Elevate your Conveying Systems with Telemecanique Sensors solutions
In today's fast-paced and challenging industrial landscape, efficiency and reliability of material handling systems are paramount.
As e-commerce and global supply chains continue to expand, the demand for sophisticated conveyor systems is still increasing. Sensor’s solutions play a pivotal role in optimizing conveyor operations, bringing precision and reliability in object detection, enabling real-time monitoring, enhancing safety, and improving overall productivity.
By leveraging cutting-edge solutions, businesses can gain valuable insights into their processes, reduce downtime, and ensure seamless material flow.
This article explores the transformative impact of sensor technology on conveyor systems, highlighting key innovations and their implications for the future of material handling.
End users of conveyors systems strive to enhance efficiency, reduce operational costs, and meet always increasing end-consumer demands.
From the adoption of smart technologies and sustainable designs to the customization of conveyor systems, to remain competitive in a dynamic marketplace, machine builders ask for :
Increased reliability
Companies seek to streamline operations to handle higher volumes of parcels, therefore, automated conveying lines can’t stop, critical components need to be protected against damages and replacement phase needs to be done in few minutes.
Technological advancements
Innovations are enhancing conveyor systems for better performance with increased and secured parcel detection (size, color and shape) at optimal speed.
Easy solution
The need to compensate for labor shortages has driven investments in automated systems easier for operators to maintain.
To answer these chalenges and requirements :
Telemecanique Sensors provide a complete and comprehensive set of solutions for conveying applications
Learn more on Photoelectric sensors by joining our online training platform, Sensors Academy to keep your design and maintenance team trained and up to date.
XUY Roller Conveyor Sensor: A Game-Changer
The XUY Roller Conveyor Sensor is an easy mounting shockproof sensor embedded within the frame of the conveyor and fixed between rollers, which prevent product damage or destruction and ensure safe and efficient detection of any object.
This plug & play solution is specifically designed to meet the demands of the conveyors machine builders, and offers significant advantages over conventional photoelectric sensors:
easy installation
The Roller sensors is designed to quick and easy installation, requiring no tool. Its spring-loaded mechanism allows for simple integration into conveyors of varying widths leading to typically 50% savings over installation and adjustment time.
Reliable Detection
Featuring up to seven photocells with a detection speed of 2 ms, the sensor ensures fast and reliable detection of almost all packages. The improved lenses provide high immunity to light interference and dust enhancing detection accuracy.
Durable Design
With IP50 or IP65 ratings, the sensor is protected against dust and water jets, making it suitable for demanding industrial environments.
The XUY Roller sensor is your ultimate solution for optimizing your conveyor systems!
Discover how an important ecommerce player, reduced downtime on his conveying operations with the Photoelectric Roller Sensors
Looking to simplify sensor integration into your conveyor systems?
To enhance user experience and bring more simplicity to conveyor builders, an online configurator tool simplifies the selection and configuration of the photoelectric roller sensor to effectively meet the unique requirement of a conveyor system for a specific application, in just three easy steps:
Matching References
Enter your requirements and the configurator will find the perfect matching sensor for your needs.
Close Reference
If there's no exact match, the tool will recommend the best alternative.
Customization
For specific needs, you can request a customized sensor. The configurator simplifies this process by gathering the necessary information and submitting it to Telemecanique Sensors Sensors Adaptation Center (SAC) for evaluation.
