Description
GE Fanuc IC697PWR748D
I. Overview
GE Fanuc IC697PWR748D is a high-performance rack-mounted power supply module specially designed for industrial automation systems, meticulously designed, manufactured, and distributed by GE Fanuc Automation. In complex and diverse industrial environments, stable and reliable power supply is crucial to ensure the normal operation of various equipment and systems. The IC697PWR748D module, with its excellent performance and outstanding characteristics, has become a powerful assistant for many industrial enterprises to achieve efficient and stable production. It can not only provide stable and efficient power support for rack systems, ensuring the smooth operation of connected equipment, but also adapt to the diverse needs of different industrial scenarios with flexible configuration methods and strong protection functions, occupying an important position in the field of industrial automation.
GE Fanuc IC697PWR748D is a high-performance rack-mounted power supply module specially designed for industrial automation systems, meticulously designed, manufactured, and distributed by GE Fanuc Automation. In complex and diverse industrial environments, stable and reliable power supply is crucial to ensure the normal operation of various equipment and systems. The IC697PWR748D module, with its excellent performance and outstanding characteristics, has become a powerful assistant for many industrial enterprises to achieve efficient and stable production. It can not only provide stable and efficient power support for rack systems, ensuring the smooth operation of connected equipment, but also adapt to the diverse needs of different industrial scenarios with flexible configuration methods and strong protection functions, occupying an important position in the field of industrial automation.
II. Technical Parameters
(1) Input Characteristics
- Rated Voltage: The operating nominal line voltage of this module is 48 volts direct current (DC). This rated voltage setting has been rigorously considered and verified by industrial practice, and can adapt to the standard power access requirements of most industrial automation systems, providing a stable and suitable power input foundation for equipment.
- Voltage Range: Its input voltage range is relatively wide, from 35 to 60 volts direct current (DC). This wide voltage range design greatly enhances the module's adaptability to different power environments. Whether in old industrial plants with uneven power supply quality or in specific production scenarios with large fluctuations in the power system, it can ensure the normal operation of the module, reduce the risk of equipment failure caused by voltage fluctuations, and guarantee the continuity of the production process.
- Input Power: When operating at full load, the input power of the module is 160 watts. This power index can not only meet the needs of the module's own efficient operation but also provide sufficient power supply for connected load equipment, ensuring the stable operation of the entire industrial automation system under high-load and high-intensity working modes.
(2) Output Characteristics
- Output Voltage and Current: IC697PWR748D is equipped with three output ports, each with different output characteristics. Among them, the +5-volt direct current (DC) output port can provide a current of up to 18 amperes, which can meet the power supply requirements of equipment with high demands on power stability and large current, such as some industrial control computers and high-power sensors; the maximum output current of the +12-volt direct current (DC) output port is 1.5 amperes, suitable for equipment with relatively high requirements on voltage accuracy and moderate power demand, such as specific models of drivers and signal conditioning modules; the -12-volt direct current (DC) output port can output a current of 1 ampere, mainly providing stable power support for some electronic components or circuit modules that require negative voltage power supply. The three output ports work together to provide comprehensive and suitable power supply for various equipment in complex industrial automation systems.
- Output Power: The total output power of the module is 90 watts. This power distribution is carefully designed to reasonably meet the power needs of different load equipment, while ensuring that the power supply module maintains good stability and reliability while operating efficiently. Through precise control of power output, it effectively avoids abnormal operation of equipment caused by power overload or uneven distribution, ensuring the stable operation of the entire system.
(3) Other Parameters
- Installation Position: The module adopts an easy-to-operate rack-mounted installation design and can be directly inserted into the rack through the 48-pin backplane connector on the left side of the rack. This standardized installation method enables the module to be quickly and accurately installed and connected when integrated into existing industrial automation systems, greatly improving the efficiency of system construction and maintenance.
- Protection Characteristics: The module is equipped with electronic overcurrent limiting function for each output port. When the output current exceeds the maximum rated current, the output voltage will automatically drop to avoid further damage to the rack and the power module itself caused by excessive current. At the same time, the module also has an overvoltage protection function. When the 5-volt direct current (DC) bus voltage exceeds 6.7 volts, the built-in electronic overvoltage protection circuit will automatically activate, clamping the output voltage within a safe range to prevent damage to equipment components due to overvoltage. In addition, the module provides corresponding protection mechanisms for fault conditions such as overcurrent and overvoltage, comprehensively protecting the safe operation of equipment and systems.
