Schneider XBTGT5330 Magelis Series HMI Touch Screen Module

• Multi-screen display: It can display multiple screens in an overlapping or switching manner, and can show various contents such as text, numbers, graphics, characters, alarm information, action processes, historical records, and trend graphs. This allows operators to fully understand the operating status of the system.
• Remote monitoring: Without programming, remote monitoring of the touch screen terminal can be realized through the IE browser on the PC, which facilitates remote operation and management and improves operational flexibility.

• Display parameters: 10.4-inch TFT screen with a resolution of 640×480 pixels, capable of displaying 65536 colors, and featuring 8 levels of brightness and contrast adjustment.
• Processor and memory: Equipped with a 266MHz RISC processor, 32MB internal memory, and 512KB SRAM data backup, powered by a lithium battery.
• Communication interfaces: Usually equipped with a COM2 serial link RJ45 interface (supporting RS485 with a rate of up to 187.5kbit/s and Siemens MPI protocol), and may also have 2 USB interfaces, Ethernet interface, etc.
• Power supply specifications: Powered by 24VDC power supply, with an operating voltage range generally between 19.2V and 28.8V, power consumption less than 50W, and allowable voltage drop less than 10ms.
• Dimensions and protection: Approximately 213mm in height, 271mm in width, and 57mm in depth. The front panel has an IP65 protection rating, and the back has an IP20 protection rating.

• Material handling: It can be used to control and monitor material handling equipment such as conveyors and cranes, facilitating operators to set operating parameters, check equipment status, and improve the efficiency and accuracy of material handling.
• Packaging machinery: On packaging machinery, it can realize parameter setting, operation monitoring, and fault diagnosis of the packaging process, ensuring packaging quality and production efficiency. It is often used in packaging production lines of food, pharmaceutical, and other industries.
• Textile machinery: Suitable for the operation and monitoring of textile machinery, it can display textile process parameters in real-time, such as vehicle speed and tension, and allow parameter adjustment, helping operators better control the textile process and improve textile quality.
• Other industrial fields: It can also be applied in fields such as food and beverage machinery, building infrastructure automation, and various industrial automation control systems that require human-machine interaction, realizing visual operation and monitoring of equipment.