Pascal Apparatus

Pascal Apparatus

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Pascal Apparatus

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MOQ : 1 , , Unit

Pascal Apparatus Specification

Max Height
About 30 cm including stand

Display Type
Graduated Scale (Analog)

Port Size
Various, typically standard glass tubing

Humidity
Ambient

Gas Pressure
Ambient (uses water, not gas)

Accuracy
1 mm

Product Type
Pascal Apparatus

Automation Grade
Manual

Power Supply
Not Required (Manual Operation)

Features
Glass tubes, graduated scale, detachable parts, transparent water chamber

Usage
Fluid Machines Equipments

Equipment Type
Pascal Apparatus

Operating Voltage
NA (Manual)

Temperature
Room temperature

Mounting Type
Bench Top

Number of Specimens
1

Resolution
1 mm

Specimen Size
Diameter of tube: ~12 mm; Height: ~200 mm

Application
Fluid Machines Equipments

Response Time
Immediate/manual observation

Measuring Range
Height difference up to ~20 cm

Capacity
Water reservoir ~500 ml

Machine Weight
6-8 kg (approx.)

Control Mode
Manual

Demonstrates
Pascal's Law of Fluid Pressure

Suitable For
Physics and Engineering Educational Labs

Color
Transparent with colored markings

Standard
Conforms to educational laboratory standards

Safety Information
Handle glass parts with care

Packing Type
Carton Box with Thermocol Packing

Material
Borosilicate glass tubes, metal base, plastic stand

Reservoir Type
Plastic or glass water reservoir

Assembly Required
Yes, easy to assemble

Accessories Included
Filling funnel, instruction manual

Pascal Apparatus Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
100 Units Per Day

Delivery Time
1 Years

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 Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001 ,CE

About Pascal Apparatus

Pascal Apparatus

Specification of Pascal Apparatus:

Lever arm with sliding weight and spirit level measures force at the base of the vessel.
Three alternative glass vessels supplied: Parallel sided, Conical and Tapering.
Flexible diaphragm retained by ring for ease of replacement.
Height adjustable pointer allows all vessels to be filled to a common depth.

Technical Details:

Item	Value
Parallel vessel	26 mm inside diameter
Conical vessel	26 mm to 101 mm inside diameter at top
Tapered vessel	26 mm to 9 mm inside diameter at top
Diameter at diaphragm:	56 mm
Maximum depth of water	228 mm (to top of vessels)

Demonstrate Pascals Law with Precision

With its graduated scale and transparent glass tubes, the Pascal Apparatus visually shows the principle that pressure in a fluid is transmitted equally in all directions. This hands-on experiment offers immediate, clear results to students and educators in physics and fluid mechanics labs.

User-Friendly, Manual Operation

This apparatus does not require any electrical connection, relying on a simple manual process to fill the reservoir and observe fluid behavior. Setup is straightforward, with detachable parts for convenient assembly and cleaning. The included funnel and instructional guide make preparation effortless.

Built for Educational Applications

Meeting lab safety and educational standards, the Pascal Apparatus is suitable for structured experiments and active demonstrations. Its robust construction, precise markings, and secure packaging ensure reliable operation and durability for routine use in academic environments.

FAQs of Pascal Apparatus:

Q: How is the Pascal Apparatus assembled and prepared for use?

A: The apparatus is simple to assemble by attaching the glass tubes to the metal base and placing the water reservoir securely. Use the included funnel to fill the reservoir with water until it reaches the graduated scale, as outlined in the instruction manual. The device is ready for manual demonstration once full.

Q: What educational benefits does the Pascal Apparatus provide?

A: This apparatus clearly demonstrates Pascals Law by showing how fluid pressure is distributed in interconnected tubes. It enables students to observe and measure pressure changes firsthand, enhancing their understanding of fluid mechanics in a hands-on, visual manner.

Q: When should the Pascal Apparatus be used in a laboratory setting?

A: The apparatus is ideal for physics or engineering lab sessions focused on fluid pressure and principles of fluid mechanics. It is typically used during practical classes, demonstrations, or experiments that require visual proof of Pascals Law.

Q: Where can the Pascal Apparatus be effectively deployed?

A: It is best suited for educational laboratories in schools, colleges, and universities, as well as research settings where basic principles of fluid pressure are examined. Its benchtop mounting and manual operation make it convenient for classroom and laboratory use.

Q: What is the process for measuring fluid pressure using this equipment?

A: Fill the reservoir with water and observe the levels in each glass tube, referencing the graduated scale for precise readings. Any differences in tube height directly correlate with variations in pressure, which you can record with an accuracy of 1 mm and a resolution of 1 mm.

Q: How should users handle the apparatus for safe operation and longevity?

A: Users should handle all borosilicate glass components carefully to avoid breakage. Follow the assembly instructions, ensure the apparatus is stabilized on its metal base, and avoid overfilling the water reservoir. Clean and store the device in its protective carton box after each use.

Pascal Apparatus

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