19
2.2 EXPLANATION OF THE TECHNICAL SPECIFICA-
TIONS LISTED ON THE MACHINE PLATE.
The equipment is manufactured according to these
international standards:IEC 60974-1, IEC 60974-7, IEC
60974-10 Cl. A, IEC 61000-3-11, IEC 61000-3-12 (See
note 2).
* Machine data measured according to standard IEC60974-1
** Machine data measured in real cutting operation conditions with CP162C/CP70C torch
IEC 60974-1 *
Duty Cycle (X)
35 %
60 %
100 %
60 %
100 %
Cutting current (I2)
70 A
60 A
50 A
70 A
60 A
Secondary voltage with I2
cutting current. (U2)
108 V
104 V
100 V
108 V
104 V
Secondary open-circuit voltage
(peak value) (Uo)
278/292/305 V
263/288 V
Rated supply voltage (U1)
3 ~ 50/60 Hz
208 V
220 V
230 V
400 V
440 V
Maximum current absorbed (I1max)
25 A
24 A
23 A
14 A
12 A
Maximum actual current value absorbed
(I1eff)
17 A
15 A
13 A
11 A
10 A
CEBORA
CP 162C**
CP 70C**
Cutting current (I2)
70 A
Maximum actual current value absorbed
(I1eff max))
21 A
14 A
Housing protection degree
IP23S
ART. 334
ART. 336
IEC 60974-1 *
Duty Cycle (X)
35 %
60 %
100 %
50 %
60 %
100 %
Cutting current (I2)
80 A
65 A
60 A
110 A
95 A
90 A
Secondary voltage with I2
cutting current (U2)
112 V
106 V
104 V
124 V
118 V
116 V
Secondary open-circuit voltage
(peak value) (Uo)
280/296/310 V
277/305 V
Rated supply voltage (U1)
3 ~ 50/60 Hz
208 V
220 V
230 V
400 V
440 V
Maximum current absorbed (I1max)
29 A
27 A
26 A
23 A
21 A
Maximum actual current value absorbed (I1eff)
20 A
19 A
18 A
17 A
16 A
CEBORA
CP 162C**
CP 70C**
Cutting current (I2)
80 A
110 A
Maximum actual current value absorbed
(I1eff max))
30 A
23 A
Housing protection degree
IP23S
Summary of Contents for Plasma Sound PC 110/T
Page 5: ...5 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
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Page 17: ...17 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
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Page 29: ...29 Fig 1 Abb 1 C B H G K J N A D E F M Abb 1 A ...
Page 30: ...30 Fig 1 Abb 1 C B H G K J N A D E F M Abb 1 A ...
Page 41: ...41 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 42: ...42 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 53: ...53 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 54: ...54 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 65: ...65 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 66: ...66 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 77: ...77 Fig 1 Kuva 1 C B H G K J N A D E F M Kuva 1 A ...
Page 78: ...78 Fig 1 Kuva 1 C B H G K J N A D E F M Kuva 1 A ...
Page 88: ...88 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 89: ...89 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 100: ...100 Fig 1 Afb 1 C B H G K J N A D E F M Afb 1 A ...
Page 101: ...101 Fig 1 Afb 1 C B H G K J N A D E F M Afb 1 A ...
Page 112: ...112 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 113: ...113 Fig 1 Fig 1 C B H G K J N A D E F M Fig 1 A ...
Page 124: ...124 Fig 1 Εικ 1 C B H G K J N A D E F M Εικ 1 A ...
Page 125: ...125 Fig 1 Εικ 1 C B H G K J N A D E F M Εικ 1 A ...
Page 134: ...134 NOTE NOTES AUFZEICHNUNGEN NOTAS ...
Page 136: ...136 PLASMA SOUND PC 70 T ART 334 208 220 230 400 440V 50 60 HZ ...
Page 137: ...137 PLASMA SOUND PC 70 T ART 334 95 380V 50 60 HZ ...
Page 138: ...138 PLASMA SOUND PC 110 T ART 336 208 220 230 400 440V 50 60 HZ ...
Page 139: ...139 PLASMA SOUND PC 110 T ART 336 95 380V 50 60 HZ ...
Page 144: ...144 78 71 68 69 72 73 74 75 76 67 66 ART 1626 TORCIA CP 70C MAR CP 70C MAR TORCH ...
Page 146: ...146 68 78 71 69 70 72 73 74 75 76 77 67 66 ART 1631 TORCIA CP 162C MAR CP 162C MAR TORCH ...
