LAUER WOP-IT-X-550-KTC – Industrial Touch Panel HMI Terminal
The LAUER WOP-IT-X-550-KTC is a high-performance industrial touch panel designed for advanced human-machine interface applications. This device is part of the WOP-IT series, which combines robust hardware with a user-friendly touchscreen interface, enabling intuitive operation of complex industrial processes. The WOP-IT-X-550-KTC is engineered for panel-mount installation and is suitable for a wide range of automation and control tasks.
This touch panel features a high-brightness, color TFT display that provides excellent visibility even in brightly lit factory environments. The display is paired with a resistive touchscreen that accurately registers operator input, allowing for precise navigation and data entry. The graphical user interface can be customized to display process diagrams, trends, alarms, and control elements, providing operators with a comprehensive view of the production process.
The WOP-IT-X-550-KTC is powered by a robust processor architecture that ensures smooth operation of demanding visualization applications. It is equipped with ample onboard memory for storing screen layouts, recipe data, and historical logs. The device runs on a reliable embedded operating system, which provides stability and deterministic performance critical for industrial applications.
Connectivity is a key strength of this touch panel. It includes Ethernet communication ports for integration into industrial networks, enabling data exchange with PLCs, SCADA systems, and other networked devices. Additional interfaces may include serial ports (RS-232/RS-485) and USB ports for peripheral connection and data transfer. This comprehensive connectivity ensures that the WOP-IT-X-550-KTC can serve as a central node in a modern automation architecture.
The front panel of the device is rated IP65, providing protection against dust ingress and low-pressure water jets. This makes it suitable for installation in environments where exposure to contaminants and moisture is possible. The panel is designed for flush mounting in control cabinets, with a rugged metal housing that provides mechanical protection and electromagnetic shielding.
Electrical power is supplied via a 24 V DC input, with built-in protection against voltage transients and reverse polarity. The device is designed to operate reliably within a temperature range of 0 °C to +50 °C, accommodating typical factory conditions. Its energy-efficient design minimizes heat generation, contributing to long-term reliability.
Configuration and application development for the WOP-IT-X-550-KTC are performed using Lauer's software tools. These tools support the creation of rich graphical interfaces, including dynamic objects, data logging, and alarm management. The development environment is user-friendly and allows engineers to quickly design and deploy operator interfaces tailored to specific machine or process requirements.
Typical applications for this touch panel include process control, machine monitoring, production data acquisition, and supervisory control. It is well suited for industries such as automotive manufacturing, food and beverage processing, chemical production, and pharmaceuticals. The intuitive touch interface reduces operator training time and improves overall operational efficiency.
Installation involves mounting the panel in a standard cutout and securing it with the provided clamps. Wiring connections are straightforward, with clearly labeled terminals for power and communication. Proper grounding and cable management are recommended to ensure optimal performance and compliance with electromagnetic compatibility standards.
Maintenance of the WOP-IT-X-550-KTC is minimal, primarily consisting of cleaning the touchscreen surface with a soft cloth. The device is built with industrial-grade components that provide a long operational lifespan. In the event of a fault, diagnostic features assist in rapid troubleshooting. The LAUER WOP-IT-X-550-KTC represents a sophisticated and reliable choice for industrial touch panel applications.




