New sensor raises the bar for simple code and text reading

Baumer continues to expand its range of Smart Vision code and text reading sensors with the introduction of the IDC230. Developed for various tasks across the packaging, electronics, and food processing industries, the sensor is also capable of high-tech tasks in assembly and track-and-trace intralogistics. Following the success of the recently launched IDC200, the ultra-compact device is characterised by the same ease of use and commissioning features and benefits.

Unlike most conventional code and text readers, the device set-up does not need specialised software, so the time-consuming installation process using IT specialists is eradicated. Smart installation accessories and a sophisticated yet simple user menu provide quick and hassle-free commissioning. The USB-C port allows the multi-code reader to be easily connected to a computer and activated via a web interface. Thanks to an auto-setup, just one click will suffice for reading several different codes, while the space-saving housing, matching accessories, Ethernet and USB-C interfaces, and Profinet, Ethernet/IP and DIO protocols provide easy integration. Furthermore, freely available configurable data telegrams mean all the code readers of the IDC family can be readily integrated into existing systems and adapted to specific individual data formats.

Based on the same technology as the IDC200, the device can read multiple lines of text and 1D/2D codes in parallel at high speed and can process up to 40fps, even on different code types. The readers’ bright integrated lighting is ideal for challenging applications, eradicating the necessity for external illumination along with the associated time and costs. Adding the new device enables the company to deliver the right code and text reading solution for many industrial automation applications that need simultaneous text reading, such as label inspection. It also overcomes the challenges of reflective surfaces, changing light conditions, module sizes or minimal resolution limitations.