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| Industrial Ethernet Switches |
| MOXA Industrial Ethernet Switches |
| Industrial environments often involve unknown, hazardous factors that can influence the operation of Ethernet devices. In fact, some of the factors could cause serious disasters or the loss of life and property. Many of MOXA's industrial products have received UL508 and UL60950-1 certifications, which were developed to indicate which industrial control and information technology equipment is suitable for hazardous locations such as maritime environments, or in mining, oil refineries, and other industrial settings. In addition, UL/cUL Class 1 Division 2, ATEX IIG3 C1Z2, and DNV and GL maritime type approvals have strict standards for testing which devices can be used safely and reliably in these critical environments. |
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 • MOXA Industrial Unmanaged Ethernet Switches • MOXA Industrial Managed Ethernet Switches • MOXA Industrial Modular Ethernet Switches
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| AutomationDirect STRIDE™ Unmanaged Industrial Ethernet Switches and Media Converters |
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STRIDE™ is the NEW line of Industrial Grade Unmanaged Ethernet Switches and Media Converters from AutomationDirect. |
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| Advantech EKI Series Industrial Ethernet Switches and Media Converters |
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The Advantech EKI series of Industrial Ethernet solutions offer a wide range of transmission media options, including: copper, glass fiber and wireless. Data transmission rates can range from 10 Mbps, 100 Mbps to 1000Mbps (Gigabit/s), making the process of manufacturing data not just available at the field level, but also seamlessly integrated into higher-level data acquisition systems. Advantech’s EKI series X-Ring technology offers the fastest redundant ring recovery time (< 10ms) to secure data communication and reliability. Further, the robust design together with DIN-rail mounting and +12~48 VDC redundant power input make EKI suitable for rugged industrial applications. - |
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Advantech's Industrial Ethernet Media Converters are extremely compact and robust devices. Basically, they are designed to convert and transmit Gigabit Ethernet or Fast Ethernet networks into Gigabit or Ethernet fiber networks by transparently converting digital electric Ethernet signals to optical signals.
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