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Three-Dimensional Traverse Device

Name: Three-Dimensional Traverse Device
Brand: MECHMATICS ENGINEERING PVT. LTD.
Price: 500000.0 INR
Availability: InStock

Price 500000.0 INR/ Piece

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MOQ : 1 Piece

Three-Dimensional Traverse Device Specification

Equipment Type
3D Traverse Device

Material
Steel, Aluminum (Frame and moving parts)

Processing Type
Automatic Traversing

Condition
New

Technology
Servo motor driven, Microprocessor controlled

Dimension (L*W*H)
Approx. 350 mm x 120 mm x 180 mm

Power Mode
Electric

Voltage
220V AC, 50Hz

Power Consumption
Approx. 150-300 W

Application
Precision yarn winding, textile machinery, laboratory and R&D uses

Coating Type
Powder-Coated or Nickel Plated Surface

Accessories
User manual, Couplings, Mounting & Fitting kit

Noise Level
<60 dB

Traverse Stroke
Up to 300 mm

Motor Type
Brushless servo or stepper motor

Control interface
Digital Touch Controller

Repeatability
+/- 0.02 mm

Load Capacity
Max 15 kg

Mounting
Clamp/Floor mounted

Ambient Operating Temperature
10C to 40C

Drive System
Precision Ballscrew or Belt Driven

Safety Features
Overload protection, Emergency stop button

About Three-Dimensional Traverse Device

Overview

The Three-Dimensional Traverse Device is a precision positioning system designed to move and set sensors or test objects to any desired position in X, Y, and Z directions. It is ideal for use in fluid dynamics experiments, enabling accurate spatial measurements and controlled positioning.

The system allows remote operation and can automatically move to pre-set positions. The displacement is displayed digitally for precise monitoring and control.

Key Features

High-precision positioning in three axes (X, Y, Z)
Remote-controlled operation with programmable positioning
Digital display of displacement
Suitable for mounting various sensors (e.g., flow meters, tension gauges)
Stable and reliable motion system for research applications

Standard Configuration

Main Mechanical Unit (Observation rail mounting type) 1 set
Control & Display Unit (PC-based operation and monitoring) 1 set

Specifications

Movement Directions:

Longitudinal (Forward/Backward)
Lateral (Left/Right)
Vertical (Up/Down)

Travel Range:

Longitudinal: 5000 mm
Lateral: 2000 mm
Vertical: 1000 mm

Drive System: AC Motor
Position Detection: Rotary Encoder
Power Supply: AC 100V 10V, 50/60 Hz

Applications

Flow measurement experiments
Hydrodynamic and fluid mechanics research
Sensor positioning in towing tanks
Laboratory automation and testing
Academic and industrial R&D

Advanced Control for Enhanced Precision

Equipped with a digital touch controller, the device provides seamless and user-friendly management of three-dimensional movements. Operators can fine-tune positioning and program specific motion patterns for repetitive tasks, ensuring accuracy with each cycle while minimizing setup times.

Robust and Versatile Mounting Options

The device can be easily installed using either clamp or floor mounting, adapting to a diverse range of operational environments. Its sturdy build, combined with a maximum load capacity of 15 kg, ensures reliable performance whether integrated into production lines or used for independent research tasks.

FAQ's of Three-Dimensional Traverse Device:

Q: How does the digital touch controller enhance the usage of the Three-Dimensional Traverse Device?

A: The digital touch controller offers an intuitive interface for setting movement parameters, programming motion patterns, and monitoring system status. This streamlined control simplifies operation, reduces setup times, and improves repeatability for various applications.

Q: What safety features are integrated into this traverse device?

A: The device includes overload protection and an emergency stop button. These features guard against mechanical stress and enable immediate halting of movement, ensuring both user and equipment safety during operation.

Q: When is it recommended to use the clamp mounting versus floor mounting?

A: Clamp mounting is ideal for temporary setups or applications where flexibility and quick relocation are needed, while floor mounting offers greater stability for permanent installations or when handling heavier loads.

Q: Where can this traverse device be effectively utilized?

A: Thanks to its ambient operating temperature range of 10C to 40C and low noise output (<60 dB), the device can be used in various environments such as precision manufacturing facilities, electronics assembly lines, and research laboratories.

Q: What is the process for maintaining the precision drive system?

A: Routine maintenance involves periodic inspection of the ballscrew or belt-driven system for lubrication and wear. Keeping components clean and well-maintained ensures long-term repeatability and smooth operation.

Q: What benefits does the brushless servo or stepper motor provide in this device?

A: Brushless servo or stepper motors offer higher reliability, reduced maintenance needs, and precise control of movement, contributing to the device's accuracy, responsiveness, and operational lifespan.

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