Electronic display is designed to display the exposed current, provides comfort during welding. When a welding inverter is operated in a domestic environment, it is very important to monitor its performance all the time to avoid breakage and failure of the welding machine.
Bayonet unit is a fastening system for connecting welding cables with an inverter. The plugs have been specifically designed to meet all safety and reliability standards. The format of the 35-50 bayonet provides a large contact area, which allows high currents to flow.
The installed choke in the welding machine, affects the ignition of the arc and the quality of the weld, facilitating the process of welding. The final result is a qualitative smooth seam with a minimum number of voids (porous). The seam withstands a high tensile load, as the metal is digested deeper, reducing the likelihood of cracks and fractures.
The case is made of high-quality polymers, ensuring the integrity of the welding machine during transportation and storage. Welding cables with an optimal cross-section are designed to perform high current operations, increasing the time interval for welding operations. Also, the welding machine is equipped with a handle for easy carrying.
The welding machine fully performs welding operations when connected to a network of 140-250W, provides a wide range of applications without binding to specific networks. It carries out welding works from all types of electric generators thanks to modern technologies allows boiling the device from a network of 140W.
The device is cooled by a fan that passes through the inverter housing the proper amount of air. Protection from overheating ensures the operation of systems that disconnect the device. The fan blower is then operated until the system cools down. As a result, the better the device will be cooled, the longer you can work without interruption for cooling the inverter.
The welding machine is equipped with transistors from world manufacturers, ensuring reliable operation of the inverter.
In addition to basic protection, the main board is covered with additional varnish layers, providing additional protection against external damage. Power units are protected by a layer of compound, designed to protect and reduce the likelihood of a breakdown in the power units.