Basic Welding Technique

1.Press (and hold) Trigger and contact area to be welded with electrode wire to ignite arc.

2.For a narrow weld, you can usually draw the wire in

a steady straight line,

stringer bead

weave bead

this is called a stringer bead.

 

 

For a wider weld, draw the wire back and forth

 

 

across the joint,

 

 

this is called a weave bead and takes

 

 

practice to perform properly.

 

 

SAFETY

3.Hold Torch in one hand and the face shield in the other. If a hands-free welding shield (not included, see #6, page 4 for guidelines) is used, then both hands can be used to control Torch.

4.Direct the welding wire straight into the joint. This gives an angle of 90° (straight up and down) for butt (end to end) welds, and an angle of 45° for fillet (T-shaped) welds.

5.The end of torch should be tilted so that wire is angled anywhere in-between straight on and 15° in the direction you are welding. The amount of tilt is called the drag angle.

6.The welding wire should extend no more than 1/2″ past the tip.

This distance is called stickout or CTWD - Contact Tip to Work Distance.

Weld Torch angles,

viewed from front of weld joint.

45°

90°

 

fillet weld joint

butt weld joint

Drag Angle

0-15°

 

Stickout

Weld

(up to 1/2″)

Direction

 

 

 

SETUP

BASIC WELDING

WELDING TIPS

MAINTENANCE

SKU 68885

For technical questions, please call 1-800-444-3353.

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Chicago Electric MIG 170 owner manual Basic Welding Technique, Stringer bead

MIG 170 specifications

The Chicago Electric MIG 170 is a versatile and powerful welding machine designed for both amateur and professional welders. This compact welder is particularly suited for those who frequently work on metal fabrication projects, automotive repairs, and home improvement tasks. With its impressive performance capabilities and a range of user-friendly features, the Chicago Electric MIG 170 has become a popular choice among welding enthusiasts.

One of the standout features of the Chicago Electric MIG 170 is its robust welding output. It operates on standard 220-volt power, allowing it to deliver a consistent output that ranges from 30 to 170 amps. This wide range provides users with the capability to weld various materials, including mild steel, stainless steel, and aluminum. Additionally, it is capable of welding materials up to 5/16 inches thick, making it a reliable choice for heavy-duty applications.

The MIG 170 utilizes a gasless flux-cored wire welding process, which makes it suitable for outdoor use without the necessity of shielding gas. This feature eliminates the need for additional gas tanks, making the welding experience simpler and more cost-effective. Users can also switch to MIG welding with a gas setup if desired, allowing for greater versatility in their projects.

Moreover, this welder is equipped with an adjustable wire feed speed control, permitting users to customize their welding settings for different thicknesses of material. The easy-to-read control panel enhances usability, giving welders the ability to quickly adapt to changing conditions and requirements. A built-in thermal overload protection system further ensures that the machine operates safely, preventing damage due to overheating during extended use.

The portability of the Chicago Electric MIG 170 is another key advantage. Weighing in at approximately 60 pounds, it can easily be transported to job sites or moved around a workshop. Its compact design does not compromise on performance, making it a great addition to any workspace.

Overall, the Chicago Electric MIG 170 is an excellent welding machine that blends power, efficiency, and ease of use. Its combination of features makes it suitable for beginners and seasoned welders alike, solidifying its reputation as a go-to option in the welding community. Whether for hobbyist projects or more serious applications, the MIG 170 remains a reliable and effective choice for various welding needs.