ABB Bailey NASM03 Infi 90 Analog Slave Module – Precision Control in Industrial Automation
The ABB Bailey NASM03 infi 90 Analog Slave Module is a versatile industrial control solution designed for seamless integration into complex systems, offering precise analog signal management and reliable operation in harsh environments.
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Phone:+86 18005021035
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Content details
Module Type:Analog Slave
Module Model:NASM03
Protocol Compatibility:Infi 90
Number of Analog Inputs:16
Data Rate:Up to 4 Mbps
Power Consumption:Less than 2.5 W
Operating Temperature Range:-40°C to +85°C
Communication Interface:RS-485
Dimensions (mm):178 x 330 x 51
Weight:Approximately 0.6 kg
The ABB Bailey NASM03 Infi 90 Analog Slave Module is specifically engineered to enhance operational efficiency and precision in industrial environments. This module seamlessly integrates with a variety of control systems, providing accurate and reliable analog signal processing.
Equipped with 16 channels capable of handling both voltage and current inputs, it supports a wide range of applications from process control to monitoring systems. Its compatibility with the InfiNet communication protocol ensures robust data transmission even in harsh industrial settings.
Featuring a low power consumption design, the NASM03 module optimizes energy use without compromising performance. Its operating temperature range (-20°C to +60°C) and high humidity tolerance make it suitable for a broad spectrum of industrial locations.
Crafted with durability in mind, the module utilizes robust materials that can withstand demanding conditions, ensuring reliability and longevity. Installation and maintenance are straightforward, allowing for minimal downtime and efficient system management.
To further facilitate user convenience, the ABB Bailey NASM03 module comes with comprehensive documentation and support resources, enabling quick setup and easy integration into existing systems. It is an indispensable addition to any industrial automation project aiming for enhanced precision and operational efficiency.