HM 124 allows precise investigations of different fluidic problems. The large scale of the experimental plant and the use of industrial components deliver results close to reality. The dimensions of the experimental plant allow sufficient inlet and outlet sections for the flow formation.
Product Features
- Consists of a pump station with two differently sized centrifugal pumps and a priming tank
- Includes two measuring sections of five meters length with nominal diameters of 50mm and 25mm
- Features a control room with a control console and data acquisition system
- Optionally operable with an additional tank for higher suction heads
- Many interchangeable piping elements for an extensive experimental range
- Determines Kv values of different control valves conforming to standards
- Transparent pipe section with ink injection to observe flow behind fittings or valves
- Pipe sections with different surface roughness for measuring pipe resistances
- Pressure controlled system with flow controller and pump speed regulation
- Numerous sensors for pressure, flow rate, temperature, speed, and torque
- Digital displays for measured values and USB data transmission to PC
- Includes data acquisition software for analysis
Benefits
- Provides realistic, large-scale experimentation with industrial-grade components
- Enables comprehensive study of fluid flow, pressure losses, and pump characteristics
- Flexible system configuration suitable for a variety of experimental setups
- Direct digital measurement and data acquisition allow precise analysis and reporting
- Visual flow observation with transparent pipe section enhances understanding
- Supports practical training in flow control, valve testing, and pump operation
Why Choose This Fluid Mechanics Experimental Plant?
This experimental plant offers an authentic, flexible, and comprehensive platform for studying fluid mechanics in detail. Its combination of real industrial components, advanced sensors, and integrated data acquisition makes it ideal for academic and professional training environments focused on hydraulics, fluid dynamics, and process engineering.
