Description
GE IC697MDL750 is a discrete output module from the 90-70 series, previously produced by General Electric Fanuc and now acquired by Emerson Automation. This module offers a high degree of flexibility and scalability, making it suitable for various industrial automation applications. Here are the product details, specifications, parameters, and application fields of GE IC697MDL750 in a list format:
Product Details:
Model Number: GE IC697MDL750
Manufacturer: Emerson Automation (previously General Electric Fanuc)
Series: 90-70 Series
Specifications & Parameters:
Output Channels: Sixteen discrete output channels in four groups of eight channels each.
Output Voltage Range: Configurable for 20/60 VDC per channel.
Output Current: 0.5 amperes per point, 2 amperes per group.
Current Consumption: 0.25 A.
Additional Channels: Thirty-two discrete output channels with an output voltage range of 20-60 VDC and a rated voltage of 24/48 VDC.
Application Fields:
Industrial Automation: GE IC697MDL750 is commonly used in industrial automation systems to control various discrete devices.
Device Control: It can precisely control the switching states of devices such as switches, valves, indicator lights, and more.
Programming & Configuration: Through programming and configuration, the module can be tailored to meet specific automation needs.
Communication & Integration: Supports connection and communication with other industrial automation equipment for data sharing and collaborative operations.
Other Considerations:
Ease of Use & Reliability: The module features standardized interfaces and connection methods for easy installation and configuration.
Durability: It is designed for stable and reliable operation in harsh industrial environments.
Versatility: Its flexibility and scalability allow it to adapt to changing automation requirements.
In summary, GE IC697MDL750 is a powerful and dependable discrete output module suitable for a wide range of industrial automation control systems. Its specifications, parameters, and application fields make it an excellent choice for precision control and integration in industrial settings.