900M 80W Soldering Kit with LCD 180-480°C 5 Tips
80W digital soldering iron with LCD temperature control from 180 to 480°C, five tips, flux, solder wire and stand included
- Watts80 watts
- Compatibility/FitmentFT-SIKB09, FEITA, 80W 9-IN-1 Kit
- Commercial/ResidentialIndustrial Use
- Ready to solder in 15 seconds with ceramic core
- LCD shows exact temperature from 180 to 480 °C
- Switch between Celsius and Fahrenheit instantly
- Anti-static protection meets 1200 V breakdown rating
- Five 900M tips plus flux and wire included
80 W Soldering Kit for Industrial Electronics
This 80 W soldering kit delivers adjustable heat from 180 °C to 480 °C with a ceramic core that reaches working temperature in 12 to 15 seconds. The LCD display shows the set point in Celsius or Fahrenheit and maintains accuracy within ±4 °C. It operates on AC 110 V to 220 V at 60 Hz and weighs 128 g.
Thermals, Noise and Power Draw
The 936S heating core draws 80 W and melts solder in roughly 12 to 15 seconds, keeping idle time short. Temperature correction of ±4 °C limits overshoot, so the tip stays stable during continuous joints. The anti-creep and anti-static design meets a 1200 V breakdown rating without adding audible fan noise.
5 Tips, Flux, Wire and Stand
Five 900M-series tips cover fine through-hole and broader surface-mount work without extra purchases. Rosin flux and solder wire are included so the iron can be used immediately. The integrated stand holds the hot iron safely and keeps the tip clean between joints.
Highlights
- Ready to solder in 15 seconds with ceramic core
- LCD shows exact temperature from 180 to 480 °C
- Switch between Celsius and Fahrenheit instantly
- Anti-static protection meets 1200 V breakdown rating
- Five 900M tips plus flux and wire included
Specifications
| Watts | 80 watts |
|---|---|
| Compatibility/Fitment | FT-SIKB09, FEITA, 80W 9-IN-1 Kit |
| Commercial/Residential | Industrial Use |
Questions about this item
How do I install the 936S heating core into the 900M iron, and what step do people often miss?
Insert the 936S heating core fully into the handle until it seats, then tighten the retaining nut; the step often missed is reconnecting the thermocouple wires to the LCD board before closing the housing.
Which parts will need replacement after extended use, and how often?
The 900M series tips oxidise over time; expect to swap them every few months of daily use, while the 936S heating core typically lasts years unless physically damaged.
What is the first limit reached during continuous soldering at 480 °C?
The ceramic core’s thermal recovery becomes the bottleneck; after several large joints the tip temperature drops below the ±4 °C accuracy window until the 80 W heater catches up.
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