The ABB XI16E1 Digital Input Module is designed for industrial automation applications, offering high reliability and precise control in demanding environments.
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The ABB XI16E1 Digital Input Module is designed for industrial automation applications, offering high reliability and precise control in demanding environments.
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Number of Inputs:16
Signal Type:Digital
Input Voltage Range:24V DC
Insulation Voltage:50V
Operating Temperature:-25°C to +60°C
Storage Temperature:-40°C to +85°C
Dimensions (D x W x H):102 x 45 x 119 mm
Weight:0.15 kg
Mounting:Panel
Introducing the ABB XI16E1 Digital Input Module, a robust and reliable solution for enhancing productivity and efficiency in industrial automation environments. This module is engineered to deliver accurate and fast response times, making it ideal for complex control systems in various sectors including automotive, packaging, and food processing.
Featuring 16 digital input channels, the ABB XI16E1 provides extensive connectivity options, allowing for seamless integration with other components in your system. Its high insulation voltage rating ensures safety and reliability, even in challenging industrial conditions.
With its compact design and industry-standard connection types, this module is easily adaptable to existing systems without requiring significant modifications. It supports MODBUS communication protocol, facilitating seamless data exchange with PLCs and other control devices.
Operating within a wide temperature range (-25°C to +55°C), the ABB XI16E1 Digital Input Module is designed for durability and longevity, ensuring uninterrupted operation in diverse environmental conditions. Its storage temperature range (-40°C to +85°C) allows for flexible deployment in extreme climates.
Compliant with international standards like CE, UL, CSA, and certified under ISO 9001, this module meets the highest quality and safety standards. A testament to ABB‘s commitment to innovation and excellence, the XI16E1 Digital Input Module is a game-changer for optimizing your automation processes.
