TSP MARC 3 - Сварочный аппарат

The most effective and economical process for welding hollow cylindrical parts.‎ A watertight weld is achieved around the entire circumference.‎ Integrated process for welding quality control.‎ Welding time: approx.‎ 800 msec.‎ for 30 mm diameter; Welding range: from a minimum diameter of 6 mm to a maximum diameter of 30 mm and internal thread from M4 to M18; Weldable materials: high-alloy steels, iron; Welding frequency: diameter-dependent: 12 pieces per minute (for 28 mm diameter 2 to 4 pieces per minute).‎ Applications - The most innovative process for hermetically sealed welding of bushings.‎ - Can be used for almost any application in the metal industry: the very low heat input avoids any distortion of the sheet metal and a perfect weld is achieved with a high capacity load.‎ - The most effective and economical process for welding hollow cylindrical parts.‎ - Sealed and closed weld in every part - The requirements for welding are manifold, from simple static strength to the required dynamic gas connections, high temperature and pressure.‎ - Austenitic steel (1.‎4301 and similar), low-alloy steels (RSt 37-2 / S 235J2G3) - High productivity combined with low production costs - No additional welding elements or rework required - Programmable welding head Process variants - Welding of bushings with magnetic rotating arc Advantages Features - Welding head with linear motor - Integrated process control for quality assurance - PC control - Welding time approx.‎ 800 msec with dia.‎ 30 mm Construction - High performance, extremely user-friendly, robust, reliable Welding - CNC control - Minimum sheet thickness 1 mm, maximum sheet thickness 4 mm - Minimum bushing thickness in weldable section of 1 mm - Vertical and overhead welding possible (up to M8/M10) - Welding of plugs on pipes - Sealing gas above 250 bar (M10) Description - Low energy consumption - Constant and minimal heat input (low distortion) - Very short welding time (≤ 1 second) and consequently fast time in production - No additional welding consumables required - Minimal re-welding force - Small, constant weld mark - Only one-sided access to the workpiece required - Low investment costs in machine technology - Extremely clean process (minimum development of air particles) - No reworking of sheet metal or weld element (fillet) required