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IS420UCSBH4A

The IS420UCSBH4A is one of a number of controllers designed by GE for its Mark IVe Speedtronic system. The Mark VIe was the last Speedtronic system released by GE for managing industrial turbine systems. It is one of five UCSB controller modules available. The IS420UCSBH4A is designed as a single module that connects to external
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IS420UCSBH3A controller

The IS420UCSBH3A is one of a number of controllers designed by GE for its Mark IVe Speedtronic system. The Mark VIe was the last Speedtronic system released by GE for managing industrial turbine systems. It is one of five UCSB controller modules available. The IS420UCSBH3A is built on a quad-core processor with application software pre-installed.
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IS420UCSBH1A Mark VIe controller

The IS420UCSBH1A is designed to be mounted directly into the panel metal plate, with the device's heat sink kept unobstructed to allow appropriate airflow. The front-end design of the IS420UCSBH1A has three Ethernet ports for connecting to the R/S/TI/O network, and three additional ENET ports for connecting to HNMI, other controllers, Historians, and point-to-point connections.
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IS420UCSBH3A UCSB controller module

[caption id="attachment_21219" align="aligncenter" width="450"] IS420UCSBH3A[/caption] The IS420UCSBH3A is a single-module controller that uses its onboard I/O network to connect to I/O packets. Older controllers in previous Speedtronic systems implemented the same type of interface via backplane connectors. The device is air-cooled. It doesn't have onboard fans or batteries, but it does have a built-in power
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IS420UCPAH2A Controller module

The IS420UCPAH2A is built using a 332 MHz Freescale 3308 processor and has 64 MB of RAM and 256 MB of onboard flash memory. The controller uses the QNX operating system. The device is usually mounted on a base [caption id="attachment_21218" align="aligncenter" width="450"] IS420UCPAH2A[/caption] IS420UCPAH2A is one of two UCPA controllers available for the Mark
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IS420PUAAH1A Input/output module

The IS420PUAAH1A allows for channel-by-channel debugging by providing independently wired black sections that allow users to use fewer panels and reduce system footprint. The module has 16 simplex analog channels. These can be configured separately as Thermocouple input/output Thermal resistance input/output Voltage input 4-20 mA current input 0-20 mA current output Pulse accumulator Input of
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IS420UCPAH1A controller

The IS420UCPAH1A contains several components within its shell. This includes an IS400BPPCH2A processor board and an IS400STWCH1A base I/O board. The STWCH1A board adds four digital I/ OS, two analog inputs, and two Hall effect pulse inputs. The IS420UCPAH1A features a smaller panel footprint and a single 12-VDC power supply capable of operating at a
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IS420PSCAH1B Serial communication module

IS420PSCAH1B is a serial communication module created by General Electric as part of its Mark VIe system, which is a Speedtronic system. Speedtronic systems have been used for decades to manage and control industrial turbine systems, such as hydraulic, gas and steam turbine systems. [caption id="attachment_21219" align="aligncenter" width="450"] IS420PSCAH1B[/caption] IS420PSCAH1B is the more complex of
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IS420PPNGH1A Communication module

The IS420PPNGH1A is a PPNG PROFINET gateway module device designed to accommodate the Mark VIe system. Mark VIe was one of the final Speedtronic turbine control systems developed by General Electric. It is commonly used in gas, hydraulic and steam turbine systems [caption id="attachment_21220" align="alignnone" width="600"] IS420PPNGH1A[/caption] Note that the same switch cannot support IONet
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IS420PFFAH1A Ethernet IONET switch

IS420PFFAHIA is a component of General Electric's Mark VIe Speedtronic control system. MKVIe is the last Speedtronic distributed control system sold by General Electric for controlling gas and steam turbine systems as well as nuclear, thermal and wind options. The DCS system builds on the previous Speedtronic system and offers flexible configuration in the form
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