Experiments

  • Analyze the behavior of fluids under various conditions, leveraging the pump’s adjustable flow rate and head.
  • Use the integrated thermocouples to monitor and analyze temperature variations in fluid systems.
  • Energy balances
  • Assess the efficiency and performance of the pumping unit under different operational conditions.
  • Utilize the digital flow sensor and rotameter for calibration of other flow measurement devices.

Specification

  • The frame of the Universal Pumping Unit is constructed from high-strength aluminum profiles. This ensures a lightweight yet robust structure, providing both durability and ease of handling.
  • Bakelite is used for various panel components. It offers excellent electrical insulation properties and resistance to heat, making it ideal for components exposed to varying temperatures and electrical components.
  • Process flow diagram in front of panel describing the components involved in the apparatus and the process path followed
    by fluid.
  • The pump is a high-efficiency centrifugal pump, with low power requirements.
  • Connect the suction and discharge nozzles to the respective fluid inlets and outlets. Ensure all connections are secure.
  • Adjustable feet are installed to stabilize the unit on uneven surfaces and ensure proper alignment. Each foot can be adjusted individually to level the unit, accommodating different installation environments and maintaining operational stability.

The Universal Pumping Unit is engineered for versatile and efficient fluid handling applications. Designed for optimal performance and ease of use, this unit integrates a high-efficiency pump with multiple monitoring and control components to provide precise and reliable fluid management. Ideal for various industrial and laboratory applications, the unit offers real-time data display and adjustable parameters to ensure operational accuracy and efficiency.