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Providing you the best range of MIG Welding Machine such as MIG Welding Machine Pulse Synergic Model, Mig 400 Amps IGBT Welder, MIG 250 Welders (Inverter Igbt), MIG-250 (GIM-250), MIG-400 (GIM-400), MIG-600 (GIM-600) and many more items with effective & timely delivery.
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| MIG Welding Machine Pulse Synergic Model  Product Description Soft Switch Technology & High Efficiency Energy Savings. Less Weight and Smaller Dimension Completely Digitalized Control System Precise Control Of Welding Process Increased Arc Stability Synergic Operation In MIG/MAG Synergic Operation In Pulse MIG/MAG Welding
Flexible Parameters Adjustment For Thickness Welding Angle Arc Length Inductor Job Mode Wonderful Performance And Easy Welding Self-Diagnostic and Self- Protection Functions With Error Code Display Of Over-Heat Over-Voltage Over-Load And more
Advanced Digital Communication Interfaces, Convenient To Equipped With Automated Welding
Other Information - Pay Mode Terms: L/C (Letter of Credit)
- Minimum Order Quantity: 1
- Port of Dispatch: Delhi PPG
- Production Capacity: 100 to 1000
- Delivery Time: 1 to 20 Days
- Packaging Details: Carton / Wooden Case
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| Mig 400 Amps IGBT Welder Our portable inverter IGBT MIG welding series are designed for extremely quick, efficient and neat welding. The dual IGBT and nanometer reactor technology conforms to international standards that ensure deeper and stronger weld penetration with a high, duty cycle than ordinary competition. With automatic welding interface Exchangeable function of Co2 and MAG Deep Welding, pool narrow groove, insensitive to rust Can be equipped with cable in various lengths for customers Capability to neatly weld Steel, Bronze Alloys, Stainless Steel etc Suitable for welding plates > 1.0 mm Adapts IGBT technology and stable output current Adapts nanometre reactor, easy arc start, uninterrupted arc while wire is feeding | nput power voltage(frequency)(V,H ) | Three phase380±10% 50/60 Z | | Rated input power capcity KVA | 14 | | Rated input current (A) | 21 | | Rated output current (A) | 400 | | Output current adjustment range(A) | 50-400 | | Output voltage adjustment range(V) | 16-36 | | Rated output voltage(V) | 29 | | Rated duty cycle % 25 | 60 | | efficiency % | 85 | | Power factor COSö | 0.93 | | Arc ending current(A) | 50-400 | | Arc ending voltage(V) | 16-36 | | Weight KG | 56 | | measurement mm | 546×283×495 | | Insulation class | F | | Protection class | 1p21s | | Wire feeding coil | 0.8×1.0×1.2 | | Wire feeding speed(m/min) | 3-15 | | Diameter of input cable(m m2) | >4×4 | | Welding cable(m m2) | >35 | | Earth connect cable m m2 | >4 | Key Specifications/Special Features: - Delicate, portable and multi-functional design
- HF arc start, simple operation, strong welding penetration
- With adjustable arc force MMA
- With digital displayed TIG (>250)
- Easily arc start, stable current, high speed of dynamic-response
- Noise free
- Little spark, beautiful welding seam
- Can weld many sort of metal such as stainless steel, alloy steel and copper
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| MIG 250 Welders (Inverter Igbt) Our portable inverter IGBT MIG welding series are designed for extremely quick, efficient and neat welding. The dual IGBT and nanometer reactor technology, conforms to international standards that ensure deeper and stronger weld penetration with a high duty cycle than ordinary competition. 1. Economical Portable and efficient 2. Easy operation and precise weld current settings 3. High welding speed, high arcing success rate 4. Continuous and Non Continuous welding function 5. Automatic voltage pulsation compensation capability 6. Uniform welding pool, good welding shape. 7. Suitable for carbon steel, alloy steel, soft steel, etc, and various wire 8. With digital display of welding characteristic control circuit 9. Considerable less welding distortion is much less too 10. Energy Efficient Design and light weight 11.CE, STQC Certified | Input power voltage(frequency)(V,H ) | Three phase380±10% 50/60 Z | | Rated input power capcity KVA | 8 | | Rated input current (A) | 12 | | Rated output current (A) | 250 | | Output current adjustment range(A) | 50-250 | | Output voltage adjustment range(V) | 16-35 | | Rated output voltage(V) | 30 | | Rated duty cycle % | 60 | | efficiency % | 89 | | Power factor COSö | 0.95 | | Arc ending current(A) | 50-400 | | Weight KG | 24 | | measurement mm(Appx) | 550×315×460 | | Insulation class | H | | Protection class | 1p21s | | Wire feeding coil | 0.8×1.0×1.2 | | Wire feeding speed(m/min) | 3-15 | | Diameter of input cable(m m2) | >4×4 | | Welding cable(m m2) | >35 | | Earth connect cable m m2 | >4 | | Range of Welding Wire (mm) | 0.6,0.8, 1mm | | | | | | | |
