Configured for high-speed industrial application processing and dynamic signal evaluation in Mark VIe platforms, the GE IS420UCSCH1C (IS420UCSC Quad Core Controller Module) provides direct physical/electrical execution. Powered by a 1.2 GHz AMD G-Series microprocessor, the module processes complex control loops and executes Balance of Plant (BoP) logic through dedicated IONet interfaces.
| Parameter | Specification |
|---|---|
| Model | IS420UCSCH1C (IS420UCSC) |
| Brand | GE Energy (General Electric) |
| Origin | USA |
| Weight | approx. 46.8 oz (1.32 kg) |
| Dimensions | H 6.61 in x D 5.90 in x W 2.17 in (167.9 mm x 149.9 mm x 55.1 mm) |
| Operating Temp | Standard Industrial Range (-40 to 85 deg C Storage Temp) |
| Power Consumption | Input Voltage range 18 VDC min to 30 VDC max |
| Processor Architecture | 1.2 GHz AMD G-Series Quad Core Microprocessor |
| System Memory | 4 GB DDR3-1333 SDRAM |
| Operating System | QNX Neutrino Real-Time Hypervisor RTOS |
| Network Interface | Dual/Triple IONet Private Ethernet Interfaces |
| Cooling Method | Convection Cooled (Fanless Design) |
| Hardware Features | Battery-less operation, jumper-free configuration |
The IS420UCSCH1C operates without a localized backplane, utilizing high-bandwidth IONet interfaces to sustain deterministic network communications across distributed Mark VIe I/O packs. By eliminating backplane bus velocity constraints, the controller manages scalable I/O density architectures where input vectors broadcast simultaneously across redundant control sets. Onboard firmware flash compatibility permits continuous state synchronization across active and standby units, guaranteeing that application input sequences remain uninterrupted during scheduled module maintenance.
Q: Does the IS420UCSCH1C module contain internal configuration jumpers or backup batteries?
A: No, the IS420UCSCH1C is designed entirely jumper-free and battery-less, storing system application software and settings in non-volatile memory.
Q: How does the controller interface with local or remote I/O modules?
A: The controller does not host direct backplane I/O. All field signals are acquired over private Ethernet IONet connections linking dedicated Mark VIe I/O packs to the controller.
Q: What are the physical cooling clearance rules when mounting the UCSC controller?
A: The module relies on convection cooling and requires a minimum vertical clearance of 4.0 inches above and below the housing to maintain unimpeded airflow.
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