The best portable 150W soldering iron station has an ergonomic design that is comfortable to hold, heat resistant and safe to use. The high quality digital soldering iron station features fully automatic soldering, precise temperature control and accurate soldering, ensuring a perfect bond every time.
Specification:
Model |
ATO-SS-BK3600 |
Max Power |
150W |
AC Voltage |
110V/220V |
Output Frequency |
60Hz/50Hz |
Temperature Range |
50~600°C |
Temperatur Stability |
±2°C |
Tip to Ground Resistance |
<2mV |
Tip to Ground Resistance |
<2Ω |
Tin Speed |
≈7mm/s~65mm/s |
Tin Output (Automatic Mode) |
0.7~655mm |
Tinning Time Interval |
0~1s |
Motor Speed |
0.2~100r/m |
Precision |
0.7~50 mm±5% |
Diameter of Tin Wire |
φ0.4, 0.5, 0.6, 0.8, 1.0, 1.2, 1.6mm |
Dimensions |
340*290*210mm |
Soldering Station Features
1. High-frequency eddy current heating, fast heating speed, high-quality lead-free soldering, can be equipped with a variety of soldering iron tips, quick and easy to replace.
2. Microcomputer control, large screen display, digital temperature correction.
3. Fully automatic tinning function, tinning speed, tin output, tinning time adjustable, two tin hoses can be configured, easy to use.
4. Two types of feed hose options. Long hoses are suitable for active welding and short hoses are suitable for fixed welding. It can only be used as a lead-free soldering station.
5. A pedal switch or a manual switch can be used. The welding direction can be changed as needed to make the welding more flexible and convenient.
Tips: What is a Soldering Station?
A soldering station is a hand tool commonly used in electronic soldering processes. By soldering solder (usually referred to as tin wire) to melt it, the two workpieces are welded together. There are many ways to control the temperature, but the simplest one is the adjustable power control. The soldering station uses a soldering iron to quickly transfer heat to the workpiece to control the temperature. Another method is to use a thermostat to control the temperature by turning the power on or off. There is also a more advanced solution to use an integrated chip to detect the temperature of the tip and then adjust the temperature of the thermostat to control the temperature. When the temperature of the soldering iron is lower than the set temperature, the main unit is turned on, and the power supply is supplied to the thermostat.
When the temperature of the soldering iron is high, the temperature is high, and the main unit is turned off to stop heating.
Temperature rise and temperature recovery are an important indicator of production efficiency, so choosing a good soldering station depends on his temperature control capability. This is a huge gap with traditional soldering irons.