The Allen-Bradley 2711P-RDT12C is a prominent member of the 2711 series of Human-Machine Interface (HMI) devices, designed and manufactured by Rockwell Automation.
General Characteristics
Power Supply: It typically operates on a wide-range AC power supply, usually 100-240V, enabling it to be used in various industrial power environments.
Communication Capabilities: It is equipped with multiple communication ports, including Ethernet and RS-232/RS-485 ports. The Ethernet port allows for high-speed data transfer and easy integration with other networked devices in the industrial automation system, while the RS-232/RS-485 ports provide reliable communication with legacy devices or those that require serial communication.
Installation: The 2711P-RDT12C can be installed in different ways, such as panel - mounting or DIN - rail - mounting, offering flexibility to suit different industrial control cabinet layouts.
Display and Touch Screen
Display: It features a 12-inch color TFT LCD display with a high-resolution of [specific resolution], providing clear and vivid visual information. The display has a high contrast ratio and wide viewing angles, ensuring that operators can easily view the information from different positions.
Touch Screen: The touch screen advanced resistive or capacitive technology (specify the type if known), which provides sensitive and accurate touch response. Operators can interact with the HMI by simply touching the screen to access various functions, set parameters, and monitor process data.
Memory and Processing Power
Memory: It comes with a significant amount of memory, including non - volatile memory for storing programs, configurations, and historical data, and RAM for efficient processing of real - time tasks. The large memory capacity allows for the storage of complex HMI applications and enables the device to handle a large amount of data.
Processing Power: The 2711P - RDT12C is equipped with a powerful processor that can quickly execute HMI programs and update the display in a timely manner. It can handle multiple tasks simultaneously, such as communicating with connected devices, processing user inputs, and updating graphical displays, ensuring smooth and responsive operation.