Over 90% of automation in one education station

Functionality implemented on the teaching station:

  • PLC programming: FBD, ST,
  • HMI programming,
  • Establishing HMI-PLC communication: Modbus RTU,
  • STO inverter programming,
  • Establishing inverter-PLC communication: Modbus RTU, ( e.g frequency setting and starting the inverter, Modbus RTU ),
  • ITP11 display programming ( 2-wire 4~20 mA ),
  • SMI2 display programming ( Modbus RTU ),
  • Establishing SMI2-PLC communication: Modbus RTU,
  • NPT3 temperature transmitter programming,
  • Reading temperature measured by a Pt100 sensor via NPT3 transmitter,
  • Controlling 3-phase cage motor 3 x 230 V AC,
  • Monitoring states of pushbuttons by the PR200 controller,
  • Toggling LED diodes by the PR200 controller,
  • Displaying chosen inverter analog value on the ITP11 display,
  • Establishing HMI-SCADA communication ( SCADA application installed on a PC, Modbus TCP/IP ),
  • Free programming/configuration software,
  • School/university receives source code for all programs and lists of non-default parameters used,
  • Powered with 230 V, 50 Hz, max 0,5 A.

Functionality implemented on the HMI:

  1. Displaying running frequency, voltage and output current,
  2. Displaying inverter operation direction,
  3. Setting inverter frequency,
  4. Setting inverter operation mode.