中文版
Description
General Electric Mark VIe Controller IS420UCSCH1B is another edition of the quad-core controller that is used with a QNX Neutrino operating system. The IS420UCSCH1B device supports TMR, Simplex, and Dual redundancy.
Memory Type 4 GB DDR3-1333 SDRAM
Storage Temperature -40 to 85°C (-40 to 185 °F)
Platform Configuration Supported Features EFA, Embedded EtherCAT, and Embedded PPNG
Part Number IS420UCSCH1B
NVSRAM 3067 Nonvolatile Program Variables, 64 Totalizers, and 338 Forces
Number of Ethernet Ports 6, 5 on Front Panel, and 1 on Bottom for Predix Connectivity
Altitude for Normal Operation 0-1000 m at 101.3 to 89.9 kPa
HMI ControlST V07.00.00C or Later
Dimensions with Mounting H 8.03 in x D 5.99 in x W 2.17 in
Controller IS420UCSCH1B is another version of the UCSC controller that has a quad-core and operates on 1.2 GHz AMD G-Series. This controller was designed by General Electric to be used in the Mark VIe Series. This controller is the main controller mentioned in the GEH-6855 Volume II manual and is described as being a real-time hypervisor controller with a QNX Neutrino multi-task capable operating system. The QNX operating system is used in highly-reliable high-speed industrial applications. Another type of technology used on this controller is Embedded Field Agent (EMA) technology which helps apply Predix cloud-based applications and potentially web applications over a stable connection, all of these working together allows for real-time data to be delivered to the connecting controllers.
Compared to the other controllers in the Mark VIe Series that have all of the input-outputs coming through the backplane the IS420UCSCH1B controller does not use the backplane and does not host any I/O applications. The software and hardware architecture used with this controller will guarantee that no individual point of application input will be lost if a controller must be shut down for repair or maintenance.
The IS420UCSCH1B controller has a variety of different ports used for Ethernet Interfacing, there are three of the ports which are each used for different redundancy applications. When being used in a TMR redundant applications all three ports will be used, whereas in dual redundant applications only the S/SL2 and R/SL1 ports will be used. The RJ45 connector and 10Base-TX/100Vase-TX twisted pairing are used with the ports in any redundancy application.
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