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Cavitation Tunnel

Name: Cavitation Tunnel
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Cavitation Tunnel Specification

Material
Stainless Steel

Processing Type
Automatic

Condition
New

Technology
Cavitating Flow Simulation

Dimension (L*W*H)
4200 x 1000 x 1200 mm

Power Mode
Electric

Voltage
220V/380V

Power Consumption
Approx. 5 kW

Pressure Output
Up to 2 Bar

Application
Hydrodynamic Research, Flow Analysis

Coating Type
Anti-Corrosion Coated

Accessories
Observation Windows, Control Panel

Noise Level
<60 dB

Controller Type
Digital Control System

Test Section Size
300 mm x 300 mm

Equipment Type
Hydrodynamic Testing Equipment

Max Flow Rate
150 L/s

Observation Feature
High-Visibility Windows

Flow Medium
Water

About Cavitation Tunnel

Specifications

Flow System
Vertical Circulating Type

Dimensions

Main Unit

Length: approx. 3500 mm
Width: approx. 1000 mm
Height: approx. 2000 mm

Observation Sections

Atmospheric Open-Type Observation Section

Length (internal): 1000 mm
Width (internal): 300 mm
Height (internal): 300 mm

Cavitation Observation Section

Length (internal): 600 mm
Width (internal): 150 mm
Height (internal): 150 mm

Capacity & Weight

Water Volume: approx. 0.7 m (with atmospheric open observation section)
Total Weight: approx. 3.0 tons

Performance

Atmospheric Open Observation Section

Flow Velocity: 0.2 m/s to 2.0 m/s

Cavitation Observation Section

Flow Velocity: approx. 1.0 m/s to 6.0 m/s
Observation Section Pressure: 0.5 atm

Materials

Main Body: Stainless Steel (SUS304), uncoated (inside and outside)
Frame/Base: Structural Steel (SS400) with coating
Observation Sections: Acrylic Resin

Length: 1000 mm (open type)
Length: 600 mm (cavitation observation)

Drive System

Impeller: Single impeller type
Motor: Submersible motor*
Control: Inverter control
Power Supply: AC 200V, 3-phase, 7.5 kW (30A)
Operation: Frequency control (Hz display)

* Depending on installation environment and operating conditions, the submersible motor may be replaced with an external motor type.

Precision-Engineered Test Section

The 300 mm x 300 mm test section of the Cavitation Tunnel offers ample space for accurate hydrodynamic evaluations. Its design caters to both academic research and industrial testing, supporting the study of fluid behaviors and cavitation dynamics under controlled conditions.

Advanced Observation and Control

High-visibility windows facilitate clear real-time observation during testing. Coupled with a digital control system, users can seamlessly adjust parameters to achieve desired flow rates up to 150 L/s, ensuring repeatability and precision in every experiment.

Quiet and Safe Operation

Operating at less than 60 dB, this equipment maintains a quiet environment-ideal for sensitive laboratory settings. Safety is prioritized through robust construction and intuitive controls, enabling safe usage for both novice and experienced operators.

FAQ's of Cavitation Tunnel:

Q: How does the digital control system enhance the operation of the Cavitation Tunnel?

A: The digital control system allows precise adjustment and monitoring of flow parameters. Users can effortlessly set flow rates, observe system performance, and ensure consistency in testing conditions, ultimately improving experiment reliability.

Q: What are the benefits of high-visibility windows in this hydrodynamic testing equipment?

A: High-visibility windows enable users to directly observe flow patterns, cavitation phenomena, and test specimen behavior in real-time. This feature supports thorough analysis and fosters a deeper understanding of hydrodynamic processes.

Q: When should I use the Cavitation Tunnel for my research or industrial testing?

A: The Cavitation Tunnel is suitable whenever detailed fluid dynamics or cavitation studies are required. It is widely used in academia for research, by manufacturers for product development, and in industrial settings for quality assurance and prototype testing.

Q: Where can this Cavitation Tunnel be installed and used effectively?

A: Thanks to its compact yet robust design, the Cavitation Tunnel can be utilized in university research labs, industrial test centers, and R&D facilities. Its low noise output also makes it suitable for environments where quiet operation is essential.

Q: What is the typical process for conducting a hydrodynamic test with this tunnel?

A: First, set up your test specimen in the 300 mm x 300 mm section, select desired flow parameters using the digital controls, and initiate water flow. You can monitor results via the observation windows, making adjustments as needed during the experiment.

Q: How does the low noise level benefit users during operation?

A: Operating below 60 dB, the Cavitation Tunnel minimizes distractions and ensures a comfortable working atmosphere for researchers and technicians, particularly in environments where noise control is important.

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