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Ensures safety and conserves power by activating auto sleep mode when the handpiece is idle.
Automatically heats to the last set temperature upon startup for user convenience.
Automatically powers off the device if overheating is detected to prevent hazards.
Addresses low airflow issues, suggesting nozzle attachment checks and potential obstructions.
Explains sensor errors, suggesting checking connections or potential heater issues.
Details heating element errors, recommending connection checks or replacement.
Advises initial use in a ventilated environment for new units due to oil evaporation.
Provides solutions for tight-fitting nozzles, suggesting pliers for adjustment or use.
Emphasizes powering off and unplugging the device when not in use to ensure safety.
Warns against using non-original or non-approved parts to avoid serious consequences.
Stipulates that machine maintenance must be performed by professionals or designated personnel.
Mandates the use of a three-wire grounding plug in a proper socket for electrical safety.
Advises caution with high temperatures and avoiding flammable objects or touching hot parts.
Instructs users not to leave the work area unattended while the rework station is powered on.
Requires unplugging the power cord and allowing the unit to cool before part replacement.
Stresses the importance of adequate ventilation due to fumes produced during soldering.
Instructs to replace damaged power cords only with manufacturer or specialist-approved parts.
Requires the tool to be placed on its support when not in use to prevent damage or accidents.
Warns against using the device near flammable materials and for extended periods.
Ensures someone is present at all times while the device is connected due to heat transfer risks.
Specifies device is not for individuals with diminished capacities; requires supervision.
Details the process of removing faulty components by heating solder to melting point.
Explains using microcomputer control for heating, combining top/bottom heating for efficiency.
Describes methods like conduction, convection, and heat conduction effects for motherboard heating.
Highlights careful control of top heating elements for uniform component heat, critical for small parts.
Recommends mask techniques to protect surrounding components from heat during rework.
Ensures the air gun temperature cools down fully before attempting to replace the heating element.
Provides step-by-step instructions for disassembling the handle to access the heating element.
Details wrapping the new heater with mica paper and inserting it correctly into the tube.
Instructs on connecting the heater and reassembling the handle in the reverse order of disassembly.
| Power | 700W |
|---|---|
| Voltage | 220V |
| Temperature Range | 200°C - 450°C |
| Weight | 0.2kg |
| Cable Length | 1.5m |
| Air Flow | 120L/min |
| Display | LED |
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