💍 BBT-580 Automatic Tin Sucker is an advanced desoldering tool designed to enhance your soldering and repair experience. This automatic vacuum desoldering pump operates on a dual voltage of AC 110V/220V, making it versatile for use in various regions. With a robust power output of 30W, this device stands out in both performance and efficiency.
🔧 Features:
- Powerful Suction: Equipped with an efficient vacuum mechanism, the BBT-580 effortlessly removes solder from thick film integrated circuits and large components, ensuring precision in every task.
- Automatic Tin Spraying: This smart soldering tool features automatic tin spraying capability, significantly reducing the time and effort required during soldering tasks, thus enhancing productivity.
- Stable Operation: Designed for prolonged use, the BBT-580 can maintain stable performance for extended periods after just 5 minutes of initial warming. Its one-handed operation allows for easy maneuvering, while the automatic eject function simplifies the tin removal process.
- User-Friendly Design: The device comes with a long power cord and three interchangeable nozzles, offering flexibility for various applications. The ergonomic design promotes easy, single-handed operation, making it suitable for both professionals and hobbyists alike.
- Portability: Compact and lightweight, the BBT-580 is designed for easy transport, enabling convenient use for on-the-go repairs and maintenance tasks.
🕊️ Specifications:
- Model Number: BBT-580
- Material: Durable plastic and stainless steel construction
- Heater Power: 30W
- Electromagnetic Power: 350W (instantaneous)
- Three Nozzle Sizes: Approximately 1mm (0.04in), 1.5mm (0.06in), and 2.5mm (0.1in)
- Size: Approximately 245X50mm (9.64X1.96in)
- Insulation Level: Class E
- Shell Material: ABS plastic
🛡️ Note: Ensure proper operation by inserting the solder suction cup into the power supply before pressing the switch button. The BBT-580 is ready for continuous use after warming up for 5 minutes.
💍 Please be aware that colors may vary slightly due to monitor and lighting differences, and allow for minor measuring deviations as a result of manual measurement.
