D. H. Enterprises

MiG SCOUT 500

Product Specification BrandMigatronicModelMIG Scout-500Welding Current Range30-500APower Consumption25 kVAPhase3 PhaseWorking Voltage400 V +/- 10%Insulation ClassHCoolingForced AirPower Factor0.93Efficiency0.89Protection ClassIP 23Weight52 kgDimension (L x B x H)700 x 390 x 710 mmWelding Current at 60% Duty Cycle500AProduct Description
Make :MIGATRONIC  Model : MIG SCOUT-500 IGBT Inverter Based 500 Amps MIG/MAG Welding Machine Power source Consist of-

Power Source

External  Servo Wire Feeder

5 Interconnection Cable,

500Amps MIG Torch – 3 Mtrs

3Mtrs Earth Cable with Earth Clamp

The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.
The types of wire used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds

Salient Features

Diode control technology, approved for all location MIG/MAG welding operations

Applicable to weld vast length of metals like CS, MS, SS, Al and its alloys

User friendly section of 2T/4T application for almost maintenance free operation

Reliable thyristorised wire-feeder methodology establish long, uninterrupted welding

Maximum reliable and dependable workhorse welding machine with low functioning cost

Instant release wire feed roller mechanism enables operator to change the wire spool instantly

Rugged design, reliable functioning and superior arc characteristics appropriate for both outdoor and indoor usage

Current Range: 50 to 400 Amp

Features:
Digital Inverter design control
MIG/GMAW and FCAW welding outfit which offers stable, low spatter arc performance 
Stick function adds an extra dimension of versatility and performance when MIG conditions aren’t ideal 
Adjustable MIG arc force strictly execute the arc features for fine tuning arc characteristics in MIG and Stick modes 
Greater efficiency and higher power factor results in greater power saving
Digital Display licence accurate and repeatable setting of welding limits
Printed circuit wire feeder motor for advance resolution and reliability
Designed to work even under higher ambient temperatures up to 55°C
Digitally controlled waveform facilitate superior arc features 
Lightweight and compact
Automatic compensation for mains voltage fluctuations Uniform wire feeding through dual gear driven drive
IP 23S rating designed & approved for outdoor use
 
The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.
The types of wire used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds.
Current Range: 50-500 Amp

Features:

• Inverter-based digital wave control GMAW and FCAW welding outfit.
• Higher efficiency and higher power factor results in greater power saving.
• Designed to work even under high ambient temperatures up to 500C.
• Light weight and compact MIG/MAG/FCAW welding outfit.
• Unique design of three layer and four room dust-free structure
• RX1 series is manufactured as per Std. IEC 60974-1:2000/GB 15579.1:2004.
• Fresh tip treatment and burn-back time control are adjustable.
• Works on 50/60Hz frequency in power supply.
• Equipped with synergic mode (unitary function) in which welding voltage is set based on the welding current value automatically. The voltage can be adjusted finely to fit the beast current values.
• Digitally controlled waveform enables superior arc characteristics.
• Over voltage and under voltage protection
• Overheating protection
• Single phasing protection
• Protective 8 Amps fuse for protection of wire feed motor.

Mig Digital Inverter design control MIG/GMAW and FCAW welding outfit which offers stable, low spatter arc performance Stick function adds an extra dimension of versatility and performance when MIG conditions aren’t ideal Adjustable MIG arc force strictly execute the arc features for fine tuning arc characteristics in MIG and Stick modes Greater efficiency and higher power factor results in greater power saving Digital Display licence accurate and repeatable setting of welding limits Printed circuit wire feeder motor for advance resolution and reliability Designed to work even under higher ambient temperatures up to 55°C Digitally controlled waveform facilitate superior arc features Lightweight and compact MIG/MAG/FCAW welding outfit Automatic compensation for mains voltage fluctuations Uniform wire feeding through dual gear driven drive IP 23S rating designed & approved for outdoor use

Features:
Inverter-based digital wave control GMAW and FCAW welding outfit.
Higher efficiency and higher power factor results in greater power saving.
Designed to work even under high ambient temperatures up to 500C.
Light weight and compact MIG/MAG/FCAW welding outfit.
Unique design of three layer and four room dust-free structure
RX1 series is manufactured as per Std. IEC 60974-1:2000/GB 15579.1:2004.
Fresh tip treatment and burn-back time control are adjustable.
Works on 50/60Hz frequency in power supply.
Equipped with synergic mode (unitary function) in which welding voltage is set based on the welding current value automatically. The voltage can be adjusted finely to fit the beast current values.
Digitally controlled waveform enables superior arc characteristics.
Over voltage and under voltage protection
Overheating protection
Single phasing protection
Protective 8 Amps fuse for protection of wire feed motor.

