Schmersal USA is an industry leader for the development of safety solutions in the automation world.
AOPD – Active opto-electronic safety devices or photo safety detection devices are commonly uses to protect large areas where the use of hard guarding is not practical or may stifle performance.
The key industries that utilize optoelectronic protection methods are material handling, assembly equipment, textile, automotive and food processing. One of the greatest challenges on an industry processing floor is easy to obtain diagnostics for decreased downtime. To address this Schmersal offers an indicator pilot light on the top of the light curtain for application diagnostics that can be seen at a distance. The new offering from Schmersal allows for the maintenance team to connect to the SLC light curtains via Bluetooth to view advanced diagnostics, light curtain modes and OSSD status.
To further the feature rich AOPD offering solution from Schmersal The SLC445 series offers the LED indicator lamp and enhanced features such as blanking, muting, double reset, integrated muting which can all be programmed with a without a programming tool.
To further the feature rich AOPD solution from Schmersal using the seven segment display its easy to see the program parameters, diagnostics and alignment quality. Simply scale the parameters with the push button teach tool and hold until the screen refreshes, its that simple!
For more information please click here, follow us on LinkedIn and YouTube contact us with any questions!
Contrinex set out to develop a solution for sensing clear objects. Clear objects are known to absorb large amounts of UV light which is the working principal for the TRU UV detection sensor from Contrinex. This product was developed as the “sense all” for the contrinex product family. What is better yet is the 1.2mm sensing range and easy set up with a reflector for easy alignment. Contrinex also adds the
benefits of I/O link for advanced diagnostics such as sensing range barrier detection, amount of light detected by the receiver to gauge the cleanliness of the lens. The IODD file for the sensors and other datasheets can be found here. If you have any other questions contact us and we would be happy to assist you with your application.
The Challenge: In my time I have seen many approaches to the large area guarding challenge. Many companies utilize solutions from aluminum modular extrusion manufacturer to address these applications. Although flexible these approaches typically prove to be expensive and require much engineering time. Furthering the challenge an aluminum extrusion solution could take days to install.
Satech from Schmersal USA ads a very modular easy to build easy to configure solution for larger area protection. Commonly seen in cellular robotic guarding packages. The steps are simply: develop a concept, assign entry ways, pick out your Schmersal switches and submit the design.
Your Satech configuration will come pre-kitted with hardware, off the
shelf welded wire mesh and posts and assembly instructions in a single
cost effective solution to large area guarding. This allows you to
create a custom guarding solution unique to your application and easy
enough to design.
This post would not be complete without mentioning the fast clip feature that allows you to slip the post, clip the collar and tighten the screws and you are done!
No conversation about Satech would be complete without discussing the spacers and fast clips, you just slip the clips on, determine the spacing and slip the welded mesh panels in the fast clips , tighten and you are done!
Emparro67 power supply units are designed for applications in the field. They are durable enough to withstand even the most extreme environmental conditions. Emparro67 significantly reduces power loss and lowers energy costs because they can be installed directly next to the load where the conversion from 230 V AC to 24 V DC takes place. Another benefit is that you can use smaller control cabinets.
The compact, energy-efficient3200 C L-Force Controller from Lenze is designed for superior precision motion control in high-dynamic multiaxis applications, including gantry systems, robots, conveyors, feeders, and other machines in a line of process. Combining the program logic controller, motion controller, and visualization in one compact device simplifies engineering and extends cost savings. The architecture fits in a tight control cabinet and operates without a fan or battery via an integrated universal power supply (UPS). The 3200 C controller directs the ECS or 9400 drive and MCS motor through the sequence ofmoves, plans each trajectory point, and directs the drive to close the position and velocity loops with the motor. Automation applications demand high-performing, simple-to-use, maintenance-free technologies.