Wide Web Guides

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.

Optimizing Sensor Placement and Roller Position in Displacement Guides

This episode is part of the ‘Web Guiding Applications and Advanced Web Guiding Concepts’ series and focuses on advanced edge guiding techniques, specifically single edge web guiding. The video explains the use of web guides and edge sensors for feedback in guiding mechanisms. It covers the positioning of sensors, the importance of alignment, and the common practice of repositioning sensors during web width changes. The episode also addresses potential operator errors and their impact on web guiding performance during product changeovers.

This video, part of the Web Guiding Fundamentals webinar series, focuses on the proper installation techniques for web guiding systems. It covers essential elements such as maintaining a 90-degree wrap at the entry and exit of rollers, recommended span lengths, and the ideal positioning of sensors for optimal control and stability. Key considerations include sensor placement within the first half of the exit span, ensuring the plane of motion of the carriage is perpendicular to the spans, and the implications of bending and steering effects on web stability.

Normal Entry Rule for Webs: Essential Principles Explained

Dive into the fundamental 'Normal Entry' rule for webs traveling over rollers in this episode of 'Web Guiding Fundamentals.' Understand how a web always aligns itself perpendicular to the axis of a roller's rotation, even in cases of misalignment. Learn about the beam-like behavior of the web, the dynamics of its movement, and the importance of these principles for successful web guiding applications.

Understanding the Key Components of a Basic Web Guide System

In this episode, we delve into the essential elements of a basic web guide system. We explore the four main components: the guide structure or mechanism, the actuator, the sensor, and the controller. Learn how each component plays a crucial role in ensuring precise web positioning, from making physical contact with the web to providing feedback and executing corrective actions in a closed-loop feedback control system.

This video delves into the necessity of web guiding, covering key reasons such as material imperfections, machine variations, tension control issues, and operator errors. It explains the significance of web guides at different machine locations, differentiating between intermediate and terminal guides, and uses lamination as an example to illustrate the need for precise web alignment. Join us as we explore why and where web guides are essential in the roll-to-roll process.

Understanding Terminal and Intermediate Web Guides

In this video, we delve into the basics of web guides used in roll-to-roll machines. We explore various terminologies and types of web guides, including terminal guides like unwind and rewinds, as well as intermediate guides such as offset pivot guides and steering guides. Key distinctions and common applications in different industries are highlighted, providing a comprehensive overview of these essential components in web handling.

In this educational video, we delve into the fundamentals of web guiding systems, essential for the Converting Industry. We'll explore four key components of a web guide: the guide structure or mechanism, the actuator, the sensor, and the controller. Learn how each element works together in a closed loop feedback control system to ensure precise web positioning. Ideal for industry professionals seeking to enhance their understanding of advanced web handling technologies.

How to set the servo center position or the home position using the SCU5 controller.

• 1: 22 Physically installating a proximity sensor to detect the home position.
• 4:32 Changing the polarity of the servo center sensor.
• 5:39 Some common problems with servo center or proximity sensor installation.
• 7:00 Servo center position based on the electronic actuator position.
• 8:30 Setting the servo center position electronically.