PID Temperature Controllers with WiFi Control

Custom Circuit Design for Electronic Modules

Exceptional Builds

Precision electronics, built & tested in-house.

Unusual Designs

Designed to surprise. Built to be real.

Direct Prototyping

Fast iterations.
From idea to working hardware.

Brilliant Crafting

Clean layouts.
Thoughtful details.

Custom Solutions

FAQ

Have questions about PID temperature controllers and AerPID devices? Here are quick answers on use cases, dual-channel control, sensors, and setup.

What is a PID temperature controller?

A PID controller keeps temperature stable by continuously adjusting power based on the measured temperature and your target setpoint. Compared to simple on/off control, it reduces overshoot and improves repeatability.

What can I use AerPID controllers for?

Precision heating builds like DIY reflow ovens, heated tools, lab fixtures, test rigs, and other projects where consistent temperature control matters.

Can I control two heaters independently?

Yes—AerPID Dual is designed for dual-channel control, so you can run two heaters with two sensors and separate setpoints (where your build supports it).

Do I need WiFi to use it?

No. WiFi is optional for monitoring/control features. You can run the controller locally as a standalone unit.

What sensors and outputs does it support?

AerPID setups typically use thermocouple sensing and SSR-style outputs for controlling heater power. Always confirm compatibility on the specific product page before wiring.

Can I use this for an e-nail?

It can be used for e-nail style temperature control if your heater, sensor type, and power switching method are compatible with the controller’s supported inputs/outputs. Check the product specs and follow safe wiring practices.