Sigmaweld is designed to meet varied requirement of the welding industry covering metal inert gas (MIG), (MAG), submerged arc welding and hard facing. Advanced micro controller technology enables sigma weld to have parameter locking technology which doesnt allow welders to adjust the parameters beyond WPS settings.
1.Constant Voltage Output Provide.
The output of Sigmaweld welding inverters are constant even if there is a power fluctuation in the mains of upto + 15%. The power source works equally well with generator sets with balanced load
2.Protections and Safety
Sigmaweld welding inverters are designed for safety of both operator and machines. It has inbuilt protections for overvoltage. undervoltage, output short, thermal overload and IGBT Peak current locking. This ensures longer life of equipment.
3.IGBT Based Solid State Inverter Design
Latest technology used for full bridge topology to ensure reliable, superior weld control every time The new multilayer control card design ensures noise immunity and rugged inverter design.
4.Easy to Learn Easy to Weld parameter setting
Simple design for ease of operators, settable parameters such as welding voltage, wire feeding speed, crater voltage and crater wire feeding speed can be adjusted from the panel or wire feeder The sigmaweld welding inverters can be used in 2T/4T mode.
Optional Solutions Available
5.Voltage and Speed Lockable Parameters”
With advanced microcontroller technology it is possible to lock the voltage and current parameters to desired level by the supervisor, ensuring complete run at desired WPS parameters without changes by the operators.
6.Weld Parameter Recording System”
Our data monitoring system can be easily added to this M/C to give complete log of welding parameters such as welding voltage, welding inverters & wire feed rate etc.
Product Selector Guide
SIGMA WELD MODE | WIRE SIZE | OUTPUT RANGE | INDUSTRY APPLICATION |
SW250MM | 0.6 to 1.2 mm | 50 to 250 Amps | Automobile, Light Fabrication, Furniture Control Panel Manufacturers |
SW400MM | 0.8 to 1.6 mm | 150 to 400 Amps | Heavy fabrication, Automobile, Structural Boller, Pressure Vessels |
SW600MM | 0.8 to 1.6 mm Solid SW600MM 2.4 mm Flux Cored | 50 to 600 Amps | Heavy Metal Fabrication, PEB. Boiler, Pressure Vessels, |
Specification | INDY250MMA | INDY400MMA | INDY600MMA |
Rated Input Voltage | 3∅ 415 V, ±15%, 50Hz | 3∅ 415 V, ±15%, 50Hz | 3∅ 415 V, ±15%, 50Hz |
Power (KVA)@100% | 8KVA | 13KVA | 18KVA |
Duty Cycle @ 40 C 1 | 250Amps @ 60% | 400Amps @ 60% | 600Amps @ 60% |
Open circuit voltage | 60V | 80V | 80V |
Output range | 50 to 250 Amps 16 to 30 Volts | 50 to 400 Amps 16 to 38 Volts | 50 to 600 Amps 16 to 40 Volts |
(D⨯W⨯H)mm | 320 x 460 x 560 | 320 x 460 x 560 | 360 x 655 x 650 |
Weight | 32kgs | 35kgs | 57kgs |
Wire Feeder Options :
Specifications | SW 2 R WF | SW 4 R WF | SW 4 R EWF |
SW 4 R EWF | 0.8 ~ 1.2 | 0.8 ~ 1.6 | 0.8 ~ 1.6 |
Wire Feed | 2 Roll | 4 Roll | 4 Roll |
Feeding Rate | 2- 24 mtr/min | 2- 24 mtr/min | 2- 24 mtr/min |
(D x Wx H) mm | 190 x 475 x 335 | 190 x 475 x 395 | 230 x 680 x 440 |
Protection,safety Features
Thermal Shutdown | Inbuilt (Over temperature Indication) |
Under Voltage | Inbuilt (Phase Failure Indication) |
Over Voltage | Inbuilt (Phase Failure Indication/MOV) |
IGBT Peak Current | In Built |
VRD, Energy Saving | In Built |
Cooling Type | Water Cooled |
Water Cooling Interlocking | Water Flow Switch (Optional) |
Output Short | Inbuilt (Phase Failure Indication) |
Features
1)Crater Voltage, Speed | Adjustable | |
2)Welding Mode | 2 T | 4T |
3)Digital Ammeter & Voltmeter | In Built | |
4)Process Memory Recall | In Built | |
5)Wire Feeder Motor | 2 Roll | 4 Roll |
6)Wire feeder Type Open Enclosed | Open | Enclosed |
7)Parameter Locking Remote | Optional | |
