Weller RTPS 012 B MS 1.2 mm Bevel Soldering Iron Tip for use with WXMPS-MS (Smart) Soldering Iron

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PHP3,278.53

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PHP3,671.95

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RS Stock No.:
252-8164
Distrelec Article No.:
303-44-779
Mfr. Part No.:
T0050111099
Manufacturer:
Weller
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Brand

Weller

Product Type

Soldering Iron Tip

Model Number

RTPS 012 B MS

Tip Shape

Bevel

For Use With

WXMPS-MS (Smart) Soldering Iron

Tip Series

RTPS

Tip Width

1.2 mm

Standards/Approvals

No

COO (Country of Origin):
MX

Weller Soldering Iron Tip, 1.2mm Tip Width, Bevel Tip Shape - T0050111099


This soldering iron tip is a bevel-shaped replacement tip designed for use with compatible smart soldering irons. It provides a precise angled contact for controlled heat transfer during tasks in automation, electronics, electrical and mechanical environments. The tip is intended to fit a specific smart handle and supports routine soldering operations where fine control and predictable performance are required.

Features and Benefits:


• Bevel geometry enables accurate solder joint shaping and wetting
• 1.2mm width for fine work and confined pad access
• Stainless-compatible alloy delivers stable thermal conduction
• Rapid thermal response reduces cycle time during repetitive tasks
• Designed for seamless fitting with smart iron handles

Applications


• Suitable for precision component soldering on small assemblies
• Ideal for rework of surface-mounted devices in electronics
• Used with smart soldering irons in automated repair stations
• Can be used for fine wiring tasks in electrical control panels

What material considerations affect heat transfer and longevity?


The contact alloy balances conductivity and wear resistance to maintain consistent temperature at the working face while resisting degradation from repeated heating cycles.

How does tip geometry influence solder flow on small pads?


The angled bevel concentrates heat at the edge, promoting controlled solder wetting and enabling easier shaping of fillets on tight or irregular pads.

Is the tip compatible with temperature-controlled workflows?


Yes, it is intended to Interface with regulated smart handles to respond predictably to setpoint adjustments and maintain stable thermal performance during duty cycles.

What handling practices help extend service life in production?


Regular tinning, avoidance of excessive scraping, and using appropriate fluxes minimise oxidation and mechanical wear, preserving transfer characteristics over extended use.

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