1. Overview

2. Key Specifications

3. Product Features

• Graphical Operation: Equipped with an intuitive graphical touch screen, it features simple operation, allowing on-site personnel to quickly get started and perform daily maintenance easily.
• High-Precision Control: Adopting advanced control algorithms, it can complete high-precision torque and angle setting in an extremely short time, ensuring stable and reliable assembly quality.
• Flexible Communication Capability: Supporting multiple industrial communication protocols, it can be easily integrated into existing industrial networks, improving the efficiency of automated production lines.
• Modular Maintenance: Designed with a pluggable module structure, it facilitates quick on-site replacement of components or function upgrades, reducing maintenance downtime.

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4. Structure & Composition

• Control Unit: Built-in high-performance DSP processor and analog/digital signal processing module, providing strong computing power for precise control.
• Display Unit: Usually a 7-inch or 10.1-inch touch screen, displaying real-time process parameters and equipment status information clearly and intuitively.
• Input/Output Interfaces: Provides rich I/O interfaces for connecting sensors, actuators, and upper computer systems, realizing seamless data transmission and control linkage.
• Communication Module: Built-in Ethernet interface, and supports expanding other communication protocols through card insertion, meeting diverse industrial communication needs.

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5. Application Fields

• Automotive Manufacturing: Used in key torque control processes such as engine assembly and chassis assembly, ensuring the safety and stability of auto parts.
• Aerospace: Applied to high-precision aircraft engine assembly and maintenance, meeting the strict quality requirements of the aerospace industry.
• Energy Equipment: Suitable for the assembly of wind power towers, generator sets and other energy equipment, ensuring the reliability of key connections.
• Rail Transit: Used for the assembly of key components of high-speed rail and subway trains, guaranteeing the safety of rail transit operation.
• General Industry: Applicable to the assembly of large machine tools, die-casting machines, injection molding machines and other equipment, improving assembly efficiency and quality.

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6. Installation & Maintenance

Installation

• Power Connection: Ensure the wiring complies with the AC 90–240V power supply specification to avoid equipment damage caused by voltage mismatch.
• Interface Wiring: Connect the tool driver (such as electric bolt gun) and upper computer system according to process requirements to ensure smooth signal transmission.
• Mechanical Installation: Fix it on the workstation or assembly line, ensuring that the protection level meets the on-site environment (such as IP54 protection level) to prevent dust and water damage.

Maintenance

• Regular Calibration: Regularly calibrate the torque and angle sensors according to the frequency of use to ensure the control precision of the equipment.
• Cleaning & Maintenance: Keep the touch screen clean, and avoid oil stains or dust affecting operation and display effect.
• Firmware Upgrade: Regularly check and upgrade the driver firmware through Atlas Copco’s official software to obtain new functions and optimize equipment performance.
• Fault Diagnosis: Use the self-inspection function built into the graphical interface or Atlas Copco’s diagnostic software for fault troubleshooting, reducing maintenance time.

 

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