11
8 % ≤ Duty Cycle < 10 %, Maximum current = 6 A
10 % ≤ Duty Cycle ≤ 85 %, Maximum current = (duty cycle %) x 0.6
85 % < Duty Cycle ≤ 96 %, Maximum current = (duty cycle % - 64) x 2.5
96 % < Duty Cycle ≤ 97 %, Maximum current = 80 A
See detailed calculations in Table 4.
Table 4. Calculations of max. charging current on basis of duty cycle.
Duty Cycle (%)
Max
Amps Duty Cycle (%)
Max
Amps Duty Cycle (%)
Max
Amps
8
6.0
40
24.0
70
42.0
10
6.0
41
24.6
71
42.6
11
6.6
42
25.2
72
43.2
12
7.2
43
25.8
73
43.8
13
7.8
44
26.4
74
44.4
14
8.4
45
27.0
75
45.0
15
9.0
46
27.6
76
45.6
16
9.6
47
28.2
77
46.2
17
10.2
48
28.8
78
46.8
18
10.8
49
29.4
79
47.4
19
11.4
50
30.0
80
48.0
20
12.0
51
30.6
81
48.6
21
12.6
52
31.2
82
49.2
22
13.2
53
31.8
83
49.8
23
13.8
54
32.4
84
50.4
24
14.4
55
33.0
85
51.0
25
15.0
56
33.6
86
55.0
26
15.6
57
34.2
87
57.5
27
16.2
58
34.8
88
60.0
28
16.8
59
35.4
89
62.5
29
17.4
60
36.0
90
65.0
30
18.0
61
36.6
91
67.5
31
18.6
62
37.2
92
70.0
32
19.2
63
37.8
93
72.5
33
19.8
64
38.4
94
75.0
34
20.4
65
39.0
95
77.5
35
21.0
66
39.6
96
80.0
36
21.6
67
40.2
97
80.0
37
22.2
68
40.8
38
22.8
69
41.4
Error states:
Duty Cycle = 0 % (Duty Cycle < 3 %), State F or E (see IEC/EN 61851-1
Standard); no charging allowed
Duty Cycle = 5 % (4.5 % ≤ Duty Cycle ≤ 5.5 %), Indicates that digital
communication is needed
7 % < Duty Cycle < 8 %, Error state; no charging allowed
Duty Cycle = 100 %, State B1, C1 or D1; no charging allowed
CP Error state “E” simulation
Use CP Error “E” button (see Figure 2
, item
9
) to simulate a CP Error. When
CP Error state “E” is pushed, the test adapter makes a short circuit between
CP and PE through internal diode. As a result, the pending charging process is
aborted and new charging processes are prevented.
PE Error state "F" (Earth Fault) simulation
Use the PE Error state "F" button (see Figure 2, item
8
) to simulate an
interruption of the PE conductor. The pending charging process is aborted and
new charging processes are prevented.
