PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 Connect to the cloud: As an important component of remote monitoring and management, EFA needs to be connected to the cloud to exchange data with remote servers or cloud based applications. This connection allows EFA to send data to the cloud and receive commands or updates from cloud based systems. Physical management switches for network partitioning: In order to maintain appropriate network isolation and security, physical management switches are used to partition the network. Physical managed switches create different network segments to ensure that Mark VIe controls containing sensitive control data are isolated from the cloud network. This network department helps to protect critical control systems from potential external threats. By utilizing virtual networksPIF 958481320201 PROC+ 958481320201 PROC PLUS 958481320100 LCB 958481223223 958481223220 PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 PIF 958481320201 PROC+ 958481320201 PROC PLUS 958481320100 https://www.weikunfadacai1.com/LCB 958481223223 958481223220 PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 PIF 958481320201 PROC+ 958481320201 the controller achieves efficient and secure data communication between different virtual machines, thereby achieving seamless coordination and control of various components in the system. The integration of physical management switches adds an additional security layer to ensure the security and integrity of critical control systems, while allowing EFA to establish connections with cloud based systems to enhance functionality and remote monitoring capabilities. Ethernet port/controller communication support Three INet ports (R/S/T) for I/O module communication (supporting simplex, duplex, TMR, and shared I/O). ENET 1- EGD/UDH communicates with ToolboxST PC, HMI, UCCSS2A security controller, and GE PACSystems products. Modbus TCP slave, read/write. ENET 2- Auxiliary UDH communication, Modbus TCP slave, and OPC UA. IICS cloud port for embedded on-site agent (EFA). Module Port The front and bottom panels of the control module are equipped with various ports for different purposes and for connection and functionality. The following are the expansion instructions for each port: Ethernet ports: The front panel of the module has five Ethernet ports. These ports are used to establish network connections and enable communication with other devices or systems within the network. Predix Connection Port: This Ethernet port is located on the bottom panel and is specifically used to connect to Predix (a cloud based platform developed by GE). It facilitates data exchange and integration with Predix to enhance monitoring and analysis capabilities. USB ports: The module has two USB ports, mainly used for specific functions. These ports are typically used during the initial setting of the UDH (User Datagram Header) network IP address. In addition, they can also be used for recovery functions, allowing for the recovery of module configurations or software. COM Port: The COM port is a serial communication port that uses an RJ-45 connector and operates at a speed of 115200 bits per second (bit/s). The configuration of this port is 8N1, representing 8 data bits, no parity bits, and 1 stop bit. This port does not use flow control and is typically used by GE for on-site troubleshooting. It supports serial redirection with UEFI settings, facilitating configuration adjustments and troubleshooting activities. Display Port: This module has a display port, but it will be disabled after system startup. The display port is usually used to connect external display devices for video output, but once the module is running, its functionality will be restricted or disabled. MicroSD port: Although this module includes a microSD port, it is currently not supported. The microSD port is designed to accommodate microSD cards and can be used for storage purposes. However, in this specific system, the functionality of the microSD port is not enabled or actively supported. Product attributes Normal working altitude: The designed working altitude range is 0-1000 meters. It can operate reliably in environments with changes in atmospheric pressure (101.3 to 89.9 kPa). This attribute ensures that the module can maintain optimal performance even at different altitudes. Installation size: The module has a specific size when considering installation. After proper installation, the height is 8.03 inches, the depth is 5.99 inches, and the width is 2.17 inches. These dimensions provide guidance for installation and integration into the entire system architecture. HMI (Human Machine Interface): Supports ControlST V07.00.00C or higher as the human-machine interface. HMI facilitates interaction between modules and operators, enabling intuitive control, monitoring, and configuration of the system. Memory type: The module is equipped with 4 GB DDR3-1333 SDRAM memory. This type of memory is typically used to store and process data in module memory. The 4GB capacity provides sufficient space for efficient data management, enabling modules to effectively