Rotameter .

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Rotameter . Specification

Accuracy
100 %

Feature
Highly Efficient

Weight
5 Kilograms (kg)

Dimension (L*W*H)
820x200x150 Millimeter (mm)

Type
Training equipment

Usage
Laboratory

About Rotameter .

ROTAMETER

The rotameter is installed in the water circuit of the trainer. The rotameter float is housed in a glass conical tube which opens out in the direction of flow. The flow resistance of the float causes it to be subjected to an upward force. This force counteracts the downward gravitational force of the float. The float moves vertically until equilibrium is established between the two forces. The flow rate is read from the scale by way of the resultant position of the float.

Learning Objectives / Experiments

Familiarisation with the principle of operation
Flow measurement
Plotting a pressure loss curve
Cmparison with other flow meters

Specification:

Rotameter as accessory for flow meter trainer
Glass conical tube through which flow passes
Flow rate readable on scale via position of float
Connections to facilitate pressure loss measurement with the flow meter trainer
Operation with water
Vertical installation
All connections rated for flow meter trainer

Technical Data:

Flow rate: 200...2500L/h
Measuring range: 0...100%
Pipe connections: DN 32

Dimensions and Weight:

LxWxH: 820x200x150mm
Weight: approx. 5kg

Exceptional Efficiency and Reliable Performance

Engineered for laboratory settings, the Rotameter demonstrates outstanding efficiency and unparalleled accuracy. Its design guarantees precise readings, making it suitable for demanding training environments. The devices robust build ensures reliable operation and prolonged durability, making it a wise investment for educational institutions and laboratory setups.

Ideal for Professional Training and Education

Purposefully created as training equipment, the Rotameter fits seamlessly into laboratory courses, technical workshops, and scientific demonstrations. Its 100% accuracy allows instructors and trainees to conduct experiments and study flow dynamics with confidence, providing a hands-on, practical learning experience.

FAQs of Rotameter .:

Q: How does the Rotameter enhance laboratory training efficiency?

A: The Rotameter delivers quick and precise flow measurements, streamlining experiments and demonstrations. Its reliable accuracy helps instructors illustrate fluid dynamics principles effectively, ultimately saving time and improving the quality of practical training.

Q: What are the primary benefits of using this Rotameter for laboratory applications?

A: This Rotameter is engineered for 100% measurement accuracy, which boosts the credibility of experimental results. Its durable structure and manageable weight make it easy to handle and move within the laboratory, ensuring consistent performance over extended usage.

Q: When is the Rotameter most frequently utilized in academic settings?

A: The device is commonly used during laboratory courses, technical training modules, and research projects that involve the measurement of fluid or gas flow. Its versatility makes it suitable for both routine practice sessions and specialized scientific studies.

Q: Where is this Rotameter manufactured and supplied?

A: The Rotameter is manufactured, exported, and supplied by reputable companies based in India. These suppliers are recognized for maintaining high-quality standards and meeting the needs of educational and industrial laboratories worldwide.

Q: What is the process for setting up and using the Rotameter in a laboratory?

A: Setting up the Rotameter involves positioning it securely on a laboratory bench, connecting it to the appropriate fluid or gas source, and calibrating it as required. Usage entails monitoring the flow rate readings on its scale, which reflect highly accurate measurements.

Q: What makes the Rotameter suitable as training equipment?

A: Its precision, ease of use, and robust construction make it a dependable tool for teaching flow measurement. Students can safely and accurately learn about fluid dynamics, gaining invaluable practical skills for future scientific or engineering endeavors.

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