Weller RTMS 004 C MS 0.4 mm Conical Soldering Iron Tip for use with WXMPS-MS (Smart) Soldering Iron

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PHP3,522.56

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PHP3,945.27

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RS Stock No.:
252-8211
Distrelec Article No.:
303-44-822
Mfr. Part No.:
T0050115399
Manufacturer:
Weller
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Brand

Weller

Tip Shape

Conical

Product Type

Soldering Iron Tip

Model Number

RTMS 004 C MS

For Use With

WXMPS-MS (Smart) Soldering Iron

Tip Series

RTMS

Tip Width

0.4 mm

Standards/Approvals

No

COO (Country of Origin):
MX

Weller Soldering Iron Tip, 0.4mm Tip Width, Conical Tip Shape - T0050115399


This soldering iron tip is designed to perform precision soldering tasks for electronics and industrial technicians using compatible smart mains. It provides a fine-point option for tasks requiring controlled heat delivery to small contacts and components within electrical, mechanical and automation assemblies.

Features and Benefits:


• Conical tip shape delivers focused heat for precise joints
• 0.4mm tip width enables fine soldering on small pads
• MS series compatibility simplifies tool interchangeability
• Robust construction supports repeated thermal cycles
• Suited to smart iron interfaces for calibrated temperature control

Applications


• Suitable for fine component assembly in electronics manufacturing
• Ideal for repair work on small connectors and SMD parts
• Used with WXMPS-MS smart soldering iron for bench tasks
• Can be used for precision wiring in automation cabinets

Which tool interfaces will accept this tip?


It is compatible with WXMPS-MS smart irons that use MS-format tip fittings and electrical connection geometry.

How does the tip geometry affect soldering accuracy?


The conical profile concentrates thermal energy at the point, reducing heat spread and improving access to tight pads and leads.

What operational behaviour should users expect under repeated use?


The tip maintains shape under normal cycling and is intended for routine replacement when wear increases contact area.

How does the tip interact with temperature-controlled stations?


It responds predictably to calibrated temperature settings provided by smart irons, enabling stable joint formation at set temperatures.

Is this tip suitable for both prototyping and small-series production?


Its fine-point design and compatibility with smart irons make it appropriate for detailed prototyping and low-volume assembly runs.

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