Advanced regulation

• Automatic P.I.D. parameters variation function
• Closed loop + open loop mode
• Inertia compensation control
• Smooth start-up with programmable slope
• E-stop torque proportional to the set point
• Five complete built-in memories
• Motors & Drives specific settings

User Friendly

• Selectable language (En. / Fr. / Ge. / It. / Sp.)
• Selectable Metric or Imperial units
• Easy setup by Windows PC based software
• Easy readout with backlit display ( 2 x 16 digits )
• HOLD and RELEASE modes on front panel keyboard

Universal Load cell input

• Compatible with all current load cell technologies
• Suitable for one or two, half or full bridge load cells
• Direct input available for diameter information (Ultrasonic sensors, Laser, Potentiometer)

Direct setup by software

• No trimmer adjustment
• No dip switch/resistance configuration
• Unlimited configurations by software memory

Diameter Measurement
Cost effective and user friendly, these open loop regulation systems are able to maintain a web tension accuracy of about ±5%. A sensor (Ultrasonic, Laser, or potentiometer) measures the diameter information from the external surface of the roll. The regulator makes the calculation to provide the right torque level according to the diameter, and keeps the tension constant throughout the unwinding process.

Closed Loop Position Control (Dancer)
The cost effective closed loop solution: The tension on the product is generated by the force applied to the dancer roll (fixed weight or variable pressure in a pneumatic cylinder). A position sensor (potentiometer) measures the dancer roll position, and automatically adjusts the torque through a PID regulator to keep the dancer position stable and constant.

Closed Loop Force Control (Load Cells)
The ultimate closed loop solution: The web tension is maintained by continuously monitoring the difference between the set point and the loadcells feedback measurement. The torque is automatically adjusted through a PID regulator to keep the actual tension at the set point, even during accelration and deceleration. By design, the actual tension applied to the material is available for display and / or record.