Energy Losses In Piping

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Energy Losses In Piping Specification

Warranty
1 year

Feature
Highly Efficient

Weight
32 Kilograms (kg)

Dimension (L*W*H)
840x710x960 Millimeter (mm)

Accuracy
100 %

Type
ENERGY LOSSES IN PIPING ELEMENTS

Usage
Laboratory

About Energy Losses In Piping

ENERGY LOSSES IN PIPING ELEMENTS

When water flows through a pipe system, the flow resistances causes pressure losses to occur at pipe fittings and valves and fittings.

The unit can be used to investigate and visualise the pressure losses in pipe elements. The experimental unit can be used to assess how different pipe geometries affect the flow.

The experimental unit comprises a pipe section containing several pipe elements with different flow resistances, as well as a contraction and enlargement piece. There is also a ball valve integrated in the pipe. There are pressure measuring points with annular chambers upstream and downstream of the pipe elements, which ensure accurate pressure measurement. The pressure measuring points can be connected in pairs to a 6 tube manometers in order to determine the pressure loss of a pipe element.

The well-structured instructional material sets out the fundamentals and provides a step-by-step guide through the experiments.

Learning Objectives / Experiments

investigate pressure losses at segment bend and bends
Investigate pressure loss at contraction and enlargement
Pressure loss at a ball valve and determination of a simple valve characteristic

Specification:

Investigation of the pressure loss in flow through pipe fittings and in the ball valve
Sudden contraction and sudden enlargement, pipe bend, segment bend, pipe angle and ball valve as measurement objects
Annular chambers allow precise measurement of pressure
6 tube manometers for displaying the pressures
Bourdon tube pressure gauge for pressure measurement
Flow rate determined by base module
Water supply via base module or via laboratory supply

Technical Data:

Pipe, PVC
Inner diameter: 17mm

Pipe elements, PVC:

Inner diameter: d
Sudden contraction: from d=17 to d=9,2mm
Sudden enlargement: from d=9,2 to d=17mm
Segment bend: d=17mm, 90°
Pipe angle: d=17mm, 90°
Narrow pipe bend: d=17mm, r=40mm, 90°
Wide pipe bend: d=17mm, r=100mm, 90°

Measuring ranges:

Bourdon tube pressure gauge: 0...1,6bar
Tube manometer: 0...0,03bar

Dimensions and Weight:

LxWxH: 840x710x960mm
Weight: approx. 32kg

Unmatched Measurement Accuracy

Designed specifically for laboratory use, this piping energy loss equipment guarantees 100% accuracy in every test, helping researchers and students obtain trustworthy data. Its advanced technology ensures efficiency and repeatability, making it a staple in educational and industrial research labs.

Robust and User-Friendly Design

Weighing 32 kilograms and built to dimensions of 840x710x960 mm, this apparatus combines durability with practical usability. Its portable structure allows easy integration into your laboratory workspace, while the high-quality materials assure long-term reliability.

Comprehensive Warranty Coverage

Enjoy peace of mind with a 1-year warranty that covers any manufacturing defects. Our dedicated support network across India ensures a smooth ownership experience, whether you are an exporter, manufacturer, or supplier.

FAQs of Energy Losses In Piping:

Q: How does the ENERGY LOSSES IN PIPING ELEMENTS apparatus ensure highly efficient and accurate results?

A: The apparatus utilizes precision-engineered components and advanced sensors to deliver highly efficient performance and 100% accuracy in measurement. Its design minimizes experimental errors and ensures consistent results for laboratory analysis.

Q: What is the process for measuring energy losses in piping using this equipment?

A: To measure energy losses, set up the apparatus as per the laboratory protocol, connect the pipes, and initiate fluid flow. The equipment records pressure drops and flow rates across different piping elements, which allows you to quantify energy losses accurately.

Q: When should this laboratory equipment be used for energy loss analysis?

A: This product is best used during laboratory sessions focused on fluid dynamics, pipe network studies, or engineering courses that require rigorous analysis of energy losses in piping systems. It is suitable for both teaching and research environments.

Q: Where can I purchase or obtain support for the ENERGY LOSSES IN PIPING ELEMENTS apparatus in India?

A: You can purchase this equipment from authorized exporters, manufacturers, or suppliers located throughout India. After-sales support and warranty services are readily available to assist with installation and troubleshooting.

Q: What are the benefits of using this specific energy loss measurement device in the laboratory?

A: Benefits include highly efficient operation, unmatched measurement accuracy, ease of use, robust construction, portability, and reliable warranty support. These features streamline laboratory workflows and ensure dependable data for analysis.

Q: How is the equipment maintained to ensure long-term accuracy and efficiency?

A: Regular cleaning, calibration as recommended by the manufacturer, and prompt attention to any technical issues will keep the device operating optimally. The 1-year warranty also covers essential maintenance requirements.

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