Ethernet and WiFi variations available
Reads all active devices every 2 seconds
Firmware can be flash upgraded from remote.
Manages concurrent client connections safely and reliably.
Debugging functionality helps simplify software integration.
3 separate 1-Wire networks providing robust communication.*
Automatically provides smart strong-pull-up for 1-Wire sensors.
Low Cost. Reports the 1-Wire network connected to each device.
Automatic short detection on 1-Wire networks.**
1-Wire MicroLan capacity of 1000 feet of cable, 24 devices.
ESD Protection more than 27kV (IEC801-2 Reference Model.) on the 1-Wire bus.
LED indicators for Ethernet link/activity, power, and 1-Wire activity.
Easy Installation
ABS enclosure.
The OW-SERVER is an inexpensive Ethernet/WiFi to 1-Wire interface that is designed to efficiently monitor and control 1-Wire devices. The OW-SERVER will allow you to use industry standard Ethernet or WiFi products (switches, hubs, etc.) to build the backbone of your 1-Wire based sensor / control system. This provides several important benefits: First, 1-Wire networks can be easily distributed over great distances without having to deal with the challenges associated with the installation of physically large 1-Wire networks. By distributing the 1-Wire networks, the individual 1-Wire MicroLans can be kept to a smaller physical size, thereby improving responsiveness/relia
bility and decreasing installation costs. Second, since the OW-SERVER communicates over standard Ethernet/WiFi, you can take advantage of existing corporate LANs, WLAN, the Internet, and in-house MIS expertise for building out and maintaining the backbone of your sensor network.
The OW-SERVER has been designed in such a way to minimize the amount of network resources needed to monitor 1-Wire devices. It maintains the latest readings of its 1-Wire devices which are updated every 2 seconds. This enables the OW-SERVER to deliver a current reading without waiting for a time intensive temperature conversion (or other conversion) to be performed. Also, the OW-SERVER is designed to push data when a user defined alarm occurs via SNMP traps. This significantly reduces the necessary polling rate for many applications while still supplying assurance that any problem will be detected in a timely manner.
The OW-SERVER is ideal for many applications which include: Server Room Monitoring SCADA Systems HVAC
A number of Ethernet protocols are used by the OW-Server including HTTP and SNMP. The HTTP interface is a simple webpage which shows the current overview of each connected sensor. By default, this page uses AJAX techniques to automatically update itself, insuring the data being display…
| Ethernet and WiFi variations available
Reads all active devices every 2 seconds
Firmware can be flash upgraded from remote.
Manages concurrent client connections safely and reliably.
Debugging functionality helps simplify software integration.
3 separate 1-Wire networks providing robust communication.*
Automatically provides smart strong-pull-up for 1-Wire sensors.
Low Cost. | Reports the 1-Wire network connected to each device.
Automatic short detection on 1-Wire networks.**
1-Wire MicroLan capacity of 1000 feet of cable, 24 devices.
ESD Protection more than 27kV (IEC801-2 Reference Model.) on the 1-Wire bus.
LED indicators for Ethernet link/activity, power, and 1-Wire activity.
Easy Installation
ABS enclosure. |
The OW-SERVER is an inexpensive Ethernet/WiFi to 1-Wire interface that is designed to efficiently monitor and control 1-Wire devices. The OW-SERVER will allow you to use industry standard Ethernet or WiFi products (switches, hubs, etc.) to build the backbone of your 1-Wire based sensor / control system. This provides several important benefits: First, 1-Wire networks can be easily distributed over great distances without having to deal with the challenges associated with the installation of physically large 1-Wire networks. By distributing the 1-Wire networks, the individual 1-Wire MicroLans can be kept to a smaller physical size, thereby improving responsiveness/reliability and decreasing installation costs. Second, since the OW-SERVER communicates over standard Ethernet/WiFi, you can take advantage of existing corporate LANs, WLAN, the Internet, and in-house MIS expertise for building out and maintaining the backbone of your sensor network.
The OW-SERVER has been designed in such a way to minimize the amount of network resources needed to monitor 1-Wire devices. It maintains the latest readings of its 1-Wire devices which are updated every 2 seconds. This enables the OW-SERVER to deliver a current reading without waiting for a time intensive temperature conversion (or other conversion) to be performed. Also, the OW-SERVER is designed to push data when a user defined alarm occurs via SNMP traps. This significantly reduces the necessary polling rate for many applications while still supplying assurance that any problem will be detected in a timely manner.
The OW-SERVER is ideal for many applications which include:
Server Room Monitoring
SCADA Systems
HVAC
A number of Ethernet protocols are used by the OW-Server including HTTP and SNMP. The HTTP interface is a simple webpage which shows the current overview of each connected sensor. By default, this page uses AJAX techniques to automatically update itself, insuring the data being display…