III. Functional Features
(1) Efficient Power Supply Capacity
IC697PWR748D can provide stable and efficient power for industrial automation systems, ensuring that all connected equipment, from precision sensors to high-load actuators, can obtain sufficient and stable power supply, thus ensuring the stable operation of the entire system. On high-speed automated production lines, various equipment have extremely high requirements for the timeliness and stability of power. This power module can accurately meet the power needs of these equipment, avoiding production stagnation or equipment damage caused by power fluctuations or shortages, and providing a solid guarantee for the improvement of production efficiency and the stability of product quality.
(1) Efficient Power Supply Capacity
IC697PWR748D can provide stable and efficient power for industrial automation systems, ensuring that all connected equipment, from precision sensors to high-load actuators, can obtain sufficient and stable power supply, thus ensuring the stable operation of the entire system. On high-speed automated production lines, various equipment have extremely high requirements for the timeliness and stability of power. This power module can accurately meet the power needs of these equipment, avoiding production stagnation or equipment damage caused by power fluctuations or shortages, and providing a solid guarantee for the improvement of production efficiency and the stability of product quality.
(2) Flexible Dual-Rack Power Supply
This module has a unique dual-rack power supply capability. It can not only provide stable power for a single rack but also supply power to a second rack under certain conditions. When supplying power to the second rack, stable power supply can be achieved as long as the total load of the second rack is within the rated power supply range of the module and the current consumption is less than 5.2 amperes (when the second rack only needs 5-volt power). This flexible power supply method greatly improves the configuration flexibility of industrial automation systems. Users can conveniently expand the system scale according to actual production needs without additionally configuring complex power supply systems, reducing system construction costs and maintenance difficulties.
This module has a unique dual-rack power supply capability. It can not only provide stable power for a single rack but also supply power to a second rack under certain conditions. When supplying power to the second rack, stable power supply can be achieved as long as the total load of the second rack is within the rated power supply range of the module and the current consumption is less than 5.2 amperes (when the second rack only needs 5-volt power). This flexible power supply method greatly improves the configuration flexibility of industrial automation systems. Users can conveniently expand the system scale according to actual production needs without additionally configuring complex power supply systems, reducing system construction costs and maintenance difficulties.
(3) Multiple Safety Protections
The module integrates multiple safety protection mechanisms, such as electronic overcurrent limiting, overvoltage protection, and short-circuit protection. These protection functions can monitor the power output status in real-time. Once abnormal conditions are detected, such as excessive current, excessive voltage, or short circuit, the protection mechanisms will quickly activate, preventing the further expansion of faults by reducing the output voltage, clamping the output voltage, or cutting off the circuit, thus protecting the connected equipment and the power module itself from damage. In industrial production environments, factors such as electromagnetic interference and equipment aging are prone to cause power faults. The multiple safety protection functions of IC697PWR748D can effectively deal with these potential risks, ensuring the safe and stable operation of the system in complex environments.
The module integrates multiple safety protection mechanisms, such as electronic overcurrent limiting, overvoltage protection, and short-circuit protection. These protection functions can monitor the power output status in real-time. Once abnormal conditions are detected, such as excessive current, excessive voltage, or short circuit, the protection mechanisms will quickly activate, preventing the further expansion of faults by reducing the output voltage, clamping the output voltage, or cutting off the circuit, thus protecting the connected equipment and the power module itself from damage. In industrial production environments, factors such as electromagnetic interference and equipment aging are prone to cause power faults. The multiple safety protection functions of IC697PWR748D can effectively deal with these potential risks, ensuring the safe and stable operation of the system in complex environments.
(4) Easy Installation and Integration
Adopting a standard rack-mounted installation design, the module can be easily integrated into existing industrial automation systems. Through the 48-pin backplane connector on the left side of the rack, installation and connection can be completed quickly and accurately, reducing the workload and technical difficulty in system construction and maintenance. Whether in newly built automated production lines or in the upgrading and transformation of existing systems, IC697PWR748D can quickly integrate into the system with its convenient installation method, improving project implementation efficiency and reducing time costs.
Adopting a standard rack-mounted installation design, the module can be easily integrated into existing industrial automation systems. Through the 48-pin backplane connector on the left side of the rack, installation and connection can be completed quickly and accurately, reducing the workload and technical difficulty in system construction and maintenance. Whether in newly built automated production lines or in the upgrading and transformation of existing systems, IC697PWR748D can quickly integrate into the system with its convenient installation method, improving project implementation efficiency and reducing time costs.
