Timco NI140S mini welding inverter
A lightweight and powerful IGBT stick welder suitable for hobbyists and professionals. Compact size, only 2.3kg, easy to carry!
Hot Start, Anti Stick and Arc Force ensure smooth welding. Power up to 140A. Perfect for mobile work!
Hot Start, Anti Stick and Arc Force ensure smooth welding. Power up to 140A. Perfect for mobile work!
Shipping costs starting from
4,90€
The Timcon NI140S is an easy-to-use IGBT-technology stick welder suitable for both hobby and professional use. The IGBT transistor is several times more powerful than a MOSFET, allowing the use of a single IGBT transistor instead of several MOSFETs.
The welder is extremely compact, very lightweight and yet powerful. It is easy to carry and move around as the work progresses.
Features:
Specifications:
Package includes:
The welder is extremely compact, very lightweight and yet powerful. It is easy to carry and move around as the work progresses.
Features:
- Perfect for mobile work
- Invariable power control
- Hot start - This function automatically increases the welding current at start-up, so the electrode does not stick and the weld seam is as good as possible from the start. After ignition, the unit automatically returns to the previously set voltage.
- Anti stick - this function prevents the electrode from overheating and sticking to the material being welded by automatically switching off the welding current.
- Arc Force - this function adjusts the arc to suit the material and weld seam, improving the durability and condition of the weld.
Specifications:
- One-phase AC current
- Frequency: 50/60 Hz
- Nominal current: 13 A
- Unloaded voltage: 60 V
- Output current: 20-140 A
- Nominal supply voltage: 25.6 V
- Load: 45%
- Base thickness: 1.6-3.2 mm
- Weight only: 2.3 kg
- Performance class: F
- Enclosure class: IP21
- Packing dimensions: 21 x 19 x 27.5 cm
Package includes:
- Welding and ground cable
- Brush
- Hand strap
- Warranty: 1 vuosi
- EAN: 6438014265322
- SKU: 102424224
- Vendor material number: 102424224
Payment Methods:
