Fisher Controls CL6821X1-A6 12P0663X032 Analog I/O Card

Model:CL6821X1-A6 12P0663X032

Type:Analog I/O Card

Bus Interface:Modular DeviceNet

Analog Inputs:16 channels

Analog Outputs:8 channels

Sampling Rate:10 kHz

Power Supply:DC 24V

Operating Temperature:-40°C to +70°C

Humidity Range:5% to 95% non-condensing

    Experience unparalleled reliability and precision with the Fisher Controls CL6821X1-A6 Analog I/O Card, engineered for seamless integration into complex industrial control environments. This high-performance card is equipped with an advanced signal processing system that ensures accurate data transmission, critical for maintaining optimal operational efficiency.

    Featuring eight channels of both analog inputs and outputs, this card offers exceptional versatility, allowing for comprehensive monitoring and control over various industrial processes. Its compatibility with the VMEbus ensures compatibility with a wide range of existing systems, making it a cost-effective upgrade option for modernization projects.

    Designed with durability and adaptability in mind, the Fisher Controls CL6821X1-A6 Analog I/O Card operates within an extended temperature range from -20°C to +60°C, ensuring reliable performance under diverse environmental conditions. Its low power consumption of up to 10W makes it an energy-efficient choice for long-term applications.

    The card’s modular design facilitates easy installation and maintenance, thanks to its rack-mountable feature, which allows for flexible placement within industrial cabinets. With its robust construction and user-friendly interface, the Fisher Controls CL6821X1-A6 Analog I/O Card is a valuable addition to any industrial automation setup, promising enhanced accuracy, efficiency, and system reliability.

    Backed by Fisher Controls’ commitment to quality and innovation, this product is designed to withstand the rigors of continuous use in demanding industrial settings. It represents a smart investment for businesses looking to upgrade their control systems without compromising on performance or ease of integration.