ABB Bailey NTAI04 Infi 90 Net 90 Analog I/O Termination Unit

Description

Type:Analog I/O Termination Unit

Network Compatibility:Infi 90 Network

Operating Temperature Range:-20°C to +60°C

Power Consumption:Less than 5W

Communication Protocol:IEEE 802.3

Connection Ports:4 Analog Input, 4 Analog Output

Enclosure Material:Aluminum Alloy

Dimension (LxWxH):200mm x 100mm x 40mm

Weight:0.5kg

    The ABB Bailey NTAI04 Infi 90 Net 90 Analog I/O Termination Unit stands as a cornerstone in industrial automation, engineered to withstand harsh environments while ensuring reliable data exchange between devices. Its compact yet robust design allows for easy installation in tight spaces, making it ideal for a wide array of applications in manufacturing, process control, and smart infrastructure projects.

    Featuring a comprehensive set of 4 analog input channels and 4 output channels, this unit is capable of handling diverse signals with precision and efficiency, enhancing system performance and reducing downtime. The modular architecture ensures compatibility with various industrial protocols, facilitating seamless integration into existing networks.

    Equipped with MODBUS RTU compatibility, the ABB Bailey NTAI04 is a versatile choice for communication needs, allowing for direct connection with a multitude of devices without requiring additional conversion hardware. Its low power consumption ensures minimal energy use, contributing to sustainable operation.

    Withstanding a temperature range from -20°C to +60°C, this termination unit is built to endure extreme conditions commonly encountered in industrial settings, guaranteeing continuous operation even in challenging environments. The IP20 enclosure rating provides basic protection against dust and splashes, ensuring reliable functionality in various industrial locations.

    The ABB Bailey NTAI04 Infi 90 Net 90 Analog I/O Termination Unit is an essential component for enhancing the connectivity and efficiency of industrial control systems. Its combination of high performance, reliability, and ease of integration makes it a preferred choice for engineers and automation specialists seeking to optimize their systems.