This is a Digital Programmable Temperature Controller, Proportional-Integrator-Derivative (PID) Web-Enabled Temperature Controller (WiFi Programmable PID Thermocontroller). It provides an excellent and simple way to control a temperature variability in order to have it closely match a target value. Implementing PID control offers a way to account for error over time and allows the system to “self-correct”. Once the temperature exceeds or drops below the target value input in the program (temperature), the PID controller starts accumulating error. This accumulated error informs future decisions the controller makes in order to limit the overshoot in the future. This allows for a better control over the programmed temperature.
Ideal for DIY Projects
Our programmable temperature controller will help you to convert any basic muffle kiln into an easily controlled programmable one. You will be able to then use the kiln for pottery, glass fusing, clay works, enamelling, and other works which require temperature control throughout the process.
Our thermocontroller has a WiFi access point named “ThermoController”. Once you connect to it you get access to the controller management through a web interface. You can connect using any device with a web browser, e.g. PC, tablet, smartphone etc. independent of whether the device is Windows, Linux or iOS.
- easy to create new kiln programme or modify an existing one
- no limit to runtime – the kiln can fire for days
- view status from multiple devices at once – computer, tablet etc.
- firing cost estimate
- NIST-linearized conversion for accurate K-type thermocouple readings
- monitor temperature inside of the kiln after the programme has ended
- API for starting and stopping at any point in a programme
Controlled temperature: -200°C to +1000°C for DPTC-1000 or -200°C to +1300°C for DPTC-1300
Voltage input: 110V – 240V AC
Control output: for SSR relay
SSR input current: </= 16mA
SSR input voltage: >/= 3V
ThermoCouple Sensor: K-type (only)
DPTC-1000 model supports up to 1000°C
DPTC-1300 model supports up to 1300°C