Losses In Piping Systems

Losses In Piping Systems

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Losses In Piping Systems

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MOQ : 1 , , Piece

Losses In Piping Systems Specification

Equipment Type
Laboratory Experimental Apparatus

Display Type
Manometer, Graduated Scale

Mounting Type
Bench top

Features
Transparent piping sections, variety of fitting types, easy assembly and operation

Accuracy
High for educational and research purposes

Operating Voltage
220V AC

Test Range
Hydraulic losses measurement

Specimen Size
Standard laboratory pipe diameters

Temperature
Ambient

Usage
Fluid Machines Equipments

Max Height
Adjustable, depends on setup

Automation Grade
Manual

Number of Specimens
Multiple pipe sections

Response Time
Immediate, manual observation

Port Size
Compatible with standard laboratory piping

Application
Fluid Machines Equipments

Measuring Range
Suits educational and laboratory demonstration

Humidity
Ambient

Power Supply
220V AC, 50 Hz

Resolution
Fine graduation manometer

Frequency
50 Hz

Product Type
Losses In Piping Systems

Hardness
Corrosion-resistant materials

Capacity
Variable, as per test setup

Machine Weight
30-50 kg approx.

Control Mode
Manual

Losses In Piping Systems Trade Information

Minimum Order Quantity
1 , , Piece

Payment Terms
Telegraphic Transfer (T/T), Letter of Credit (L/C), Cash in Advance (CID), Cheque, Cash Advance (CA)

Supply Ability
100 Pieces Per Week

Delivery Time
1 Week

Sample Available
Yes

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

Packaging Details
carton box, export quality also available

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Losses In Piping Systems

Losses In Piping Systems:

We are considered in the market to be one of the leading manufacturers and suppliers of this Losses In Piping Systems. For the purpose of maintaining this reputation, we indulge in the use of the best quality raw materials that are available. Manufactured in compliance with the set industrial norms, the offered product is one of the best that is available in the market. The offered apparatus is used widely for the purpose of measuring the rate of friction.

Specification

Demo panel for investigating the pressure losses in pipes
Demo panel on laboratory trolley
10 different pipe sections for experiments
Pipe section selection using hose connections with rapid action hose couplings
Standard measuring length of 1000mm for pipe friction measurements
Manometer panel 300mmWG
Double manometer 850mmWG
Differential pressure measuring unit 0..2000mbar, battery operated
Flow rate measurement with variable-area flowmeter 1600ltr/h

Robust and Versatile Construction

Crafted from premium borosilicate glass, PVC, and mild steel powder-coated frames, the apparatus ensures both transparency for observation and resistance to corrosion. Brass or copper connectors provide leak-proof, long-lasting connections, while the sturdy base adds extra stability during laboratory operations.

Comprehensive Experimental Capability

Equipped with varied fittings like elbows, bends, contractions, expansions, tees, and valves, the system allows investigation of different piping arrangements and hydraulic losses. With multiple pipe sections and standard laboratory diameters, the apparatus can accommodate numerous test setups for educational and research experiments.

Precise Measurement and Easy Operation

Water flow rate is measured using a manual operation with a measuring tank and stopwatch, offering immediate response and observation. The manometer uses water or colored liquid for visibility, with a finely graduated scale ensuring high-resolution readings. The entire system supports bench-top mounting, easy assembly, and user-friendly operation.

FAQs of Losses In Piping Systems:

Q: How is the loss in piping systems measured using this apparatus?

A: Losses are measured by circulating standard tap water through various pipe fittings and sections, then assessing pressure differences with the manometer and quantifying flow rate using a measuring tank and stopwatch. This enables accurate evaluation of hydraulic losses under different conditions.

Q: What materials are used in the construction, and how do they benefit the setup?

A: The apparatus uses borosilicate glass and PVC for pipes, a powder-coated mild steel frame, and brass or copper connectors. These materials ensure transparency for observation, chemical resistance, mechanical strength, and non-corrosive, leak-proof performance, guaranteeing long-term reliability in laboratory environments.

Q: When should this apparatus be used in an educational setting?

A: This system is ideal for fluid mechanics or hydraulic engineering lab courses, typically during practical sessions on hydraulic losses, pipe friction, and fluid flow studies. Its suitable for both introductory and advanced engineering classes.

Q: Where can the apparatus be installed for optimal operation?

A: Designed for bench-top use, the apparatus fits standard laboratory environments. It should be placed on a stable, flat surface with access to a standard tap water supply and sufficient space for assembling all pipe sections and fittings.

Q: What is the process for setting up and operating the experiment?

A: Assembly involves connecting the selected pipes and fittings, filling the recirculation tank with water, and ensuring all joints are secure. Operation is manual: initiate water flow, adjust fittings as needed, then use the manometer and measuring tank with stopwatch to record all required readings.

Q: How does the use of transparent pipes and colored manometer fluid aid users?

A: Transparent piping allows direct observation of fluid movement and behavior within the system, enhancing educational demonstration. Colored manometer fluid improves visibility of liquid levels, making pressure readings easier and more accurate during experiments.

Q: What warranty and safety features does the apparatus offer?

A: The apparatus comes with a one-year warranty against manufacturing defects. Its safety is reinforced by non-corrosive materials, leak-proof joints, and a sturdy, stable base to prevent accidental tipping or spills during experiments.

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