Processor Intel Pentium III processor, featuring Intel® SpeedStep® technology. Common versions: 850 MHz and 1.26 GHz. Chipset Intel® 815E Chipset (GMCH + ICH2) System Memory Up to 512 MB or 1 GB of PC133 SDRAM (using two 144-pin SO-DIMMs). ECC (Error Correcting Code) support is available on specific models. BIOS Phoenix BIOS with 4 MB Flash ROM VMEbus Interface VME64x compliant (ANSI/VITA 1.1-1997). • Supports A32/A24/A16 addressing modes and D64/D32/D16/D8 data transfers. • Can function as System Controller (in slot 1) or as a master/slave. • Includes 2eSST (2-edge Source Synchronous Transfer) protocol support for high-bandwidth performance. Ethernet Dual 10/100/1000 Gigabit Ethernet ports. • Typically one Intel 82562ET and one Intel 82550PM controller. Graphics Integrated AGP 4X 2D/3D graphics controller. • CRT (VGA) and Flat Panel (LVDS) support. • Resolution up to 1600x1200. Storage Interfaces • EIDE (UDMA-100) interface. • Onboard CompactFlash Type I/II socket. Serial & Parallel I/O • Four High-Speed Serial Ports: RS-232/422/485 software-selectable. • One ECP/EPP Parallel Port. USB Two USB 1.1 ports. Other I/O PS/2 Keyboard and Mouse ports. Expansion Two PMC (PCI Mezzanine Card) Sites (Conforming to IEEE P1386.1). • Provides 32-bit, 33/66 MHz PCI bus expansion for custom I/O. Mechanical & Environmental • Form Factor: 6U VME (160mm x 233mm) • Operating Temperature: Commercial (0°C to +55°C) and Ruggedized (-40°C to +70°C) versions available. • Cooling: Air-cooled or Conduction-cooled versions. Power Requirements +5V @ 4.5A (typical), +3.3V @ 6.0A (typical) Software Support • Real-Time Operating Systems: VxWorks, LynxOS, QNX, Linux. • Commercial Operating Systems: Windows NT 4.0, Windows 2000, Windows XP Embedded.

Technical Specifications: Interface Type: PCI Express Interface Memory Capacity: 256MB Data Transfer Rate: Up to 1.0625 Gbps serial transfer speed Transmission Distance: Up to 300 meters using multimode fiber or longer distances using single-mode fiber Number of Nodes Supported: Up to 256 nodes can be connected High-speed data sharing: Reflective memory technology enables instant data updates on every node in the network, ensuring that all nodes have access to the latest data. Real-time performance: provides extremely low latency, suitable for real-time systems with strict requirements on response time. Simplified integration: Systems can be integrated without complex software programming, reducing development time and cost. High reliability: redundancy design and error detection mechanism are adopted to ensure the reliability and integrity of data transmission.Aerospace: used for high-speed data synchronization between flight simulators and test equipment. Industrial automation: Realize real-time data exchange in scenarios such as robot control and automated production line. Defense Military: Supports military applications such as radar processing and command and control systems that require high bandwidth and low latency. Research and development: Provide efficient data communication solutions in distributed computing environments, such as physical experiment data analysis, large-scale simulation and other fields.

The memory configuration has 128MB or 256MB SDRAM on board and supports parity function to ensure data integrity. Memory access latency is as low as 0.4 microseconds with support for dynamic packet sizes (4 to 64 bytes).Interface and bus compatibility PCI bus: Supports 32-bit/33MHz or 64-bit/66MHz configurations and is compatible with 3.3 V and 5.0 V logic levels. Optical fiber interface: the transmission distance of multimode optical fiber is up to 300m, and the single-mode optical fiber supports 10km; the baud rate is 2.125 Gbps.Peak bandwidth of transmission performance: 174MB/s (64-byte burst transmission). Standard transfer rate: 43-170MB/s (non-redundant mode), 20-87MB/s in redundant mode. Redundant mode: support dual-channel data transmission to improve network reliability.The network topology supports ring and star networking structures. The ring topology requires all nodes to be powered on to achieve deterministic latency, and the star topology bypasses failed nodes through reflective memory hubs.Physical characteristics Operating temperature: 0 ° C to + 65 ° C (forced air cooling) Storage temperature range: -40 ° C to + 85 ° C. Power consumption: 5V DC power supply, typical value 1.5A, maximum value 1.8 A. Dimensions: Standard PCI half-length card design.Other functions DMA channel: Two independent DMA engines, supporting large data block split transfer. Interrupt function: Support 4 general network interrupts, each interrupt can carry 32-bit data. Big and small end conversion: adapt to different CPU architectures (such as ARM, PowerPC, etc.).

