change to over-temperature error before the protective function OL is triggered.
4)
Input current, if no digital input is set. At max. load at the digital outputs the input current can be increased up to max. 1 A.
28
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19
U
/ V
N_ac
U
/ V
in_ac
f
/ Hz
N
2)
S
/ kVA
31
N
P
/ kW
30
N
S
/ kVA
56
_max
P
/ kW
54
_max
I
/ A
45
N_ac
I
/ A
81
3)
_max_ac
I
/ A
37
H_ac
I
/ A
58
S6_ac
I
/ A
97
OC_ac
I
/ A
50
_max
Ø / mm²
16
U
/ V
outN_dc
U
/ V
dc
U
/ V
OP_dc
I
/ A
ext_dc
I
/ A
55
outN_dc
I
/ A
99
3)
out_max_dc
I
/ A
119
dc
I
/ A
79
B_max_dc
R
/ Ω
10
B_min
U
/ V
dc
f
/ kHz
SN
t
/ %
SC
P
/ W
175
D_ext
P
/ W
60
D_int
/ °C
80
T
HS
U
/ V
CU_dc
/ mA
4)
I
CU_dc
I
/ A
-
CU_dc
= 30°C must be maintained for the air-cooled version.
a
20
21
24
25
C / S
400 (UL: 480)
320...528
50/60 ±2
3
TN, TT
39.5
51
104
131
37
48
95
120
71
92
187
236
67
86
171
216
57
74
150
190
103
133
270
341
47
61
123
155
74
96
195
246
123
160
324
410
63
80
200
250
25
25
120
2x70
540
452...746
840
5
70
90
180
230
126
162
324
414
151
194
389
497
79
79
184
208
10
10
4.3
3.8
790
4
40
250
320
375
450
75
85
60
70
60/80
60
80
60
24 (±10 %)
600
-
0.3
3.6
3.6
27
28
1)
G / W
170
242
155
225
306
436
279
405
245
350
441
630
201
287
319
455
529
756
315
400
2x95 2x120
300
435
540
783
648
940
293
360
2.7
2.2
650
950
85
110
80
60
3.6
3.6
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