G-360 Router
G-360 Router
G-360 connects local measurement and control systems in remote sites to Galaxy, Pacific Control Systems Enterprise Service delivery platform over either 3G Cellular Radio or Direct IP Connection.
Router Integrated Controller;Enabled For Gbots
Highlights
- BACnet IP + MSTP
- Modbus TCP + RTU
- Wifi with DHCP server option
- Ethernet Router/Hub
- 3G cellular connectivity
- SOX/oBIX BACnet IP connectivity to Niagra framework
- oBIX connectivity to Galaxy platform
- Histories, alarms and schedules
- Runs Galaxy Gbots
- Application Framework control engine
- Runs optimal control algorithms
- Linux OS
G-360 connects remote sites and systems to Galaxy to provide Smart Services. G-360 provides full device to enterprise functionality in a single, low cost package. G-360 connects local measurement and control systems in remote sites to Galaxy, Pacific Control Systems Enterprise Service delivery platform over either 3G Cellular Radio or Direct IP Connection.
Local connections supported are for BACnet – IP or MSTP and Modbus-TCP or RTU so most common measurement and control systems in use in buildings can be connected. The BACnet integration engine in the device provides comprehensive alarming history and time schedule capabilities.
Communication to Galaxy uses the oBIX standard. The main control engine in G-360 is based on the Application Framework. This is configured to run Pacific Control Systems Gbots, the innovative remote service delivery technology that is unique to Pacific Controls Managed Service Business. Integrated Wi-Fi or DHCP server allows wireless PCs and tablets to be readily used to set up and engineer the systems locally as well as through the 3G/IP network.
DHCP uses client/server model for address allocation, providing IP address assignment and other TCP/ IP oriented configuration information. DHCP frees from having manually assign IP address to each client. DHCP environments require a DHCP server set up with the appropriate configuration parameters for the given network. Key DHCP parameters include the range or “pool” of available IP addresses, the correct subnet masks, plus gateway and name server addresses. The end point devices can automatically retrieve IP addresses from DHCP server which means that there is no need to configure these parameters individually for each client device.