Input/Output Channels 32 Optically Coupled Inputs: Voltage-Sense or Contact-Sense modes are available with input voltages ranging from 5 to 125VDC (5V, 12V, 24V, 28V, 48V, 125V depending on manufacturing options). 32 Optically Coupled Outputs: Provides 300ma sink current output, 50 V maximum output voltage, supports open-collector design.Quarantine performance Input/output and VME backplane quarantine: continuous quarantine voltage 1 kV, pulse quarantine voltage 35 kV. Quarantine between channels: maximum continuous voltage of 500 V ensures the anti-interference ability of signal transmission.Data transmission and interface data width: support 8-bit, 16-bit and 32-bit data transmission. Address mode: A16 or A24 standard data/short I/O addressing compatible. Bus specification: Conforms to VMEbus standards ANSI/IEEE STD1014-1987, IEC821 and 297, supports A24/A16, D32/D16/D08 (EO) data modes.Built-in Test Capabilities Online and Offline Test: Enter the test mode by setting the Control and Status Register (CSR). The input port can read the on-board test register data. The output port supports disabling the actual output for interference-free testing. Test register address: Same as the input/output data port address, simplifying the test flow. Physical and electrical characteristics Input quarantine resistance: 10MΩ minimum. Contact debounce: user programmable debounce time (0, 0.256ms to 16.384ms). Operating temperature: -40 ° C to + 85 ° C (industrial version).Other functions Voltage detection power supply: Contact detection mode can be powered by external voltage or + 5V inside VME (only available with 5V input option). SIP Resistor: Contact detection requires the user to install a SIP resistor.

I/O Configuration 64-Bit TTL Digital Input/Output: Supports 8 independent I/O ports, each 8 bits wide, individually programmable in direction (input/output). Output capacity: 64mA sink current (maximum), 15mA source current. If the open-collector output is selected, all 64 bits support only the output mode. Input/output interface: Dual 64-pin connector (according to DIN41612 standard), supporting differential or single-ended signal transmission.Electrical characteristics Logic levels: TTL compatible (0 V to 5V). Transceiver Model: Logic Level I/O uses the SN74AS645 octal bus transceiver. The open collector option uses the SN74AS641 transceiver.Addressing and data transfer addressing scheme: support 8-bit, 16-bit and 32-bit boundary addressing. Unlimited short I/O address mapping via address DIP switches, compatible with VMEbus' short supervisor or short non-privileged I/O modes. Data transmission mode: support 8-bit, 16-bit and 32-bit parallel data transmission.Built-in test function Offline/online fault detection: Test mode is enabled by writing to the control and status register (CSR), and the output goes tri-state (TRI-STate) to quarantine the signal. Two test mode bits are provided to allow independent testing of 32-bit I/O for each connector.Fault Indication: The front panel Fail LED illuminates on power-up or reset and can be programmed to turn off after successful diagnostics.Physical and environmental form factor: Double-height VME half-length card (160mm × 100mm). Operating temperature: -20 ° C to + 85 ° C (industrial version). Storage temperature: 0 ° C to + 55 ° C (commercial version).Compatible bus standard: Fully compatible with VMEbus specification ANSI/IEEE STD 1014-1987. Address Mapping: Supports contiguous I/O address configuration to save memory space. CSR address switches can be mapped to contiguous memory locations.