We are offeriing WF 30 MAG Welding Machine to our clients.

Current Range: 50 to 500 Amp

MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of CO2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic.

This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.

Current Range: 60-400 Amp 

Wire Feeding Speed: 10-20 m/min

Wire Diameter: 0.8 to 1.2 mm

We are offeriing WF 30 MAG Welding Machine to our clients.
Current Range: 50 to 400 Amp

• It is dual function machine in single or three phase 
• Digital inverter design control
• MIG/GMAW and FCAW welding outfit which offers stable, low spatter arc performance 
• Higher accuracy due to power SMD technology 
• Uniform wire feeding through dual gear driven drive 
• Automatic compensation for mains voltage fluctuations 
• Lightweight and compact 
• Digitally controlled waveform facilitate superior arc features 
• Designed to work even under higher ambient temperatures up to 55°C

The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.

The types of wire used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds.

Current Range: 50 to 400 Amp

We are offering MIG Welding Machine.Digital Inverter design control MIG/GMAW and FCAW welding outfit which offers stable, low spatter arc performanceStick function adds an extra dimension of versatility and performance when MIG conditions aren???t idealAdjustable MIG arc force strictly execute the arc features for fine tuning arc characteristics in MIG and Stick modesGreater efficiency and higher power factor results in greater power savingDigital Display licence accurate and repeatable setting of welding limitsPrinted circuit wire feeder motor for advance resolution and reliabilityDesigned to work even under higher ambient temperatures up to 55 CDigitally controlled waveform facilitate superior arc featuresLightweight and compact MIG/MAG/FCAW welding outfitAutomatic compensation for mains voltage fluctuationsUniform wire feeding through dual gear driven driveIP 23S rating designed & approved for outdoor useHigher accuracy due to power SMD technolog n order to cater diverse requirements of the clients, we offer varied range of Inverter Based Welding Machine that are durable in nature and are delivered in varied specifications. With the assistance of experienced and dedicated professionals we are able to cater diverse requirements of the clients across the nation. Moreover, we offer them at most affordable rates.
Features:
Inverter based digital wave control MIG/GMAW and FCAW welding outfit
Higher efficiency and higher power factor results in greater power saving
30% lower power consumption than conventional machines
Digitally controlled waveform enables superior arc characteristics
Automatic compensation for mains voltage fluctuations
Electronic chock adjustment for better arc control
Designed to work even under higher ambient temperatures up to 55 degree Celcius
Arc force adjustment for better arc characteristics

The MIG welding process is semi-automated. This is also called as Gas Metal Arc Welding (GMAW). The process of MIG welding was developed in 1940. As this is a semi-automated process so there is a constant supply of filler wire in the form of MIG wire. This wire is being supplied by wire feeder which has a motorized function. The wire passed through the liner which also has a gas feeding through the same cable to the point where an arc is formed. The MIG welding is used in fabrication where higher production is required. The process needs electricity to produce heat, electrode or filler wire for the joint and inert gas to protect the welding joint from the air in the form of an inert gas of Co2. We ask you to buy MIG welder and if a robot is used in this welding process this welding becomes automatic. This MIG welding process is fast, cost effective and produces more welding units in a small period of time so it is a more effective method of welding.
The types of wire used are Carbon steel, stainless steel, and Aluminium. The wire feeder needs special change for the Aluminium wire filler. The carbon steel is best suited for the MIG welding. The welding by MIG are as welding is clean without smoke, very cheap, fast, time-saving in changing of the electrode is minimum so time efficient. It is good for spot and tack welds.
Current Range: 50 to 400 Amp