Product Description - Xytronic LF-1680 Instruction Manual

Soldering/smd rework station
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element. Both of the Solder wand and tweezers wand run from 32 Volts for safety
and with 80W power ceramic heater for a super-fast heat-up and quick
temperature recovery. Both of the solder wand and tweezers wand are attached
with heat resistant, non-burning, flexible 5-wire cord.
◆ CONVENIENT FUNCTION SWITCH: Switch the function quickly that you want
to select.
◆ ESD SAFE AND SPIKE FREE CIRCUITRY: The "Zero Voltage" electronic
switching design also protects voltage and current sensitive components (CMOS
devices, etc.) against damaging current and transient voltage spikes commonly
produced by less efficient, mechanically switched stations.
◆ DETACHABLE AC POWER CORD WITH PLUG: Engineered AC outlet for
alternating AC power cord with plug and connector specially designed for
individual CE countries requirements.
◆ EARTH JACK: With a grounding connector, there is the possibility for a
grounding of the wire strap if required.
LF-1680 electronically temperature controlled rework station with specially
intelligent chip microcomputer control designs was developed to meet the present and
future Lead-free soldering needs of the electronic production industry and suitable
for work on professional SMD electronics. An ergonomic handle with shorter distance
between heating element and tip gets very fast heat up time and quick heat
compensation. A high-quality sensor and heat transfer technology ensure precise
temperature regulation is essential for making consistent, reliable soldered
connections. The aluminum housing has the advantages of strong structure, good heat
sink and effectively resistant of electro-magnetic interference. It provides all the
benefits of temperature regulation and connects via a highly flexible burn-resistant
lead, and can be easily adjusted in temperature.
The LF-1680 incorporates electronic circuitry which enables the user to alter tip
temperature from 200 to 480℃ (392-896℉) for soldering application without
changing tips or heating elements. As for tweezers the temperature might be lower
30-50℃ say to 430-450℃ (806-842℉) due to the different tweezers tip. Also, with
digital display readout and pressing keys on the front panel get clear vision and
comfortable setting. The temperature is maintained within +/-3℃ (+/- 6℉) of its
operating temperature by a thermocouple sensor placed in the head of the heating
element, allowing the tip to rest against the sensor. The 80W power results in both a

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