An apparatus to allow a full study of the discharge through an orifice or nozzle mounted vertically or the trajectory profiles of an orifice or nozzle mounted horizontally.
TecQuipment
TecQuipment designs, develops, and produces a comprehensive range of products for engineering training. The company is well known as a preeminent provider of technical teaching equipment for schools, colleges, universities, and industrial training centers worldwide.
TecQuipment operates a constant product improvement process to guarantee that the teaching equipment stays ahead of the competition and meets customers’ needs. The product ranges are reviewed and updated, and new products are developed as curricula change. Manufacturing on-site enables the engineering team to work alongside production to guarantee that quality products are designed and produced to give end-users many years of safe, accurate and reliable usage.
Maintaining high quality of all TecQuipment products is crucial. Strict quality control guidelines at each stage of development ensure the products consistently meet very high standards. These systems are robust and designed to withstand long-term, substantial laboratory and classroom use and ensure reliable operation for many years. All TecQuipment products include comprehensive user guides, which provide relevant theory, technical information, and experiments. The comprehensive level of support helps students understand the principles involved in each experiment, enabling them to put theory into practice.
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Engineering Educational Equipment
TecQuipment designs, develops and manufactures a comprehensive range of technical education products and engineering educational equipment for schools, colleges, universities, and industrial training centers worldwide. Products cover disciplines within mechanical, civil, electrical and structural engineering courses.
TecQuipment’s engineering educational equipment includes high-quality user guides, which provide relevant theory, technical information and experiments. The comprehensive level of support helps students understand the principles involved with each experiment, enabling them to put theory into practice.
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Item Number:H33 - Experiment -
Item Number:TM25 - ExperimentFloor standing apparatus for demonstrating the pressures around a journal bearing at different speeds.
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Item Number:AF27 - ExperimentA floor standing apparatus to demonstrate the thermodynamics and fluid mechanics of the adiabatic expansion of air through subsonic and supersonic nozzles.
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Item Number:TE3300/04 - ExperimentA self-contained mobile module for level process control experiments to illustrate the principles of single-loop control and the calibration & tuning of controllers, transmitters, converters and valves. Demonstrates feedback control, P/PI/PID control and level control. Cascade control experiments available when used with an optional flow process training system. Distributed control available when used with an optional computer control system.
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Item Number:H311 - ExperimentA self-contained bench mounting apparatus for studies into the settling characteristics of suspended solids and the display of wall effects.
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Item Number:H16 - ExperimentAn apparatus to allow students to investigate the friction losses in piping systems. The large open format of the apparatus makes it ideal for students working in small or large groups.
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Item Number:H1L - ANCILLARYThe new Low Flow Range Display is an ancillary for measuring low flow rates of water, with low-level flow rates that the Hydraulic Bench cannot accommodate. This is particularly useful for experiments like those outlined in the Fluid Friction Apparatus that require the measurement of lower flow rates.
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Item Number:MF40 MKII - ExperimentA small bench-mounting hydraulic tensile testing machine/hardness tester with electronic digital readouts and digital data capture.
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Item Number:H2 MKII - ExperimentA bench mounting apparatus to determine the stability of a pontoon with its centre of gravity metacentric height and metacentre at various heights.
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Item Number:TE99 - ExperimentA bench mounted, self contained apparatus to demonstrate the pressure distribution across the film of oil in a Michell tilting pad slider bearing. Helps to prove Reynold's equation for pressure gradient in fluid film.
