Energy Losses in Piping Elements Hydrodynamics Lab equipment Teaching Equipment Vocational Training Equipment

1. Introduction to the equipment

1.1 Overview

In engineering, pipeline transport of fluid is an extremely important method. When the fluid flows in the pipeline, energy loss will occur. The energy loss of the fluid in the pipeline mainly includes two forms: along-the-line resistance loss and local resistance loss. Along-the-line resistance loss is mainly caused by the friction between the pipeline and the fluid, while local resistance loss is caused by the presence of various other pipe fittings in the pipeline, such as elbows, sudden expansion or contraction of the flow channel, valves, tees, etc. When the fluid flows through the local area of these pipelines, the flow velocity and direction are forced to change sharply, resulting in collision of fluid particles, vortices, secondary flows, flow separation and reattachment to the wall. Compared with along-the-line resistance loss, local resistance loss is much larger, so the focus will be on local resistance loss.
MR3110 Energy Loss in Pipeline Components (Add-on Module) is an experimental device for studying the local resistance loss of various pipeline components.

1.2 Features

(1) The device has a variety of experimental components and rich functions.
(2) The device is brief and beautiful, and the principle logo is easy to understand.
(3) The device is made of high-quality materials and has a longer service life.
(4) The device adopts a modular design and is expandable.

2. Technical parameters

Dimensions:930mmx760mmx1080mm
Weight:42KGS
Working conditions: Ambient temperature 10℃～30℃, relative humidity <75% (25℃)

3. Component list and detailed introduction

3.1 Main part

3.2 Equipment Configuration List

3.3 Accessories

4. Experiment list

Experiment 1: Measuring the energy loss and loss coefficient of right-angle elbow pipe components
Experiment 2: Measuring the energy loss and loss coefficient of pipe contraction pipe components
Experiment 3: Measuring the energy loss and loss coefficient of pipe expansion pipe components
Experiment 4: Measuring the energy loss and loss coefficient of angle pipe components
Experiment 5: Measuring the energy loss and loss coefficient of narrow pipe elbow pipe components
Experiment 6: Measuring the energy loss and loss coefficient of wide pipe elbow pipe components
Experiment 7: Measuring the energy loss and loss coefficient of flow control ball valve pipe component