1. Adopt IGBT Inverter technology, operate simply and conveniently, welding speed is fast, splash is little and welding is stable, welding line is beautiful;
2. Wire feeder inside, occupy little room;
3. Suitable for welding carbon steel and low alloy steel with weld wire above 0.8-1.2 mm;
4. Widely apply to such trades as metal furniture, metal structure, hardware craft, vehicles, shipbuilding, environmental protection and maintaining.
Parameter  Unit
 		 MIG/MAG-200B(II) 
 		 MIG/MAG-270B(II) 
 		  MIG/MAG-315B(II)
 
 Control way  
 		  IGBT
 
 Rated primary voltage  V
 		  1 phase 220
 		  3 phase 380
 
 Rated primary input  KVA
 		  6.5
 		 9.2 
 		  13.2
 
 Output current range  A
 		  35-200
 		  35-270
 		  35-315
 
 Rated duty cycle  %
 		  35
 		  60
 		  60
 
 Max no-load voltage  V
 		  48
 		  60
 		  60
 
 Welding voltage  V
 		  16-24
 		  16-27.5
 		  16-29.7
 
 Wire diameter  mm
 		  0.8-1.0
 		  0.8-1.0
 		  0.8-1.2
 
 Overall dimensions  mm
 		  890*430*710
 		  890*430*710
 		  890*430*710
 
 Weight  kg 
 		  30
 		  32
 		 42 
 

Shell And Tube Heat Exchanger

A shell and tube heat exchanger is a type of heat exchanger that is commonly used for heating, cooling and condensing applications. lt consists of a shell with an internal bundle of tubes,which allows the hot and cold fluids to pass through the walls of the exchanger and exchange their energy. Shell and tube exchangers are classified in several ways, including design, operational construct, and construction materials. Mainly Fixed Tube Heat Exchanger, Floating Head Heat Exchanger, U-tube Heat Exchanger, and double tube heat exchanger.



The working principle of a shell and tube heat exchanger is relatively simple. The system is designed with two separate flows on either side of the heat exchanger. The primary flow of the hot fluid passes through the tubes, while the secondary flow of the cold fluid passes through the spaces between the tubes. Heat is then transferred from the hot side to the cold side via conduction, leading to an exchange of temperatures.



Shell and tube heat exchangers are normally used in process plants and used in a wide range of applications. A case in point is the cooling of condensates in refineries and nuclear power plants. In this application, condensate is heated using an external source and passed through the tube section of the heat exchanger. This condensate is then cooled and condensed as it passes through the shell side, where the heat is transferred to a cooling medium such as water, steam or oil.

Shell And Tube Heat Exchanger,Fixed Tube Sheet,Shell Tube Heat Exchanger,Split Ring Floating Head Heat Exchanger

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