Description
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General Electric’s Mark VIe Controller IS420UCSBH1A is similar to the UCSC Controller and all of the same general information can be applied to the UCSB model. The IS420UCSBH1A model is typically a compact stand-alone controller used to help with controller logic.
IS420UCSBH1A Other names:
Switch IS420UCSBH1A
Control system module IS420UCSBH1A
Editable controller IS420UCSBH1A
Product Description
The IS420UCSBH1A controller is the first of the UCSB controllers manufactured by General Electric as part of the Mark VIe Control Safety System Series. This controller is similar to the UCSC controller and while it does not have the same hardware the software needed to operate this controller is nearly identical. According to the GEH-6725 Mark VIe and Mark VIeS, Controls Equipment HazLoc Instruction Guide the IS420UCSBH1A controller is labeled as a Mark VIe, LS2100e, and EX2100e controller. There is also a specific microprocessor used with this controller, the microprocessor installed in this device is the 600 MHz EP80579 Intel Processor.
When being mounted there are several certifications that are required to mount the IS420UCSBH1A controller in hazardous and non-hazardous locations alike. For example, when mounted in ATEX Zone 2, Group IIC, the certification needed is UL DEMKO 12 ATEX 1114875X. All certifications regarding the controller being mounted in Class I, Zone 2, Group IIC, non-hazardous, and Class I, Division 2, Groups, A, B, C, and D are the same, the certification requirements for these locations are UL E207685.
Operation
The controller is pre-loaded with application-specific software. It is capable of running rungs or blocks. Minor changes to the control software can be made online without restarting the system.
The IEEE 1588 protocol is used to synchronize the clocks of the I/O packs and controllers to within 100 microseconds via the R, S, and T IONets. External data is transferred to and from the controller’s control system database via the R, S, and T IONets. Process inputs and outputs to I/O modules are included.
This also includes the following in a dual system:
The designated controller’s internal state values and initialization information
The status and synchronization information from both controllers
This also includes the following in a Triple Modular Redundant (TMR) system:
Internal state values for voting and status, as well as synchronization information from all three controllers
Data from the designated controller for initialization
IS420UCSBH1A Advantages
The following benefits are provided by UCSB controllers:
Single module
Built-in power supply
No need for jumper settings
No battery
No fan
Smaller panel footprint
Flash memory can be easily updated
The UCSB controller is installed in a panel and communicates with I/O packs via on-board I/O network (IONet) interfaces. IONet is a private special-purpose Ethernet that supports only Mark controls I/O modules and controllers.
Characteristics
Microprocessor: 600 MHz Intel EP80579
Memory: 256 MB DDR2 SDRAM with error-correcting code (ECC), Flash-backed SRAM, NAND flash size is 2 gigabytes
Operating System: QNX Neutrino
Weight: 2.4 lbs
Mounting and Installation
The UCSB controller is housed in a single module that attaches to the panel sheet metal directly.
The UCSB controller should be mounted to the panel unobstructed vertical air flow through the fins.
Frequently Asked Questions
What is IS420UCSBH1A?
IS420UCSBH1A is a UCSB Controller Module developed by GE
How much does the component weigh?
The component weighs around 2.4 lbs
Reviews For IS420UCSBH1A
The IS420UCSBH1A Controller is a highly reliable and versatile module due to its longevity and compatibility with EX2100e, LS2100e, and Mark VI Systems. It has a low failure rate and is repairable as it relates to most defects
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admin –
IS420UCSBH1A is a UCSB Controller Module developed by GE. UCSB controllers are self-contained computers that execute application-specific control system logic. The UCSB controller does not host any application I/O, unlike traditional controllers that do. Furthermore, all I/O networks are connected to each controller, providing it with all input data. If a controller is powered down for maintenance or repair, the hardware and software architecture ensures that no single point of application input is lost.