Technical Specifications:

• Torque Range: 0.2 – 52 Nm
• Torque Accuracy: ±3% of reading
• Angle Accuracy: ±1°
• Angle Range: 0 – 999°
• Control Mode: Peak Torque + Angle (S) + EIP
• Power Supply: 24 V DC
• Communication: Ethernet/IP, PROFINET, PROFIBUS, DeviceNet, 8 digital I/O, RS-232, RS-485
• Operating Temperature: 0°C to +45°C
• Protection Rating: IP54 (controller), IP67 (EIP connector)

Functional Features:

• All TC52S functions (torque + angle, 3-step program)
• EIP adds: 8 digital inputs, 4 digital outputs, 2 analog outputs (0–10 V)
• Real-time data streaming to PLC/SCADA via Ethernet
• Remote parameter change via fieldbus
• Production counter with shift logging
• Multi-language display (English, German, French, Italian, Spanish, Chinese, Japanese, Korean)

Structural Characteristics:

• Main unit: PA66-GF30, 120 x 80 x 45 mm
• EIP module: Additional 60 x 40 x 25 mm box, DIN rail mount
• Combined display: 4-digit LED + EIP status LEDs (8 total)
• M12 8-pin (screwdriver) + M12 12-pin (EIP) connectors

Material Composition:

• Main housing: PA66-GF30
• EIP housing: Polycarbonate (PC), UV-stabilized
• Connectors: M12, IP67-rated, gold-plated
• PCB: FR-4, conformal coated, EIP module has additional EMC shielding

Working Principle:
Torque and angle are sampled identically to TC52S. The EIP module acts as a gateway — it reads all controller data and makes it available on the selected fieldbus protocol. The PLC can read live torque/angle values, send new setpoints, and log results to a central database.

Key Advantages:

• Full Industry 4.0 readiness — connects directly to factory automation networks
• 8 digital I/O eliminates need for external I/O modules
• Remote diagnostics reduce downtime
• Multi-step tightening with live data feedback to PLC

Applicable Industries:
Automotive OEM and Tier 1, Aerospace, Medical device (Class II/III), Semiconductor equipment assembly, Smart factory environments

Installation Requirements:

• DIN rail mount both main unit and EIP module (total width: ~200 mm)
• 24 V DC, minimum 3 A (EIP draws additional current)
• M12 8-pin to screwdriver (max. 3 m)
• M12 12-pin to EIP I/O breakout (max. 5 m)
• Ethernet cable (Cat5e or higher) to PLC/switch (max. 100 m)
• Shielded cable mandatory within 1 m of VFD or welder

Usage Precautions:

• Configure EIP communication parameters in Atlas Copco Connect software before connecting to PLC
• Assign unique node addresses on fieldbus to avoid conflicts
• Update EIP firmware separately from main controller firmware
• Ground EIP module chassis to panel PE