Description
Product Introduction
When a turbine safety controller fails, restoring service requires more than fitting a replacement board. The controller hardware, safety application, firmware, and supported I/O configuration must agree with the plant’s validated design. The GE IS215UCCCS05A belongs to the Mark VIeS safety-control platform and is associated with the UCCCS05 CompactPCI controller architecture.
The IS215UCCCS05A is relevant to legacy turbine-control maintenance where the original safety architecture must be preserved. Before ordering, check the full assembly number, associated processor hardware, ControlST version, and application compatibility. GE documentation identifies specific restrictions for UCCCS05 installations, making configuration verification essential.
Key Technical Specifications
| Parameter | Details |
|---|---|
| Model | IS215UCCCS05A |
| Manufacturer | General Electric |
| Product family | Mark VIeS |
| Controller designation | UCCCS05 |
| Product type | Functional safety controller assembly |
| Processor hardware | CompactPCI CPU; associated hardware includes IS215UCCCH5A or IS415UCCCH5A |
| I/O network interface | IS200EPMCS1A |
| Operating system | QNX Neutrino, per legacy UCCC documentation |
| Supported frame periods | 40, 80, and 160 ms |
| Modbus support | Not supported by the documented UCCCS05 safety configuration |
| I/O compatibility | GE documentation identifies compatible YxxxS1A and YxxxS1B I/O modules, subject to system restrictions |
| Software requirements | Compatible Mark VIeS firmware and ControlST version |
| Installation | Compatible CompactPCI chassis and associated controller hardware |
| Power requirements | Verify the chassis and controller assembly documentation |
| Operating temperature | Confirm against the exact hardware and chassis documentation |
| Condition and warranty | Supplier-specific; confirm before purchase |
Technical caution: The IS215UCCCS05A assembly designation should not be confused with the associated CPU board number. Exact processor, memory, and interface specifications should be confirmed from the assembly’s hardware documentation and nameplate. GE’s Mark VIeS guide states that UCCCS05 supports only 40, 80, and 160 ms frame periods and does not support Modbus.
IS215UCCCS05A
Application Scenarios & Pain Points
A safety-controller replacement can be delayed by incompatible software, unsupported I/O hardware, or an incorrect controller generation. The IS215UCCCS05A is relevant to installations that retain the UCCCS05 Mark VIeS architecture.
- Gas and steam turbine safety: Executes configured safety logic within a compatible Mark VIeS system.
- Industrial functional-safety applications: Supports safety-related control tasks defined by the validated application.
- Legacy power-plant maintenance: Provides a potential spare for existing -based installations.
- Controller fault recovery: May be considered when diagnostics indicate a controller hardware fault rather than an I/O, network, or application issue.
Field note: If a controller fails to initialize, first record diagnostic messages and verify chassis power, connections, firmware, and application compatibility. Replacing the controller without preserving the approved configuration can create additional commissioning work.
Related Products
These GE parts are associated with related controller architectures or functions. They are not confirmed direct substitutes for IS215UCCCS05A.
- IS215UCCCH5A — CompactPCI CPU hardware associated with the safety-controller architecture.
- IS415UCCCH5A — Related CompactPCI CPU hardware with a RoHS-related designation in the Mark VIeS documentation.
- IS200EPMCS1A — Ethernet I/O network interface board associated with the controller.
- IS420UCSBS1A — Mark VIeS UCSB controller generation with different hardware and software requirements.
- IS420UCSCS2A — Later Mark VIeS safety controller; any migration requires an engineering and software compatibility review.
- IS420UCSCH1B — Mark VIe gateway controller for non-safety control functions; not a direct replacement for the safety controller.
Engineer’s Guide: Replacement Checks
1. Match the complete assembly and CPU hardware.
Warning: is the controller assembly designation, while IS215UCCCH5A and IS415UCCCH5A identify associated CPU hardware. Confirm exactly what is included in the supplied part.
2. Verify the software baseline.
GE documentation places in maintenance mode for Mark VIeS V05.03 beginning with ControlST V07.02. Confirm the installed software version and supported configuration before planning replacement work.
3. Check I/O and frame-period compatibility.
Confirm that the installed I/O modules and application use supported frame periods. Do not assume Modbus support or compatibility with hardware intended for later UCSB or UCSC controllers.
For used or refurbished hardware, request clear photographs of the assembly and CPU labels, revision details, functional-test results, warranty terms, and confirmation of the exact included components. Follow the plant’s management-of-change and safety validation procedures before returning a replacement controller to service.
Frequently Asked Questions
Q1. What is the GE used for?
It is a controller assembly associated with the GE Mark VIeS safety-control system. It executes application-specific safety logic within the approved architecture.
Q2. Is a VME controller?
The GE safety documentation identifies the as a CompactPCI-based controller architecture. Descriptions that classify it as a VME controller should be checked against the original hardware documentation.
Q3. Does the support Modbus?
No. The documented Mark VIeS configuration does not support Modbus. Protocol support from newer controller generations should not be assumed to apply to this model.
Q4. Which frame periods are supported?
The documented configuration supports 40, 80, and 160 ms frame periods. Check the existing application and software configuration before changing this setting.
Q5. Can I replace it with an IS420UCSCS2A?
Not as a direct, like-for-like replacement without engineering review. The IS420UCSCS2A belongs to a different Mark VIeS controller generation and requires confirmation of hardware, firmware, application, and I/O compatibility.
Q6. What should I check when buying a refurbished ?
Request photographs of the actual controller, full part and revision labels, confirmation of included CPU and interface hardware, functional-test evidence, warranty terms, and compatibility with the installed ControlST version.
Q7. Can a replacement be commissioned immediately after installation?
Not necessarily. The controller may require approved firmware, application configuration, system checks, and safety validation. Follow the plant’s approved commissioning process before returning the safety system to service.
