Weller T0050105499 Soldering Iron Tip Conical Bent

Product Description

The WELLER T0050105499 is a conical bent soldering iron tip designed for precision soldering work in electronics assembly, field service, and repair applications. The tip features a 1.60 mm diameter conical geometry with a bent profile, allowing access to tight clearances and angled joint configurations that a straight tip cannot reach. It is sold as a single replacement tip and is intended for use with compatible WELLER soldering stations and irons. Licensed electricians, electronics technicians, and bench repair professionals typically use this tip for fine-pitch component work.

This tip suits residential and commercial service environments where soldering stations are used for PCB rework, wire termination, and component replacement. The bent conical shape is particularly useful when working at an angle to a board or chassis, reducing wrist strain and improving solder flow visibility. It is a direct replacement tip swapped in during routine tip maintenance or when switching tip styles for a specific task.

Key Features

• Conical bent tip profile for angled access to tight or obstructed solder joints
• 1.60 mm tip diameter suited for fine-pitch and general-purpose soldering
• Single-piece replacement tip for straightforward field or bench swap
• Compact form factor at 1.5 inches length and 0.7 inches width

Compatibility

Designed for use with WELLER soldering iron model T0052923099 as specified by the manufacturer. Verify iron model compatibility before installation, as tip fitment varies across WELLER tool families.

Installation Notes

Allow the soldering iron to cool completely before removing or installing a replacement tip to avoid burns and thermal shock to tip components. Use appropriate tip-removal tools if the tip is seized due to oxidation buildup rather than applying excessive force. Follow the iron manufacturer's tip installation procedure to ensure proper seating and thermal contact. Regular tip tinning and cleaning extends service life and maintains heat transfer efficiency.