| MIG-250 (GIM-250) | Model GIM-250 | | Input power voltage (VAC) 3 Phase 415+ 10% | | Frequency 50/60 Hz | | Rated input power capacity 8.5 KVA | | Rated input current (A) 12 | | Rated output current (A) 300 | | Output current adjustment range (A) 10-250 | | Output voltage adjustment range (V) 16-35 | | Rated output voltage (V) 30 | | Rated duty cycle (%) 60 | | Efficiency (%) 85 | | Power factor (COSÆ) 0.93 | | Weight (Approx.) 24 KG | | Measurement (Approx.) 550X315X460 MM | | Insulation class H | | Protection class IP21, IP23 | | Wire sizes (mm) 0.8 & 1.0 | | Wire feeding speed (m/min) 3-15 | | Diameter of input cable (mm2) 4.0 | | Welding cable (mm2) 35.0 | | Earth connect cable (mm2) 4.0 | | Range of Welding Wire (mm) 0.6,0.8, 1 mm | | | | | | | |
| MIG-400 (GIM-400) | Model GIM-400 | | Input power 3 Phase 415±10% | | Frequency 50/60 Hz | | Rated input power capacity 14 KVA | | Rated input current (A) 21 | | Rated output current (A) 400 | | Output current adjustment range (A) 50-400 | | Output voltage adjustment range (V) 16-36 | | Rated output voltage (V) 29 | | Rated duty cycle % 25 60 | | Efficiency (%) 85 | | Power factor 0.93 | | Arc ending voltage (V) 16-36 | | Weight(Approx.) 36 KG | | Measurement (Approx.) 546X283X495 MM | | Insulation class H | | Protection class IP21, IP23 | | Wire feeding coil 0.8 X 1.0 X 1.2 | | Wire feeding speed (m/min) 3-15 | | Diameter of input cable (mm2) >4×4 | | Welding cable (mm2) >35 | | | | | | | |
| MIG-600 (GIM-600) | Model GIM-400 | | Input power 3 Phase 415±10% | | Frequency 50/60 Hz | | Rated input power capacity 14 KVA | | Rated input current (A) 21 | | Rated output current (A) 400 | | Output current adjustment range (A) 50-400 | | Output voltage adjustment range (V) 16-36 | | Rated output voltage (V) 29 | | Rated duty cycle % 25 60 | | Efficiency(%) 85 | | Power factor 0.93 | | Arc ending voltage (V) 16-36 | | Weight(Approx.) 36 KG | | Measurement(Approx.) 546X283X495 MM | | Insulation class H | | Protection class IP21, IP23 | | Wire feeding coil 0.8 X 1.0 X 1.2 | | Wire feeding speed (m/min) 3-15 | | Diameter of input cable (mm2) >4×4 | | Welding cable (mm2) >35 | | | | | | | |
| MIG/ARC-400 (GMA-400) | Model GMA-400 | | Input power voltage 3 Phase 415±10% | | Frequency 50/60 Hz | | Rated input power capacity 13.7 KVA | | Rated input current (A) 21 | | Output current adjustment range (A) 50-400 | | Rated output voltage (V) 31.5 | | No load voltage (V) 58 | | Rated duty cycle (%) 60 | | Weight (Approx.) 34 KG. | | Measurement(Approx.) 590×300×620 MM | | Wire feeding speed (m/min) 2.5-13 | | Welding coil range (mm 0.8-1.2 | | Efficiency(%) 85 | | Power factor COS 0.93 | | Insulation class H | | Protection class IP21, IP23 | | Diameter of welding rod (mm) 1.6-5 | | | | | | | |
| MIG/ARC-600 (GMA-600) | Model GMA-600 | | Input power voltage 3 Phase 415±10% | | Frequency 50/60 Hz | | Rated input power capacity 24.4 KVA | | Rated input current (A) 26 | | Output current adjustment range (A) 50-600 | | Rated output voltage (V) 39 | | No load voltage (V) 70 | | Rated duty cycle (%) 60 | | Weight (Approx.) 46 KG. | | Measurement(Approx.) 590×300×620 MM | | Wire feeding speed (m/min) 2.5-13 | | Welding coil range (mm 0.8-1.6 | | Efficiency(%) 85 | | Power factor COS 0.93 | | Insulation class H | | Protectionclass IP21, IP23 | | Diameter of welding rod (mm) 1.6-5 | | | | | | | |
| MIG-250 Diode (GDM-400) | Model GDM-250 | | Input power voltage 3 Phase 415+10% | | Technology Diode | | Open circuit voltage 40 | | Rated Input Power Capasity 10 KVA | | Output current adjustment range (A) 15-250 | | Rated duty cycle 60 % 250 A | | Rated duty cycle 100 % 200 A | | Ampere Control Rotary | | SpeedControl Stepless | | Class of Insulation H | | Protection IP21, IP23 | | Filler Wire (mm) 0.6, 0.8, 1, | | Wire Feeder Motor Servo | | Weight (Approx.) 120 KG. | | | | | | | |
| MIG-400 Diode (GDM-400) | Model GDM-400 | | Input power voltage 3 Phase 415+10% | | Technology Diode | | Open circuit voltage 60 | | Rated input power capacity 18 KVA | | Output current adjustment range (A) 20-400 | | Rated duty cycle 60 % 400 A | | Rated duty cycle 100 % 300 A | | Ampere Control Rotary | | Speed Control Stepless | | Class of Insulation H | | Protection class IP21, IP23 | | Filler Wire (mm) 0.8, 1, | | Wire Feeder Motor Servo | | Weight (Approx.) 150 KG. | Other Information - Minimum Order Quantity: 1
- Production Capacity: 5
- Delivery Time: within 7 days
- Packaging Details: wood/carton
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| MIG-600 Diode (GDM-600) | Model GDM-600 | | Input power voltage 3 Phase 415+10% | | Technology Diode | | Open circuit voltage 70 | | Rated input power capacity 24 KVA | | Output current adjustment range (A) 200-600 | | Rated duty cycle 60 % 600 A | | Rated duty cycle 100 % 460 A | | Ampere Control Rotary | | Speed Control Stepless Dual | | Class of Insulation H | | Protection class IP21, IP23 | | Filler Wire (mm) 1.2,1.6 | | Wire Feeder Motor Servo | | Weight (Approx.) 180 KG. | | |
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