Description

The Armfield S6-MKIII laboratory flow channel is one of the most important tools available to the hydraulics or civil engineer whether engaged in teaching basic principles or researching solutions to practical problems. Many applications in fluid mechanics are associated with the flow of water through an open channel where the water has a free surface that is exposed to the air at atmospheric pressure.

The flumes are available in different lengths from 5 to 17.5 meters increasing in 2.5 meter increments. Armfield flumes are installed in educational and research establishments throughout the world.

A comprehensive range of accessories, and measuring instruments is available including discharge control, wave generation and a closed loop for sediment transport studies.

• A self-contained glass sided tilting flume for fluid mechanics laboratory experiments, project work and research activities

• The flume working channel is assembled from modular sections of 2.5m length. A wide choice of standard lengths are available from 5m upwards

• The flume cross-section is 300mm wide by 450mm deep

• A fabricated high precision stainless steel bed provides excellent strength and rigidity, eliminating the need for a separate under-frame.

• No adjustments other than the jacking stations are necessary in order to set up and maintain the equipment, achieving typical bed deformations better than 1mm

• Each flume incorporates a discharge tank fitted with an adjustable overshot weir and draught tube to avoid splashing and noise

• An electro-magnetic flow meter is incorporated as standard

• A comprehensive range of optional accessories and instruments is available to supplement the capabilities of the basic flume

• Closed-loop re-circulation is an option for sediment transport studies

Engineering

The most important aspect of a tilting flume is retaining the integrity of the working section. To achieve this requires an extremely rigid design which ensures almost no deflection regardless of load or tilt.

Experiments & Research

The Armfield S6-MKIII flume has been developed during 30 years of continuous production, and examples are installed in educational and research establishments throughout the world.
The flumes are available in different lengths to suit the application, short versions for basic investigations and longer versions for investigations of gradually varied flow profiles with non-uniform channel flow.

S6-MKIII Control Systems

All Armfield teaching and research flumes now come standard with a 15” high-definition touch screen control panel. The screen offers enhanced features, including automated flow control, incline feedback, and temperature measurement. Armfield’s custom software architecture provides both automated and manual control options, ensuring a full range of functionality.

Supplied Software (included)

All S6-MKIII flumes have the following as standard:

• Data acquisition

• Electromagnetic flow meter

• Variable speed stainless steel pump with inverter

• Closed loop automated flow control

• Electronic incline measurement

• Temperature measurement

• USB Data logging output

Upgrade Options

There are a full range of upgrade options for automation, allowing control over key functions such as:

• Automated Tilting

• Sediment transfer

• Wave generation

• Fully automated depth control

All data is stored for analysis, offering a comprehensive solution for research and study.
An additional option includes a 16-channel pressure sampling unit (S6-MKIII-PMP, S6-MKIII pressure sampling pack), enabling the connection of up to 16 pressure points for sampling bed pressures and other additional data.

Features & Benefits

• Accurate for education and research

• Software supplied as standard with 15” high-definition touch screen

• Designed for ease of visibility:- toughened glass sides, slimline side supports and comfortable viewing height

• Modular construction supplied in pre-glazed sections for rapid and easy site assembly

• Wave generation options which can be used to propagate random or regular waves in the working section

• Optional glass base window sections for (PIV) analysis