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　　IS215UCCCM04AB Other names:

　　Analog controller IS215UCCCM04AB

　　IS215UCCCM04AB interface board module

　　Editable Controller IS215UCCCM04AB

　　Function Description

　　IS215UCCCM04AB is a CPCI controller board developed by GE. It is part of the Mark VIe control system. It is a single slot CPCI controller board with a 1.6 GHz Pentium M processor, providing powerful computing power for various applications. It has two 10/100/1000BaseTX Ethernet ports that seamlessly connect to Universal Device Processor (UDH) and optional Ethernet networks for efficient data exchange and communication.

　　Features

　　To enhance functionality and expand memory capacity, the module component combines UCCC with additional components. It includes 128 MB flash memory and 256 MB DRAM, providing ample storage and memory resources for data processing and application execution. In addition, the component also integrates EPMC, further enhancing its functionality and versatility to meet various system requirements.

　　Panel design: It has six Ethernet ports, each with a specific purpose. Including indicator lights for status monitoring. There is a reset button at the bottom for system reset.

　　Locking mechanism: Fix in place using the positive terminal on the back and the two large buckles at both ends of the panel.

　　Storage capacity: Equipped with a 128 MB SD card, placed in its own protective box.

　　Integrated circuit (microchip): Multiple microchips act as the brain of a circuit board, storing data and controlling its functions.

　　Cooling system: using large black components with gaps to help dissipate heat and maintain optimal operating temperature.

　　Interference suppression: including interference suppressors to reduce external electrical interference and ensure smooth operation of UCCM04A.

　　Memory and Storage: Microcontrollers typically include internal ROM and RAM for storing programs and data, simplifying design and reducing costs. Microprocessors may not have internal memory and require external RAM and ROM modules.

　　Peripheral integration: Microcontrollers directly integrate many peripheral functions (such as timers, communication interfaces) onto chips, thereby reducing the need for external components. Microprocessors typically do not include these functions and require external peripherals.

　　Performance and power consumption: Microprocessors have higher performance and can quickly perform complex calculations. Compared to microcontrollers optimized for low-power operation, they often consume more power.

　　Cost: Due to simpler design and lower power requirements, microcontrollers are usually cheaper than microprocessors. However, the overall system cost may vary depending on the complexity of external components required for microprocessor based systems.

　　Main Ethernet interface

　　TCP/IP protocol for controller toolbox communication: Transmission Control Protocol/Internet Protocol (TCP/IP) is used for seamless communication between the controller and the toolbox to ensure efficient data exchange and management of system parameters and configurations.

　　TCP/IP protocol used for alarm communication with HMI: TCP/IP is also used for alarm communication with human-machine interface (HMI), which can transmit real-time alarm notifications and status updates to operators for quick response and system monitoring.

　　EGD protocol for application variable communication: The Ethernet Global Data (EGD) protocol facilitates communication between application variables and CIMPLICITY HMI and 90-70 series PLC, ensuring synchronous data exchange and coordination between different components of the control system.

　　Ethernet Modbus protocol for third-party DCS communication: The Ethernet Modbus protocol supports communication between controllers and third-party distributed control systems (DCS), achieving seamless integration and interoperability with external systems to enhance functionality and control.

　　Frequently Asked Questions

　　What is IS215UCCCM04AB?

　　It is a CPCI controller board developed by GE under the Mark VIe series.

　　What type of cable should I use for wiring?

　　For wiring, it is recommended to use standard 4-pair UTP cables (such as Ethernet cables) and connect them to the PC modem connector (GE component 342A4931ABP1).

　　What are the specifications for impact testing?

　　The impact test specifications include an impact strength of 10 Gs, a duration of 16 milliseconds half sine, conducted along 6 axes, with 10 pulses per axis.

　　What are the specifications for vibration testing?

　　The vibration test specifications include a vibration intensity of 6 Gs rms in the frequency range of 20-2000 Hz and a power spectral density of 0.0185 G2/Hz.

　　All products on this website are special products, and market prices have been fluctuating,

　　Please refer to the customer service quotation for details, as the product is new and the price is not genuine,

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