Weller WLTS24IR60 Screwdriver Soldering Tip 0.09 in 3-pack

Product Description

The WELLER WLTS24IR60 is a screwdriver-style replacement soldering tip designed for use with compatible Weller soldering irons. With a tip diameter of 0.09 inches (2.40 mm), this tip delivers controlled heat transfer for precise solder joints on terminal connections, wire leads, and through-hole components. Each package includes 3 tips, making it practical for bench stock or field kit replenishment. Electronics technicians, HVAC controls specialists, and electrical tradespeople working on low-voltage wiring and control board repairs rely on consistent tip geometry to maintain joint quality and reduce rework.

This tip is suited for soldering tasks in residential and light commercial service environments, including control board repairs, sensor lead connections, and wiring harness work. The screwdriver profile is well matched to flat pad and larger through-hole applications where a chisel or screwdriver tip provides better surface contact than a conical point. Sold in a 3-pack, it supports multi-technician shops or individual techs who rotate tips regularly to maintain thermal performance.

Key Features

• Screwdriver tip profile for flat pad and through-hole soldering applications
• Tip diameter of 0.09 inches (2.40 mm) for controlled heat application
• 3 tips per package for bench stock or kit replenishment
• Designed as a direct replacement tip for compatible Weller iron models
• UNSPSC Code: 23271809

Compatibility

Compatible with the following Weller soldering iron models: WLIR6012A, WLIR6023C, WLIR6023G, WLIR6023I, WLIR6023M, WLIRK6012A, WLIRK6023C, WLIRK6023G, WLIRK6023I, and WLIRK6023M.

Installation Notes

Tip replacement should be performed with the soldering iron fully powered down and cooled to ambient temperature before handling. Use appropriate tip insertion tools or heat-resistant gloves to avoid burns during installation or removal. Follow the iron manufacturer's guidelines for tip seating and initial tinning to extend tip life and maintain thermal transfer efficiency. Proper tip maintenance, including regular tinning and cleaning, will preserve the tip geometry and performance over time.