Industries Products Materials Characteristics Quality Career Downloads Newsroom Industrial EN Port Login RöchlingNewsroomSafe charging of autonomous transport systems with Sustamid® 6 FR Safe charging of autonomous transport systems with Sustamid® 6 FR Globalisation, digitalisation and e-commerce are leading to ever greater challenges in logistics. Round-the-clock availability and increasingly individualised piece picking are prompting logistics companies to optimise their internal processes. Trends such as robotics and automation are key factors here. Today, automated transport systems, so-called AGVs (automated guided vehicles), often perform in-house goods flows. Charging panels for charging battery-powered vehicles are a critical safety component. Designer engineers use the flame-retardant material Sustamid® 6 FR for a high level of safety. Whether as an automated forklift, tunnel-under transport or in combination with lifting units or gripper arms – floor-level AGVs are nowadays indispensable for optimising internal transport in production, warehouse and distribution environments. The advantages are obvious. They are: efficient, precise and reliable flexible and dynamically adapt to tasks and environments easy to integrate into existing structures and scalable can be employed almost permanently In addition to intelligent systems for task planning and navigation, energy supply also plays a central role in ensuring smooth operation. For charging, there are usually special waiting zones that the AGVs can enter if the battery charge level falls below a critical level or at predefined times. This permits virtually uninterrupted operation of the autonomous transport systems. Sliding contacts are frequently used for charging. To keep charging times as short as possible, the charging currents are usually high, resulting in a lot of heat being generated. It is therefore important to use materials that offer a high level of safety based on their special fire protection characteristics when designing the charging panels. Autonomous transport systems are becoming increasingly important in intralogistics A customer of Röchling Industrial in Lahnstein uses Sustamid® 6 FR for this purpose. The flame-retardant polyamide, which is also widely used in other safety-relevant applications, such as in railway vehicles, has a fire protection rating in accordance with UL 94 V0. Its low weight also contributes to conserving energy and in that way extends the period of use until the next charging session. Properties at a glance: Low weight (density 1.17 g/cm³) High dimensional stability High rigidity and strength Flame retardant and self-extinguishing Fire protection classification UL 94 V0 and relevant requirements of the European railway vehicle standard DIN EN 45545-2:2013 as well as other globally applicable standards Very high oxygen index of 40% (LOI – Limiting Oxygen Index) Does not contain halogens or phosphorus Good sliding and wear behaviour Good machinability Sustamid® 6 FR is available in many dimensions and colours as sheets, rods and tubes. Charging panels for autonomous transport systems made of the flame-retardant material Sustamid® 6 FR Contact We would be happy to provide you with detailed information on the properties and areas of application of Sustamid® 6 FR. ➜ Inquiry: Sustamid 6 FR Find other Röchling News Visit the Röchling Group Newsroom to get the latest news and an insight into the latest developments in our company. Röchling Newsroom Röchling Group Röchling Group About the Group History Executive Board Advisory Board Sustainability Code of Conduct Röchling Foundation Divisions Industrial Automotive Medical Additive Manufacturing Career Career Röchling as an Employer Job Offers Professionals Graduates Students High Schoolers Unsolicited Application Services Contact Locations worldwide Download Center Newsroom Stay informed © 2021 Röchling SE & Co. KG Terms and Conditions Sitemap Terms of Use Privacy Policy Data Protection Information Obligations Imprint Usage of Cookies We would like to use cookies to better understand your use of this website and to ensure you get the best experience on our website. In our Privacy Policy detailed information about the use of cookies on this website and how you can manage or withdraw your consent at any time can be found. Cookie Settings Imprint Accept Contact