858D Hot Air Rework Station, 700W 220V SMD Welding Tool with LED Display
The 858D Hot Air Rework Station is a 700W soldering tool designed for electronic production, maintenance, and SMD component work. It features an LED digital display and precise temperature control, making it suitable for professionals and DIY enthusiasts working on circuit boards, phone repairs, or chip removal.
Key features
- Precise Control – Features an adjustable temperature range of 100–500°C (212–932°F) and 8-gear air speed adjustment.
- Fast Heating – Uses PID temperature control technology to reach operating temperatures within 3-5 seconds with ± 1°C stability.
- Intelligent Operation – Includes a built-in angle sensor that automatically enters standby mode when the gun is placed facing up.
- Stable Performance – Powered by a brushless turbine fan providing 120L/min of air volume for efficient heating and cooling.
- Safety Features – Equipped with an overheat protector and a flame-retardant ergonomic handle for safe, prolonged use.
Specifications
| Power | 700W |
| Voltage | 220V |
| Air Volume | 120L/min |
| Temperature Range | 100–500°C |
| Dimensions | 15.3 × 9.6 × 13.8 cm |
| Weight | 1.6 kg |
| Nozzle Sizes | 5mm, 8mm, 10mm |
What's in the box
- 1 × 858D Hot Air Rework Station
- 1 × Hot Air Gun
- 1 × Gun Holder
- 3 × Hot Air Nozzles
- 1 × Power Cable
- 1 × English Manual
Ideal for
This station is ideal for soldering and desoldering SOIC, CHIP, QFP, PLCC, and BGA components. It is well-suited for professional repair shops or hobbyists performing phone, laptop, and small electronic appliance modifications.
FAQ
Does this include a soldering iron?
No, this package does not include a soldering iron; it includes the hot air rework station and a hot air gun.
How do I switch the nozzles?
Turn off the power and allow the steel tube to cool completely, slot the new nozzle into the tube, and tighten the screw without overtightening.
How does the auto-standby work?
The hot air gun has a built-in sensor that automatically enters standby mode when the outlet is facing upward and reheats when it is tilted downward.