HYDROSTATIC PRESSURE TILTING SUBMERGED QUADRANT

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HYDROSTATIC PRESSURE TILTING SUBMERGED QUADRANT

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HYDROSTATIC PRESSURE TILTING SUBMERGED QUADRANT Specification

Power Source
Manual, non-electric

Temperature Range
Ambient to 50C

Automation Grade
Manual

Feature
Enables direct observation and measurement of hydrostatic forces with variable angle adjustment

Measurement Range
Up to the full submersion of the quadrant body, depending on tank size

Capacity
Designed for laboratory measurements, typically supports up to 5 experiments simultaneously

Accuracy
Highly accurate, typically within 1% of measured force

Frequency
N/A (Non-electrical)

Voltage
Not required / Not applicable

Model No
HS-QT-2024

Core Components
Submerged quadrant body, tilting mechanism, graduated scale, counterweight, water tank

Equipment Materials
High-grade Perspex (Acrylic) and stainless steel fittings

Type
Tilting Submerged Quadrant

Usage
Physics and fluid mechanics laboratory experiments

Display Type
Direct scale reading

Dimension (L*W*H)
Approx. 450 mm x 300 mm x 400 mm

Weight
Approx. 3-5 kg

Experiment Capability
Compatible with standard undergraduate practical courses

Water Level Adjustment
Graduated indicators for accurate height measurement

Tilting Angle Range
0° to 60° adjustable

Maintenance
Corrosion resistant, easy to clean

Tank Material
Seamless transparent acrylic for clear visibility

Application
Demonstrates principles of hydrostatics and center of pressure

Calibration
Supplied pre-calibrated with instruction manual

Included Accessories
Complete set with quadrant, tank, weight, leveling screws, filling cup

Mounting
Bench-top design with anti-skid base

About HYDROSTATIC PRESSURE TILTING SUBMERGED QUADRANT

To measure moment caused by fluid thrust on wholly or partially submergedplane surface.

1. Technical Details

2. Lever arm withcounter balance and weight hanger with different weight

Educational software will be provided as an option

Installation and Training will be provided

The wholeset-up is well designed and arranged on a rigid structure painted withindustrial PU Paint.

Utilities Required

Water Supply - Initial fill.

Visualize Hydrostatic Principles Easily

The seamless transparent acrylic tank and direct scale readings provide exceptional clarity, allowing students and researchers to observe hydrostatic phenomena and center of pressure shifts dynamically. The anti-skid base ensures safe, stable operation during practical demonstrations.

Flexible Experimental Capability

Tailored for undergraduate courses, this tilting submerged quadrant enables multiple experiments simultaneously. Adjustable angles, precise water level control, and robust stainless steel fittings ensure durability and accuracy throughout repeated laboratory sessions.

Hassle-Free Operation and Maintenance

Supplied pre-calibrated with a clear instruction manual, it offers manual, non-electric operation. Its corrosion-resistant materials and simple structure streamline cleaning, keeping laboratory routines efficient and extending equipment lifespan.

FAQ's of HYDROSTATIC PRESSURE TILTING SUBMERGED QUADRANT:

Q: How does the Hydrostatic Pressure Tilting Submerged Quadrant demonstrate hydrostatic principles and center of pressure?

A: This device allows adjustments of the submerged quadrant's tilting angle (0-60) and water level using graduated indicators. As the quadrant's position and immersion change, users can directly read scale measurements to observe shifts in hydrostatic pressure distribution and the resulting center of pressure.

Q: What materials are used in the construction of the apparatus, and what benefits do they offer?

A: The tank is crafted from seamless, transparent acrylic (Perspex) for visibility, with stainless steel fittings for strength and corrosion resistance. These materials facilitate clear observations, maintain measurement accuracy, and simplify long-term maintenance.

Q: When should this equipment be used in laboratory settings?

A: The tilting submerged quadrant is used during undergraduate physics and fluid mechanics experiments related to hydrostatics and center of pressure analysis. It is ideal for practical sessions requiring hands-on demonstration and direct measurement.

Q: Where is the device typically mounted for experiments?

A: The apparatus features a bench-top design equipped with an anti-skid base, ensuring stability and convenience on laboratory workbenches. This setup minimizes movement and maximizes safety during use.

Q: What is the process for setting up and using the quadrant for measurements?

A: Begin by filling the tank with water and adjusting the quadrant's tilt angle using the graduated scale. Set the desired water level, add any required counterweights, and ensure the setup is level using the supplied leveling screws. Follow the instruction manual to carry out precise readings and experiment steps.

Q: How does this equipment benefit laboratory instruction and research?

A: It enables direct observation and measurement of hydrostatic forces with highly accurate, manual readings (within 1% error), enhancing learning and research outcomes. The ability to adjust variables and observe real-time changes strengthens students' understanding of fluid mechanics fundamentals.

Q: Is the device electrically powered and what are its calibration requirements?

A: The system operates manually and does not require electricity, making it suitable for any laboratory environment. It is supplied pre-calibrated and includes an instruction manual for ongoing routine calibration, ensuring consistently accurate results.

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