Yokogawa ALE111-S00 S1 Ethernet Communication Module

Hardware Specifications

Ethernet Network Communication Features

The ALE111-S00 S1 performs Ethernet communication functions between Yokogawa control systems and FA-M3 devices. Moreover, the module applies CSMA/CD media access control for Ethernet network operation and manages data exchange through a standard communication segment.

In addition, the module supports a transmission distance of 100 m per network segment. The hardware design allows integration into industrial automation architectures where Ethernet connectivity and FA-M3 communication are required.

For Yokogawa process control applications, Ethernet communication modules typically interface with distributed control environments through structured network communication paths. Furthermore, the module design supports stable signal transmission through defined physical network connections.

Frequently Asked Questions

Q: What communication protocol management method does the ALE111-S00 S1 use?
A: The ALE111-S00 S1 uses CSMA/CD as its media access control method for Ethernet communication.

Q: What is the maximum transmission distance supported by one network segment?
A: The module supports a transmission distance of 100 m for one Ethernet segment.

Q: Which external system communication function does this module provide?
A: The module provides communication functions with FA-M3 systems through its Ethernet communication interface.

Field Installation Guidelines

Install the ALE111-S00 S1 module according to Yokogawa system hardware installation procedures. Verify the module seating position before applying power to the control rack.

Use industrial Ethernet cables with proper shielding and maintain separation between communication wiring and high-voltage power cables. Connect cable shields according to the grounding requirements of the installed Yokogawa control system.

Before operation, confirm Ethernet network parameters, communication addressing, and FA-M3 interface settings. In addition, inspect connectors and wiring routes to prevent mechanical stress or signal interference during continuous operation.