Description
The Weidmuller IE-SW-VL05M-5TX (article number 1504280000) is a managed industrial Ethernet switch engineered to provide reliable, high-availability data routing across rugged automation networks. Featuring five Fast Ethernet ports, this infrastructure device utilizes an advanced store-and-forward switching architecture to eliminate corrupt data packets and maintain deterministic communication links between control elements.
The switch is enclosed in a robust, compact IP30-rated metal housing designed for space-critical DIN rail configurations without sacrificing mechanical resistance to thermal stress. Equipped with integrated layer 2 management software tools, network administrators can actively configure traffic prioritization, secure interface access ports, and monitor diagnostics. Redundant dual power supply inputs are built into the design, protecting continuous SCADA operations, distributed I/O clusters, and field networks from sudden primary power failures.
Features
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Five Fast Ethernet Ports: Equipped with 5 x RJ45 ports that automatically adjust line parameters via auto-negotiation and auto-MDI/MDI-X link matching.
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Managed Layer 2 Architecture: Supports advanced configuration profiles for traffic filtering, system monitoring, and industrial segment optimization.
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Fail-Safe Redundant Power: Dual power inputs accommodate wide supply ranges to prevent network failure if an external supply loop drops out.
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Robust Traffic Buffer: Contains a 2 K MAC address capacity table and a 1 Mbit packet buffer memory allocation to manage burst traffic queues effectively.
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Heavy-Duty IP30 Metal Casing: Slim, ruggedized aluminum/steel outer structure built to resist shock, vibration, and thermal extremes.
Applications
- Factory automation cells and continuous machine-to-machine (M2M) network coordination.
- Power generation facilities, wind farms, and renewable energy substation data aggregation.
- Water and wastewater treatment infrastructure demanding high-uptime remote telemetry monitoring.
- Oil, gas, and petrochemical process loops requiring robust hardware resilient against electrical ambient noise.
Technical Specifications
| Parameter |
Specification |
| Manufacturer |
Weidmuller |
| Part Number / Model |
IE-SW-VL05M-5TX |
| Article Number |
1504280000 |
| Switch Type |
Managed Industrial Ethernet Switch |
| Product Line Series |
Value Line |
| Data Switching Method |
Store and Forward |
| Port Interface Count |
5 x RJ45 ports (10/100BaseT(X)) |
| Network Speed |
Fast Ethernet |
| MAC Table Size |
2 K |
| Packet Buffer Size |
1 Mbit |
| Voltage Supply Range |
12 / 24 / 48 V DC (Includes 2 redundant power inputs) |
| Power Input Interface |
1 x removable 6-pin terminal block assembly |
| Housing Material |
Metal |
| Protection Degree Rating |
IP30 |
| Mounting Profiles |
TS 35 DIN rail, Panel mounting (requires optional expansion kit) |
| Operating Temperature Range |
-10 Celsius to 60 Celsius |
| Storage Temperature Range |
-40 Celsius to 85 Celsius |
| Ambient Humidity Limits |
5% to 95% (non-condensing) |
| Chassis Dimension Width |
135 mm |
| Chassis Dimension Height |
135 mm |
| Chassis Dimension Depth |
105 mm |
| Net Unit Weight |
650 g |
Alternative Models & Compatibility
The IE-SW-VL05M-5TX is standard component within Weidmuller’s industrial Value Line automation segment. When network requirements mandate fiber link conversions over longer runs, sister hardware configurations within the same catalog portfolio—such as versions incorporating multi-mode (MM) or single-mode (SM) fiber ports—must be utilized. It drop-in integrates with standard industrial hardware topologies, including PLC nodes, automation servers, and smart sensors utilizing standard RJ45 networking pathways.
Application Pitfalls & Engineering Notes
An oversight often encountered during field setups involves ignoring proper chassis potential grounding. Failing to ground the metal housing through the designated chassis grounding screw lowers the switch's protection thresholds against transient voltage surges, exposing data paths to electromagnetic interference (EMI) originating from nearby heavy switching drives. Furthermore, because the unit features an IP30-rated chassis, it possesses no liquid protection; deploying this hardware in spaces exposed to water mist or condensing humidity conditions without an auxiliary IP65 protective junction box will cause electrical shorts and internal card degradation.
Installation Guidelines
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DIN Rail Fastening: Align the rear mounting assembly of the switch with a standardized TS 35 DIN rail frame. Tilt the unit back smoothly until the integrated mounting clip clicks firmly onto the upper and lower lips of the rail.
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Thermal Distribution Clearances: Provide a minimum unhindered boundary gap of at least 5 cm above and below the module housing inside control panels to support normal convective airflow currents and prevent heat buildup.
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Functional Ground Termination: Connect a low-impedance copper grounding strap between the dedicated grounding point on the module body and the cabinet's central star ground bar.
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Power Terminal Setup: Strip the external supply lines and hook up the redundant power wires (ranging between 12 and 48 V DC) to the matching slots of the removable 6-pin screw terminal block. Double-check all connection points for correct polarity before re-energizing the main power circuits.