bernoulli's equation f100b - advancetech international

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Air Flow and Aerodynamics BERNOULLI'S EQUATION F100B Year 1 study Features Compact and visually excellent experiment Pitot Static Tube Static Pressure Tapping Total Pressure Tapping Simple set-up Description The Optional Bernoulli’s Equation F100B investigation duct has been designed for operation with the Hilton Airflow System F100. The duct allows students to quantitatively investigate Bernoulli’s equation relating total pressure and dynamic pressure in a stream. The unit also introduces students to the Pitot - static tube, an essential tool for aerodynamic investigation and velocity measurement. A convergent divergent duct section has a pitot-static tube that can be moved axially along the duct to allow students to measure the local variations in total and static pressure due to the variation in duct cross section. The measured pressure changes may be compared with the Bernoulli equation predictions. The device is designed for use with the optional multi-tube manometer F100A. Related laws Bernoulli's Equation Convergent-Divergent duct Pitot-Static tube Learning capabilities Investigation of Bernoulli's Equation The use of the Pitot-Static tube for Air Velocity Measurement [email protected] 01794 388 382 P A Hilton Ltd, Horsebridge Mill, Kings Somborne, Stockbridge, Hampshire. SO20 6PX www.p-a-hilton.co.uk | 1

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Page 1: BERNOULLI'S EQUATION F100B - Advancetech International

Air Flow and Aerodynamics

BERNOULLI'S EQUATIONF100B

Year 1study

Features

Compact and visually excellent experiment

Pitot Static Tube

Static Pressure Tapping

Total Pressure Tapping

Simple set-up

DescriptionThe Optional Bernoulli’s Equation F100B investigationduct has been designed for operation with the HiltonAirflow System F100. The duct allows students toquantitatively investigate Bernoulli’s equation relatingtotal pressure and dynamic pressure in a stream. Theunit also introduces students to the Pitot - static tube, anessential tool for aerodynamic investigation and velocitymeasurement.

A convergent divergent duct section has a pitot-static

tube that can be moved axially along the duct to allowstudents to measure the local variations in total and staticpressure due to the variation in duct cross section.

The measured pressure changes may be compared withthe Bernoulli equation predictions. The device isdesigned for use with the optional multi-tube manometerF100A.

Related laws

Bernoulli's Equation

Convergent-Divergent duct

Pitot-Static tube

Learning capabilities

Investigation of Bernoulli's Equation

The use of the Pitot-Static tube for Air VelocityMeasurement

[email protected] 01794 388 382P A Hilton Ltd, Horsebridge Mill, Kings Somborne, Stockbridge, Hampshire. SO20 6PX

www.p-a-hilton.co.uk | 1

Page 2: BERNOULLI'S EQUATION F100B - Advancetech International

Technical Specification

Duct Depth: 50mm

Duct Throat Height: 44mm

Pitot-Static Tube travel: 310mm

Essential Ancillaries

F100

F100A

What’s in the Box?

1 x F100B

4m PVC tubing

Instruction manual

Packing List

Test sheet

Weights & Dimensions

Weight: 3 kg

Length: 500mm

Width: 600mm

Height: 800mm

Essential Services

F100

Ordering informationTo order this product, please call PA Hilton quoting thefollowing code:F100B

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All brand and/or product names are trademarks of their respective owners. Specifications and external appearance are subject

to change without notice. The colour of the actual product may vary from the colour shown in the brochure.

Copyright © 2018 P.A. Hilton Limited. All rights reserved. This technical leaflet, its contents and/or layout may not be modified

and/or adapted, copied in part or in whole and/or incorporated into other works without the prior written permission of P. A.

Hilton Limited. Hi-Tech Education is a registered trade mark of P. A. Hilton Limited.

COUNTRY OF ORIGIN - UK WARRANTY PERIOD - 2 YEARS | 2