IV. Application Fields
(1) Manufacturing Automation Production Lines
In manufacturing automation production lines, from the processing of raw materials to the assembly and packaging of finished products, each link relies on the collaborative work of a large number of automated equipment, and the stable operation of these equipment is inseparable from reliable power support. The IC697PWR748D power module can provide stable and efficient power supply for various equipment on automated production lines, such as high-precision CNC machine tools, high-speed running robotic arms, and automated conveying equipment. In the processing process of CNC machine tools, precise power control can ensure the high-speed and stable operation of cutting tools, ensuring processing accuracy and product quality; when robotic arms are engaged in material handling and product assembly, stable power supply can make the robotic arms move accurately and smoothly, improving production efficiency. By providing reliable power for these key equipment, IC697PWR748D effectively promotes the efficient operation of manufacturing automation production lines.
(1) Manufacturing Automation Production Lines
In manufacturing automation production lines, from the processing of raw materials to the assembly and packaging of finished products, each link relies on the collaborative work of a large number of automated equipment, and the stable operation of these equipment is inseparable from reliable power support. The IC697PWR748D power module can provide stable and efficient power supply for various equipment on automated production lines, such as high-precision CNC machine tools, high-speed running robotic arms, and automated conveying equipment. In the processing process of CNC machine tools, precise power control can ensure the high-speed and stable operation of cutting tools, ensuring processing accuracy and product quality; when robotic arms are engaged in material handling and product assembly, stable power supply can make the robotic arms move accurately and smoothly, improving production efficiency. By providing reliable power for these key equipment, IC697PWR748D effectively promotes the efficient operation of manufacturing automation production lines.
(2) Industrial Process Control Fields
In industrial process control fields such as chemical industry, petroleum, and metallurgy, the production process involves many complex technological processes and precision control equipment, which have extremely high requirements for the stability and reliability of power supply. The IC697PWR748D power module can be used to supply power to various sensors, transmitters, controllers, and actuators. In chemical production, sensors monitor key parameters such as reaction temperature, pressure, and flow in real-time, transmitters convert these parameters into electrical signals and transmit them to controllers, and controllers control actuators to adjust the production process according to preset programs. In this process, IC697PWR748D can ensure the stable operation of equipment in all links without being affected by power fluctuations, ensuring the safe and stable progress of the production process, and effectively avoiding production accidents and quality problems caused by power faults.
In industrial process control fields such as chemical industry, petroleum, and metallurgy, the production process involves many complex technological processes and precision control equipment, which have extremely high requirements for the stability and reliability of power supply. The IC697PWR748D power module can be used to supply power to various sensors, transmitters, controllers, and actuators. In chemical production, sensors monitor key parameters such as reaction temperature, pressure, and flow in real-time, transmitters convert these parameters into electrical signals and transmit them to controllers, and controllers control actuators to adjust the production process according to preset programs. In this process, IC697PWR748D can ensure the stable operation of equipment in all links without being affected by power fluctuations, ensuring the safe and stable progress of the production process, and effectively avoiding production accidents and quality problems caused by power faults.
(3) Robot Application Scenarios
With the continuous development of industrial automation, robots are increasingly widely used in industrial production. The IC697PWR748D power module can provide stable power for industrial robots, meeting the high power requirements of robots during complex movements. Whether it is robots responsible for welding, painting, assembly, and other tasks in automobile manufacturing plants, or AGV robots used for goods handling and sorting in the logistics and warehousing field, stable power supply is the key to their accurate execution of tasks. By providing reliable power for robots, IC697PWR748D ensures that robots can complete various actions quickly and accurately, improving production efficiency, reducing operation failure rates, and promoting the wide application and efficient operation of robots in the industrial field.
With the continuous development of industrial automation, robots are increasingly widely used in industrial production. The IC697PWR748D power module can provide stable power for industrial robots, meeting the high power requirements of robots during complex movements. Whether it is robots responsible for welding, painting, assembly, and other tasks in automobile manufacturing plants, or AGV robots used for goods handling and sorting in the logistics and warehousing field, stable power supply is the key to their accurate execution of tasks. By providing reliable power for robots, IC697PWR748D ensures that robots can complete various actions quickly and accurately, improving production efficiency, reducing operation failure rates, and promoting the wide application and efficient operation of robots in the industrial field.
