DRK-T210250

Forged Stainless Steel And Aluminum Construction
The DRK-T210250 combines a forged stainless steel needle bar with a forged aluminum alloy handle, both shaped through a precision cold drawing process that delivers tighter dimensional control than conventional manufacturing methods. This construction approach results in a tool that holds its geometry accurately over repeated use, supporting consistent extraction performance throughout the service life of the tool.

Compatible With Mini Tamiya EL And Amphenol 20# Terminals
The DRK-T210250 is dimensioned for Mini Tamiya EL 4.5mm and 3.7mm pitch connector terminals, as well as 20# terminals used in Amphenol RM, RT360, RTOW, and RT series connectors. Covering both connector formats with a single tool reduces the need to switch tooling when servicing equipment that uses either connector standard.

Chamfered Tip For Smooth Cavity Entry
The needle bar tip features a chamfered edge that guides the tool smoothly into the terminal cavity on first contact, reducing the resistance typically encountered when inserting a tool with a flat-cut end. This design detail makes initial alignment more forgiving, particularly useful when working at awkward angles or in connectors mounted in hard-to-reach locations.

700HV Hardness Resists Bending Under Repeated Use
The needle bar is hardened to 700HV, a level that allows the tool to withstand the repeated flexing and engagement force involved in terminal extraction without bending out of shape. This hardness rating supports long-term dimensional stability, keeping the tip geometry consistent across extensive use rather than gradually deforming the way softer materials can under sustained mechanical stress.

Suited For Amphenol And Tamiya Connector Servicing
The DRK-T210250 is designed for technicians working with Amphenol RM, RT360, RTOW, and RT series connectors alongside Mini Tamiya EL connectors across RC equipment, model vehicle wiring, and industrial control applications. These connector formats are common in hobbyist electronics and light industrial wiring systems, where individual terminal replacement without disturbing the full connector housing is a routine part of repair and rework procedures.