Product Introduction

GE IS220PPDAH1B | Power Distribution Feedback | I/O Module. The IS220PPDAH1B board is a Power Distribution Feedback model produced by General Electric for the Mark VIe system. This model is used to condition the board feedback signal and can also provide an Ethernet interface to a connected controller. The feedback setup for this package is plug and play and it will use the inserted electronic ID to determine the power of the connected power distribution model. The information from the power distribution model will continue to be used to occupy the IONet output to provide the correct feedback from the connection. The Power Distribution Feedback Model IS220PPDAH1B is part of the Mark VIe series produced by General Electric. This is one of the main components of the PDM. The IS220PPDAH1B I/O package will always be mounted to one of the following boards: JPDM, JPDC or JPDS.

About the IS220PPDAH1B
This IS220PPDAH1B Power Distribution Feedback module is an integral member of the General Electric Mark VIe Turbine Control System family as described in the brief product description above. The Mark VIe series of this IS220PPDAH1B device (as indicated by its full extended series name) has specific applications in a variety of different turbine applications, including control and management systems for GE compatible steam, gas and wind turbine automated drive components. The fact that this IS220PPDAH1B device's Mark VIe turbine control system series exists as one of the final GE Mark product lines developed further ensures the general automation industrial market demand for this IS220PPDAH1B device to utilize the patented and highly regarded Speedtronic control system technology that was first introduced to the larger market with the introduction of the previous generation Mark I series in the mid to late 1960s.

Hardware Tips and Specifications

The IS220PPDAH1B board is a GE produced power distribution system feedback model for the Mark VIe system. This model is used to condition the board feedback signal and also provides an Ethernet interface to the connected controller. The feedback setup for this package is plug and play and it will use the inserted electronic ID to determine the power of the connected power distribution model. The information of the power distribution model will continue to be used to occupy the IONet outputs to provide the correct feedback from the connection. This IS220PPDAH1B device is not actually the original development product of its specific Mark VIe series function; this must be considered as the IS220PPDAH1 parent power distribution feedback module, and it is worth noting that it does not use the Class B major function product revision of this IS220PPDAH1B device.

While the IS220PPDAH1B package is compatible with JPDC, JPDS, JPDM and JPDG power boards, it is only compatible with feedback signals from JPDB, JPDF and JPDE boards. Typically, this PPDA package is installed to one of the following boards: JPDM, JPDC or JPDS. The package can be connected to more boards by wiring through pin to pin connectors using 50-pin ribbon cable jumpers. Automatic reconfiguration is one of the main operating components of the IS220PPDAH1B package. The automatic reconfiguration function allows easy replacement of I/O packages, as the replacement package does not require reconfiguration. Note that during the automatic reconfiguration process, the user will not be able to reboot until the reconfiguration is complete. Other required downloads cannot be performed during the reconfiguration process.

The IS220PPDAH1B is an embedded controller module manufactured and designed by General Electric as part of the Mark VIe series used in GE's distributed gas turbine control systems. The UCSA controller is a line of standalone computers that run application code. The controller is installed in a panel and communicates with the I/O package through an onboard I/O network (IONet) interface. The I/O network is a private, dedicated Ethernet network that supports only the I/O modules and controller. The controller operating system (OS) is QNX Neutrino, a real-time, multitasking operating system designed for high-speed, high-reliability, and industrial applications. The UCSA controller platform can be used for many applications, including balance of plant control and some retrofits. However, it does not have enough processing power for some of the most advanced model-based control applications.

Features:

Storage and Certifications: The controller module is designed to work with the Mark VIe UCSA controller. It uses compact flash storage to meet its operational needs. It’s worth noting that the controller is not certified for use in IEC61508 safety loops, which means it may not be suitable for applications with strict safety requirements.

Power Requirements: The module requires a power supply in the range of 18 V DC to 32 V DC. This flexibility in power input, with a typical power consumption of 12.5 watts, ensures compatibility with a wide range of power supplies, making it versatile and adaptable.

Temperature Tolerance: The controller has a robust temperature tolerance, allowing it to operate effectively in a wide range of environmental conditions. It can operate reliably in temperatures ranging from 0 to 65 degrees Celsius. In addition, it is designed without the need for fans for cooling, simplifying installation and maintenance while maintaining cool operation.

Hazardous Environments: The controller module is suitable for use in hazardous environments and is compliant with NFPA Class 1, Div. 2 applications. This means it can be safely used in areas where potentially explosive materials are present, further expanding its range of possible use cases.

Front Panel Connections: The front panel of the controller module features a user-friendly set of connection options. It includes six female jack connectors for easy and secure cable connections. In addition, a USB port is provided for easy data exchange and configuration. The panel also includes a series of LED indicators that provide valuable information about the status and operation of the module.

LED Indications: The LED indicators on the front panel keep you informed of the status of the controller. The Link/Act LED indicator on the left side of the panel provides real-time feedback on the network connection. In the center of the panel is a row of LED indicators labeled Power, Boot, Online, Flash, DC (indicates power status), and Diag (diagnostic status). These LEDs make it easy to monitor the health of the controller and detect any problems.

Ethernet Connectivity: Ethernet connectivity is supported via a jack connector. This feature allows seamless integration with other control systems such as the Mark VI, Mark VIe, or EX2100 Excitation Control Systems. It also facilitates communication with maintenance and operator stations for remote monitoring and control capabilities.

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