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Comparison Dnipro-M SAB-258D vs Dnipro-M SAB-258DP

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Dnipro-M SAB-258D
Dnipro-M SAB-258DP
Dnipro-M SAB-258DDnipro-M SAB-258DP
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Main
The VRD function is to reduce the open circuit voltage. Operation at reduced voltage (up to 160 V).
Operation at reduced voltage (up to 160 V)
Typeinverterinverter
Welding type
MMA
MMA
Specs
Welding currentDCDC
Input voltage230 V230 V
Minimum input voltage160 V160 V
Power consumption5.5 kW5.5 kW
Open circuit voltage65 V65 V
Min. welding current20 A20 A
Max. welding current250 A250 A
Duty cycle80 %80 %
Max. electrode size5 mm5 mm
More features
Hot Start
Anti-Stick
voltage drop x. X. (VRD)
digital display
Hot Start
Anti-Stick
voltage drop x. X. (VRD)
digital display
General
Protection class (IP)2121
Insulation classH
Dimensions (HxWxD)200x120x290 mm200x120x280 mm
Weight3.7 kg3.8 kg
Added to E-Catalogseptember 2017may 2017

Insulation class

The insulation class determines the degree of resistance of the insulating materials used in a particular device to heat. To date, welding machines use materials mainly of the following classes:

B — have a resistance limit of 130 °C;
F — 155 °C;
H — 180 °C.

Note that the vast majority of modern welding machines have electronic overheating protection, which turns off the device long before reaching the insulation resistance limit. Therefore, this parameter will be relevant only in an emergency, when the built-in protection fails. Nevertheless, it fully allows you to assess the safety of using the device — the higher the insulation class, the more likely it is to notice dangerous overheating in time (for example, by a characteristic smell) and turn off the device before damage occurs.
Dnipro-M SAB-258D often compared
Dnipro-M SAB-258DP often compared