handle complex control algorithms and calculations. Number of Ethernet ports: There are a total of six Ethernet ports. Five of the ports are located on the front panel, providing convenient access for network purposes. In addition, an Ethernet port is provided at the bottom of the module, specifically designed for Predix connections. These Ethernet ports facilitate seamless communication and data exchange between modules and other devices or systems within the network. NVSRAM (Non volatile Static Random Access Memory): This module contains NVSRAM, which includes 3067 non volatile program variables, 64 accumulators, and 338 forces. NVSRAM allows modules to retain critical information, such as program variables and configuration settings, even during power outages or system failures. This attribute ensures data integrity and reliability, which is crucial for applications that cannot accept data loss. Platform configuration supports functions such as EFA (Embedded Functional Automation), EtherCAT (Control Automation Technology Ethernet), and PPNG (Predix Process and Notification Gateway) as platform configuration functions. These advanced network features enhance the connectivity, compatibility,PROC PLUS 958481320100 LCB 958481223223 958481223220 PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 PIF 958481320201 PROC+ 958481320201 PROC PLUS 958481320100 LCB 958481223223 958481223220 PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 PIF 958481320201 PROC+ 958481320201 PROC PLUS 958481320100 LCB 958481223223 958481223220 PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 PIF 958481320201 PROC+ 958481320201 PROC PLUS 958481320100 LCB 958481223223 958481223220 PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 PIF 958481320201 PROC+ 958481320201and overall performance of modules in complex industrial control systems. Storage temperature: This module is designed to withstand a wide range of storage temperatures ranging from -40 to 85 degrees Celsius. This attribute allows the module to be safely stored under extreme temperature conditions, ensuring its durability and long-term reliability. diagnosis The circuit card of the control module includes system (software) limit check, high/low (hardware) limit check, and comprehensive diagnosis of abnormal hardware conditions. The system limit check includes two limits for each analog input signal, which can be set high/high, high/low, or low/low in engineering units using the I/O configurator. Each input restriction can be configured as locked/unlocked and enabled/disabled. The system limit check logic output is generated by frame and stored in the database (signal space) for controlling sorting and alarm messages. Each analog input has a high/low (hardware) limit check, which usually needs to be performed twice before triggering an alarm. These limitations are not programmable and are selected outside the normal control requirements range, but within the linear hardware operating range (before the hardware reaches saturation). Software maintenance tools provide access to diagnostic messages for card hardware restriction checks and all other hardware diagnostics (control system toolbox). In the database, each card has a composite logic output, and another logic output indicates a high/low (hardware) limit fault for any analog input or related communication of that signal. feature HMI: ControlST - The human-machine interface (HMI) used in this system is ControlST. ControlST is a software or hardware component that allows users to interact with and control the system. Rated voltage of trip solenoid valve: 125 V dc - The rated voltage of the trip solenoid valve used in the system is 125 V DC. A trip solenoid valve is an electromechanical device used to trip or close a circuit breaker or other device in response to specific conditions. Range: -8 mV to+45 mV - Range refers to the range of values that can be measured or controlled. In this case, the span of the system is -8 millivolts (mV) to+45 mV. This indicates that the system can measure or control signals within this voltage range. Power supply voltage: 28 V DC - The power supply voltage of the system is 28 V DC. This voltage is used to provide power to various components of the system. Voltage range: 18-32 VDC - The system operates within the voltage range of 18 to 32 VDC. This indicates that the system is designed to operate normally within this voltage range. Functions supported by platform configuration: EFA, embedded EtherCAT, and embedded PPNG - The platform configuration of the system supports multiple functions, including EFA (electronic function block), embedded EtherCAT (Ethernet for controlling automation technology), PROC PLUS 958481320100 LCB 958481223223 958481223220 PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 PIF 958481320201 PROC+ 958481320201 PROC PLUS 958481320100 LCB 958481223223 958481223220 PHILIPS OPM010 DSI020 DSI020 958481321300 PSB 958481321300 350211080380 958481321220 PD208 958481321210 PD212 958481321200 PD216 958481320400 PIF 958481320201 PROC+ 958481320201 PROC PLUS 958481320100 LCB 958481223223 958481223220
