MILLER ELECTRIC TIG Welders


Miller Electric TIG welders create clean, precise welds on materials like stainless steel, aluminium and exotic alloys. The welding process employs a non-consumable tungsten electrode and inert gas shielding to prevent contamination, making these electric welders ideal for aircraft construction, automotive chassis fabrication and intricate metal artwork....Read more

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StyleModelPlug TypePhasePolarityRated Output @ Duty Cycle (tig)Remote Connection TypeOverall HeightOpen Circuit VoltageOverall WidthPrice
A
907710002
5-15P1DC110 A @ 14.4 Vdc, 100%, 130 A @ 15.2 Vdc, 30%, 160 A @ 16.4 Vdc, 20%, 90 A @ 13.6 Vdc, 100%6 Pin (Miller)10.3"48V DC5.61"€4,000.02
B
907710
5-15P1DC110 A @ 14.4 Vdc, 100%, 130 A @ 15.2 Vdc, 30%, 160 A @ 16.4 Vdc, 20%, 90 A @ 13.6 Vdc, 100%6 Pin (Miller)10.3"48V DC5.61"€2,905.00
C
907711001
5-15P1DC110 A @ 14.4 Vdc, 100%, 130 A @ 15.2 Vdc, 30%, 160 A @ 16.4 Vdc, 20%, 90 A @ 13.6 Vdc, 100%6 Pin (Miller)10.3"48V DC5.61"€5,228.23
D
907711
5-15P1DC110 A @ 14.4 Vdc, 100%, 130 A @ 15.2 Vdc, 30%, 160 A @ 16.4 Vdc, 20%, 90 A @ 13.6 Vdc, 100%6 Pin (Miller)10.3"48V DC5.61"€4,258.59
E
907710001
5-15P1DC110 A @ 14.4 Vdc, 100%, 130 A @ 15.2 Vdc, 30%, 160 A @ 16.4 Vdc, 20%, 90 A @ 13.6 Vdc, 100%6 Pin (Miller)10.3"48V DC5.61"€3,724.67
F
907627
5-15P, 6-50P1AC, DC125 A @ 15 V, 35% (115 V), 150 A @ 16 V, 20% (230 V), 180 A @ 17.2 V, 10% (230 V)RJ4517"809.88"€4,612.83
G
907596
5-15P, 6-50P-AC, DC-14-Pin (Miller)31 1/2"47V DC18 1/2"€5,623.20
H
907719
Bare Leads1, 3AC, DC--34 1/2"75V DC13 3/4"-
RFQ
I
907717
Bare Leads1, 3AC, DC300A @ 32V, 60%-24 3/4"75V DC13 3/4"-
RFQ
J
907816001
Bare Leads1, 3--14-Pin (Miller)13 22/25"80V DC8 1/2"€9,432.67
K
907684
Bare Leads1, 3DC-14-Pin (Miller)13.61"80V DC8.61"€7,488.10
L
907683
Bare Leads1, 3DC-14-Pin (Miller)13.61"80V DC8.61"€6,541.74
M
907716
Bare Leads1, 3DC300A @ 32V, 60%-24 3/4"75V DC13 3/4"-
RFQ
N
907782001
Bare Leads1, 3AC, DC Adapter175A @ 17V, 100%, 210A @ 18.4V, 60%, 300A @ 22V, 30%-43.91"60V DC20 1/2"€14,683.00
O
907717001
Bare Leads1, 3AC, DC300A @ 32V, 60%-43.13"75V DC23.13"-
RFQ
N
907782
Bare Leads1, 3AC, DC175 A @ 17 V, 100%, 210 A @ 18.4 V, 60%, 300 A @ 22 V, 30%14-Pin (Miller)29.41"60V DC15"€9,626.50
P
907818002
Bare Leads1, 3AC, DC250 A @ 20 V, 60% (1-Phase), 250 A @ 20 V, 60% (3-Phase)14-Pin (Miller)34 3/4"60V DC8 1/2"€18,663.40
Q
951936
Bare Leads1, 3AC, DC210A @ 18.4V, 60%14-Pin (Miller)35"80V DC8 1/2"€14,077.17
R
907818
Bare Leads1, 3AC, DC250A @ 20V, 60%14 Pin (Miller)13.88"60V DC8 1/2"€14,083.73
S
907816
Bare Leads1, 3AC, DC125A @ 15V, 60%, 210A @ 18.4V, 60%14-Pin (Miller)13 22/25"80V DC8 1/2"€9,032.42
T
951831
Bare Leads1, 3AC, DC300A @ 22V, 60%14 Pin (Miller)-70V DC--
RFQ
U
951937
Bare Leads1, 3AC, DC250A @ 20V, 60%14 Pin (Miller)35"60V DC8 1/2"€20,268.47
V
951692
Bare Leads1DC300A @ 32V, 60%-43.13"75V DC23.13"-
RFQ
W
907539001
Bare Leads1AC, DC235A @ 19V, 60%-13.63"60V DC8.63"€11,352.14
X
907538002
Bare Leads1AC, DC235A @ 19V, 60%-13.63"60V DC8.63"€10,362.61
Y
907539
Bare Leads1---13 5/8"--€9,167.85
Z
907538
Bare Leads1AC, DC235A @ 19V, 60%-13.63"60V DC8.63"€8,175.60
Y
907553
Bare Leads1AC, DC235A @ 19V, 60%-13.63"60V DC8.63"€8,459.09
Z
907552
Bare Leads1---13 5/8"--€9,766.06
A1
907550
Bare Leads1, 3AC, DC250A @ 20V, 60%14 Pin (Miller)13.63"60V DC8.63"-
RFQ
B1
951872
Bare Leads1, 3AC, DC175 A @ 17 V, 100%, 210 A @ 18.4 V, 60%, 300 A @ 22 V, 30%14-Pin (Miller)43.91"60V DC20 1/2"€17,449.38

