Tweco 95151102 Ball Point Lug Copper 180 deg 150 A welding
Copper ball-point lug with 180-degree offset handles 150 A at 80 V for 1/0 AWG cable
- Product typeWelding Parts & Supplies
- Copper lug handles up to 150 A welding current
- 180-degree offset design simplifies cable routing in tight spaces
- 1/0 AWG maximum cable gauge suits heavy-duty welding leads
- 17/32 in stud hole fits standard welding terminals
- Rated for 80 V maximum voltage in welding applications
Product identity
The Tweco 95151102 is a copper ball-point lug designed for welding cable connections. It carries a maximum current of 150 A at up to 80 V and accepts cable up to 1/0 AWG. The lug features a fixed 180-degree offset and a stud hole diameter of 17/32 in.
Who this suits
Welders terminating heavy-gauge cable for straight-run connections will find the 150 A rating and 1/0 AWG capacity appropriate. The uninsulated copper body suits applications where insulation is added separately. Buyers who need an angled offset for tight routing should look at a different lug style. Anyone requiring a higher current rating or a smaller stud hole must choose another part.
Deciding specification
The 180-degree offset fixes the cable in a straight line from the stud, so the lug only fits layouts that allow that geometry. If the work area demands a bend at the termination point, this lug will not install correctly.
How it compares
Measured against everything we stock in Welding Equipment & Positioners, at today’s prices. Recalculated every night.
- Price $23.99
- Cheaper than about 70% of the 1,978 comparable items (median $50.99).
Specifications
| Product | |
|---|---|
| Brand name | TWECO |
| Product type | Welding Parts & Supplies |
Questions about this item
How much current can the 150 A lug carry in actual use?
The lug is rated for a maximum of 150 A, so it will safely carry that current when paired with correctly sized cable and secure connections.
What does the 80 V maximum voltage mean for my welding circuit?
The lug is rated up to 80 V, which covers typical low-voltage welding circuits; do not use it on systems exceeding that voltage.
Will the 17/32 in stud hole fit my 1/2 in mounting bolt?
A 17/32 in hole is slightly larger than 1/2 in, so a 1/2 in bolt will pass through with a small clearance gap.
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