FRICTION FACTOR APPARATUS

Get a Price/Quote

MOQ : 1 Unit

FRICTION FACTOR APPARATUS Specification

Power Source
Single Phase, 230 V AC supply

Core Components
Test Pipe Section, Differential Manometer, Flow Control Valve, Water Reservoir, Measuring Tank

Feature
Detachable pipe sections for various internal diameters

Temperature Range
Ambient to 50C

Measurement Range
10500 mm of water column (Manometer)

Capacity
15 LPM (Flow Rate)

Automation Grade
Manual

Frequency
50 Hz

Model No
FFA-01

Voltage
230 V

Accuracy
1% for flow and pressure measurements

Equipment Materials
Stainless Steel and Borosilicate Glass

Type
Laboratory Apparatus

Usage
For determining friction factor in pipes and flow channels

Display Type
Analog (Manometer Readings)

Dimension (L*W*H)
1200 x 450 x 1100 mm

Weight
Approx. 2530 kg

Manometer Fluid
Water or Mercury (user-selectable)

Drain System
Provision for complete water drainage

Reservoir Capacity
~30 Liters

Installation Type
Table-top model

Color
Blue/White powder-coating

Number of Pipe Sections
3 (with different diameters)

Pipe Material
PVC or SS (as per order)

Flow Measurement
Volumetric using stopwatch and measuring tank

Safety Features
Overflow system for reservoir

About FRICTION FACTOR APPARATUS

Discover the FRICTION FACTOR APPARATUS-your preeminent choice for reliable laboratory analysis. With limited stock, this cost-effective equipment offers uncommon versatility through 3 detachable PVC or SS pipe sections, each with flawless craftsmanship. A 30L reservoir, precise manometers using water or mercury, and 1% accuracy make every purchase wise for discerning users. Designed for tabletop installation with safety features like overflow and drain systems, it's ideal for flow rates between 1-5 LPM. Perfect for educational and research labs, available for immediate order from India's leading exporter and manufacturer.

Precision Tools for Fluid Dynamics Research

The FRICTION FACTOR APPARATUS is specifically designed for detailed determination of friction factors in pipes and flow channels. Its manual, analog display provides reliable, hands-on data collection, making it indispensable in laboratories focused on civil, mechanical, or chemical engineering. The apparatus supports teaching and experimental research, enabling students and professionals to study the impact of pipe diameter and flow conditions on frictional losses. Advantageously, it offers repeatable, accurate results while fostering practical learning experiences.

Consistent Supply and Trusted Quality Assurance

Our company guarantees a robust supply ability for the FRICTION FACTOR APPARATUS, typically supporting quick shipment of goods throughout India and international destinations. Flexible payment terms facilitate seamless transactions, while competitive list prices ensure value for institutional buyers. Each unit is rigorously tested and certified for compliance with laboratory standards. Every apparatus is carefully packaged and shipped, minimizing transit risks and ensuring your goods arrive intact and ready for immediate installation.

FAQ's of FRICTION FACTOR APPARATUS:

Q: How do I measure the friction factor using this apparatus?

A: You measure the friction factor by allowing water to flow through the selected pipe section, recording the pressure drop from the manometer, and calculating frictional losses using volumetric flow data. The flow rate and pressure reading enable you to compute the friction factor for different pipe diameters.

Q: What materials are available for the pipe sections, and can I choose them?

A: The apparatus offers pipe sections in both PVC and stainless steel (SS), according to your specific order requirements. This allows flexibility based on laboratory preferences and experiment types.

Q: When is the FRICTION FACTOR APPARATUS shipped after purchase?

A: After confirming your purchase and payment, shipment is typically arranged promptly. Delivery times may vary based on stock availability and destination, but most orders are shipped within a standard processing window.

Q: Where should this apparatus be installed in a laboratory?

A: This is a table-top model designed to fit comfortably on standard laboratory benches. Ensure it is placed on a stable, level surface near access to power and drainage facilities.

Q: What is the process for draining and maintaining the water in the reservoir?

A: The apparatus features a dedicated drain system for complete water removal from the reservoir and pipes. Regular draining and cleaning after each session are recommended to maintain measurement accuracy and prolong equipment life.

Q: How does choosing between water and mercury as manometer fluid benefit the experiment?

A: Selecting water or mercury as the manometer fluid allows for a wider measurement range and adapts the apparatus to various experimental needs. Water is safer and easier to handle, while mercury provides higher sensitivity in measuring small pressure differences.

Tell us about your requirement