Profi Line converter RS-232/LWL 1x RS-232, 1x LWL 1310nm SingleMode SC duplex 15km, DIN-Rail, RCThe cost-effective plug-and-play Fast Ethernet switch is designed for industrial environments, offering reliable network performance with DIN rail adaptation. With an extended operating temperature range of -40°C to +75°C, it is ideal for demanding applications.

Cost-Efficient Fast Ethernet Performance for Industrial Environments

This industrial Fast Ethernet switch provides reliable and cost-effective network performance in demanding environments. With plug-and-play functionality, setup is exceptionally simple, while the robust design ensures high operational reliability. The DIN rail adaptation allows for quick and secure cabinet installation. Designed for extreme conditions, the switch operates within a wide temperature range of -40° to +75°C.

The MS657140X variant features 8x TP 10/100Base-TX ports, making it ideal for industrial network infrastructures. Additionally, various models with TP or fiber uplinks (SC/ST) for multimode or single mode are available, allowing flexible integration into existing networks.

Power is supplied via a redundant 12–56 VDC connection, significantly increasing reliability. A potential-free relay contact provides additional monitoring and alarm functions. The compact and durable metal housing effectively protects the internal components, ensuring a long lifespan for the device.

Technical Data:

• Network Ports:
- MS657140X variant: 8x TP 10/100Base-TX
- Additional models available with TP or fiber uplink (SC/ST, multimode or single mode)

• Power Supply: 12–56 VDC, redundant
• Operating Temperature: -40° to +75°C
• Special Features:
- Plug-and-play functionality
- DIN rail adaptation for easy installation
- Potential-free relay contact for alarm signaling
- Robust, compact metal housing


Scope of Delivery:

• 1x Fast Ethernet Switch (variant as selected)
• 1x User Manual

Applications:

• Industrial networks
• Automation technology
• Machine and plant control
• Control cabinet installation