1. Overview

2. Key Technical Parameters

• Communication Interface: EtherNet/IP (EIP) industrial bus (other protocols such as DeviceNet and PROFINET may also be supported, depending on configuration).
• Control Mode: Supports torque control, angle control, and combined control of both.
• Data Functions: Equipped with real-time data collection, traceability records, alarm logs, production statistics and other functions.
• Compatibility: Specifically designed for the Tensor series of intelligent electric torque tools.

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3. Product Features

• High-Precision Control: Fast response and high precision, suitable for assembly scenarios requiring strict torque control.
• Modular Design: Compact hardware structure, suitable for installation in control cabinets, supporting multi-station process control.
• Data Traceability: Built-in powerful data recording and traceability functions to meet the requirements of high-reliability industrial scenarios.
• High Scalability: Applicable to a variety of industrial tools and complex process scenarios, supporting multi-task operation.

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4. Structure and Composition

• Controller: PF-4002-C-EIP-HW itself, serving as the core computing unit.
• Drive: Used to drive electric tightening tools.
• Torque Sensor: Real-time measurement of torque values.
• Actuator: Executes the tightening action.
• Software Platform: Used for programming, monitoring and data analysis.

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5. Typical Application Fields

• Automotive Manufacturing: Key tightening tasks such as chassis assembly and engine assembly.
• Aerospace: High-precision component assembly.
• Electronic Product Assembly: Miniaturized, high-density assembly requirements.
• Electrical Equipment Production: Industrial connection scenarios requiring high reliability.

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6. Installation and Maintenance

• Installation: Usually installed in standard industrial control cabinets and connected to field bus networks (such as EtherNet/IP).
• Maintenance: Supports remote configuration and programming, with a user-friendly graphical user interface (GUI) for on-site engineers to conduct debugging and troubleshooting.

 

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