IS420UCSCH1C
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4.3 (13)
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- 4.3 (13)
- Click a star to rate this product
General Electric Quad Core Mark VIe Controller IS420UCSCH1C is one of three UCSC controllers that have 4 GB DDR3-1333 SDRAM memory with six Ethernet ports. This controller supports embedded PPNG, EFA, and embedded EtherCAT functionalities.
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Product Conditions
New Surplus Factory Package: A completely unused product that is in the original factory package. The package may have been opened for the purpose of pictures, but the product has never been used or installed.
New Surplus AX Control Package: A completely unused product that has been removed from the original factory package. Often due to shelf wear or previous shipping, the factory package is not adequate and must be replaced with an ideal AX Control product package.
Reconditioned: All products that qualify as reconditioned have completed AX Control's thorough and detailed QA process and meet the requirements of excellent working condition and excellent cosmetic condition.
About the IS420UCSCH1C
Mark VIe Controller IS420UCSCH1C is a quad-core controller that operates on 1.2 GHz AMD G-Series. This controller was manufactured by General Electric. As a quad-core controller, this device is equipped with a QNX Neutrino real-time hypervisor multi-tasking OS (operating system) that can run high-speed and high-reliability industrial applications. This controller is loaded with model-specific software depending on the type of application used. This device is a BoP (balance of plant) controller and will run the firmware and applications of the Mark VIe series utilizing IONet Interfaces. The IONet interface is notated as a special-purpose private Ethernet interface that will only support Mark control I/O controllers and packs.
Many, if not all of the remaining controllers not labeled as UCSC controllers use I/O on a backplane, the IS420UCSCH1C controller does not use this type of application and does not have the ability to host any I/O application. If this controller is being used in a redundant set all of the attached I/O networks will send input data to all of the attached controllers. The software and hardware on this controller have the ability to guarantee that if the controller has been shut down for maintenance or repair no single point of application input will be lost.
There are requirements needed when the IS420UCSCH1C controller is being mounted. When mounting the controller ensure that it is being directly mounted to the chosen mounting base using the two mounting screws, please note that a minimum of four inches for airflow is required above and below the UCSC.
IS420UCSCH1C Manuals, White Papers, Data Sheets, and Troubleshooting
- GEH-6725 Mark VIe and Mark VIeS Controls Equipment HazLoc IS420UCSCH1C Manual.pdf
- GEH-6855_Vol_I Mark VIeS Functional Safety Systems IS420UCSCH1C Guide.pdf
- GEH-6861 Manual IS420UCSCH1C Mark VIeS Functional Safety System Equipment in HazLoc.pdf
- IS420UCSCH1C GEH-6703 ToolboxST User Guide for Mark Controls Platform.pdf
IS420UCSCH1C Technical Specifications
Weight | approx. 46.8 oz |
Storage Temperature | -40 to 85°C |
Series | Mark VIe |
Memory Type | 4 GB DDR3-1333 SDRAM |
Input Voltage | min. 18 VDC to max. 30 VDC |
Functional Abbreviation | UCSC |
Dimensions | H 6.61 in x D 5.90 in x W 2.17 in |
Cooling Method | Convection Cooled |
Reviews For IS420UCSCH1C
Internal Review
(5.0)The IS420UCSCH1C controller can be used in a variety of redundancy applications. All information needed for operation, installation, and mounting can be found under the manuals tab of this page. - AX Control Tech Team
IS420UCSCH1C Technical Specifications
Weight | approx. 46.8 oz |
Storage Temperature | -40 to 85°C |
Series | Mark VIe |
Memory Type | 4 GB DDR3-1333 SDRAM |
Input Voltage | min. 18 VDC to max. 30 VDC |
Functional Abbreviation | UCSC |
Dimensions | H 6.61 in x D 5.90 in x W 2.17 in |
Cooling Method | Convection Cooled |
About the IS420UCSCH1C
Mark VIe Controller IS420UCSCH1C is a quad-core controller that operates on 1.2 GHz AMD G-Series. This controller was manufactured by General Electric. As a quad-core controller, this device is equipped with a QNX Neutrino real-time hypervisor multi-tasking OS (operating system) that can run high-speed and high-reliability industrial applications. This controller is loaded with model-specific software depending on the type of application used. This device is a BoP (balance of plant) controller and will run the firmware and applications of the Mark VIe series utilizing IONet Interfaces. The IONet interface is notated as a special-purpose private Ethernet interface that will only support Mark control I/O controllers and packs.
Many, if not all of the remaining controllers not labeled as UCSC controllers use I/O on a backplane, the IS420UCSCH1C controller does not use this type of application and does not have the ability to host any I/O application. If this controller is being used in a redundant set all of the attached I/O networks will send input data to all of the attached controllers. The software and hardware on this controller have the ability to guarantee that if the controller has been shut down for maintenance or repair no single point of application input will be lost.
There are requirements needed when the IS420UCSCH1C controller is being mounted. When mounting the controller ensure that it is being directly mounted to the chosen mounting base using the two mounting screws, please note that a minimum of four inches for airflow is required above and below the UCSC.
IS420UCSCH1C Manuals, White Papers, Data Sheets, and Troubleshooting
- GEH-6725 Mark VIe and Mark VIeS Controls Equipment HazLoc IS420UCSCH1C Manual.pdf
- GEH-6855_Vol_I Mark VIeS Functional Safety Systems IS420UCSCH1C Guide.pdf
- GEH-6861 Manual IS420UCSCH1C Mark VIeS Functional Safety System Equipment in HazLoc.pdf
- IS420UCSCH1C GEH-6703 ToolboxST User Guide for Mark Controls Platform.pdf
Reviews For IS420UCSCH1C
Internal Review
(5.0)The IS420UCSCH1C controller can be used in a variety of redundancy applications. All information needed for operation, installation, and mounting can be found under the manuals tab of this page. - AX Control Tech Team