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PIPE NETWORK WITH HYDRAULIC BENCH

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PIPE NETWORK WITH HYDRAULIC BENCH Specification

Core Components
Hydraulic Bench, Pipe Network Section, Water Pump, Flow Control Valves, Measuring Tank

Power Source
Electric (Single Phase)

Voltage
220 240 V AC

Automation Grade
Manual

Frequency
50 Hz

Model No
HYD-PN-25

Feature
Modular Network, Visible Flow, Quick Release Fittings, Interchangeable Pipe Connections

Accuracy
1% of Full Scale

Capacity
25 Liters

Measurement Range
0.2 10 L/min

Temperature Range
Ambient (5C to 40C)

Equipment Materials
Transparent Acrylic Pipes with Stainless Steel Fittings and Powder Coated Mild Steel Frame

Type
Laboratory Hydraulics Teaching Equipment

Usage
Educational/Research Demonstration of Hydraulic Network Principles

Display Type
Analog & Digital Flow Meters

Dimension (L*W*H)
1200 mm x 800 mm x 1500 mm

Weight
Approx. 45 kg

Connections
Quick Release Couplings

Number of Pipe Paths
3 Interconnecting Circuits

Pipe Diameter
12 mm, 16 mm, 20 mm (different sizes for network analysis)

Pump Type
Centrifugal, Self-priming

Safety
Overload Protection for Pump, Non-slip Base

Tanks Material
High Quality PVC/Polycarbonate

Manometer
Mounted Multi-tube Water Manometer for Head Loss Measurement

Maximum Head
2.5 meters

Learning Outcomes
Study of Series and Parallel Pipe Networks, Head Losses, Flow Measurement, Verification of Hydraulic Theories

Included Accessories
Instruction Manual, Set of Stopwatches, Measuring Beakers

About PIPE NETWORK WITH HYDRAULIC BENCH

Description

To determinePressure losses at various piping elements and pipe networks; parallel andseries connection of pipe sections, combined series and parallel connection.

1. 2. 3. 4. 5. 6. 7. 8. 9. 9.1.9.2.9.3.9.4.9.5.9.6.Self-priming centrifugal circulatingpump a maximum flow greater than 60L/min

Technical Details

Pipe network, max. Flow rate: 4.8cumec

Pipe sections, length 700 mm each; 1x:25 x 1.9 mm, 2 x:20 x 1.5mm and 2x:16x 1.2mm

Twin tube manometers: Stopwatch:1/100s

Measuring ranges; differentialpressure:1x 0 to 1bar and differential pressure with tube manometers;2x 0 to100 mbar

A comprehensive manual describing howthe experiment are performed and how to commission the equipment will beprovided.

Educational software will be as anoption

Installation and Training will beprovided.

The whole set-up is well designed andarranged on a rigid structure painted with industrial PU Paint.

Utilities Required

KCFM-151..... Hydraulic Bench.

Versatile Network Analysis

This equipment's modular system enables the demonstration of complex hydraulic networks using three interconnecting pipe circuits of various diameters. Easily switch between series and parallel configurations to observe and compare network behavior.

Accurate Measurement Tools

The mounted multi-tube water manometer, together with analog and digital flow meters, offers precise head loss and flow measurements. With an accuracy of 1% of full scale, students can verify hydraulic principles with confidence.

Safety and Durability Assured

Built with transparent acrylic pipes, stainless steel fittings, and a powder-coated steel frame, the unit prioritizes robustness. Overload protection for the pump and a non-slip base enhance operational safety during demonstration and hands-on experiments.

Ideal for Educational Settings

Designed for academic and research use, this hydraulic bench comes with a thorough instruction manual, stopwatches, and measuring beakers. Its visible flow paths and quick release couplings make learning interactive, while the manual setup develops practical skills in hydraulic studies.

FAQ's of PIPE NETWORK WITH HYDRAULIC BENCH:

Q: How does the hydraulic bench help in understanding pipe network principles?

A: The hydraulic bench demonstrates both series and parallel network configurations using three interconnected pipes of varying diameters. It enables hands-on exploration of head losses, flow rates, and hydraulic principles, making theoretical concepts tangible for students and researchers.

Q: What is the process for measuring head loss and flow in the pipe circuits?

A: Head loss is measured using the mounted multi-tube water manometer, while flow is tracked via integrated analog and digital flow meters. By adjusting flow control valves and using the quick release couplings, users can configure the pipe network and accurately monitor changes in system behavior.

Q: When should this equipment be used in a learning environment?

A: This apparatus is ideal for laboratory sessions focused on fluid mechanics, particularly during modules on hydraulic networks, flow measurement, and system analysis. It enhances understanding during both introductory and advanced lessons or research projects involving hydraulic principles.

Q: Where is the PIPE NETWORK WITH HYDRAULIC BENCH typically utilized?

A: The equipment is used in universities, technical colleges, and research institutes across India and internationally. Its design facilitates both classroom demonstrations and experimental research in educational laboratories.

Q: What are the major benefits of using this hydraulic network equipment?

A: Major benefits include the modular and visible setup for interactive learning, the ability to study real-time flow and head loss, and robust safety features. It encourages accurate experimental analysis and supports hands-on verification of hydraulic theories.

Q: How can the pipe network be reconfigured for different experiments?

A: The system uses interchangeable pipe sections with quick release couplings, allowing users to easily switch between different pipe diameters and network configurations. Simple adjustments to the network facilitate diverse experiments on flow distribution and loss measurement.

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