Soldering station YATO YT-82459, 70 W, 200–480 °C, LED display, 220–240 V

YATO YT-82459 is a 70 W soldering station with adjustable temperature range from 200 °C to 480 °C and an LED display. Designed for 220–240 V AC mains, the unit delivers fast heating and stable temperature control suitable for electronic assembly, component repair and precision soldering tasks. Its compact housing (140×115×85 mm) is intended for bench use and small workshops, where a reliable, easy-to-read soldering station is required.

Advantages

The soldering station offers a 70 W power rating that provides quick heat-up times and consistent energy for soldering operations. An LED display shows the selected temperature for precise control and the temperature range covers low-heat jobs as well as heavier soldering. The compact footprint and integrated holder reduce bench clutter, while the temperature adjustment enables matching soldering tip temperature to component and solder alloy requirements. Built for 220–240 V mains operation, the unit is ready for standard workshop power supplies.

Suitable for

• Electronic assembly and PCB soldering
• Component replacement and repair work
• Hobbyist and model electronics projects
• Small workshop and bench-level production tasks

Key specifications

• Power: 70 W
• Temperature range: 200 °C – 480 °C
• Display type: LED temperature display
• Supply voltage: 220–240 V AC
• Housing dimensions: 140 × 115 × 85 mm
• Heating characteristic: rapid warm-up and stable temperature control

How to use

Place the soldering station on a stable, heat-resistant bench surface and connect it to a compatible 220–240 V AC outlet. Fit an appropriate soldering tip to the iron according to the task and switch on the station. Use the temperature control to set the required temperature within the 200–480 °C range and wait for the LED display to indicate that the setpoint is reached. Hold the iron with a steady grip and apply solder while maintaining correct tip-to-joint contact. After use, switch off the station, allow the tip to cool, and store the iron in the integrated holder.

Usage recommendations

Use solder and flux types appropriate for the selected temperature and workpiece. For small electronic components, start with lower temperatures and increase only if necessary; for thicker joints or larger thermal masses, select higher temperatures within the specified range. Regularly clean the soldering tip and periodically inspect the tip condition to ensure reliable heat transfer and prolong tip life.