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Description

Imported from GitHub: HeyJoFlyer/simple-pcb-smd-reflow-heater · commit 988dde0 · license MIT

Description

Do you want to reflow your PCBs easily and cheaply? Do it with this project, only a DC power supply is necessary.

README

Aluminum PCB Reflow Heater

Overview

The Aluminum PCB Reflow Heater is a compact and efficient device designed for solder reflow applications, making it an ideal solution for hobbyists, makers, and small-scale electronics enthusiasts. This versatile heater requires only an adjustable DC power supply, providing a cost-effective and user-friendly alternative to traditional reflow ovens.

You can also check this project out on PCBWay+

Features

  • Cheap Design Only m3 screws and nuts, an adjustable dc power supply and wires are required to build this project.
  • Cheap PCB You can get 100 * 100 mm aluminum pcbs very cheaply (mine were provided by PCBWay free of charge)
  • Open source Hardware licensed under MIT License and creating using KiCad

pcb image Photo of high quality Aluminum PCB ordered from PCBWay!

Specifications

  • Input Voltage: DC or AC 24V-30V (Dependent on power and temperature)
  • Power Consumption: 60 - 100 W (Dependent on temperature)
  • Heating element resistance: ≈3.4Ω
  • Temperature Range: Adjustable based on user preferences (typically 150°C to 250°C)
  • Heating Element: Aluminum PCB with embedded heating elements

Setup Instructions

  1. Power Supply Connection: Connect the Aluminum PCB Reflow Heater to a compatible adjustable DC power supply using the smd solder pads for wires.

  2. Voltage Setting: Set the desired voltage on the dc power supply and measure the temperature using a thermocouple or an infrared thermometer. Ensure that the temperature range is appropriate for the solder paste being used.

  3. Preheat: Allow the device to preheat until it reaches the required temperature.

  4. Reflow Process: Once preheated, carefully place the PCB with solder paste onto the heater surface..

  5. Cool Down: After completing the reflow process, allow the PCB to cool down naturally before handling.

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