This is an application of Sollae Systems’ serial to Ethernet module with a traffic signal controller.
A traffic signal controller is used for the proper operation of traffic lights installed on the road. Because the traffic signal controller is run independently, a vast amount of time loss occurs when to change its settings by hand along to the traffic situation.
In this case, drivers will suffer from the changed signal system that may cause a big concern of accidents. To prevent the situation, it is needed for traffic signal controllers controlled from a remote site.
With Sollae Systems’ serial to Ethernet module, it is feasible to monitor, manage and control traffic situation in real time.
In order to manage equipment in unmanned BTS, you must visit the site regularly. So if you experience a problem with your equipment it takes long time to take action after determining what causes it.
Sollae Systems’ console servers, CSE-T16 and CSE-T32, can help you to connect your system console to a network.
Therefore, if a network connection is enabled, you can identify the problem of the equipment through the console server from a remote site as well as recovering the system.
You can also reset, reboot, reconfigure your equipment without visiting the site.
Sollae Systems’ serial to Ethernet device servers can be applied in catapult monitoring system. A controller of the catapult can monitor various information via a RS232 serial port. Therefore, when you connect Sollae Systems’ serial to Ethernet device server to the RS232 serial port of the controller, it can remotely monitor the real-time data through a network.
This video is about “internet switch” which is an application of Sollae Systems’ remote I/O controllers.
Please visit our website to know more about remote I/O controllers!
Sollae Systems’ remote I/O controller monitors and controls information of digital input port and digital output port. This process of our remote I/O controller is done with TCP/IP through an Ethernet port.
Input and output ports can be monitored and controlled via Modbus/TCP and HTTP. Also, when you set up a value to input port for output port by using a basic logical function, which is called Macro mode, each set of input and output port can be operated independently.
Besides, when you modify one unit of CIE-H10 and several units of CIE-H12, the system can work as two-way remote controllers. CIE-H10 has 8 of input and output ports and CIE-H12 and EZI-10 have 1 port. When you set CIE-H10 to work as Modbus/TCP Slave, and CIE-H12 or EZI-10 as Modbus/TCP Master, you can operate a system such as 1:N Internet switch.
For example, connect a physical switch line with input port of CIE-H10, and connect anything that you want to turn on and off from a remote site such as fan, air conditioner, lights in factory with output port of CIE-H12. As long as there is internet connection on both sites, you can easily turn on and off at any time and from anywhere.
Other than the example above, remote I/O controllers can be applied to power, motor, or actuator control system and remote PC on/off system.
Sollae Systems’ Argentina distributor EtherPower S.R.L. attended EXPO DataCenter in May of this year again. The exhibition was held from 5th to 6th of May at the World Trade Center as usual.
Distributors and suppliers of ICT (Information and Communication Technologies) products and services were gathered in EXPO Data Center where brings innovations to directors of variety of systems and designers.
EtherPower S.R.L. sent us a few photos and a video of their booth. EtherPower’s booth was located right next to General Electric Company.
This is a photo of showing an example of internet switch with two units of CIE-H10!