Model: DDW-226
Category: Ethernet extender with serial port
Finish: New, not new
Warranty: One year
Weight: 8 pounds
Model: DDW-226
Category: Ethernet extender with serial port
Finish: New, not new
Warranty: One year
Weight: 8 pounds
The Wolverine DDW-226 creates highly efficient Ethernet networks over extremely long distances (up to 15 km) with data transfer rates up to 15.3 Mbit/s. SHDSL technology enables it to reuse many types of existing copper cables, resulting in significant cost savings. Depending on cable characteristics, transmission distances of up to 15 km (9.3 mi) can be achieved. The combination of WeOS and integrated RS-232 ports enables legacy devices to be part of an IP backbone network.
The DDW-226 is designed for heavy industrial applications with a rugged aluminum housing. A wide range of input power supplies and I/O alarm contacts make it easy to install and monitor in industrial applications. Transient blocking units (TBU) are considered the most effective way to prevent harmful noise spikes caused by lightning strikes or high-voltage equipment.
Using only industrial-grade components, the DDW-226 has an MTBF (mean time to failure) of 700,000 hours and ensures a long service life. The housing is designed without fans or heat dissipation holes to enable a wide operating temperature range - 40 to +70°C (-40 to +158°F). The DDW-226 has been tested by Westmore's internal and external testing facilities to meet most EMC, isolation, vibration and shock standards and to the highest levels in heavy industrial environments.
WeOS, developed by Westmore, provides a cross-platform, future-proof solution. WeOS provides IP security features unique to this category, such as the creation of a multi-port DMZ using internal port-based firewall capabilities. Secure remote access to the network with an encrypted VPN.
DDW-226 rings can be built using the Westmore FRNT protocol or OSPF to achieve resiliency. The DDW-226 can be used in enterprise networks. For more information about WeOS capabilities, see the WeOS Parameter Table.