Quick Answer

Check the published current range for the exact 3.2 mm E6013 trade name and polarity. ESAB Weld 6013 lists 80–130 A; Lincoln Fleetweld 37 lists 110–140 A on AC and 100–135 A on DC. These are product-specific examples, not one universal setting. Confirm machine output and any WPS, then trial a representative joint with the product you intend to buy.

Key Takeaways

• Different named 3.2 mm E6013 products publish different current ranges.
• Fleetweld 37 publishes separate AC and DC rows for 3.2 mm.
• A published range cannot override a qualified welding procedure’s limits.

Which Published 3.2 mm Ranges Can Buyers Compare?

ESAB Weld 6013 lists a 3.2 × 350 mm product at 80–130 A with AC or DC+ operation. Lincoln Fleetweld 37 gives 110–140 A on AC and 100–135 A on DC± for its 1/8-inch (3.2 mm) row. The exact SKU and sheet revision matter.

ESAB Sureweld 6013 lists 120–135 A for a 3.2 × 356 mm product. Do not average these figures or apply one brand’s range to another supplier’s E6013.

How Do Polarity and Equipment Limit the Choice?

AC, DC electrode-positive and DC electrode-negative are not interchangeable labels. Follow the exact manufacturer’s permitted options; Weld 6013 lists AC and DC+, whereas Fleetweld 37 lists AC and DC±.

For an AC machine, check available output and minimum open-circuit voltage. ESAB Weld 6013 publishes a 50 V minimum AC OCV. Duty cycle and the joint’s required operating window also matter.

How Should a Workshop Validate a Setting?

If a WPS applies, stay within its approved parameters as well as the selected product’s limits. Have a qualified welder trial the real material, thickness, fit-up, position and travel direction.

Record electrode trade name, diameter, lot, machine, polarity and current. Evaluate arc behavior, slag removal, bead shape and inspection results under the project’s acceptance rules. A neat face alone cannot prove internal quality.

Do not copy settings from a 2.5 mm row or mistake another manufacturer’s box for the product tested.

What Should the 3.2 mm E6013 RFQ Include?

RFQ checklist:

1. Classification and exact product name: connect the offer to its published sheet.
2. Nominal 3.2 mm core and rod length: prevent size substitution.
3. Range by supported current and polarity: compare the actual machine options.
4. AC OCV and site output: screen power-source mismatch.
5. Position, travel direction and WPS: limit offers to the approved job.
6. Sheet revision, pack and lot: verify that sample and delivery match.

Request the matching production product for any trial. For source rows, see ESAB Weld 6013, Lincoln Fleetweld 37 and ESAB Sureweld 6013.

Buyer FAQ

Is there one standard 3.2 mm E6013 current range?

No. Use the named product’s size-specific range and applicable WPS.

Does AC/DC on the carton mean every DC polarity works?

Not necessarily. Check the exact sheet’s permitted polarities.

Can a trial establish a new AWS-wide setting?

No. It supports only the specified product and application conditions.

Inquiry: Share your machine, joint and required packing through your established inquiry route to request a product sheet and sample.