32
SECTIoN 4
oPEraTIoN
C. output Current Control.
Adjustable from 20 to 100 amperes. Calibration marks are to provide a guide in setting cur-
rent. For settings refer to cut data charts in the torch manual.
D. MoDE Selector Switch.
1. CoNSuMaBlE ChECK
(UP position) - When placed in this position, the proper installation and operation of the
consumables are verified by sending a series of gas pulses through the torch. PIP (Parts in Place) is indicated on the
upper display screen.
An error message will be displayed if improper operation is detected. Err (Error) is indicated on the upper display
screen. The Error code is indicated on the lower display screen. Refer to Section 6.2 List of Help Codes.
Be sure to place switch in OPERATE position before starting cutting operation.
2. gaS TEST
(CENTER position) - The display screen will indicate flowing air pressure. Pressure reading is indicated on
the lower display screen. Pressure unit of measure is indicated on the upper display screen (PSI or Bar). See section 7.4
for selecting air pressure units of measure.
The air regulator should be adjusted to recommended pressure before cutting operations. Allow air to flow for a few
minutes. This should remove any condensation that may have accumulated during shutdown period.
Be sure to place switch in OPERATE position before starting cutting operation.
3. oPEraTE
(DOWN position) - Place switch in this position for cutting and gouging operations.
E. ProCESS Selector Switch.
The process switch allows for selection of the output characteristics of the power source
depending on the cutting process being used.
1. Normal.
Setting for all standard plate cutting operations. (The pilot arc will not re-strike automatically. Requires a
new start signal.)
2. gouge.
Optimizes power source for gouging operations. Gouging requires higher arc voltages. In this mode the
power source allows higher operating arc voltage limiting the output current to 85 amps.
D
E
C
figure 4-2a. ESP-101 Controls
Summary of Contents for ESP-101
Page 4: ...4 table of contents...
Page 8: ...8 TABLE OF CONTENTS...
Page 38: ...38 section 4 operation...
Page 42: ...42 TABLE DES MATI RES...
Page 72: ...72 section 4 exploitation...
Page 76: ...76 NDICE...
Page 106: ...106 SECCI N 4 FUNCIONAMIENTO...
Page 110: ...110 NDICE...
Page 140: ...140 Se o 4 opera o...
Page 144: ...144 INDICE...
Page 174: ...174 sezione 4 funzionamento...
Page 178: ...178 INHALTSVERZEICHNIS...
Page 208: ...208 ABSCHNITT 4 Betrieb...
Page 209: ...ESP 101 0558007871 ESP 101 PxxJ943xxx 0558004880 ESP 101 460 V 0558005215 ESP 101 380 400V CE...
Page 210: ...210 52 529...
Page 212: ...212...
Page 213: ...213 1 1 0 ESAB 1 2 3 4 5 IP 12 mm 60 IP23S 15 15...
Page 214: ...214 1...
Page 215: ...215 2 2 1 ESP 101 PT 37 ESP 101 PT 37 1 1 4 32 mm ESP 101 2 2 ESP 101 ESABPT 37PLASMARC...
Page 224: ...224 3 3 4 3 5 2 Slo Blo 2 Amp 600 V 90 150 psi 6 2 10 3 bar...
Page 229: ...229 3 1 ESP 101 2 3 4 5 6 3 9 PT 37...
Page 231: ...231 3 A ESP 101 1 2 3 8...
Page 232: ...232 B RJB 1 2 RJB 3 1...
Page 233: ...233 3 ESP 101 PT 37 2 RJB 3 PT 37 RJB 4 ESP 101 3 9...
Page 234: ...234 3 ESP 101 ESP 101 PT 37 1 ESP 101 2 3 4 5...
Page 239: ...239 4 4 1 4 6 4 mm A B A B 4 4 4 5 4...
Page 240: ...240 5 volt 4 5 5 volt 4 6 4...
Page 241: ...241 4 6 ESP 101 ESAB A 1 2 3 4 5 6 B 1 2 3 1 2 3 4 5 1 2 3 4 5 1 2 1 2 3 1 2 3 H 1 2 3 4 4...
Page 242: ...242 4...
Page 246: ...246 OBSAH...
Page 276: ...276 odd l 4 provoz...
Page 290: ......