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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Series 102 for i-Tool Iron

Soldering and desoldering tips

Ersa soldering tips of series 102, 152, 162, 172 and 182 are designed exclusively for Ersa i-Tool soldering irons. The ERSADUR-LF long-life tips deliver extended service life with lead-free solder alloys. The geometry programme covers straight bevelled tips (A-form, 1.3-8 mm), pencil-point variants (P-form, 0.4-0.5 mm) including extended versions (L suffix), and wick tips (Z-form, 8 mm) for solder removal by dewick principle.

⚙ ERSADUR-LF coating - for lead-free alloys (LF=Lead-Free), extended service life vs. standard tips

✓ DUR standard - ERSADUR without LF suffix for standard tin-lead alloys and general use

⚡ Geometry variety - A-form (bevelled) 1.3-8 mm, P-form (pencil) 0.4-0.5 mm, Z-form (wick tip) 8 mm

↕ Extended variants (L) - 0102PDLF04L and 0102PDLF05L for solder joints in deep or confined areas

📦 Compatibility - series 102/152/162/172/182 exclusively for i-Tool irons, not for other Ersa series

Part number	Form	Width/diameter	Version
0102ZDLF080	Z (wick tip)	8.0 mm	ERSADUR-LF, straight
0102ADLF13	A (bevelled)	1.3 mm	ERSADUR-LF, straight
0102ADLF15	A (bevelled)	1.5 mm	DUR, straight
0102ADLF20	A (bevelled)	2 mm	ERSADUR, straight
0102ADLF40	A (bevelled)	4 mm	ERSADUR, straight
0102PDLF04	P (pencil)	0.4 mm	ERSADUR-LF, straight
0102PDLF05L	P (pencil)	0.5 mm	ERSADUR, extended
0102PDLF04L	P (pencil)	0.4 mm	ERSADUR-LF, extended

Typical applications: SMD hand soldering with lead-free alloys at i-Tool stations (ERSADUR-LF A-form), fine-pitch soldering and SMT rework with pencil-point variants (P-form 0.4-0.5 mm), work in hard-to-reach placement areas with extended tips (L versions), and solder removal by dewick method with wick tips (Z-form).

What are ERSA Serie 102 desoldering tips and what industrial applications do they serve?

ERSA Serie 102 desoldering tips are precision soldering iron accessories specifically engineered for i-Tool soldering systems, designed for professional electronics manufacturing, repair, and rework operations. These DUR-coated tips serve electronics assembly facilities, automotive electronics manufacturers, aerospace component suppliers, and industrial equipment service centers requiring precise component removal and installation. The series encompasses various tip geometries including chisel-shaped variants up to 20mm width, conical PowerWell designs with hollow channels down to 1.6mm, and specialized Wick-Tip configurations for effective solder extraction applications.

What are the key technical selection criteria for choosing the correct ERSA Serie 102 desoldering tip?

Selection of ERSA Serie 102 desoldering tips depends on component size, joint geometry, and thermal requirements, with tip widths ranging from 1.6mm PowerWell variants to 20mm chisel configurations. Critical parameters include tip geometry such as straight chisel forms like the 0102CDLF200 for 20mm applications, angled asymmetric designs like the 0102CDLF80A for 8mm restricted access joints, and specialized Wick-Tip variants from 8mm to 20mm for effective solder removal. The DUR coating system provides enhanced thermal conductivity and extended service life, while PowerWell hollow channel designs optimize heat transfer for sensitive component work requiring precise temperature control.

Which international standards and certifications apply to ERSA Serie 102 desoldering tip applications?

ERSA Serie 102 desoldering tips comply with IPC-J-STD-001 soldering standards for electronics assembly and IEC 61340-5-1 electrostatic discharge control requirements when used in ESD-protected environments. The tips meet ISO 9001 quality management standards for manufacturing consistency and RoHS compliance for lead-free soldering applications per EN 62321 material composition requirements. Professional electronics manufacturing applications must also consider IPC-A-610 acceptability criteria for soldered electrical connections, while automotive electronics work requires adherence to ISO/TS 16949 automotive quality standards for component rework and repair operations.

What are the main differences between ERSA Serie 102 tip variants including chisel, PowerWell, and Wick-Tip designs?

ERSA Serie 102 chisel-shaped tips like the 0102CDLF series provide broad thermal contact surfaces ranging from 8mm to 20mm widths for standard component soldering and desoldering operations. PowerWell variants such as the 0102WDLF designs feature precision hollow channels from 1.6mm to 3.5mm diameters, optimizing heat transfer efficiency for temperature-sensitive components through controlled thermal distribution. Wick-Tip configurations including the 0102ZDLF series from 8mm to 20mm incorporate specialized geometries for enhanced solder extraction capabilities, while asymmetric designs like the 0102CDLF80A enable access to restricted spaces around densely packed circuit board assemblies.

What are the installation requirements and system compatibility specifications for ERSA Serie 102 desoldering tips?

ERSA Serie 102 desoldering tips are exclusively compatible with i-Tool soldering systems and require proper tip installation following manufacturer torque specifications to ensure optimal thermal transfer and electrical continuity. Installation involves inserting the tip into the heating element assembly until fully seated, then securing with the retaining mechanism while ensuring proper alignment to prevent thermal stress concentrations. The tips feature standardized connection interfaces designed for i-Tool heating elements, with thermal coupling achieved through precision-machined surfaces that maintain consistent heat transfer coefficients throughout the operating temperature range typically spanning 200°C to 450°C for electronics applications.

What are the safety ratings and operating temperature specifications for ERSA Serie 102 desoldering tips?

ERSA Serie 102 desoldering tips operate within temperature ranges from 200°C to 450°C depending on application requirements, with DUR coating systems maintaining thermal stability and oxidation resistance throughout the specified range. The tips meet electrical safety requirements for low-voltage soldering equipment per IEC 61010-1 safety standards, while the conductive tip materials ensure proper ESD dissipation when used with grounded soldering stations. Operating parameters include maximum continuous service temperature of 450°C for standard electronics work, with thermal recovery times optimized through the DUR coating technology to maintain consistent joint quality during high-volume production environments requiring rapid temperature cycling.

What maintenance schedule and service life expectations apply to ERSA Serie 102 desoldering tips?

ERSA Serie 102 desoldering tips require daily cleaning with damp sponges or brass wool to remove flux residue and oxidation, with tip condition inspection recommended every 8-hour shift in production environments. Service life typically ranges from 200 to 500 operating hours depending on application temperature, flux chemistry, and cleaning frequency, with DUR coating providing enhanced durability compared to standard iron-plated alternatives. Replacement indicators include visible tip erosion beyond 10% of original geometry, thermal response degradation evidenced by extended heating times, or coating breakdown revealing base metal substrate, all of which compromise joint quality and require immediate tip replacement to maintain soldering process integrity.

Series 102 for i-Tool Iron

Technical features

Geometry overview: series 102

Typical applications