Pressure Losses In Pipe Elements

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Pressure Losses In Pipe Elements Specification

Weight
35 Kilograms (kg)

Accuracy
100 %

Feature
Highly Efficient

Warranty
1 year

Dimension (L*W*H)
1545 x 220 x 440 Millimeter (mm)

Type
PRESSURE LOSSES IN PIPE ELEMENTS

Usage
Laboratory

About Pressure Losses In Pipe Elements

PRESSURE LOSSES IN PIPE ELEMENTS

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 experimental unit is positioned easily and securely on the work surface of the base module. The water is supplied and the flow rate measured. Alternatively, the experimental unit can be operated by the laboratory supply.

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

In conjunction with Unit for Air Flow Principles
Measurement of pressure losses in
Straight pipe sections
A 90° pipe bend
A 90° pipe angle
Investigate the effect of differently shaped pipe inlets
Uninterrupted air inlet
Sudden enlargement

Specification

Investigate pressure losses in various pipe elements
Accessory for Unit Principles of Air Flow
Combine different pipes from pipe elements
Two interchangeable pipe inlets: sudden enlargement or uninterrupted air inlet
Measuring points on straight pipe sections for pressure measurement
Measuring points at pipe inlets for velocity measurement
Display and analysis of the measured values using the software in Principles of Air Flow Unit

Technical Data

Straight pipe section with flange
Length: 1235mm
Inner diameter: d=53,6mm Straight pipe section
Length: 991mm
Pipe inlets
Uninterrupted air inlet: radius=22mm
Sudden enlargement: d=35...53,6mm
90° pipe bend
Inner diameter: d=53,6mm
Radius: 2xd
90° pipe angle
Inner diameter: d=53,6mm

Dimensions and Weight

L x W x H (unassembled): 1545 x 220 x 440mm
Weight: approx. 35kg

Exceptional Measurement Accuracy

This apparatus provides true 100% accuracy, making it a top choice for laboratories focused on reliable and reproducible results in fluid mechanics. Whether used for academic demonstrations or professional research, users can confidently depend on precise data to analyze pressure drops in pipe elements.

Robust Build and User-Friendly Design

The units substantial dimensions (1545 x 220 x 440 mm) and weight (35 kg) ensure stability during experiments while remaining straightforward to handle and install. It is specifically constructed for regular laboratory use and comes with a comprehensive 1-year warranty, reflecting its durability and long-term value.

FAQs of Pressure Losses In Pipe Elements:

Q: How is the PRESSURE LOSSES IN PIPE ELEMENTS apparatus used in laboratory settings?

A: The apparatus is connected to a standard fluid supply, and water is passed through various pipe elements. Pressure measurements are taken at specified points to calculate and analyze pressure losses, enabling students and professionals to observe and understand fluid behavior in real time.

Q: What makes this apparatus highly efficient for pressure loss experiments?

A: Its design ensures rapid setup, accurate readings with 100% measurement precision, and minimal maintenance. This efficiency allows for multiple experimental runs in shorter times, enhancing laboratory productivity.

Q: When should you use this equipment for best results?

A: This apparatus is ideal during fluid mechanics courses, laboratory demonstrations, or whenever precise pressure loss analysis across pipe elements is required. Its reliable accuracy is especially beneficial in academic setups and professional research laboratories.

Q: Where is the PRESSURE LOSSES IN PIPE ELEMENTS apparatus manufactured and exported from?

A: The equipment is proudly manufactured in India and is distributed by leading exporters, manufacturers, and suppliers to laboratories worldwide.

Q: What is the typical process for measuring pressure losses with this instrument?

A: The measurement process involves running fluid through the installed pipe assembly, monitoring the pressure at various points before and after each pipe element, and using these values to determine the pressure loss across different fittings and bends.

Q: What benefits does this apparatus offer to educational and research institutions?

A: It offers supreme accuracy, durability, and ease of use. The hands-on experimentation fosters deeper understanding of pressure dynamics in pipelines, enriching learning and research outcomes.

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