Fisher Rosemount Systems CL6788X1-A1 I/O Module CL6788

Fisher Rosemount Systems CL6788X1-A1 I/O Module CL6788

The Fisher Rosemount Systems CL6788X1-A1 I/O Module, also known as the CL6788, is a critical component in industrial automation, designed to facilitate seamless communication between control systems and field devices. This module serves as a termination panel for discrete input and output signals, ensuring reliable and efficient data transmission within process control environments.

Key Features

• Discrete I/O Termination: The CL6788 module provides termination for discrete input and output signals, enabling precise control and monitoring of industrial processes.
• Redundant Configuration: Designed with redundancy in mind, the module enhances system reliability by ensuring continuous operation even in the event of a component failure.
• Compatibility: The CL6788 is compatible with Fisher Rosemount’s Provox control systems, allowing for seamless integration into existing setups.
• Robust Construction: Built to withstand the demanding conditions of industrial environments, the module features durable components that ensure long-term performance.

Applications

The CL6788 I/O Module is ideal for various industrial applications, including:

• Process Control Systems: Facilitates accurate data acquisition and control in chemical, pharmaceutical, and manufacturing industries.
• Power Generation: Ensures reliable monitoring and control of power plant operations.
• Oil and Gas: Supports the complex control requirements of exploration, drilling, and refining processes.

Technical Specifications

• Model Number: CL6788X1-A1
• Function: Discrete I/O Module Termination
• Compatibility: Fisher Rosemount Provox Systems
• Redundancy: Yes
• Warranty: 12 months

For maintenance and support, services such as repair, refurbishment, and exchange are available to ensure the module’s optimal performance and longevity.

In summary, the Fisher Rosemount Systems CL6788X1-A1 I/O Module is a reliable and efficient solution for managing discrete input and output signals in industrial automation systems, offering features that enhance system reliability and performance.