What are the key features of the Moxa PT-G510 Series Ethernet Switches?
The Moxa PT-G510 Series Ethernet Switches are designed for industrial network infrastructure, offering 10-port Layer 2 full Gigabit capabilities. These switches are IEC 61850-3 compliant, ensuring they meet rigorous standards for industrial automation networks. They support PRP/HSR redundancy protocols, making them ideal for critical applications that require high availability and reliability.
How does the Moxa PT-G510-8GSFP-PHR-WV model differ from other switches in the PT-G510 Series?
The Moxa PT-G510-8GSFP-PHR-WV model is a full Gigabit managed Ethernet switch featuring 10 100/1000Base SFP ports. It is designed to operate in extreme conditions with an operating temperature range of -40 to 75°C. This model also includes an isolated dual power supply (24/48 VDC), enhancing its reliability in industrial environments. It complies with both IEC 61850-3 and IEC 62439-3 standards, making it suitable for use in power substations and other critical infrastructure.
Can I purchase Moxa PT-G510 Series switches through IP Trading in Australia?
Yes, IP Trading is a reputable B2B IT reseller in Australia where you can purchase Moxa PT-G510 Series switches. They offer a range of Moxa products, including the PT-G510-8GSFP-PHR-WV model, and provide support for businesses looking to enhance their industrial network infrastructure.
What are the redundancy features of the Moxa PT-G510 Series switches?
The Moxa PT-G510 Series switches support PRP (Parallel Redundancy Protocol) and HSR (High-availability Seamless Redundancy) protocols. These features ensure network reliability by providing seamless failover in the event of a network failure, which is crucial for maintaining continuous operation in industrial settings.
What power supply options are available for the Moxa PT-G510-8GSFP-PHR-WV model?
The Moxa PT-G510-8GSFP-PHR-WV model comes with an isolated dual power supply option, supporting 24/48 VDC. This feature enhances the switch's reliability by providing redundancy in power supply, which is essential for maintaining network uptime in critical industrial applications.