Benning ST 755+ - Table 29 Test Procedures According to en 50678 (VDE 0701) and en 50699 (VDE 0702) for Class I

Appendix
13.1 Automatic test procedures
5284 / 08/2023 en BENNING ST 755+ / ST 760+ 103
Testno. Name Individual tests
15 Shock-proof cable with probe
R
Insu
250V
R
PE
(600mA), R
Insu‑1
(250V), cable (line length
5m/ line cross-section 1.5mm²/ number of
conductors=3/ resistance value per line 0.3Ω,
for line tests of shock-proof cables
16 Shock-proof cable without probe R
Insu
‑1 (500V), cable (line length 5m/ line
cross-section 1.5mm²/ number of
conductors=3/ resistance value per line 0.3Ω,
for line tests of shock-proof cables
17 Devices of ClassI, three-phase R
PE
(600mA), R
Insu‑1
(500V), functional test
three-phase with I
PE
(diff./ dir.), possible
adapters: MA2‑16 (switch-over diff./dir.), MA4
(always with differential current measuring
method)
18 Devices of ClassI R
PE
10A,
three-phase
R
PE
(10mA), R
Insu‑1
(500V), functional test three-
phase with I
PE
(diff./ dir.), possible adapters:
MA2‑16 (switch-over diff./dir.), MA4 (always
with differential current measuring method)
19 Power distributor RCD typeA R
PE
(600mA), R
Insu‑IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), RCD typeA (30mA), possible adapters:
MA2‑16 (switch-over diff./dir.), MA4 (always
with differential current measuring method)
20 Power distributor RCD typeB R
PE
(600mA), R
Insu‑IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), RCD typeB (30mA), possible adapters:
MA2‑16 (switch-over diff./dir.), MA4 (always
with differential current measuring method)
21 CEE extension adapter R
PE
(600mA), R
Insu‑1
(500V), functional test
(continuity, short-circuit, phase sequence),
possible adapters: item no. 044122/ 044123/
044147, MA3, MA4
22 CEE devices of ClassI with I
PE
alt.
R
PE
(600mA), R
Insu‑1
(500V), I
PE
(alt.), possible
adapters: item no. 044122/ 044123/ 044147,
MA2‑16, MA3, MA4
23 PRCD-S R
PE
(600mA), R
Insu‑IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), I
Cont
(dir.), PRCD‑S (30mA)
24 PRCD-S+ R
PE
(600mA), R
Insu‑OUT
(500V), I
PE
(diff.), I
Cont
(dir.), PRCD‑S+ (30mA)
25 PRCD-K R
Insu-IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.),
PRCD‑K (30mA)
26 PRCD-AC R
PE
(600mA), R
Insu-IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), PRCD‑AC (30mA)
27 PRCD-A R
PE
(600mA), R
Insu‑IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), PRCD‑A (30mA)
28 PRCD-F R
PE
(600mA), R
Insu‑IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), PRCD‑F (30mA)
29 PRCD-B R
PE
(600mA), R
Insu‑IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), PRCD‑B (30mA)
30 PRCD-B+ R
PE
(600mA), R
Insu‑IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), PRCD‑B+ (30mA)
31 PRCD 2-pin R
PE
(600mA), R
Insu‑IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), PRCD 2‑pin (30mA)
32 PRCD 3-pin R
Insu-IN
(500V), R
Insu‑OUT
(500V), I
PE
(diff.), PRCD
3‑pin (30mA)
Table29: Test procedures according to EN50678 (VDE0701) and EN50699 (VDE0702) for ClassI