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High Speed Circulating water Channel

Name: High Speed Circulating water Channel
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Number

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MOQ : 1 Number

High Speed Circulating water Channel Specification

Equipment Type
High Speed Circulating Water Channel

Material
Stainless Steel

Processing Type
Precision Engineering

Condition
New

Technology
Advanced Flow Simulation Technology

Dimension (L*W*H)
10 m x 3 m x 2 m

Power Mode
Electric

Voltage
380 V

Power Consumption
12 kW

Pressure Output
Variable, user-defined

Application
Hydrodynamics Research, Naval Architecture Studies, Fluid Mechanics Experiments

Coating Type
Corrosion Resistant Coating

Accessories
Flow Control Devices, Test Models, Data Acquisition System

Testing Capability
Ship Models, Propellers, Submarine Structures

Noise Level
Below 70 dB at full speed

Safety Features
Emergency Stop, Overload Protection, Splash Guards

Flow Channel Section Shape
Rectangular

Installation Type
Floor Mounted

Drive System
Variable Speed Electric Drive

Control System
PLC-Based Automatic Controls

Water Filtration
Integrated Filtration and Temperature Regulation System

Main Feature
Uniform Flow Distribution with Low Turbulence Level

Observation Windows
Toughened Glass, Leak-Proof

About High Speed Circulating water Channel

Overview

A high-performance circulating water channel designed for high-speed flow conditions, suitable for advanced fluid dynamics research and experimental analysis. This system enables precise control of high-velocity flows for detailed observation and measurement.

Key Characteristics

High-Speed Flow Capability
Designed to generate and maintain stable, high-velocity water flow for demanding research applications
Flow Stability & Uniformity
Equipped with flow conditioning systems to ensure uniform and low-turbulence flow in the test section
Transparent Observation Section
High-clarity acrylic test section for flow visualization and optical measurements
Precision Control System
Inverter-based control enables accurate adjustment of flow velocity
Robust Construction
Built using corrosion-resistant materials for long-term durability and continuous operation

Applications

High-speed hydrodynamic research
Boundary layer and turbulence studies
Marine and offshore engineering experiments
Flow visualization (PIV, dye injection, etc.)
Performance testing of models and components

Typical System Configuration

Closed-loop circulating water channel
High-power drive system (motor + impeller)
Flow straighteners / conditioning section
Test (observation) section
Return flow channel

Optional Features

Temperature control system
Advanced instrumentation and data acquisition
Pressure and velocity measurement systems
Custom test section configurations

Uniform Flow for Accurate Testing

The water channel provides exceptionally uniform flow distribution with low turbulence levels, making it perfect for conducting highly accurate experiments on ship models, propellers, and submarine structures. Its design ensures that flow conditions closely replicate real-life scenarios, delivering dependable data for research and development.

Advanced Observation and Safety

Toughened glass observation windows offer unobstructed views without compromising safety, thanks to leak-proof construction. Safety is further elevated through features like emergency stop controls, overload protection, and splash guards, allowing operators to conduct tests with full confidence.

Seamless Operation and Control

The system integrates a PLC-based automatic control panel, streamlining speed adjustments and operational parameters. Its variable speed electric drive allows precise control over flow rates, while the low noise level ensures a comfortable working environment for technicians and researchers.

FAQ's of High Speed Circulating water Channel:

Q: How does the water channel maintain uniform flow distribution with low turbulence?

A: The channel utilizes a rectangular flow section and a variable speed electric drive system, specially designed for smooth, consistent water movement. Streamlining features minimize turbulence, ensuring the water flow is uniform throughout the test section, which is essential for accurate hydrodynamic analysis.

Q: What types of models can be tested in this circulating water channel?

A: This facility accommodates a variety of hydrodynamic models including ship models, propellers, and submarine structures. The spacious test chamber and clear observation windows support diverse testing scenarios and detailed visual inspections.

Q: When is it beneficial to use this high speed water channel for testing?

A: It is especially advantageous when precise analysis of fluid-structure interactions and performance of maritime components is required. The channel is ideal for research institutions, universities, and naval engineering labs conducting model-scale experiments.

Q: Where is this water channel typically installed?

A: Designed for floor mounting, the unit is commonly installed in specialized laboratory environments, hydrodynamics research centers, or testing facilities that demand robust safety and control features along with advanced flow management.

Q: What is the process for maintaining water quality during testing?

A: An integrated filtration and temperature regulation system continuously maintains clean and stable water conditions. This ensures accurate, repeatable test results by removing impurities and maintaining the desired temperature throughout experiments.

Q: How does the PLC-based control system enhance operation?

A: The PLC-based automatic control system allows precise adjustments of flow rate, operational settings, and monitoring. This user-friendly interface automates complex processes, improves reliability, and reduces human error during critical tests.

Q: What benefits do the observation windows provide during experiments?

A: The toughened glass, leak-proof observation windows enable clear, uninterrupted monitoring of experiments from outside the channel. This promotes safety, facilitates detailed visual analysis, and prevents exposure to test water or accidental splashes.

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