23
SECTIoN 3
INSTallaTIoN
MaKE SurE PoWEr SWITCh oN CoNSolE IS IN off PoSITIoN aND
PrIMarY INPuT PoWEr IS DE-ENErgIZED.
WarNINg
3.7
Voltage Divider adjustment
It may be necessary to adjust the Voltage Divider or VDR to match the particular height control system. There are two de-
fault settings for the ESP-101 models as shipped from the factory:
1. Place ohm meter leads between P1-2 (orn) & P1-3 (gry). Adjust R2 to achieve the desired divide ratio for the
particular height control system used. For example:
Potentiometer
(R2)
•
STANDARD UNITS (Non-CE): 750 ohms (21:1)
•
16:1 ratio 1000 ohms
•
18:1 ratio 882 ohms
•
21:1 ratio 750 ohms
•
20:1 ratio 789 ohms
2. If desired, additional minor adjustments of the VDR potentiometer may be made. Any adjustments should be
performed by a qualified technician.
•
CE UNITS (Europe): 789 ohms (20:1)
If the height control system does not match the factory default setting, matching can be accomplished by adjusting the
VDR potentiometer on the Current Sensor PCB4 located behind the left side panel.
3.7.1 output Voltage Sample
1. Remove insulated terminals to provide access to the male
spade terminals. (If needed, the insulated terminals may
then be used to terminate the voltage pickup wires.)
Output Voltage Sample - Some Cutting Machines sample the full output voltage of the plasma system to control the torch
height and to determine when to start moving. The full output voltage is available within the machine on a pair of male
spade terminals (J3 and J4).
Output Voltage Sample
Note:
Ohm meter readings can also be taken at the CNC receptacle on the rear panel of the machine, between pins C and H.
+
-
P1
(+) (-)
J3
J4
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: ......