Weller PTL8 Long Screwdriver Soldering Iron Tip

Product Description

The WELLER PTL8 is a long screwdriver-style soldering tip designed for use with compatible Weller soldering stations in the PT series. The tip measures 1 inch in length and is built to deliver consistent, focused heat transfer to fastener-slot and flat-surface joint applications. At 0.03 pounds, it is a lightweight replacement or spare tip suited for electronics work, HVAC control board service, electrical panel wiring, and similar precision soldering tasks. Installation is straightforward for any technician familiar with Weller PT series station tip changes.

The PTL8 is intended for use with Weller PT series soldering stations. It is a practical choice for residential and light commercial service calls where precision soldering is required, such as replacing components on control boards, splicing low-voltage wiring, or repairing terminal connections. The long screwdriver geometry provides better reach into tight spaces compared to standard conical or chisel tips, making it useful in confined enclosures common in HVAC and electrical work.

Key Features

• Long screwdriver tip geometry for improved reach in confined spaces
• 1-inch tip length suited to flat-pad and slot-style solder joints
• Part of the PT series tip family for Weller soldering stations
• Lightweight at 0.03 pounds for minimal station balance impact
• Single-unit packaging for convenient individual replacement

Compatibility

Designed for use with Weller PT series soldering stations as stated by the manufacturer. Verify station model compatibility before ordering to confirm tip fitment.

Installation Notes

Tip replacement should be performed by a qualified technician with the soldering station fully powered off and the existing tip allowed to cool completely before handling. Use appropriate tip-removal tools where required to avoid injury or tip damage. Follow the station manufacturer's guidance for tip seating and retention. Proper tip tinning after installation extends tip life and maintains heat transfer performance.