Peltier Heat Pump
(TD111)

1- Control Panel 2- Submersible pump 3- Tank water Outlet 4- Tank water inlet 5- Tank 6- Finned heat sink 7- Fan 8- Water connection 9- Heater Socket 10-Temperature sensor Socket

  • Demonstration of peltier effect.
  • Demonstration of seebeck effect.
  • Determination of cooling and heating capacity of the heat pump.
  • Determination of heating efficiency.
  • Submersible Pump

    • Flow rate: 10 L/min

    • Voltage: 12 VDC

    • Pressure: 0.5 bar

  • Water Cooling Block

    • Dimension: 36 × 36 × 14 mm

    • Volume: 18 mL

  • Finned Heat Sink 1

    • Dimension: 100 × 80 × 20 mm

    • Number of fins: 24

  • Fan

    • Voltage: 12 VDC

  • Heater

    • Voltage: 240 V

    • Power: 100 W

  • Peltier Heat Pump (TD111)
  • Hard copy user manual

This training system allows for studying the function and working principle of Peltier elements. Trainees will be able to investigate the cooling and heating effect of Peltier. They will also be able to mix and match the provided Peltier elements to inspect various scenarios.

  • The system is designed as an educational training unit for studying the function and working principle of Peltier (thermoelectric) elements.
  • The trainer enables investigation of both cooling and heating effects generated by Peltier elements under controlled conditions.
  • The system allows configuration and operation of Peltier elements to examine different operating scenarios.
  • The unit includes a vessel tank used as the main section for thermal processes.
  • The system incorporates water circulation through the vessel using a submersible pump.
  • It includes water source connections and valves for controlling water flow within the system.
  • The unit includes a water cooling block integrated with the Peltier element for heat exchange.
  • It incorporates a Peltier element as the main thermoelectric component for heating and cooling operations.
  • Equipped with temperature sensor sockets for measuring temperatures at different points in the system.
  • The unit includes a heater connection to support heating processes within the system.
  • The system incorporates a fan connection for heat dissipation during operation.
  • The trainer includes a control panel for operating and monitoring the system.
  • Includes a power supply connection for providing electrical input to the trainer.
  • It provides measuring sockets for electrical parameters including voltage and current of the Peltier element.
  • supports measurement of electrical and thermal parameters during operation.
  • The unit allows observation of heat transfer behavior between hot and cold sides of the Peltier element.