TS80P (more) Soldering Iron (EU)
S80P is a smart soldering iron powered by USB Type-C® PD2.0/QC3.0 standard input, which can be powered by charging plugs, power banks and mobile power supplies that comply with PD2.0 (12V 3A)/QC3.0 (9V 2A) standard.
Overview
TS80P controller is made of aluminum alloy through CNC into a compact structure and high-tech design, ergonomic, beautiful and fashionable.
S80P is a smart soldering iron powered by USB Type-C® PD2.0/QC3.0 standard input,, which can be powered by charging plugs, power banks and mobile power supplies that comply with PD2.0 (12V 3A)/QC3.0 (9V 2A) standard.
Its output power has been increased from 18W to 30W max, with an 8-second heating time at fastest from room temperature to 300℃, meeting a wider range of soldering.
It features a brand new easy-push tip fastener, which provides a best holding experience and an easy push to loosen the soldering tip for quick replacement.
With a built-in smart chip, TS80P can smartly control the rise and fall of tip temperature.
Adopt safety circuit design, anti-static structure, usage safe.
Have sleep mode and automatic over-heating warning.
Through edit the parameter file, custom your own temperature curve and buttons function.
Open source for writing your own App.
Tech specs
- Screen: OLED Screen
- Power Interface: USB Type-C Port
- Certification: Compliant with EU Certification CE FCC
- Control Part: Length 96mm
- Net weight: 38g (Control Part)
- Data Transfer Interface: USB Type-C Port
Get Inspired
In a world where energy bills are climbing and the environment is on our minds, keeping tabs on how we use energy at home has become a smart move. Every gadget we plug in impacts our wallets and the planet. That's where home energy monitoring comes in – giving us real-time info on how we're using energy, so we can save money and do our bit for the Earth. This post delves into home energy monitoring, spotlighting how to track your energy consumption using the Arduino Cloud and a Tuya-compatible energy meter with Node-RED acting as a middleware. What's the deal with home energy monitoring? Home energy monitoring is all about watching how much energy we're using at home. It's not just about paying the bills; it's about knowing what's eating up energy, so we can be smarter about it. Why does it matter? Well, first off, it helps us be more aware. When we can see which devices are energy hogs (looking at you, always-on TV), we can take action. And with energy costs going up, finding ways to save money is a no-brainer. Plus, with everyone talking about being green these days, knowing where your energy goes is like a badge of honor for doing your part. The ingredients The key component in this setup is an energy meter designed to monitor both real-time and cumulative power consumption, along with metrics such as voltage and current. This meter is installed within your home's electrical distribution board. Tuya-compatible devices have gained widespread popularity due to their affordability, user-friendliness, and seamless management through the SmartLife application. Moreover, these devices can also be seamlessly integrated into alternative platforms through the utilization of the Tuya API. The Arduino Cloud stands out as a versatile and user-friendly IoT platform, supporting a wide range of hardware. It's not only customizable and adaptable to suit different purposes and use cases, but it also streamlines the incorporation of multiple devices,
FAQs
- Problem 1: OLED displays "Sen-err".
Check 1: Is the soldering iron installed properly?
Check 2: If check 1 passes, then replace the soldering iron tip.
- Problem 2: Soldering iron restart automatically:
Check 1: Is it properly plugged into the power source?（Power adaptor selection please find the User Manual）
Check 2: Is the voltage too low? (Need to be set up in the config file)
Check 3: Replace the soldering iron tip
- Problem 3: No Display:
Check 1: If the cable is broken?
Check 2: Is there any data in USB mode?
Check 3: If the screen needs to be replaced?
- Problem 4: The temperature status display random numbers:
Check 1: Means the machine is checking status, which is normal.
Check 2: Is the soldering iron installed properly?
Check 3: Is the power cable in loose or defective contact?
- Problem 5: The tip doesn’t stick to the solder（TS80P）
1. Tip temperature is over 400℃.
2. The soldering side of the tip is not applied with solder properly.
3. Lack of flux during operation.
4. Rub the tip against dry or high sulfur sponge or fabric.
5. Tip touched organic material like plastic, silicone oil or other chemicals. 6. Using impure solder or solder that contains low proportion of tin.
- Problem 6: TS80P can be heated normally when it is powered by a power bank, but shuts down after maintaining a constant temperature.”
Check: Set the “LowCur” menu option to “ON”.
