Today’s soldering processes are rapidly shifting. In the
past decade, lead-free solder has been introduced and soldering components are
continuing to decrease in size. Today, users no longer have to adjust heating
temperatures of their soldering irons; thereby, burning the flux in their
solder wire before having the chance to help the flow of solder (leading to
poor solder joint quality, reduction in tip life, and increased chances of
oxidization). Today, Thermaltronics has responded to the rapidly changing
soldering industry, and old, conventional ceramic heating element technology is
slowly fading. Curie Heat Technology is the solution. Thermaltronics Curie Heat
Technology, “utilizes induction heating to bring the temperature to its Curie
Point, which is set by the composition of the alloy. Once it hits Curie Point,
the tip will lose its’ magnetic properties and idle at its set point ready for
action. A phenomenon known as Skin Effect results in the heat being confined to
the outer layer of the tip (heating from the outside/in) as opposed to
conventional ceramic heating which is from the inside/out. Once the soldering
tip makes contact with the solder joint, the tip will transfer heat across at a
rapid rate and the solder joint will attempt to draw temperature away from the
tip. Once the tip temperature starts to fall below its Curie Point temperature
the tip realizes this and instantaneously regains its magnetic properties, the
induction heating process starts again and keeps the tip at the stable
temperature required,” (Thermaltronics, 2016).
The aforementioned scenario, is why Curie Heat responds
faster than conventional ceramic heating technology, which uses tip, sensor,
and ceramic heating elements.
This one step process is the main reason why Curie Heat
responds faster than conventional ceramic heating technology. Additionally,
traditional ceramic heating technology tends to be a longer process, as sensors
detect a reduction in temperature and then communicates with the heating
element, which then attempts to reheat the tip.
Curie Heat Technology has many benefits across a wide
spectrum for hand soldering jobs such as fine surface mount work (such as
mobile devices and laptop devices).
Get your hands on the Thermaltronics 13.56MHz soldering
systems, such as TMT-9000S-1 (100-110 VAC) or TMT 9000S-2 (220-240 VAC), and
discover the difference between innovation with Curie Heat Technology and
out-dated, conventional ceramic heating soldering systems.
Key features of the Thermaltronics TMT-9000s soldering stations include:
At Janel
Online, we can’t get enough of Thermaltronics 9000’s soldering stations. From
experience in talking to many of our customers, the setup of these soldering
station suites, are quite different compared to traditional soldering irons and
stations. The reason being, there are no adjustments for temperature, as all of
the temperature controlled application is based on the thermal load demands
within the soldering cartridge’s temperature range.
Main Power
Unit: Enclosure is entirely metal and includes heat-sinking integrated into the
chassis. The front of the unit includes a dual row display on an LCD screen.
Information on the LCD, displays information such as the current thermal load.
Additionally, the Thermaltronics 9000 features 2 output switches for multiple
configurations.
The
Soldering Handpiece: The silicone wire for the power supply is very agile and
has a nice length. Additionally the changing of tips is exceptionally simple,
as there is no locking ring. Tips effortlessly slide in and out of the barrel
and secure at the base. Users find the connection to be exceptional.
The
Soldering Base Stand: While putting the soldering iron in the soldering iron’s
stand, one will find it to be very secure, with minimal movement.
Operation:
Users believe how this machine operates is the determining factor for picking
this station. From turning on the station, the tips heat up immediately, the
LCD display constantly updates the user on the status of thermal loading. It
performs exceptionally well regardless of the job (small SMD work, to large
through hold jobs)
For more
information regarding the TMT-9000’s please don’t hesitate to contact us.
Alternatively, you can visit the following product pages:
TMT-9000S-2 : Soldering and Rework Station,220-240 VAC
