Weller T0050105299 Conical Bent Soldering Iron Tip

Product Description

The WELLER T0050105299 is a conical bent replacement soldering tip designed for precision soldering work on electronic assemblies and circuit boards. The tip features a 0.40mm diameter point in a bent configuration, which allows techs to access angled or recessed solder joints that a straight tip cannot reach cleanly. At approximately 0.03 pounds, it is an ultralight consumable intended for regular field and bench replacement. This tip is suited for electronic technicians, low-voltage systems installers, and instrumentation professionals who require consistent heat transfer at a fine point.

The bent conical profile makes this tip well suited for through-hole and surface-mount rework where straight-line access to the joint is obstructed by nearby components or housing geometry. It is designed as a direct replacement consumable for compatible Weller soldering stations and irons, making it a standard replenishment item on electronics workbenches in residential, commercial, and light industrial service environments.

Key Features

• Conical bent tip geometry for angled access to tight or obstructed solder joints
• 0.40mm tip diameter for fine-point precision on small pads and leads
• Lightweight design at 0.03 pounds for minimal iron balance disruption
• Direct OEM replacement consumable for compatible Weller irons
• Single-piece packaging for straightforward inventory management

Compatibility

Designed for use with Weller iron model T0052923099 as stated by the manufacturer. Verify iron model and tip series compatibility before installation.

Installation Notes

Tip replacement should be performed by a qualified electronics technician with the soldering iron powered off and the tip cooled to ambient temperature. Use appropriate tip-extraction tools if the worn tip is seized to avoid damage to the iron body. Follow the iron manufacturer's guidelines for tip insertion depth and locking collar torque. Regular tip maintenance with appropriate tip tinner extends service life and maintains heat transfer efficiency.