D6192 MULTICORE (SOLDER), D6192 Datasheet

SOLDER WIRE, 60/40, 1.0MM, 500G

D6192

Manufacturer Part Number
D6192
Description
SOLDER WIRE, 60/40, 1.0MM, 500G
Manufacturer
MULTICORE (SOLDER)
Datasheet
1.D6192.pdf (4 pages)

Specifications of D6192

External Diameter
1mm
Material Composition
60% Tin, 40% Lead Alloy
Melting Temperature
180°C
Weight
500g
Wire Size Swg
19SWG
Bit Temperature
308°C
Flux Type
362, Rosin Based
Reel Length
RoHS Compliant
Outer Diameter
1mm
Solder Alloy
60/40 Sn/Pb
Solder Gauge Swg
19SWG
Rohs Compliant
No
This data sheet lists the most popular solders
supplied as solid or flux-cored wire, bar, stick or
cream. We are always pleased to receive enquiries
for alternative specifications.
From the following diagram, it can be seen that
most tin/lead solders have a plastic range, i.e. on
heating they are pasty between the solid and liquid
states. The solders are solid at 183°C (361°F).
different plastic ranges. 60/40 tin/lead alloy for
example becomes liquid at 188°C (370°F) and
therefore has a plastic range of 5°C (9°F), 40/60
tin/lead has a plastic range of 51°C (92°F).
For applications such as wave soldering of
electronic assemblies, the requirement for a solder
with a relatively low melting point in conjunction
with a short freezing range leads to the choice of
63/37 or 60/40 Sn/Pb alloy. Although 63/37 is the
eutectic alloy, 60/40 is often used in practice as the
slightly higher 5°C freezing range of 60/40 is of no
practical significance and 60/40 is a little cheaper
than 63/37. Under conditions of slow cooling,
60/40 may give duller joints than 63/37 but this is a
purely cosmetic effect.
range and raises the liquidus temperature whilst of
course reducing the cost of the alloy. Wetting
TIN/LEAD ALLOYS
According to the alloy composition they have
Lowering the tin content increases the pasty
PROPERTIES OF SOLDERS
l SAVES Copper and Iron-plated Soldering
l SAVES failure of soldered joints as Savbit
l SAVES costs and improves reliability
properties tend to fall off with the reduced tin
content.
concerned, there is no advantage in using a higher
tin content than 63/37, since the higher tin content
alloys have higher melting points and cost more.
Ersin Multicore Savbit Solder is produced
especially to overcome the problem of ordinary
tin/lead solders dissolving copper. It is an alloy to
which a precise amount of copper has been added
so that no further copper absorption should take
place during soldering.
various solders as a function of temperature is
shown below.
Savbit solder has been used by leading electronics
manufacturers throughout the world for over forty
years. Savbit was originally used to increase the
life of copper soldering iron bits. Soldering speed
and efficiency are increased by keeping the iron in
good condition. Iron-plated bits having a longer life
ERSIN MULTICORE SAVBIT ALLOY
As far as obtaining a low melting point is
Iron Bits
prevents erosion of copper wires and copper
plating
The breakage time of 0.067mm copper wire in

D6192 Summary of contents

Page 1

... TIN/LEAD ALLOYS From the following diagram, it can be seen that most tin/lead solders have a plastic range, i.e. on heating they are pasty between the solid and liquid states. The solders are solid at 183°C (361°F). According to the alloy composition they have different plastic ranges. 60/40 tin/lead alloy for example becomes liquid at 188° ...

Page 2

... A good joint is thus obtained ordinary tin/lead alloy is used on silver-plated surfaces, the silver can be lifted from the surface and dissolved into the solder so that a good joint is unlikely. The attachment of terminations in the manufacture of silver ceramic capacitors is a typical application. ...

Page 3

... Sn62 90 The UTS listed above refers to the bulk solder. The values give a guide to the relative strengths at room temperature of identical joints made with different solder alloys, but should not be used to calculate absolute joint strengths, which depend primarily on the conditions of test; thanks are due to the International Tin Research Institute for their co-operation in arriving at values all determined under the same conditions, viz specimens freshly cast at 50° ...

Page 4

... MULTICORE SOLDERS These data are based on information believed to be reliable and are offered in good faith, but MULTICORE MAKES NO WARRANTIES EITHER EXPRESS OF IMPLIED AS TO THEIR ACCURACY AND ASSUMES NO LIABILITIES ARISING OUT OF THEIR USE BY OTHERS as conditions and methods of use of the products are beyond MULTICORE’S control. The prospective user should determine the suitability of the product before using commercial scale. MULTICORE warrants only that the product will conform to its physical descriptions ...