Bakon 200M-3C Soldering Iron Tip - High-Performance Copper for FPV Drone Repair

Introduction

The Bakon 200M-3C soldering iron tip is an essential component for anyone working with delicate electronics, especially within the FPV drone community. Engineered for precision and durability, this tip is constructed from high-quality, oxygen-free copper, ensuring excellent thermal conductivity and resistance to environmental factors like corrosion. It's designed to enhance your soldering process, providing smooth application and reducing common issues like oxidation, leading to more reliable and professional-looking results. Perfect for intricate FPV builds and repairs.

Key Advantages

• Premium Oxygen-Free Copper: Ensures superior heat transfer and durability, resisting corrosion for a longer lifespan.
• Advanced Surface Treatment: Provides excellent pre-tinning capabilities and smooth soldering performance.
• High Oxidation Resistance: Minimizes tip degradation during use, maintaining performance over time.
• Lead-Free Plating: The surface is coated with a durable, lead-free galvanic layer for enhanced longevity.
• Versatile Tip Designs: Available in various shapes (K, B, I, C, D) to suit a wide range of soldering tasks, from fine-pitch components to larger connections.
• Wide Temperature Range: Suitable for temperatures from 200-480°C, offering flexibility for different soldering needs.
• Designed for Precision: Ideal for detailed work on FPV drones, RC models, and other electronic devices.
• Easy Maintenance: The material and coating facilitate easier tip cleaning and tinning.

Technical Specifications

• Brand: Bakon
• Model: 200M-3C
• Material: Oxygen-Free Copper
• Temperature Range: 200-480°C
• Compatible Soldering Stations: Bakon 1000/2000S
• Coating: Lead-free galvanic plating
• Tip Types Available: K (Knife), B (Slim), I (Fine), C (Sloped), D (Conical)

Applications

This Bakon soldering iron tip is perfect for a variety of applications, including detailed FPV drone assembly and repair, RC model electronics, general electronics soldering, micro-soldering tasks, board-level repairs, and working with SOJ, PLCC, SOP, and QFP components. The different tip shapes cater to specific needs like local soldering, tight spaces, precision work, or high-volume solder application.

Compatibility

This tip is specifically designed to be compatible with Bakon 1000S and 2000S soldering stations. Its standard interface ensures a secure fit, allowing for efficient heat transfer and stable operation within the specified temperature range.

FAQ

What makes the Bakon 200M-3C soldering iron tip durable?

The Bakon 200M-3C tip is constructed from high-quality oxygen-free copper and features a durable lead-free galvanic plating. This combination provides excellent resistance to corrosion and oxidation, ensuring a longer lifespan and consistent performance during soldering tasks.

Which Bakon soldering stations are compatible with the 200M-3C tip?

The Bakon 200M-3C soldering iron tip is specifically designed for compatibility with the Bakon 1000S and 2000S soldering stations. Ensure you have one of these models to guarantee a proper fit and optimal performance.

What types of soldering applications is the Bakon 200M-3C tip suitable for?

This tip is highly versatile, suitable for detailed FPV drone repairs, micro-soldering, and general electronics work. The available types (K, B, I, C, D) cater to specific needs, from working in tight spaces to soldering larger connections or performing spot repairs on components like SOJ, PLCC, SOP, and QFP.

Where can I buy the Bakon 200M-3C soldering iron tip with fast delivery?

You can buy the Bakon 200M-3C soldering iron tip at HTDRONE. We offer fast shipping within Poland and reliable international delivery via DHL. Check our store for the best price and order today!

What is the temperature range for the Bakon 200M-3C tip?

The Bakon 200M-3C soldering iron tip operates effectively within a wide temperature range of 200°C to 480°C. This flexibility allows you to adjust the heat for various soldering tasks and materials used in FPV electronics.