ComAp – Inteligen 4 200

Description

The ComAp InteliGen4 200 is a diesel generator set (gen-set) control unit designed for common paralleling applications, supporting both single and multiple gen-sets operating in grid-tied or island modes.

Key Functions:

• Paralleling Capability: Supports the synchronization and load sharing of multiple gen-sets, enabling efficient and reliable power management in complex installations.
• Grid-Tied and Island Operation: Facilitates seamless transitions between grid-connected and standalone operations, ensuring continuous power supply during grid disturbances or outages.
• Advanced PLC Logic: Offers increased application flexibility and efficiency with more PLC blocks for custom application logic, easily editable through a drag-and-drop interface in ComAp’s InteliConfig software.
• Switchable Analog Inputs: Allows the use of various measurement sensors—voltage, current, or resistive—without the need for external resistors, simplifying installation and configuration.
• User-Defined Protections and Parameters: Enables customization of logic for protections and parameters to meet specific application requirements, enhancing operational safety and adaptability.

Applications:

The InteliGen4 200 is suitable for a wide range of power generation applications, including:

• Industrial Facilities: Ensures reliable power supply by managing multiple gen-sets in parallel, accommodating varying load demands and providing redundancy.
• Commercial Buildings: Maintains uninterrupted power during grid failures by seamlessly transitioning between grid-tied and island operations.
• Data Centers: Supports critical infrastructure by offering precise control and monitoring of power systems, ensuring high availability and reliability.
• Rental Power Solutions: Provides flexible and scalable power management for temporary installations, adapting to diverse power requirements with ease.

By integrating advanced control features and flexible configuration options, the InteliGen4 200 enhances the efficiency and reliability of power generation systems across various sectors.