About Rotameter Apparatus
Rotameter Apparatus
We are engaged in the manufacturing, exporting and trading of premium quality Rotameter Apparatus.Manufactured in accordance with the industry set parameters using best quality raw materials, this apparatus is used to determine the co-efficient of discharged through a venturimeter or orifice meter. Furthermore, the offered apparatus is also used to calibrate the rotameter.
Experiments:
- To determine the co-efficient of discharged through Venturimeter and orifice meter.
- To measure discharge through Venturimeter, Orificemeter and Rotameter.
- To calibrate the Rotameter.
Utilities Required:
- Water Supply & Drain
- Electricity 0.5 kW, 220V AC, Single Phase
Technical Specifications:
- Electric Supply: 230V 50Hz. With proper earthing.
- Exterior material: Stainless steel plate baked enamel.
- Temp. range: -70 to 150oC.
- Power: Electronic,AC 1 phase 220V; 3 phase 380V 60/50
Engineered for Accuracy and DurabilityFeaturing a borosilicate glass tube and stainless steel or PTFE float, this rotameter apparatus ensures chemical compatibility and precision. Its laser-marked graduations and robust construction maintain high accuracy, rated at 2% of full scale, allowing for dependable results in both water and air flow measurements. The corrosion-resistant materials used throughout guarantee durability in various laboratory conditions.
Versatile Applications for Education and ResearchIdeal for student demonstrations, flow rate experiments, and Reynolds number determination, the apparatus provides hands-on learning experiences. The comprehensive user and experiment manual offers clear guidance for conducting standard and advanced flow measurements, making it suitable for educational institutions, research labs, and training facilities.
Thoughtful Safety and Operational FeaturesDesigned with safety in mind, this apparatus includes features like overflow protection and a non-return valve. Easy-to-use needle or globe valves provide precise flow control, while the optional 0.5 HP centrifugal pump and frame-mounted design enhance convenience and operational flexibility in various laboratory setups.
FAQs of Rotameter Apparatus:
Q: How is the rotameter apparatus calibrated, and is certification provided?
A: Each apparatus is factory calibrated to ensure accurate measurements and comes with an individual calibration certificate, confirming it meets stringent quality standards.
Q: What types of fluids and operating conditions are compatible with this apparatus?
A: The system is designed for water (220 LPM) and air (0.22 m/h), with contact parts made of corrosion-resistant materials like borosilicate glass, stainless steel, PTFE, and PVC, allowing use with a broad range of non-aggressive chemicals at ambient to 60C and pressures up to 2 bar.
Q: When should the optional centrifugal pump be used?
A: The 0.5 HP centrifugal pump is recommended when a consistent and adjustable supply of fluid is required or when a direct water source is unavailable in laboratory settings.
Q: Where is this rotameter apparatus typically utilized?
A: This equipment is predominantly used in educational institutions, research laboratories, and training centers across India for teaching and experimental demonstrations related to fluid flow.
Q: What is the process for conducting a flow rate experiment with this device?
A: Users fill the 25-liter tank, regulate the flow using the precision valve, monitor the float position on the graduated glass tube, and record the flow rate directly from the transparent scale, following step-by-step instructions provided in the included manual.
Q: How does the apparatus ensure user safety during operation?
A: Safety features such as overflow protection, a non-return valve, and high-visibility markings help prevent backflow and overfilling, minimizing the risk of spills or equipment damage.
Q: What are the main benefits of using this rotameter apparatus in laboratory experiments?
A: Key advantages include precise and repeatable measurements, ease of use, robust build quality, reliable safety mechanisms, and comprehensive instructional support, enabling efficient and accurate fluid flow analysis.