银娱优越会

Overview

Based on the new 10BASE-T1L standard, the ETHT1L module is an innovative technology and ethernet switch for fast data communication over a long distance. This ground-breaking solution provides a single-pair cable-based Ethernet infrastructure for data and power over 1200 meters. It is an ideal solution for connecting accelerographs, recorders, and other data-intensive devices in vast installation settings, allowing data transmission at speeds up to 10 MBps. The cost-effective cable and the simplicity of the wiring are the highlights of ETHT1L, which empowers and extends the capabilities of GeoSIG products, such as ela and albris.

Key Features

Up to 1200 m of cable between modules

• Simple installation with screw-terminals

• Cost-effective cable

• Reduced installation time

• Unlimited possibility of extending the network to cover any distance

• Fully compatible with GeoSIG products

Installation Example Topologies

Example - High-rise Building 1 

Centrally powered from a single source, forming a standard TCP/IP network (LAN). 

High dynamic accelerographs (albris) with complete data recording and storage redundancy at each measurement point. 

A single GPS module provides nanosecond timing accuracy among all recorders. 

A landline or 4G router provides Internet access for remote data acquisition and configuration, as well as for any notifications. 

Any other TCP/IP device, such as computers, printers, etc, can as well be connected. 

Can be added into an existing LAN.

Example - High-rise Building 2

Centrally powered from a single source, forming a standard TCP/IP network (LAN), this time with a slightly different distribution.

Low dynamic accelerographs (ela) with complete data recording and storage redundancy at each measurement point. Possibility of generating alarms on dry contact relays of the accelerograph (ela), with a logic based upon all devices on the network.

A single GPS module provides nanosecond timing accuracy among all recorders.

A landline or 4G router provides Internet access for remote data acquisition and configuration, as well as for any notifications.

Any other TCP/IP device, such as computers, printers, etc, can as well be connected. 

Can be added into an existing LAN.

Dam Example

A true TREE topology with centrally powered high dynamic accelerographs (albris) with complete data recording and storage redundancy at each measurement point. 

A single GPS module provides nanosecond timing accuracy among all recorders. 

A landline or 4G router provides Internet access for remote data acquisition and configuration, as well as for any notifications. 

Any other TCP/IP device, such as computers, printers, etc, can as well be connected.

Can be added into an existing LAN. 

Example - Bridge 1

A true BUS topology with two sides powering sources and mixed dynamic accelerographs (albris and ela) with complete data recording and storage redundancy at each measurement point. 

Possibility of generating alarms on dry contact relays of the accelerograph (ela), with a logic based upon all devices on the network. 

A single GPS module provides nanosecond timing accuracy among all recorders. 

A landline or 4G router provides Internet access for remote data acquisition and configuration, as well as for any notifications. 

Any other TCP/IP device, such as computers, printers, etc, can as well be connected. 

Can be added into an existing LAN.

Example - Bridge 2

2.5 km long topology with centrally powered mixed dynamic accelerographs (albris and ela) with complete data recording and storage redundancy at each measurement point. 

A single GPS module provides microsecond accuracy among all recorders. 

A landline or 4G router provides Internet access for remote data acquisition and configuration, as well as for any notifications. 

Any other TCP/IP device, such as computers, printers, etc, can as well be connected. 

Can be added into an existing LAN.