

Ships same day if ordered by 12 pm
Manufacturer pricing rules prevent us from advertising our discount — no account or email required to see it.
Secure Payments
Easy Returns
Expert Advice
Fast Shipping
The XTRWELD 7491 is a Bernard-style MIG contact tip sold in a 10-piece bag, designed as an OEM-quality replacement for Bernard traditional consumables. The contact tip threads into the MIG gun nozzle assembly and guides the welding wire to the arc, directly affecting current transfer and weld quality. Built for a 1/16 inch wire diameter, this tip is a practical shop consumable for fabrication professionals, maintenance welders, and industrial MIG operators who run Bernard-platform guns regularly. Each tip is marked with its part number or size for quick identification during changeovers.
The 7491 is suited for use with Bernard BTB, S-Gun, and W-Gun MIG welding platforms. It is interchangeable with Bernard traditional consumables and can serve as a full replacement for Bernard Centerfire, Quick Tip, AccuLock, and S series consumables. These series are not cross-mixable with each other, but the 7491 functions as a complete substitution within the compatible platform. Typical install scenarios include production welding cells, fabrication shops, and field MIG repair operations where consistent wire feed and arc stability are required.
Designed for use with Bernard BTB, S-Gun, and W-Gun MIG guns. Compatible with Bernard traditional consumable systems and usable as a full replacement for Bernard Centerfire, Quick Tip, AccuLock, and S series consumables. These series are not mixable with one another but this tip may replace any one series entirely.
Contact tips are installed and serviced by welders and MIG gun technicians. Always power down the welder and allow the gun to cool before removing a spent contact tip, as tips retain heat after welding. Use the appropriate tip wrench or pliers to seat the tip firmly without cross-threading. Inspect the nozzle and diffuser for spatter buildup at each tip change to maintain consistent gas coverage and arc performance.
Thanks for subscribing!
This email has been registered!