Making a new cable for the TS100 soldering iron

TL;DR

The video demonstrates how to build a new power supply cable for a TS-100 soldering iron.

Transcript

welcome everyone in this video i'm going to do some kind of hardware modification or hack or just doing something useful hopefully so what i'm going to do is that i'm going to make a new power supply cable for my ts-100 soldering iron i'm actually using another soldering station the ksger t12 soldering station but since i have also the soldering ir... Read More

Key Insights

• ✊ Modifying power supplies can significantly enhance the functionality of electronic tools, such as soldering irons, for improved performance.
• ☠️ Using a higher-rated power supply with proper voltage and current specifications reduces the risk of overloading equipment.
• 🛝 Grounding in electrical setups is essential for safety, providing protection against electrical faults.
• 🥵 Selecting quality materials, such as heat-resistant cables and high-rated connectors, is critical for ensuring the longevity and safety of electronic modifications.
• ❓ The assembly process requires careful planning and execution, including cutting, crimping, and soldering, to achieve a reliable final product.
• 🌍 Testing the modifications with actual tools and equipment ensures they operate safely and effectively under real-world conditions.
• 🪜 Providing educational resources and community engagement through platforms like Patreon helps creators offer added value to their audience.

Questions & Answers

Q: What prompted the creator to modify the soldering iron’s power supply?

The creator was originally using an old power supply with their TS-100 soldering iron, which could be better in terms of reliability and performance. By switching to a new 24V, 5A power supply and making a custom cable, they aimed to improve the overall efficiency and safety of their soldering operations.

Q: What are the specifications of the new power supply being used?

The new power supply provides an adjustable voltage range of 9 to 24 volts with a maximum output of 5 amps. This configuration is more than sufficient for the TS-100 soldering iron, which requires between 12 to 24 volts and can consume between 17 to 65 watts, allowing for effective heating without straining the supply.

Q: Why is grounding important in the new power supply?

Grounding is crucial for electrical safety, reducing the risk of electric shock and improving reliability. In this context, the ground connection will prevent possible issues related to electrical faults, providing peace of mind while using the soldering iron, which is particularly important for high-power applications.

Q: How did the creator ensure the new cable would be suitable for the soldering iron?

The creator chose a cable with heat-resistant insulation and a suitable cross-sectional area (0.5 square millimeters) to manage power effectively without overheating. They also selected a DC barrel jack rated for 6 amps to accommodate potential current demands, ensuring safe and reliable connections.

Q: What were the steps taken to assemble the new power supply cable?

The assembly involved cutting the desired lengths of cable, crimping terminals for connection to the power supply, soldering the wires to the appropriate points on the DC barrel jack, and ensuring proper insulation and strain relief through heat shrink tubing and casing to enhance durability and safety.

Q: How did the creator test the new power supply after assembly?

After connecting all components, the creator plugged in the power supply and checked the output voltage using a multimeter. They adjusted the voltage as needed before attaching the soldering iron to test its functionality, ensuring it reached the desired temperature without exceeding safe power levels.

Q: What features make the selected cable superior for this application?

The chosen cable is not only flexible and heat-resistant, allowing for easy maneuverability and protection against heat damage, but also designed to handle higher currents due to its ample gauge (20 AWG) and dual-core configuration, making it ideal for safe and efficient soldering tasks.

Q: What additional resources does the creator offer to viewers?

The creator encourages viewers to visit their website and Patreon page, where they can access behind-the-scenes content, additional articles on relevant topics, and downloadable source codes for projects, enhancing their learning experience and engaging with the creator’s work more deeply.

Summary & Key Takeaways

• The creator aims to improve the power supply for their TS-100 soldering iron, replacing an old supply with a more efficient 24V, 5A option for enhanced performance.

• Using a heat-resistant, flexible cable and a high-quality DC barrel jack, the modification is completed with careful attention to proper voltage and current ratings to ensure safe operation.

• After assembling the new cable, successful functionality tests are performed, affirming that the soldering iron operates efficiently at desired settings without overheating or electrical issues.