Device Features
- Hardware design revision
3.2, based on designs created in 2015
- Dedicated PID Controller allows stable temperature management of heating element
- FreeRTOS based Architecture, Built with Arduino
- Dual Core 240 MHz CPU with WiFi
- K Type Thermocouple Supported
- 1,260°C max measure temperature
5 Amp Solid State Relay for load Element
- Supports up to a
5 Amp (120v) load, when using a higher rated fuse
- Fuse Protected (1.6 Amp) AC Plug on back of device with
C14 Connection to C13 Power Cord
- Support for up to
15 Amp (120v) load available on High-Power edition
- USB Interface for setup and control usage (Data only)
- USB Connection on side (USB-C and Micro USB)
- Connectable to PC for software updates and configuration
- Wifi Interface for remote configuration and control
- Web application accessible via browser when device is network connected
- Full Device control via GUI control panel from web browser
- Intuitive graphical user interface with controls from a rotary-knob, two buttons and display
- Control all device options locally from the device for Standalone Operation
2″ LCD (IPS) Display Screen with full color and crisp picture
- Total
240 x 320 pixel resolution, 2.0″ size
- Full color display with fast response times
- Status LED’s on front interface
- Controllable ambient internal lighting effects
- Onboard LED’s for ambient display in case
- 5-Pin Female
XLR Connection on Back of case
- Safety features and fail-safes
- Heating Element and Thermocouple fault detection; Coil Protection Circuit
- Configurable Auto-shut off and heating element dip detection
- Data-Logging: Temperature charting and graphs
- Live temperature measurement shown with additional rolling one-minute average
- Verbose user feedback for complete element control