TIG Welders

Miller Electric TIG welders are suitable for welding SS, aluminium, magnesium, copper, nickel alloy and steel workpieces for metalworking, manufacturing and maintenance & repair applications. These welding machines feature a compact & lightweight design for job-site portability & ease-of-operation. Selected models come equipped with Squarewave technology for delivering arc stability while preventing arc rectification & eliminating tungsten erosion. They also have digital meters for displaying actual voltage & amperage rating and adaptive hot start for providing arc strikes without sticking. Choose from a wide range of TIG welders, available in single & three phase variants on Raptor Supplies.

Working Mechanism

  • They work on the fundamental principle of heat generation due to the electric arc.
  • This heat is further employed to melt base plate metal and consumable electrodes, making a robust joint.
  • The protected gases are also supplied through the nozzle that secures the weld zone from other reactive gases. It provides a fine surface finish and a powerful joint.

Features

  • These welding machines feature a compact & lightweight design for job-site portability and ease of operation.
  • They also have digital meters for displaying actual voltage & amperage rating and adaptive hot start for providing arc strikes without sticking.
  • These TIG welders feature advanced pulse welding technology for precise control over heat input, ideal for thin materials and intricate welds.
  • They come with a high-frequency start function, ensuring quick and stable arc ignition and reducing the risk of tungsten contamination.
  • These electric welders offer AC / DC capability, enabling welding on a wide range of materials, from aluminium and stainless steel to copper and titanium.
  • They are equipped with a built-in cooling system to prevent overheating during prolonged welding sessions, ensuring consistent performance and extended machine lifespan.
  • These TIG welders have a digital interface with customisable welding parameters, allowing operators to fine-tune settings for specific applications.
  • Selected models further feature Squarewave technology for delivering arc stability while preventing arc rectification & eliminating tungsten erosion.

Frequently Asked Questions

What is the difference between TIG and MIG welding?

  • TIG welding is more robust and provides higher quality as compared to MIG welding.
  • When two pieces of metal are fused, TIG is performed without filler metal, whereas MIG uses feed wire for welding.

What factors should I consider when choosing a TIG welder?

  • Material type and thickness.
  • Desired welding processes (AC / DC).
  • Amperage and duty cycle requirements.

What safety precautions should I take when using these electric welders?

  • Always wear appropriate protective gear.
  • Maintain a clutter-free workspace.
  • Be aware of electrical hazards and hot surfaces.

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