Compressible Flow Unit Didactic Equipment Fluid Mechanics Experiment Equipment

ZM8132 Compressible Flow Unit Didactic Equipment Fluid Mechanics Experiment Equipment

Description

Compressible fluids change their density due to pressure change in the flow. Flows with velocities less than Ma 0,3 are regarded as incompressible and the change in density is negligible. At higher velocities, the density has to be included in calculations. These conditions must be taken into consideration when designing e.g. turbo compressors, jets and fast planes.

A radial fan with infinitely variable speed control draws in air from the environment. At the intake the air flow is accelerated in a measuring nozzle. Further down the measuring section the air flows through interchangeable measuring objects. Drawing in the air and the arrangement of the measuring objects on the intake side of the fan minimise turbulence when flowing into the measuring objects. All measuring objects are made of transparent material and provide excellent insight into the inner structure.

Pressure losses are studied in a pipe elbow, various pipe sections and a nozzle with sudden enlargement. The nozzle with gradual enlargement (de Laval nozzle) provides an introduction to the topic of sonic flow. The volumetric flow rate is measured in an orifice using a differential pressure manometer. The orifice is fitted with four interchangeable orifice disks for different measurement ranges. The fan’s characteristic curve can also be recorded by using a throttle valve.

Specification

• investigate flow of compressible fluids
• subsonic and sonic air flow
• variable speed on the radial fan for adjusting the mass flow rate
• minimised turbulence by drawing in air and optimum arrangement of the measuring objects
• transparent measuring objects with connectors for pressure measurement provide insight into the internal structure
• measuring nozzle for determining the mass flow rate
• pressure losses in subsonic flow in pipe elbows and various pipe sections
• pressure curve at subsonic and sonic nozzle flow
• orifice for determining volumetric flow rate by differential pressure measurement
• record fan characteristic curve using a throttle valve
• digital displays for pressures, velocity and speed

Technical data

Radial fan

max. speed: 31000min-1

max. volumetric flow rate: 226m3/h

max. head: 318mbar

max. power consumption: 1,8kW

Measuring objects

pipe section: 1m

Ø 16, 24, 34mm

90° pipe elbow

2 nozzles, inner diameter: 12…34mm

with sudden enlargement

with gradual enlargement (de Laval nozzle)

orifice with orifice disks

Ø 12, 19, 25, 32mm

throttle valve: Ø 34mm

Measuring ranges

speed: 0…99999min-1

pressure:

1x 0…25mbar

1x 0…600mbar

1x 0…1000mbar

velocity: 0…65m/s

230V, 50Hz, 1 phase

120V, 60Hz, 1 phase, 230V, 60Hz, 1 phase

UL/CSA optional

Dimensions and weight

LxWxH: 1750x600x390mm

Weight: approx. 58kg

Product Details and Warranty

We supply suitable spare pats according to experiment requirement, our products take aluminum structure, A4 paper dimension aluminum and plastic hanging box structure.

We supply 3 years warranty time.

Packaging & Delivery

Package details: plastic film+ plastic foam + plywood box with pallet, and for equipment dimension less than 1CBM, we supply plastic film+ plastic foam+ fine carton.

Arrange delivery within 45 days upon receipt of payment.

Please see below photo for detailed package.

Training Room Photo

Company Information

We supply professional educational training equipment and technical teaching equipment, which has been widely applied in Engineering Universities, Polytechnics, Technical Institute, Vocational Schools as well as Industry workforce Development Programs and Training Center. Our products allow students to learn and experiment through valuable hands-on experience, and the technology covered by our training equipment provides knowledge, experiments and didactic skills development that are of critical importance to today´s and tomorrow´s careers.

Photo for Clients Visiting Factory

Service

We supply supply7*24 hours service, customer design service, OEM service, buyer label service. With professional engineers team and sales team, we assure you good product quality.

Certificate
Our products takes ISO9001 product management system.

Jinan Should Shine Didactic Equipment Co., Ltd. is company specialized in manufacture and trading Fluid Lab Equipment, air conditioner trainer, refrigeration trainer, Thermal Lab Equipment, Vocational Training Equipment, Didactic Equipment, Engineering Educational Equipment, Technical Teaching Equipment, for university, college, technical institution, polytechnics. Should Shine products has been exported to America, Asia, Europe, Africa, Australia.

The Factory, Offices and Laboratories are located in Jinan, China but thanks to its international Commercial Organization Should Shine can supply first rate Products and Services to more than 100 countries in the world, Such as Myanmar, Bangladesh, Yemen, Kazakhstan, Saudi Arabia in Asia, Ethiopia; Algeria, Egypt, South Africa, Kenya, Nigeria in Africa; U.K., Russia, France, Bulgaria, Poland in Europe, Canada, USA, Chile, Costa Rica in America, Australia and Zew Zealand in Oceania. Our company goal is let every school in the world use Should Shine products.

The Company has adopted a Quality System since 2012 and now is certified ISO9001.