Fluid Friction Measurements Laboratory Equipment Didactic Equipment Vocational Training Equipment Fluid Lab Equipment

AFF042 Fluid Friction Measurements Laboratory Equipment Didactic Equipment Vocational Training Equipment Fluid Lab Equipment

I. Product Overview
1.1 Overview
Pipe friction pressure loss occurs when the fluid passes through the pipe due to the friction between the fluid and the inner wall of the pipe and the uneven velocity distribution within the fluid itself. This loss often results in a dissipation of energy and is important to the design and operation of fluid delivery systems.
In the design and analysis of fluid delivery systems, it is important to accurately predict friction pressure losses to help ensure system performance and optimize energy consumption. This product helps students effectively design efficient and economical piping systems by understanding and applying relevant fluid mechanics principles.
1.2 Features
(1) Measurement accuracy: Friction pressure loss equipment requires a high-precision measurement system to ensure accurate calculation of pressure loss.
(2) Stability: Under various working conditions, the equipment should maintain stable performance and not be affected by environmental changes and long-term operation.
(3) Reliability: Equipment needs to have reliable mechanical and electronic components to withstand long-term operation and maintain stability.
(4) Applicability: The equipment should be suitable for pipes of different diameters, materials and fluid types to meet a variety of engineering needs.
(5) Easy to operate and maintain: The equipment should be designed to be easy to operate and simple to maintain to reduce downtime and maintenance costs.
(6) Corrosion resistance: Especially equipment used in corrosive fluids or harsh environments needs to use corrosion-resistant materials to ensure the life of the equipment.
(7) Economy: On the premise of ensuring performance, the equipment should consider cost-effectiveness to comply with the project budget.
(8) Environmental adaptability: The equipment should be able to adapt to different environmental conditions, such as temperature, humidity and pressure.
II. Performance Parameters
Dimension: 2650*750*1220mm
Weight: <150KGS
Ambient temperature: -10℃～+40℃
Relative humidity: <85% (25℃)


III. Components List and Detailed Introduction
3.1 Main part
No.    Name
1    Universal wheel
2    Aluminum profile frame
3    Flow meter
4    Ball valve
5    DN15 pipe with smooth inner wall
6    DN25 pipe with smooth inner wall
7    DN15 pipe with rough inner wall
8    DN25 pipe with rough inner wall
9    Exhaust valve
10    Air tube
11    Inflator
12    Water pressure gauge
13    Water tank
14    Drain outlet
15    Power supply hanging box
16    Water pump
17    Scale (not shown in the picture)
3.2 Power supply hanging box part
No.    Name
1    Main power supply (2P circuit breaker with leakage protection)
2    Pump run button
3    Power Indicator
4    Running lights
3.3 Introduction to components
IV. Experimental List
Experiment 1 Studies the effect of pipeline inner diameter on pressure loss
Experiment 2 Studies the effect of pipeline roughness on pressure loss
Experiment 3 Studies the impact on pressure loss when pipelines are diverted
Experiment 4 Studies the effect of liquid flow rate on pipeline pressure loss
Experiment 5 Studies the effect of liquid density on pipeline pressure loss