Current Controlled Smart Screwdriver ETD M ABL V2 0.02-2.5 Nm

Current Controlled Smart Screwdriver ETD M ABL V2 0.02-2.5 Nm

Current Controlled Smart Screwdriver ETD M ABL V2 delivers the perfect balance between smart technology and cost-efficiency for delicate assembly lines. Manufactured by Atlas Copco, this series utilizes advanced Current Control algorithms to calculate torque based on the motor’s power consumption. This solution provides superior process control compared to traditional mechanical clutch tools, ensuring higher quality and reliability.

Unlike basic tools, the ETD M ABL V2 connects seamlessly to the MTF6000 controller, allowing for precise parameter setup, including speed control, angle monitoring, and tightening status feedback (OK/NOK). The tool features an ergonomic, lightweight design that minimizes operator fatigue during long shifts. Furthermore, the entire series complies with strict ESD standards, safeguarding sensitive electronic components from electrostatic discharge damage.

Implementing this current-controlled screwdriver allows facilities to transition into Smart Manufacturing (Industry 4.0) with an attractive return on investment, maintaining high assembly quality and full data traceability. Check out our full range of MicroTorque Tools for more options.

Key Features of Current Controlled Screwdriver ETD M ABL V2

• Torque & Angle Monitoring: The tool monitors both torque and angle, detecting tightening anomalies (like cross-threading) that mechanical tools often miss.
• Cost-Effective Smart Solution: Current Control technology offers a smart, connected experience at a lower entry cost compared to transducerized tools, ideal for consistent parts.
• Wide Range: The series covers a torque spectrum from 0.02 Nm up to 2.5 Nm, with models available in both push-to-start and lever-start configurations.
• Smart Integration: Enables full connectivity to data collection systems (like ToolsNet) via the controller, facilitating trend analysis and continuous process improvement.
• ESD Certified: All models are certified for use in electrostatic sensitive environments, preventing costly component failures.

Frequently Asked Questions

Q: What is the difference between Current Controlled and Transducerized screwdrivers?
A: A Current Controlled tool calculates torque based on motor current and offers an accuracy of around +/- 10% (or 7.5%). It is a cost-effective choice for standard smart assemblies. A Transducerized tool measures actual physical force and offers higher precision (+/- 5%).

Q: What applications is the ETD M ABL V2 series best for?
A: It is ideal for consumer electronics, plastic assemblies, and light mechanical work where process control, error-proofing, and data recording are required, but the extreme precision of a transducer is not mandatory.