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 and desoldering tips

Serie 012 for Minityp S

Ersa soldering tip series 012, 032, 042, 052 and 082 are designed for the compact irons Minityp S, ERSA 30 S and Minor S. The range combines ERSADUR long-life tips with iron-copper coating (suffix "D") and nickel-plated variants, in geometries including pencil-point (BD), chisel (K/KD) and angled (J/JD). Tip diameters start from 0.3 mm (0012BD) up to chisel widths of 3.1 mm (0032KD).

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Buying guide

How to choose Serie 012 for Minityp S

What matters when choosing: properties, comparison and typical applications.

Technical features

⚙ Compatible with compact irons - Minityp S (012), ERSA 30 S (032), Minor S (042), 052 and 082

✓ ERSADUR coating - iron-copper for extended tip life, identified by "D" in the article code

↕ Fine tip geometries - pencil-point from 0.3 mm (0012BD), chisel up to 3.1 mm

⚡ Angled variants - JD version (e.g. 0032JD) for hard-to-reach solder joints

⛤ Bevelled tips (LD) - e.g. 0042LD for Minor S, 1.0 mm, precise heat transfer

Series overview and compatibility

Series	Iron	Examples	Geometries
012	Minityp S	0012BD	Pencil-point 0.3 mm ERSADUR
032	ERSA 30 S	0032BD, 0032KD, 0032JD	Pencil 1.1 mm, chisel 3.1 mm, angled
042	Minor S	0042LD	Bevelled 1.0 mm ERSADUR

Typical applications

Typical applications: Fine soldering with compact irons on densely populated PCBs, SMD rework in service departments, precision soldering in sensor technology and fine mechanics, and laboratory or prototype work requiring low thermal mass and tight geometries.

FAQ

Frequently asked questions about Serie 012 for Minityp S

What are ERSA soldering tips series 012-082 and their primary industrial applications?

ERSA soldering tips series 012, 032, 042, 052, and 082 are precision desoldering and soldering tips designed for professional electronics manufacturing and repair applications. These DUR-coated tips are specifically engineered for Minityp S, Minor S, 30 S, 50 S, and 80 S soldering stations, serving industries including automotive electronics, medical device manufacturing, telecommunications equipment assembly, and industrial control systems. The series covers tip diameters from 0.1 mm for ultra-fine work up to 4.8 mm for power electronics applications, enabling surface-mount component rework, through-hole component removal, precision soldering in confined spaces, and thermal management in high-density circuit board assemblies.

What are the key technical selection criteria for choosing between different ERSA soldering tip variants?

Selection of ERSA soldering tips depends on three critical parameters: tip geometry, diameter specification, and station compatibility requirements. Pencil-pointed tips like the 0012BD with 0.3 mm diameter and 0042BD with 0.1 mm diameter provide precision for fine-pitch SMD components and micro-soldering applications. Chisel-shaped variants such as the 0082KD at 4.8 mm and 0052JD at 3.1 mm deliver superior heat transfer for larger joints and thermal management of power components. Angled tips including the 0032JD and 0082JD enable access to confined areas and vertical component orientations, while station compatibility ranges from Minityp S for laboratory work to 80 S systems for production environments requiring sustained high-power operation.

Which international standards and certifications apply to ERSA soldering tip series 012-082?

ERSA soldering tips series 012-082 comply with IPC-7711/21 standards for electronic assembly and rework procedures, ensuring consistent thermal performance and joint quality requirements. The DUR coating technology meets IEC 61191 specifications for surface mounting technology and thermal cycling resistance in professional soldering applications. Temperature stability and thermal shock resistance conform to DIN EN 61760-1 standards for soldering equipment used in electronics manufacturing environments. ESD protection capabilities align with IEC 61340-5-1 requirements for electrostatic discharge control in sensitive electronic component handling, while manufacturing quality systems follow ISO 9001 certification protocols, guaranteeing dimensional accuracy and thermal performance consistency across production batches for critical electronics assembly operations.

What are the key differences between straight, angled, and beveled ERSA soldering tip variants?

Straight soldering tips like the 0032BD and 0082KD provide direct heat transfer and optimal visibility for standard component placement and removal on horizontal circuit board surfaces. Angled variants including the 0032JD and 0052JD feature 30-degree bends enabling access to confined spaces, vertical component orientations, and areas obstructed by adjacent components or enclosures. Beveled tips such as the 0042LD incorporate angled surfaces that combine precision pointing with increased contact area for specialized applications requiring both accuracy and thermal efficiency. The 1.0 mm beveled tip diameter offers intermediate sizing between fine pencil points and broader chisel configurations, with each geometry maintaining the same DUR coating durability while optimizing heat distribution patterns for specific soldering scenarios and workspace constraints.

What are the installation requirements and system compatibility specifications for ERSA soldering tips?

ERSA soldering tips require specific station compatibility matching, with 012 series designed for Minityp S stations, 032 series for 30 S systems, 042 series for Minor S units, 052 series for 50 S stations, and 082 series for 80 S high-power applications. Installation involves simple push-fit connection into the heating element assembly without additional tools or fasteners, ensuring rapid tip changes during production workflows. Temperature control integration operates through automatic tip recognition systems that adjust heating parameters based on tip geometry and thermal mass characteristics. Power requirements range from 12 watts for Minityp S configurations up to 80 watts for heavy-duty 80 S applications, with thermal response time specifications achieving working temperature within 30 seconds of activation, supporting efficient production scheduling and energy management protocols.

What are the operating temperature ranges and safety ratings for ERSA soldering tip series 012-082?

ERSA soldering tips series 012-082 operate within temperature ranges from 150°C to 450°C, with precision temperature control accuracy of ±5°C throughout the working range for consistent joint formation and component protection. The DUR coating withstands thermal cycling between ambient and maximum operating temperatures without degradation, maintaining dimensional stability and heat transfer efficiency over extended service periods. Safety features include integrated temperature monitoring that prevents overheating damage to sensitive components and automatic standby modes that reduce tip temperature during idle periods. ESD protection ratings ensure safe handling of static-sensitive devices according to MIL-STD-883 specifications, while thermal shock resistance testing confirms reliable operation under rapid temperature changes typical in production soldering environments, maintaining operator safety during extended use periods.

What are the maintenance requirements and expected service life for ERSA DUR-coated soldering tips?

ERSA DUR-coated soldering tips require daily cleaning with damp cellulose sponges and weekly application of tip tinner to maintain optimal heat transfer and prevent oxidation buildup on working surfaces. Service life typically ranges from 6 to 12 months under normal production conditions, with fine-point tips like the 0012BD at 0.3 mm requiring replacement more frequently due to higher thermal stress concentrations. Inspection protocols include daily visual checks for tip wear, coating integrity, and dimensional accuracy using calibrated measuring tools to ensure consistent soldering performance. Temperature calibration verification should occur monthly using certified thermocouples to maintain process control within ±5°C specifications, while proper storage in protective containers when not in use extends service life by preventing mechanical damage and oxidation, maintaining tip inventory rotation to ensure consistent performance across production operations.