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Pressure Wing

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Pressure Wing Specification

Equipment Type
Pressure Wing

Material
High grade Stainless Steel

Processing Type
Casting, Forging

Condition
New

Technology
Precision Forged Pressure Wing

Dimension (L*W*H)
340 x 170 x 60 mm

Power Mode
Manual Operation

Voltage
N/A (Manual)

Power Consumption
N/A (Manual)

Pressure Output
8-32 bar (max)

Application
Industrial Pressure Systems, Metal Processing

Coating Type
Anti-corrosive Coating

Accessories
Mounting Clamp, Locking Pin

Mounting Type
Bolt-on Flange

Weight
3.8 kg

Temperature Range
-20C to +120C

Color
Metallic Silver

Surface Finish
Polished

Manufacturing Standard
ISO 9001:2015

Usage
Designed for high-pressure, critical environment applications

About Pressure Wing

Overview

A precision airfoil-based pressure measurement model designed for studying pressure distribution and aerodynamic characteristics across a wing section. Based on the Clark Y-14 airfoil, the model enables detailed analysis of lift generation, pressure coefficients, and flow behavior in wind tunnel testing.

Key Features

18 Flush-Mounted Pressure Taps for detailed surface pressure mapping
Clark Y-14 airfoil profile for realistic aerodynamic performance
Full Span Configuration: Covers test section height
Adjustable Angle: Mounted on yaw table for angle-of-attack variation
Complete Tubing Included for easy integration

Technical Datasheet (Typical)

Geometry

Airfoil Type: Clark Y-14
Span: 305 mm (12 in)
Chord: 89 mm (3.5 in)
Orientation: Vertical mounting

Instrumentation

Pressure Taps: 18 (flush-mounted along airfoil surface)
Tap Distribution: Upper and lower surfaces
Connectivity: Tubing provided for manometer or pressure system

Mounting & Adjustment

Mounting: Vertical, full-span installation
Angular Control: Yaw table adjustable

Performance

Application Range: Subsonic wind tunnel testing
Use Case: Pressure coefficient distribution and lift analysis
Compatibility: Multi-tube manometers or digital pressure systems

Optional Features

Multi-tube manometer integration
Alternative air foil profiles
Additional pressure taps or custom layouts
Handcrafted custom models and probes

Applications

Air foil pressure distribution studies
Lift and aerodynamic coefficient analysis
Flow separation and stall investigation
Educational and research wind tunnel experiments

Customization

Available with custom air foil shapes, sizes, and instrumentation layouts to meet specific research or teaching requirements.

Premium Durability and Reliability

Manufactured from high-grade stainless steel, the Pressure Wing offers exceptional resistance to corrosion and mechanical wear. Its anti-corrosive coating and polished finish ensure a long service life in harsh industrial settings, reducing maintenance needs and replacement costs.

Engineered for Critical Applications

Designed for use in high-pressure and demanding environments, this Pressure Wing features a precision-forged build adhering to ISO 9001:2015 standards. It is ideal for industrial pressure systems and metal processing, providing consistent performance within a wide operational temperature and pressure range.

Simple Installation and Operation

The bolt-on flange mounting system simplifies installation, supported by included accessories such as a mounting clamp and locking pin. Manual operation eliminates dependence on power, enhancing operational flexibility in diverse industrial setups.

FAQ's of Pressure Wing:

Q: How is the Pressure Wing installed in industrial systems?

A: The Pressure Wing is designed for bolt-on flange mounting, allowing for secure attachment to industrial pressure systems. Installation is streamlined with included mounting clamps and locking pins for additional stability.

Q: What environments and applications is the Pressure Wing suitable for?

A: This product is ideal for high-pressure, critical environments, including industrial pressure systems and metal processing facilities, thanks to its robust construction and temperature tolerance ranging from -20C to +120C.

Q: When should I consider using a manually operated pressure wing?

A: A manually operated Pressure Wing is preferable in situations where electrical power may not be readily available or where manual control is essential for safety and precision in high-pressure applications.

Q: Where does the Pressure Wing meet quality and safety standards?

A: The Pressure Wing conforms to ISO 9001:2015 standards, ensuring reliable manufacturing quality, safety, and performance in industrial applications worldwide.

Q: What is the process used in manufacturing this Pressure Wing?

A: This component is produced through advanced casting and forging techniques, ensuring precise dimensions and superior mechanical strength for high-pressure environments.

Q: How does the anti-corrosive coating benefit the Pressure Wing?

A: The anti-corrosive coating protects the stainless steel structure from harsh environmental factors, significantly extending its operational life and maintaining efficiency in metal processing or high-moisture environments.

Q: What are the benefits of manual operation and no power consumption with this product?

A: Manual operation eliminates the need for electrical power, reducing operational costs and increasing reliability, especially in remote or challenging industrial settings where power access may be inconsistent.

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