Siemens 6ES7658-7FX58-0YH0 Route Control Server

Centralized Route Management for Complex Material Transport

The Siemens 6ES7658-7FX58-0YH0 is a software license for the SIMATIC Route Control Server within the PCS 7 environment. This server software manages and controls complex material transport paths in process plants . It handles route requests and coordinates the sequence of operations across multiple automation systems. The software is an integral part of the SIMATIC PCS 7 process control system, acting as the central intelligence for material flow . It provides a scalable solution from small systems with a few routes to large plants with up to 300 simultaneous transports .

Technical Specifications

Parameter	Specification
Manufacturer	Siemens
Product Type	Software License
Application	SIMATIC Route Control Server
System	SIMATIC PCS 7
Runtime Architecture	Single Station, Client/Server, Redundant Server Pairs
License Capacity	Requires additional “Routes” licenses (10 or 50 quantity options)
Max Routes per Project	300
Languages	6 (English, German, French, Italian, Spanish, Chinese)
OS Compatibility	Windows 10 Enterprise LTSC, Windows Server
Software Class	A
Delivery Type	License key on USB flash drive or online download
Feature Highlight	Redundancy for high availability
Integration	SIMATIC BATCH, SIMATIC PCS 7 OS

Core Functionality and Architecture

The Route Control Server performs a crucial role in material transport automation. It calculates optimal routes based on specified source and destination parameters . The server considers up to 300 pre-configured routes for dynamic material transports. It communicates with Automation Systems via a high-speed I/O bus and supports redundant configurations for maximum availability . The server downloads its configuration from the engineering system to the active server, where it awaits activation .

System Integration and Operation

The Siemens 6ES7658-7FX58-0YH0 integrates seamlessly with the PCS 7 operator system. The Route Control Center application provides a comprehensive operator interface for monitoring and control . Diagnostic tools allow detailed analysis of error causes, such as blocked elements or partial routes . A maintenance function permits safe servicing of automation systems by completing active routes before switching to maintenance mode .