REHM INVERTIG.PRO 240 DC Betriebsanleitung Seite 125

Techni ical data
Type
Setting r range
Duty cyc cle at I
max.
(10 min.) ) at 40℃
Welding current at 100 0 %
Duty cyc cle
Maximum m power
consump ption
Open cir rcuit voltage
Effective e current I1
Eff
Maximum m effective
current I I1
max
Mains vo oltage
Supply v voltage toleran nce
Fuse
Short-cir rcuit performa nce, main sup
S
SC

Performa ance factor
Protectio on class
Apex vol ltage HF U
p
Insulatio on class
Torch co ooling type
Dimensio ons L/W/H
Weight
We rese erve the rig ht to make
a) Pe erformance
ctor 
fac
b) Pro otection class
c) Ins sulation class
d) Sh hort-circuit
pe rformance, ma ain
su pply S
SC
11. Techn nical da
240 AC/D
240 DC
TIG [A]
[A]
MMA
TIG [%]
[%]
MMA
TIG
[A]
[A]
MMA
[kVA]
[V]
[A]
[A]
-15% / +10
[A]
pply [MVA]


[kV]
Gas / Wat
[mm] 520 x 360 x
[kg]
A AC/DC
DC [kg]
technical ch hanges to r
= des scribes the rel lationship of e
= Ext tent of protect tion offered by
wa ter (IP23 = pro otection again
wa ter)
= Cla ass of the insu ulation materia
tem mperature (B = = highest perm
= min nimum permitt ted short-circu
acc cordance with IEC 61000-3-
ta
DC 280 A AC/DC
C 280 DC
3 – 240 3 – 2 280
3 – 240 3 – 2 280
100 10 00
100 60 0
240 28 80
240 26 60
9,3 11 ,9
91 9 1
13,5 13 ,4
13,5 17 ,3
3x400V 3x40 00V
50Hz 50H Hz
0% -15% / +10%
16 16 6
3,3 4, 2
0,96 0,9 96
IP 23 IP 23
12 12 2
B B B
ter Gas / W Water
460 520 x 36 60 x 460 520
27 27 7
25 25 5
eflect furthe er developm
effective powe r to apparent p
y housing agai inst penetratio
nst solid foreig n matter > 12
als used and th heir highest pe
mitted constan t temperature
uit performanc ce of the main
-12
350 0 AC/DC 450 AC/DC
3 350 DC 450 DC
3 3 – 350 3 – 450
3 3 – 350 3 – 360
100 100
100 100
350 450
350 360
16,3 16,5
91 91
22,5 24,0
22,5 24,0
3 3x400V 3x400V
50Hz 50Hz
-15 5% / +10% -15% / +10%
32 32
5,7 5,8
0,96 0,96
IP 23 IP 23
12 12
B B
Ga as / Water Gas / Water
x 360 x 460 520 x 360 x 46
31 31
30 30
ment.
power
on of solid fore eign matter an
2.5 mm  and
against splas
ermitted cons tant
e 130°)
supply system m in
C
GB
%
r
60
nd
sh
61 6