Siemens has expanded its portfolio of optical readers with the Simatic MV500 series with improved functionality and a modern design. The first device in the new series is the Simatic MV540 optical reader. The main reason for the improved performance is the higher computing power of the Simatic MV540 reader, which accelerates the reading process to up to 100 readings per second. In addition, an in-depth evaluation of the image information increases reading reliability even under difficult conditions. Powerful accessories such as lenses (with electronic focus) enable a focus change within 200 milliseconds.

The optical reader enables individualized production and meets the requirements of automation in connection with Industry 4.0. It is suitable for use in all sectors, especially in the automotive industry and its suppliers as well as in logistics. Other accessories include new, flexibly controllable recessed ring lights with separately configurable ring light segments. These not only increase functional reliability, but also extend the range of applications by increasing the working distance. The electronic focusing function (e-focus) also reduces sources of error during set-up and consequently downtimes.

The Simatic MV540 can be connected to the open, cloud-based IoT operating system Mindsphere via the Simatic S7-1500 controller. This opens up new possibilities for using current production data, says Siemens, and also points to the system security and reliability provided by integration into the TIA portal in combination with the Siemens IT security tests.

The high-performance image capture of the Simatic MV540 is based on different resolutions, integrated lighting and electronically controllable optics (e-focus). Another new feature is the simplified handling of the device. The one-button configuration for network parameterization and the one-button read configuration enable device configuration without admin rights via web-based management (WBM). Customers benefit from reduced training and downtimes thanks to the device-independent, standardized WBM user interface, which is available without installation.

The large working memory of one gigabyte enables the extended use of the auto-trigger function, which saves costs for setting up high-precision mechanics in the system. With the two separately operating CPU cores, both systems with a very high clock rate and applications with complex algorithms can be implemented. The optical reader has a particularly compact design and, in conjunction with its high IP67 protection rating, is therefore suitable for use in harsh industrial environments and for installation in confined spaces. as