Informational

Unveiling the Advantages of the SCU6x Controller & ODC Sensors

In this episode of the Multiple Web Width Measurement Application Series, we showcase the advanced pattern teaching feature of the SCU6x controller. Learn how to set up widths, samples, and jobs to monitor changes in material movement and width accurately. Discover the advantages of the pattern teaching mode, such as alerting when a web breaks and maintaining precise measurements even with intervening materials. This tutorial highlights how our system prevents measurement jumps and ensures consistent tracking of web position, making your slitting process more efficient and reliable.

Setting Nominal Width, Upper and Lower Limits for Multiple Web Width Measurement

In this episode of the Multiple Web Width Measurement Application Series, we demonstrate how to set nominal width, upper limit, and lower limit parameters for web width measurements on the SCU6x Controller. Learn how to adjust increments, set alarm and warning limits, and configure digital outputs to monitor width variations effectively. Whether you're manually setting up or automating through Ethernet, this guide provides a comprehensive walkthrough for optimizing your web handling processes.

In this episode of our webinar series on web guiding fundamentals, we explore the installation and operational intricacies of a steering guide. We cover the mechanics of a single roller installed on angled raceways, its bending action, and essential guidelines for entry and exit spans. We discuss the importance of maintaining a 90-degree exit span angle to minimize stress and prevent issues such as wrinkles and web tear. The video also explains the concept of the Instant Center and its role in web guide dynamics, providing installation tips to prevent oversteering and under steering.

In this webinar episode on web guiding fundamentals, we delve into the accuracy of web guides, discussing various factors that affect their performance. We explore how steady state and transient errors can influence guiding accuracy and highlight the importance of machine quality, material properties, and proper installation. Additionally, we cover the design requirements necessary for achieving optimal web guide performance, emphasizing the need to understand conditions like web speed, thickness, and tension.

In this installment of the Webinar on Web Guiding Fundamentals, we delve deeper into the pivotal role of controllers in web guiding systems. The episode covers the function of controllers, components such as gain, operating voltage, and sensor inputs, and explores the control structure for web guide systems, including fixed gain proportional control and adaptive control technologies. By examining open loop and closed loop responses, we highlight the importance of optimal tuning for improved performance.

In this episode of our webinar series on web guiding fundamentals, we dive into the critical role of sensors in web guiding systems. Learn about various sensor terminologies such as range, resolution, accuracy, and linearity, and understand the importance of accurate measurement for effective control. We discuss different sensor technologies including infrared, optical, and ultrasonic, and explore the challenges they face including issues with temperature drift and material properties. Discover why precise sensing is essential for guiding performance in web handling applications.

Explore the essential aspects of actuators in web guiding systems in this episode of our webinar series on Web Guiding Fundamentals. Discover the various types of actuators, including pneumatic, hydraulic, and electromechanical, along with key terminologies such as thrust, correction speed, and backlash. Learn about the significance of actuator sizing, web speed, and the impact of gravitational effects. Ideal for anyone looking to deepen their knowledge on steering guides and actuator functionality in modern web handling systems.

In this episode of the webinar series on web guiding fundamentals, we delve into the critical aspects of steering guides. Learn why it's crucial to maintain a 90-degree angle on the plane of motion to avoid twisting and bending in the web span. Discover the ideal range for raceway angles and the importance of considering web stiffness and entry span length during installation. Proper installation processes are key to minimizing errors and avoiding the common pitfalls that can lead to increased costs and amplified inaccuracies.

Optimizing Sensor Placement and Roller Position in Displacement Guides