THE TWIN Twin-wire welding 

 The TIME TWIN is a tandem welding process. In this process, there are two independent computer controlled pulsed MIG / MAG welding power supply, each TIME TWIN power to produce an independent arc. A collaborative unit controls the two electric arc interaction. The welding process consists of two arc role, each containing a base current and pulse current. The phase difference between two currents of 180, a phase in the base current, while another phase in the pulse current. This also resulted in the droplet transition phase reversed. 

 Welding methods: 

 Manual metal arc welding (MMA) 
 MIG brazing 
 MIG / MAG high performance welding 
 MIG / MAG pulsed arc welding 
 MIG / MAG arc welding 
 Of TIG the DC welding 
 Recommended by the parent material: 

 Aluminum and aluminum alloy 
 Special materials 
 Stainless steel 
 Carbon steel 
 Recommended applications: 

 Containers, machinery and equipment manufacturing, steel 
 Robot welding 
 Motor vehicles and ancillary industries 
 The manufacture of railway vehicles and their ancillary equipment 
 Shipbuilding industry and marine engineering 
 The manufacture of special vehicles and equipment 
 List of features (excerpt) 

 Automatic back burn 
 Gas automatically overcurrent time 
 Welding current signal 
 Automatic Chop function 
 JOB mode 
 Energy saved inverter technology 
 Gas detection 
 Microprocessor-controlled 
 Robot interface, digital / analog conversion port 
 S-, CE-Standard 
 Unitary operation 
 System module upgrade 
 Welding data monitoring 
 Modes of operation: 

 2 - Step / 4 - step mode 
 Aluminum welding arc program (special step 4) 
 Display parameters: 

 Arc Length 
 Hold function 
 JOB serial number 
 Mains voltage monitoring 
 Material thickness 
 Motor current 
 Overheating display 
 Welding current (actual value / default value) 
 Welding voltage (actual value / default value) 
 Wire feed speed 
 Adjustable parameters 
 Arc length correction 
 Back to the burning time 
 Droplet transfer force correction 
 Inductance 
 Crater current 
 Gas pre-flow time 
 Gas overcurrent time 
 Continuous adjustment of welding current