The new RSPE switches

The new RSPE switches

Belden’s new RSPE switches

The new industrial Ethernet switches offer flexible and efficient solutions even in harsh conditions

01 September 2014

Belden Inc, a global leader in signal transmission solutions for mission-critical applications, announced the release of its new Rail Switch Power Expandable (RSPE) family of managed industrial Ethernet switches.

“Building on the tried-and-tested Rail Switch Power (RSP) family from Hirschmann, these modular switches make it possible to create flexible Ethernet installations in which the network design can be quickly adapted to manage changing application needs. Its high reliability guarantees 100 per cent availability of data communication, ensuring optimum productivity for machines and systems,” a Belden statement said.

“In today’s fast-changing industrial environments, flexibility is key,” said Belden product manager Jürgen Schmid. “With our new Rail Switch Power Expandable switches, media modules can be added to basic switch devices in virtually no time at all – a practical and cost-effective solution for today – and tomorrow.”

Benefits of these new RSPE switches include:

• Eight Fast Ethernet twisted pair ports and four combo ports that support Fast Ethernet and Gigabit Ethernet

• High-availability Seamless Redundancy (HSR) and Parallel Redundancy Protocol (PRP) redundancy standards, plus precise time synchronisation in accordance with IEEE 1588 v2, can be extended to provide up to 28 ports by adding two media modules

• Various combinations of copper or fibre ports (plus Power over Ethernet (PoE)/PoE+) by module type

• Comprehensive management, diagnostic and filtering features, as well as numerous redundancy methods, bringing all-around security to the network

• An extended operating temperature range from -40°C to +70°C, high vibration resistance and broad immunity to electrostatic discharges.

Specially certified for a range of application scenarios, the RSPE switches guarantee highly efficient solutions even under harsh environmental conditions.

More Stories