GE IC752WTE050-HC
Technical Specifications
- Power Supply: Similar products usually have a wide – range DC power supply, such as 9 – 35 VDC. It is speculated that the IC752WTE050 – HC may also adopt a similar power – supply mode, and the typical current at 24 VDC is about 1.2 A.
- Processor and Memory: It may be equipped with an advanced ARM – core microprocessor. For example, the IC752DFT000 in the same series has 512 MB of DRAM, 256 MB of non – volatile flash memory, and 512 KB of battery – backed SRAM. The IC752WTE050 – HC may have similar or improved memory configurations.
- Display: Referring to other models in the QuickPanel series, it may have an LCD display with LED backlight. For example, the IC752DSX000 has a 240 x 64 – pixel display. The IC752WTE050 – HC may have a higher – resolution display or better visual effects.
- Communication Interface: It is likely to be equipped with multiple communication interfaces, such as RS – 232, RS – 485, etc., to facilitate connection with various industrial field devices, programmable logic controllers (PLCs), and other equipment.
Detailed content
Functional Characteristics
- Intuitive Operation: It provides an intuitive operator interface, with functions such as adjustable – size text display, which can display system information clearly. Operators can easily view and monitor real – time data.
- Reliability: As an industrial – control product of GE, it has high – reliability characteristics and can operate stably in harsh industrial environments. It has passed relevant certifications such as UL and CE, ensuring compliance with a variety of safety and environmental standards.
- Data Entry Function: Some models in the same series are equipped with integrated keyboards for data entry. The IC752WTE050 – HC may also have a similar function, allowing operators to directly enter data into the system without the need for external devices, improving operation efficiency.
Application Scenarios
- Industrial Automation Production Lines: Such as in the automotive manufacturing, electronics manufacturing, and other industries, it is used to monitor and control the production process, realize the start – stop control, speed regulation, and position control of production equipment, and improve production efficiency and product quality.
- Process Control Industries: In the chemical, petroleum, power, and other industries, it is used to monitor and control process parameters such as temperature, pressure, flow, and level, to ensure the stable operation of the production process and the safety of personnel and equipment.
- Building Automation Systems: It can be applied to building automation systems, such as the centralized control of air – conditioning, lighting, and security systems, to achieve energy conservation and consumption reduction, and improve the comfort and safety of the building environment.