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Standards and certifications • Safety
Automation PC 620 with 945GME N270 CPU board User's Manual V 1.10
7.3 High voltage
7.4 Residual voltage
7.5 Leakage current
Test carried out according to
EN 60060-1
Limits according to
EN 61131-2
1)
1) See EN 61131-2:2003 page 104, table 59.
Limits according to
UL 508
High voltage: Primary circuit to
secondary circuit and to protective
ground circuit (transformers, coils,
varistors, capacitors and
components used to protect
against over-voltage can be
removed before the test)
Input voltage
Test voltage
Input
voltage
Test voltage
1.2/50 µs
voltage
surge peak
AC, 1 min
DC, 1 min
AC, 1 min
DC, 1 min
0 - 50 VAC
0 - 60 VDC
850 V
510 V
720 V
≤
50 V
500 V
707 V
50 - 100 VAC
60 - 100 VDC
1360 V
740 V
1050 V
>
50 V
1000 V +
2 x U
N
(1000 V +
2 x U
N
)
x 1.414
100 - 150 VAC
100 - 150 VDC
2550 V
1400 V
1950 V
150 - 300 VAC
150 - 300 VDC
4250 V
2300 V
3250 V
300 - 600 VAC
300 - 600 VDC
6800 V
3700 V
5250 V
600 - 1000 VAC
600 - 1000 VDC
10200 V
5550 V
7850 V
Table 269: Test requirements - High voltage
Test carried out according to
EN 61131-2
Limits according to
EN 60204-1
Limits according to
EN 61131-2
Residual voltage after switching off
<
60 V after 5 sec (active parts)
<
60 V after 1 sec (plug pins)
<
60 V after 5 sec (active parts)
<
60 V after 1 sec (plug pins)
Table 270: Test requirements - Residual voltage
Test carried out
Limits according to
VDE 0701-1
Leakage current: Phase to ground
<
3.5 mA
Table 271: Test requirements - Leakage current
Summary of Contents for Automation PC 620
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Page 568: ...568 Appendix A Glossary Automation PC 620 with 945GME N270 CPU board User s Manual V 1 10 ...