Apparatus Study Of Lost Load In A Conduct teaching aid equipment Hydrodynamics Laboratory Equipment

Apparatus Study Of Lost Load In A Conduct teaching aid equipment Hydrodynamics Laboratory Equipment

ZM7125 Apparatus Study Of Lost Load In A Conduct teaching aid equipment Hydrodynamics Laboratory Equipment for college, vocational training center, university. 

  • Description
  • Inquiry

ZM7125 Apparatus Study Of Lost Load In A Conduct teaching aid equipment Hydrodynamics Laboratory Equipment

The bench should allow the following educational holdings:

-Study of laminar and turbulent flow regimes

-Demonstration and measuring the change in the resistance laws (coefficient of friction) governing laminar and turbulent flows

-Determination of the critical Reynolds number

-Checking the Poiseuille equation and determining the viscosity coefficient water in laminar flow.

Technical specifications required:

The proposed bank must be compatible with the volumetric hydraulic bench

-The bench will allow the study of laminar and turbulent regions

-Test tube, mounted on a base with a static pressure tap doubled each end.

-Tube Connected by means of flexible tubes to a water column manometer and a

Portable digital manometer

-The lengths of tube before and after the Test section will be sufficient to avoid the influence of upstream and downstream disturbances on results.

-A needle valve located downstream of the tube allow a precise flow

A constant level tank to provide may be up above the system hydraulic power supply to allow the test tube laminar

-For The turbulent regime, the device will be connected directly to the valve of a bench hydraulic power.

-length Of the test drive: 524 mm

-Diameter Of test driving: 3 mm

-Height Of water manometer: 530 mm

mobile digital -Manomètre: 0 to 20 m water column

Flow rate up 1.42 l / min nominal

-Charge Provided by the float chamber 915 mm of water.

Measuring master cylinder graduated

Manual air-Pump mounted on the device

-Frame folded sheet with scale on the front

-4 Feet under the machine’s frame for the upgrade

Contact Us