Did you know? 217 °C

SAC305 is 96.5 percent tin, 3 percent silver and 0.5 percent copper. It melts around 217 degrees Celsius, some 34 degrees above the old eutectic tin lead alloy.

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Soldering tips P

Soldering and desoldering tips

The Thermaltronics P series are cartridge tips for the TMT-5000S station, offered in two temperature grades: P60 for standard soldering temperatures and P75 for higher temperatures on thermally demanding joints. The geometry range includes conical (P60C004, 0.4 mm; P60C010, 1.0 mm), bevelled 60°/45° (P60BV010-P60BV030), chisel 30° (P60CH012-P60CH052), hoof-shaped with dent (P60WV020, P60WV031) and knife-shaped (P60K047, 4.7 mm). All shapes are identically available in the P75 temperature grade.

⚙ Conical P60C / P75C - 0.4 mm and 1.0 mm, for fine-pitch SMD

⚙ Bevelled P60BV / P75BV - 1.0-3.0 mm, standard THT and SMD

⚙ Chisel 30° P60CH / P75CH - 1.2-5.2 mm, broad shape selection

⚙ Chisel 90° P60CH032 / P75CH032 - 3.2 mm, for special angles and connectors

⚙ Hoof-shaped P60WV / P75WV - 2.0 mm and 3.1 mm, with dent for solder control

⚙ Knife-shaped P60K / P75K - 4.7 mm, for solder bridges and ground pours

P60 tips are designed for the standard soldering window of lead-free alloys (217-260 °C melting range) on the TMT-5000S. P75 tips provide higher thermal reserve and are suited to thermally demanding joints (ground pads, copper layers, thick THT pads) where the station would otherwise cool. For standard SMD assembly, P60 tips are sufficient. The geometry code after the temperature grade is identical: P60BV030 and P75BV030 share the same shape.

Typical applications: SMT hand soldering and rework at the TMT-5000S station, ground-plane and copper-pour joints with P75 grade, chisel type P60CH052 (5.2 mm) for large solder bridges and pin headers, and fine-pitch IC soldering with conical P60C004 tips.

What are Thermaltronics P Series soldering tips and what industrial applications use them?

Thermaltronics P Series soldering tips are precision-engineered components designed for high-temperature soldering applications requiring exceptional thermal transfer and durability. These tips serve electronics manufacturing, PCB assembly operations, component-level repair services, and precision instrument manufacturing where consistent heat delivery is critical. Available in blade configurations from 10.41mm to 30.0mm widths and specialized shapes including knife and hoof profiles, P Series tips accommodate both fine-pitch surface mount work and larger through-hole component soldering across automotive electronics, medical device assembly, and industrial control system production environments.

What technical specifications should I consider when selecting Thermaltronics P Series soldering tips?

Selection of Thermaltronics P Series soldering tips depends on component size, joint accessibility, and thermal mass requirements of your specific application. Blade tip widths range from 10.41mm for precision work to 30.0mm for larger joints, with models like PM60LB125 offering 0.41-inch contact surfaces for fine electronics while PM75LB128 provides 1.18-inch coverage for high-thermal-mass connections. Specialized geometries include knife-shaped tips at 4.70mm width for dragging operations and hoof-shaped profiles with 45° and 60° angles for component removal, ensuring optimal heat transfer coefficient and joint formation across varying pad geometries and component lead configurations.

Which international standards apply to Thermaltronics P Series soldering tips in industrial environments?

Thermaltronics P Series soldering tips comply with IPC-7711/7721 standards for electronic assembly and rework procedures, ensuring consistent thermal performance in production environments. These tips meet ISO 9001 quality management requirements and are manufactured to IEC 61340-5-1 ESD control standards for electrostatic discharge protection during sensitive component handling. The iron-plated copper construction adheres to RoHS directive compliance for lead-free soldering processes, while the tip geometry specifications align with IPC-A-610 acceptability standards for electronic assemblies used in aerospace, medical, and automotive applications requiring documented traceability and quality assurance protocols.

What are the differences between PM60, PM75, and PM80 series variants in the Thermaltronics P lineup?

The PM60, PM75, and PM80 series represent different iron compatibility platforms within the Thermaltronics P Series, with each designed for specific soldering station power outputs and thermal requirements. PM60 series tips are engineered for standard-duty applications with moderate thermal mass components, while PM75 variants provide increased heat capacity for medium-duty production soldering of multilayer PCBs and ground plane connections. PM80 series tips deliver maximum thermal performance for high-mass joints and lead-free soldering processes requiring sustained temperatures above 350°C, with all three series sharing identical blade geometries from 10.41mm to 22.1mm widths but differing in internal heating element specifications and thermal response characteristics.

What installation requirements and compatibility considerations apply to Thermaltronics P Series tips?

Thermaltronics P Series soldering tips require direct compatibility with Thermaltronics soldering stations featuring the corresponding PM60, PM75, or PM80 heating platforms for proper thermal coupling and temperature control. Installation involves inserting the tip into the heated barrel assembly with proper alignment of the internal heating element contacts, ensuring thermal paste application where specified by the station manufacturer. The tips utilize a threaded retention system with specific torque requirements to maintain optimal heat transfer while preventing damage to the tip-to-heater interface, and stations must provide adequate power delivery ranging from 60 watts for PM60 applications to 80 watts for PM80 high-thermal-demand operations with closed-loop temperature feedback control.

What safety ratings and operating parameters define Thermaltronics P Series soldering tip performance?

Thermaltronics P Series soldering tips operate safely within temperature ranges from 200°C to 450°C with precise thermal regulation maintaining ±5°C stability under varying load conditions. The iron-plated copper construction provides electrical isolation meeting IEC 61010-1 safety standards for measurement and laboratory equipment, while the tip geometry ensures operator safety through ergonomic heat dissipation away from the handling area. These tips maintain consistent performance in ambient temperatures from 10°C to 40°C with relative humidity up to 80% non-condensing, and the ESD-safe materials prevent electrostatic discharge damage to sensitive components during soldering operations in cleanroom environments meeting ISO 14644 classification requirements.

What maintenance schedule and service life expectations apply to Thermaltronics P Series soldering tips?

Thermaltronics P Series soldering tips require daily cleaning with damp cellulose sponges and weekly tin coating renewal to maintain optimal heat transfer and prevent oxidation buildup that degrades thermal performance. Under normal production conditions with proper temperature control below 400°C, these tips provide 200-500 hours of active soldering time before requiring replacement, with service life varying based on flux chemistry, operating temperature, and mechanical stress factors. Weekly inspection should verify tip geometry integrity and plating condition, while monthly calibration of the associated soldering station temperature accuracy ensures consistent performance within ±3°C tolerance, and quarterly replacement of heavily-used tips prevents joint quality degradation in critical electronics assembly applications.

Soldering tips P

Tip shapes and temperature grades

P60 vs. P75 - which temperature grade to choose

Typical applications