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Traverse System

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Traverse System Specification

Equipment Type
Traverse Winder

Material
Mild Steel

Processing Type
Mechanical

Condition
New

Technology
Automatic Traverse System

Dimension (L*W*H)
Customizable

Power Mode
Electric

Voltage
220-440 V

Power Consumption
2-5 kW

Pressure Output
Adjustable

Application
Industrial Winding and Unwinding Processes

Coating Type
Powder Coated

Accessories
Traverse Unit, Control Panel

Display Type
Digital

Input Frequency
50/60 Hz

Control System
PLC Controlled

Protection
Overload and Short Circuit Protection

Noise Level
Low

Mounting Type
Floor Mounted

Drive Type
Servo Motor

Automation Grade
Automatic

Traverse Stroke Length
Adjustable (up to 500 mm)

Working Speed
Up to 1000 m/min

About Traverse System

Overview

A precision traverse system for subsonic wind tunnels, designed to accurately position pressure probes for detailed wake analysis and flow field mapping. The system combines motorized cross-flow movement with manual streamwise adjustment, ensuring flexibility and ease of use.

Key Features

Accurate Flow Mapping: Ideal for wake and velocity profile studies
Stepper Motor Driven (Y/Z Axes): High resolution, repeatable positioning
Manual X-Axis Adjustment: Discrete streamwise positioning
Low-Backlash Design: Smooth, precise motion
Advanced Sealing System: Maintains flow integrity

Technical Datasheet (Typical)

Axes of Motion:

Y / Z: Motorized (stepper-driven)
X: Manual (slot-based positioning)

Position Accuracy: Application-specific (customer-defined)
Sweep Area: Customized to test section size
Repeatability: High precision with minimal backlash

Design & Construction

Actuation: Dual precision linear rails
Drive System: High-quality stepper motors
Probe Mount: Compatible with pressure probes and sensors

Installation

Mounting: Test section ceiling
Requirement: Slotted ceiling modification
Slot Management:

Acrylic plugs for unused slots
Spring-loaded sealing plate for active slot

Performance

Application: Subsonic wind tunnel testing
Use Case: Wake surveys, velocity profiling, flow diagnostics
Flow Integrity: Preserved via sealed traverse interface

Optional Features

Data Acquisition & Control (DAC) system
Custom probes and models
Extended travel or automation options

Customization

Each system is tailored to the specific wind tunnel geometry and measurement requirements, ensuring seamless integration and optimal performance.

Precision and Performance

This Traverse System offers superior precision in winding and unwinding with servo motor-driven automation, keeping operations swift and reliable. The adjustable traverse stroke accommodates up to 500 mm, making the equipment suitable for a range of material sizes and applications. Its rapid working speed of up to 1000 m/min maximizes productivity while maintaining quality.

Flexible Control and Safety Features

Equipped with a user-friendly digital interface and PLC control, operators benefit from straightforward adjustments and monitoring. The system incorporates advanced safety features, including overload and short-circuit protection, to ensure safe and continuous operation in industrial environments.

Built for Industrial Demands

Manufactured from powder-coated mild steel, the sturdy floor-mounted Traverse System withstands the rigors of industrial use. Its power-efficient design (2-5 kW) integrates seamlessly into facilities running on a 220-440 V supply, offering both energy efficiency and easy maintenance.

FAQ's of Traverse System:

Q: How does the PLC-controlled system enhance the working efficiency of the Traverse System?

A: The PLC-controlled system allows operators to set precise parameters and automate the winding or unwinding process, ensuring repeatable quality, minimal human error, and efficient workflow even at high speeds, up to 1000 m/min.

Q: What types of industrial applications can the Traverse System be used for?

A: This system is ideally suited for industrial winding and unwinding where speed, accuracy, and robustness are necessary. Typical applications include textile processing, paper conversion, plastic film handling, and cable winding.

Q: When is it advisable to adjust the traverse stroke length, and how is it done?

A: Adjusting the traverse stroke length (up to 500 mm) is beneficial when accommodating materials of different widths or optimizing winding patterns. This adjustment is easily managed through the digital control interface for quick adaptation during setup or production changes.

Q: Where can the Traverse System be installed within a production facility?

A: The unit features a floor-mounted design and customizable dimensions, enabling installation anywhere with a solid floor, sufficient space for operations, and access to the required power supply (220-440 V).

Q: What is the process for starting and operating the Traverse System?

A: To operate the system, operators power on the machine, configure the desired parameters via the digital display, and initiate the automatic cycle using the PLC controls. The servo motor then drives the winding/unwinding with the preset traverse pattern.

Q: How does the system ensure safety and protect against electrical faults?

A: Overload and short-circuit protection mechanisms are built into the system, safeguarding the control panel and drive unit, while also helping prevent unexpected equipment shutdowns or damage during high-load industrial processes.

Q: What are the primary benefits of using this automatic traverse winder?

A: Key advantages include faster setup times, improved winding accuracy, lower operational noise, reliable safety features, and high adaptability for diverse material types, enhancing both productivity and user confidence in rigorous industrial settings.

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