5
configuration. In-field generators should be rated for at least 3500 watts; however, a rating of 5000 watts or more
is recommended in order to obtain the best welder performance and temperature control. As a rule, the higher
the wattage of the generator, the better the performance of the welder. Keep in mind that the length and wire
gauge of the extension cord being used, combined with the capacity of the generator, will ultimately determine the
operating voltage reaching the welder.
Extension Cords
Extension cords should be at least 3 x 1.5m
2
with ground connections.
Technical Data WGW 300
Voltage
V~
230V
Power
W
1750W
Dimension
mm
445 x 323 x 315
Weight
kg
15
Temperature
O
C
~450
Speed
m/min
0 ~ 8.5
Weldable materials
HD-PE, LD-PE, PP, PE
Technical data and specifications are subject to change without prior notice
Material Set-up
The WGW 300 is designed to weld a wide range of material types and thickness from very thin PE and PP to very
thick materials such as 1.5-2.5mm HDPE. The WGW 300 uses a spring-loaded upper contour roller system and
“floating” wedge design that allows the operator to weld several different thicknesses of material without resetting
the adjustments. However, for best results on all materials, the following set-up procedure can be used.
Important!
Unit must be cooled down before attempting adjustments.
Please refer to the parts identification photos as instructed throughout the set up procedure.
Figure 1
6
14
Summary of Contents for WGW 300
Page 1: ...1 CN GB WGW 300 155 11 201109 400 007 6695 www leisterchina com...
Page 2: ...2 GB CN English Operating Instructions 3 13...
Page 13: ...13 WELDY WGW 300 CN...
Page 14: ...14 WGW 300 5 WGW 300 WGW 300 24 220V WGW 300 208 240V 3500W 5000W 3x1 5mm2...
Page 16: ...16 14 6 3cm 6 15 WGW 300 1 5 2 5mm HDPE 6 14 15...
Page 17: ...17 12 13 4mm 6mm 13mm 7cm 2 7 12 13mm 13 2 12 13...
Page 18: ...18 12 12 13 16 13 12 13 16 13 18 18...
Page 19: ...19 1 3 5 2 WGW 300 4 12 15cm 5 4 2 3 1...
Page 20: ...20 10cm 5 10...
Page 22: ...22...
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