iWeld 800MLTG2400PFC, User Manual

Page: 52 / 131

RO
AC Frequency (Frecven
Ɯ
a în curent alternativ)
Disponi
ELO QXPDL vQ PRGXO GH VXGDUH SH FXUHQW DOWHUQDWLY &UH ƕ WHUHD IUHFYHQ Ɯ
ei în curent
DOWHUQDWLY YDIRFDOL]DIRUPDDUFXOXLUH]XOWkQGXQDUFPDLFRPSDFWPDLFRQWURODWFXRSHQHWUDUH
PDLPDUH ƕ
i
RPDLPLFĆvQFĆO]LUHD]RQHLDIHFWDWH OD DFHHD ƕ LVHWDUHDFXUHQW
ului. O f
UHFYHQ Ɯ DPDL
lent
Ć YDDYHDFDUH]XOWDWRIRUPĆ GHDUFPDLODUJĆ ƕ LPDLPRDOH
.
Interfa
Ɯ
a func
Ɯ
iei
1. Forma undei de ie
ƕ
ire :
$SĆVD Ɯ LSHQWUXDVHOHFWD
ie
ƕ LUHDFFVDXLH ƕ LUHDXQGHLFD
.
2. Modul puls : ON
VDX
OFF.
3. Mod declan
ƕ
are : 2T/ 4T/ Spot weld. (Modul S
XGDUH
în puncte – Spot weld - este disponibil
GRDUvQPRGXOGHVXGXUĆ7,3ODvQDOWĆIUHFYHQ Ɯ Ć
) *
4. Pre Flow (Timp pre-curgere gaz) : 0~2s.
5. Pre Current (curent anterior) : 10~200A.
6. Up slope (durata rampei ini
Ɯ
iale) : 0~10s.
7. Peak Current (curentul principal de
VXGXUĆ
) : 10~200A.
8. Base Current (curentul ini
Ɯ
ial) : 10~200A. (
GLVSRQLELOGRDUvQPRGXO3XOV
)
9. Pulse Frequency (frecven
Ɯ
a pulsului) : 0.5~999Hz. (
GLVSRQLELOGRDUvQPRGXO3XOV
) *
10. Duty Cycle (ciclu de func
Ɯ
ionare) : 5~95%. (
GLVSRQLELOGRDUv
n modul Puls) *
11. Down Slope (durata rampei finale) : 0~10s.
12. Post Current (curent posterior) : 10~200A.
13. Post Flow (timp post-curgere gaz) : 0~10s.
10