Durable Ifm Al4303 Ethernet Module With Profinet Interface Series [ymXShWgp]

Powerful Ethernet Module for Industrial Applications

The Ifm AL4303 Ethernet Module is a cutting-edge solution designed for industrial use, offering seamless integration with Profinet interfaces. This module is ideal for a variety of applications, including hygienic systems and I/O modules for field applications. With its daisy-chain function, it provides voltage supply and fieldbus interface capabilities, making it a versatile choice for complex industrial setups.

• Profinet Interface for high-speed data transfer and reliable communication
• Daisy-chain Functionality for efficient power supply and fieldbus interface connectivity
• Support for hygienic systems and field applications, ensuring durability and reliability

Robust Electrical Data and Specifications

The Ifm AL4303 Ethernet Module boasts impressive electrical data and specifications, making it a reliable choice for demanding industrial environments. It operates on a voltage range of 20...28 DC and has a current consumption of 300...3900 mA, ensuring optimal performance under various conditions. The module features a protection class of III, offering enhanced safety and security.

• Operating Voltage: 20...28 DC
• Current Consumption: 300...3900 mA
• Protection Class: III
• Additional Voltage Supply: 20...28 DC

Comprehensive Inputs, Outputs, and Software Features

The Ifm AL4303 Ethernet Module offers a comprehensive set of inputs, outputs, and software features to cater to a wide range of industrial applications. It features 8 digital inputs and 8 digital outputs, providing flexibility for various control requirements. The module also includes a parameter setting option for a counter function, allowing for advanced counting and timing operations.

• Number of Inputs and Outputs: 8 digital inputs and 8 digital outputs
• Parameter Setting Options: Counter function
• Functions and Parameters: CTU (Up Counter), CTD (Down Counter), CTUD (Up-Down Counter), CTDIR (Direction Counter)