Technical Specifications

1. Model: PRG-MODEM
2. Type: Modem
3. Functionality:
   • Provides communication capabilities for GE control systems, enabling remote access and data transfer.
   • Facilitates communication between control systems and remote terminals or other communication networks.
4. Power Requirements:
   • Voltage: Operates typically on standard industrial power supplies, such as 24V DC or 5V DC, depending on the configuration.
   • Power Consumption: Power consumption details are usually provided in the technical documentation.
5. Communication Specifications:
   • Data Rates: Supports various data rates for efficient data transfer; specific rates should be detailed in the module’s datasheet.
   • Protocols: Compatible with standard communication protocols used in industrial automation systems.
6. Physical Specifications:
   • Form Factor: Designed to fit into standard industrial racks or chassis, or may be a standalone unit depending on the model.
   • Dimensions: Conforms to industrial standards for modems, with dimensions specified in the technical documentation.

Features

1. Remote Communication:
   • Enables remote communication with GE control systems, allowing for monitoring, control, and diagnostics from a distance.
   • Facilitates remote access to system data and parameters.
2. Data Transfer:
   • Supports reliable data transfer between control systems and remote locations.
   • Ensures accurate and secure communication for data exchange.
3. Compatibility:
   • Designed to work with GE’s industrial control systems and other compatible equipment.
   • Supports various industrial communication protocols for integration.
4. Reliability:
   • Built for reliable operation in industrial environments.
   • Includes features to handle electrical noise and other disturbances commonly found in industrial settings.
5. Ease of Integration:
   • Provides straightforward integration with existing control systems and networks.
   • Modular design allows for easy installation and configuration.

Applications

1. Industrial Automation:
   • Used for remote communication and control in industrial automation systems.
   • Facilitates monitoring and management of automation processes from remote locations.
2. Remote Monitoring:
   • Enables remote monitoring of industrial equipment and control systems.
   • Supports diagnostics and troubleshooting without requiring on-site visits.
3. Data Acquisition:
   • Facilitates data acquisition from remote sensors and devices.
   • Supports data transfer to central control systems for analysis and processing.
4. Process Control:
   • Applied in process control systems for remote data access and control.
   • Enhances the ability to manage and monitor process variables from a distance.
5. Energy Management:
   • Used in energy management systems to facilitate remote communication and data exchange.
   • Supports monitoring and control of energy production and distribution.