Losses Due to Friction in Pipe Lines.

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Losses Due to Friction in Pipe Lines. Specification

Use
Hydraulic Experiment/Fluid Mechanics Study

Size
Standard laboratory size; length of test pipes typically 1 m

Assembly
Pre-assembled or requires minor assembly

Style
Educational Laboratory Apparatus

Model No
FM-001 (varies by supplier)

Features
Multiple pipe sections in different materials and diameters, Manometer connections, Detachable pipe setup

Power Type
Manual (or water supply driven)

Weight
Approx 18-22 kg

Surface Finish
Powder Coated

Type
Fluid Mechanics Laboratory Equipment

Material
Mild Steel, Stainless Steel, Acrylic (Pipeline)

Dimensions
900 x 300 x 300 mm (approx)

Shape
Rectangular Base with Linear Pipeline

Color
Blue/White/Transparent (as per manufacturer)

Function
To quantify and observe friction losses in pipe flow

Age
For Engineering Students / Laboratory Use

Advantage
Demonstrates head loss due to pipe friction for various pipe materials and diameters

Losses Due to Friction in Pipe Lines. Trade Information

FOB Port
Mumbai

Payment Terms
Cash Against Delivery (CAD), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
50 Per Month

Delivery Time
2 Week

Sample Available
Yes

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Main Export Market(s)
Australia, North America, South America, Eastern Europe, Western Europe, Middle East, Africa, Central America, Asia

Main Domestic Market
All India

Certifications
ISO 9001 : 2015 CERTIFIED CO.

About Losses Due to Friction in Pipe Lines.

Explore first-rate precision and unrivaled performance with the Losses Due to Friction in Pipe Lines apparatusideal for hydraulic experiments in academic and research labs. Shop now to equip your lab with this fresh, top-tier instrument, featuring 34 test pipes in diverse materials (PVC, GI, Copper), and working pressure up to 2 bar for maximum safety. The table-top model is engineered for seamless assembly, accurate flow measurement, and durability with powder coated, mild steel, and acrylic construction. Includes manometer, differential measurement, non-slip base, and calibration options for first-string results. Perfect for engineering students and laboratory use.

Versatile Laboratory Tool for Academic Precision

Losses Due to Friction in Pipe Lines is used for demonstrating and quantifying friction losses in pipe flows. Suitable for engineering students and research professionals, this apparatus offers extra features such as multiple removable pipes of varying materials, differential manometers, and clear safety enhancements including a non-slip base and pressure loop. It is designed for educational and training purposes, highlighting friction loss principles in different pipeline materials for impactful classroom and lab demonstrations.

Global Reach and Certifications for Reliable Valuation

This apparatus caters to international markets, with main export destinations across Asia, Africa, and the Middle East. It comes with IS/ISO laboratory certification, ensuring trustworthy valuation and compliance. The domestic market includes engineering colleges and research centers throughout India, supported by reliable transport services for safe cargo. Each unit is shipment-ready, allowing for transparent charge calculations and dependable delivery, making it a top choice for both local and international buyers.

FAQs of Losses Due to Friction in Pipe Lines.:

Q: How does the Losses Due to Friction in Pipe Lines apparatus function?

A: The apparatus works by circulating water through multiple test pipes of differing materials and diameters, enabling users to observe and calculate the friction losses using manometric readings and a calibrated measuring tank.

Q: What is included with the Losses Due to Friction experimental setup?

A: It comes with an instruction manual, hoses, measuring tank, manometer fluid, pre-installed or detachable pipe sections, and an optional calibration chartso youre ready to start experiments immediately.

Q: Where can this laboratory equipment be installed?

A: The unit features a compact, table-top mounting design, making it suitable for demonstrations in academic laboratories, research facilities, and training centers.

Q: When should I use this product for best results in teaching or research?

A: This equipment is best used when teaching fluid mechanics, hydraulics, or when conducting research that requires precise measurement of head loss across different pipe materials.

Q: What are the main benefits of using multiple test pipes in this apparatus?

A: Using pipes made from materials like PVC, GI, and Copper allows students and researchers to compare friction losses, offering firsthand understanding of material effects on fluid flow.