Description

The Siemens 6GK5216-4GS00-2AC2 is a SCALANCE XC216-4C G managed Layer 2 Industrial Ethernet switch designed for robust performance in demanding automation environments. This full Gigabit switch provides a high-density port configuration with 12 RJ45 ports and 4 flexible combo ports, suitable for either SFP fiber optic or copper RJ45 connections. It supports critical industrial protocols like PROFINET IO and is Ethernet/IP compliant, ensuring seamless integration into modern control systems. With features such as a redundant power supply, an extended operating temperature range, and a slot for a C-PLUG configuration memory module, this switch is engineered for high network availability and simplified device replacement.

Features

• Full Gigabit performance across all ports for high-speed data transfer.
• Managed Layer 2 switching with office features including RSTP and VLANs.
• PROFINET IO device functionality for integration into Siemens automation networks.
• Ethernet/IP compliant for interoperability with Rockwell/Allen-Bradley systems.
• Extended operating temperature range from -40 to +70 degC.
• Redundant power supply input for increased operational reliability.
• C-PLUG slot for easy device replacement without reprogramming.
• Certified to IEC 62443-4-2 for industrial network security.
• Onboard diagnostics LED for at-a-glance status monitoring.

Applications

• Factory automation and plant-floor control networks.
• Process control systems requiring high network availability.
• Infrastructure projects such as traffic control and utility management.
• Machine-to-machine (M2M) communication links.
• Applications in harsh environments with wide temperature fluctuations.

Technical Specifications

Installation Guidelines

1. 1 De-energize the control cabinet and verify the absence of voltage before handling the device.
2. 2 Securely mount the switch onto a standard DIN rail, S7 rail, or a flat panel/wall surface using the appropriate mounting points. Ensure adequate clearance for ventilation and cable access.
3. 3 Connect a low-impedance protective earth (PE) conductor to the designated grounding terminal on the switch chassis. This is essential for safety and EMC performance.
4. 4 Connect the primary and, if used, redundant DC power supply lines to the power input terminals, observing correct polarity.
5. 5 Terminate shielded Ethernet cables to the RJ45 ports. Ensure proper shield grounding at the cable gland or connector backshell to minimize noise interference.
6. 6 If using fiber optic connections, insert the appropriate SFP transceivers into the combo port cages before connecting fiber optic patch cords.
7. 7 Insert a C-PLUG memory module (if available) into the designated slot to enable automatic configuration backup and restore.
8. 8 After all connections are secure, re-energize the cabinet and verify the status LEDs on the switch for power, link activity, and fault indications.