Единый продукт

Number of Input Channels:16

Isolation Type:Channel to Channel, Channel to Power Supply

Maximum Input Voltage:±5 V

Measurement Current for RTD:1 mA

Maximum Current Consumption:350 mA (5 V DC)

Suffix Code Explanation:S=Standard type, 1=Specific Functionality

Weight:0.3 kg

Connector Type:Dedicated Cable

    Introducing the Yokogawa AAR145-S53 S1 Analog I/O Module, a cornerstone in the realm of industrial control systems, engineered for unparalleled precision and reliability. This module is specifically designed to optimize system performance by seamlessly integrating advanced analog input functionality, ensuring that every aspect of your operational environment is accurately monitored and controlled.

    Featuring 16 isolated input channels, the AAR145-S53 S1 offers exceptional versatility and scalability, catering to diverse industrial applications. Its robust design ensures stable operation under challenging conditions, making it an indispensable tool for enhancing the efficiency and safety of your processes.

    With its ±5 V maximum input voltage capability and precise 1 mA measurement current for RTD sensors, this module provides unparalleled accuracy in data acquisition. Coupled with a maximum current consumption of 350 mA (5 V DC), it optimizes power usage without compromising performance, ensuring optimal energy management within your facility.

    The inclusion of a dedicated connector facilitates seamless integration into existing systems, minimizing downtime and simplifying installation processes. The S1 suffix code signifies a specialized function tailored to meet the unique requirements of modern industrial environments, offering users the flexibility to adapt to evolving technological demands.

    Crafted with durability and ease of use in mind, the AAR145-S53 S1 Analog I/O Module is equipped with a compact yet robust design, weighing just 0.3 kg. This lightweight yet sturdy construction ensures that the module can withstand the rigors of industrial settings without compromising on functionality or performance.