ABB Bailey NTA105 Infi 90 AI Termination Unit – High-Level 16 Channel

Model:NTA105

Technology:Infi 90

Channel Count:16

Input/Output Type:AI (Analog Input)

Communication Protocol:High-Level Control

Operating Voltage:24V DC

Power Consumption:Low

Relay Rating:Current Limit: 1A @ 24V DC

Terminal Configuration:Snap-in terminal block

Environment Resistance:IP20 rated

Temperature Range:-20°C to +70°C

Mounting:Panel mount

Dimensions (mm):120 x 80 x 50

Weight:Approx. 200g

    Integrating cutting-edge technology, the ABB Bailey NTA105 Infi 90 AI Termination Unit – High-Level 16 Channel offers unparalleled precision and reliability for industrial control systems. Its robust design ensures stable operation under various environmental conditions, making it an indispensable choice for demanding applications.

    Equipped with the latest Infi 90 communication protocol, this unit seamlessly integrates into existing network infrastructures, providing seamless data transmission and enhanced system scalability. Its high-level analog inputs enable accurate signal acquisition, crucial for optimizing operational efficiency and product quality.

    Crafted from high-grade materials, the ABB Bailey NTA105 boasts a durable build capable of enduring the rigors of industrial environments. The unit’s compact size and lightweight construction facilitate easy installation and maintenance, minimizing downtime and maximizing productivity.

    With its comprehensive set of features and exceptional performance, the ABB Bailey NTA105 Infi 90 AI Termination Unit – High-Level 16 Channel is tailored to meet the evolving needs of modern industrial automation. Whether in manufacturing, energy, or process control industries, this termination unit stands out as a premium solution for advanced data acquisition requirements.

    Experience unmatched reliability and precision with the ABB Bailey NTA105 Infi 90 AI Termination Unit – High-Level 16 Channel. Designed to push the boundaries of industrial automation, this product delivers on its promise of superior signal processing and efficient data management, setting new standards for performance and reliability.