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>UNE standards>UNE EN 60068-2-69:2017 - Environmental testing - Part 2-69: Tests - Test Te/Tc: Solderability testing of electronic components and printed boards by the wetting balance (force measurement) method (Endorsed by Asociación Española de Normalización in July of 2017.)
in stockReleased: 2017-07-01
UNE EN 60068-2-69:2017 - Environmental testing - Part 2-69: Tests - Test Te/Tc: Solderability testing of electronic components and printed boards by the wetting balance (force measurement) method (Endorsed by Asociación Española de Normalización in July of 2017.)

UNE EN 60068-2-69:2017

Environmental testing - Part 2-69: Tests - Test Te/Tc: Solderability testing of electronic components and printed boards by the wetting balance (force measurement) method (Endorsed by Asociación Española de Normalización in July of 2017.)

Ensayos ambientales. Parte 2-69: Ensayos. Ensayo Te: Ensayo de soldabilidad de componentes y tarjetas electrónicos por el método de equilibrado humectante (medición de fuerza). (Ratificada por la Asociación Española de Normalización en julio de 2017.)

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Standard number:UNE EN 60068-2-69:2017
Pages:61
Released:2017-07-01
Status:Standard
DESCRIPTION

UNE EN 60068-2-69:2017

This part of IEC 60068 outlines test Te, solder bath wetting balance method and solder globule wetting balance method to determine, quantitatively, the solderability of the terminations. IEC 60068-2-54 has now been integrated into this latest Standard Revision. The procedures describe the solder bath wetting balance method and the solder globule wetting balance method and are applicable to components and boards with metallic terminations and metallized solder pads. This standard provides the measurement procedures for solder alloys both with and without lead (Pb). The user should note that this test is intended to provide consistent and discriminatory data between various test sites, hence the choice of alloy, temperature and flux must be controlled. Using this test method to control a production process is encouraged however, as each production process will employ different alloy s, temperatures and fluxes, such test results need to be agreed between the user and the supplier. In the event of a dispute, this Standards procedures shall prevail.