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Multi Tube Manometer

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Multi Tube Manometer Specification

Equipment Type
Multi Tube Manometer

Material
Acrylic, Transparent Plastic Body

Processing Type
Precision Machined

Condition
New

Technology
Inclined & Vertical Tube Liquid Column

Dimension (L*W*H)
Approximately 650 x 450 x 120 mm

Power Mode
Manual (No Power Required)

Pressure Output
Up to 250 mmWC or As Required

Application
Fluid Pressure Measurement, Laboratory Use

Coating Type
Non-Coated, Polished Surface

Accessories
Wall Mounting Brackets, Connecting Tubes, Calibration Scale

Scale Graduation
1 mm Least Count

Color
Transparent with Marked Graduation

Liquid Media
Water, Mercury, or Special Fluids

Display Type
Direct Reading Graduated Scale

Connection Type
Nipple Type for Hose Connection

Number of Tubes
8 or Custom Options

Measurement Accuracy
1% of Full Scale

Mounting Type
Wall or Stand Mounted

Working Speed
Immediate Visual Response

Operating Temperature Range
0 to 50C

About Multi Tube Manometer

Overview

The Multi-Tube Manometer is a versatile pressure measurement accessory designed for use with experimental fluid mechanics systems (e.g., AF10 base modules). It enables simultaneous visualization of multiple pressure points, making it ideal for laboratory teaching and research applications.

Key Features

Simultaneous measurement of multiple pressure tapings (up to 12 points)
Uses water as a safe working fluid with optional non-toxic dye for enhanced visibility
Adjustable reservoir for easy zero (datum) level setting
Inclinable tubes for increased sensitivity in low-pressure measurements
Clearly marked angle scale for precise inclination adjustment
Adjustable leveling feet for accurate setup

Technical Specifications (Typical)

Parameter	Specification
Number of Tubes	Up to 12
Working Fluid	Water (with optional dye)
Inclination Range	0 to 80
Angle Scale	Marked in 5 and 10 increments
Sensitivity Adjustment	Via tube inclination
Leveling System	Adjustable feet
Reservoir	Adjustable height for datum control
Mounting	Bench-top / module-mounted

Functional Highlights

Multi-point pressure visualization for comparative analysis
Enhanced sensitivity by tube inclination for small the pressure differences
User-friendly calibration through adjustable datum level
Clear visual readings using dyed fluid columns

Applications

Fluid mechanics laboratory experiments
Pressure distribution studies in ducts and channels
Wind tunnel and flow measurement experiments
Educational demonstrations of hydrostatic principles

Optional Accessories

Colored non-toxic dye
Mounting brackets for integration with experimental modules
Extended scale versions for higher resolution measurements

Precision Fluid Pressure Measurement

Engineered with eight individual tubes and the option for customization, this Multi Tube Manometer delivers reliable and immediate pressure readings for demanding laboratory applications. Its transparent acrylic body and polished finish make it both durable and easy to read.

Effortless and Versatile Operation

Designed for convenience, the manometer operates without electricity or batteries, relying on liquid column technology. Its nipple-type connections and included accessories simplify setup and ensure compatibility with various laboratory configurations.

Accurate and Customizable Readings

Scale graduations of 1 mm least count and a measurement accuracy of 1% full scale enable precise monitoring of pressure differences. Users can select from multiple liquids to best suit their experimental needs, and mounting options allow seamless integration into existing workspaces.

FAQ's of Multi Tube Manometer:

Q: How does the Multi Tube Manometer provide an immediate visual response?

A: The Multi Tube Manometer uses a direct reading graduated scale and transparent acrylic tubes, allowing users to observe changes in fluid level instantly as pressures vary. This enables immediate assessment of pressure fluctuations without electronic delay.

Q: What types of fluids can be used with this manometer?

A: This instrument can operate with water, mercury, or special fluids, providing flexibility for different testing requirements. The choice of fluid depends on desired sensitivity and the nature of the experiment.

Q: When should I choose wall mounting over stand mounting?

A: Wall mounting is ideal for permanent, space-saving installations, offering stability for regular use. Stand mounting, on the other hand, allows for portability and repositioning as needed for various experiments or laboratory layouts.

Q: Where can this manometer be used effectively?

A: It is suitable for laboratory environments, educational institutions, and industrial settings requiring fluid pressure measurements. Its manual, power-free operation makes it practical for locations where electricity is limited or unavailable.

Q: What is the process for connecting the manometer to a pressure source?

A: The manometer uses a nipple-type hose connection. Simply attach the connecting tube from your pressure source to the nipple fitting on the manometer to establish a secure and leak-free connection.

Q: How does the manometer ensure measurement accuracy?

A: Each unit is precision machined with a clear graduated scale and manufactured to maintain a measurement accuracy of 1% of the full scale, ensuring dependable and repeatable readings over its temperature operating range of 0C to 50C.

Q: What are the key benefits of using the Multi Tube Manometer?

A: Benefits include immediate response, high measurement accuracy, customizable setup, manual operation (no need for power), clear visibility due to the transparent acrylic body, and suitability for a wide range of fluid media and pressure applications.

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