Number of channels: 8 independent thermocouple input channels. Thermocouple type support: compatible with a variety of standard thermocouples (such as J, K, T, E, R, S, B, N, etc.), select the type through software or hardware configuration. Reference junction compensation: automatically compensate the low temperature reference junction to eliminate the influence of ambient temperature on the measurement accuracy.Linearization processing: Built-in algorithms digitally correct the nonlinear thermocouple output to directly output engineering units (e.g degrees Celsius or Fahrenheit). Resolution: 16-bit digital output for high accuracy temperature measurement (± 0.5 ° C typical). Input quarantine: Each channel has independent quarantine (500VDC) to prevent ground loop interference and overvoltage damage.Wiring mode: front panel screw terminal (P3 connector), supporting direct connection of thermocouple. VME bus interface: Support VME bus address decoding and configure I/O access mode through jumper module (single jumper). Expanded features: Optional current loop receiver module (4-20 mA input) for multi-signal type compatibility.Operating temperature: -20 ° C to + 70 ° C (standard industrial grade), select models support a wide temperature range (-40 ° C to + 85 ° C). Protection grade: IP20 (indoor installation), shock resistance 5G (half sine wave), vibration resistance 5-500Hz (3Grms).Reference junction compensation and linearization ensure measurement accuracy and stability over a wide temperature range (-200 ° C to + 1800 ° C). Support multiple thermocouple types to meet the needs of different industrial scenarios.500VDC quarantine is provided between input channels and between channels and ground to effectively suppress electromagnetic interference and common-mode noise. The input port is equipped with overvoltage protection circuit to prevent the module from being damaged by abnormal voltage.Simplify system debugging by quickly switching I/O access modes with jumper modules. VME bus compatibility supports integration with other GEVME modules (such as processors, I/O cards) to build distributed measurement and control systems.Designed with industrial components, MTBF (mean time between failures) ≥ 100,000 hours. Fanless cooling structure, suitable for fanless chassis deployment.

Manufacturer: General Electric Industrial System Model: IS200ESELH1A Series: EX2100 Type: Excitation Control Circuit Board Weight: To be added Size: To be added Mounting Location: In Parallel Contactors or Switching Control Modules Compatibility: For EX2100 Series Control System The GEIS200ESELH1A Excitation Controller Dual Regulator Selector Board is GE's high-precision control assembly designed specifically for the power industry. This circuit board plays a key role in the excitation system by precisely regulating the excitation current to ensure a stable output of the generator. It is designed to improve the reliability and efficiency of the power system and reduce the failure rate.In addition, the board has been rigorously tested and validated to ensure high performance under a wide range of operating conditions. Its unique design allows it to adapt to different installation environments and integrate seamlessly with the EX2100 series control system. By using GEIS200ESELH1A, users can significantly improve the overall performance and stability of the power system.

Manufacturer: General Electric Model: DS200TCQCG1B Product Line: Mark V Series Type: RST Overflow Board Weight: 0.46 kg Compatible System: Mark V Series Turbine Control System This General Electric DS200TCQCG1BRST Overflow Board is designed to improve the efficiency of industrial control systems. Rate and design.It uses advanced circuit design to significantly enhance the function of RST (Redundant Safety Test) in the system, thus ensuring stable operation in complex industrial environments. The board has excellent immunity to interference and is able to maintain efficient operation under harsh operating conditions.Its compact design makes installation and maintenance easier, while GE's strict quality control standards ensure durability and reliability. Whether in the energy industry or other application scenarios requiring high-precision control, this RST overflow board is the ideal choice for you.

Manufacturer: GEFanuc Model: IC697 CHS790K Series: 90-70 Series Operating Voltage: 24VDC Input Current: 1.2A Communication Interface: RS-232/422/485 Storage Temperature: -40 ° C to + 85 ° C Operating Temperature: -20 ° C to + 60 ° C Dimensions: 120mm X 90mm X 50mm Weight: 0.5kg GEFanucIC697CHS790K control module is a high-performance module specially designed for the field of industrial automation, which is widely used in manufacturing, energy, transportation and other industries. Its excellent processing ability enables it to operate stably in complex environments and meet the high requirements of automation control.The advanced design concept of the module provides excellent stability and reliability. Its powerful processing capability can quickly respond to various control instructions to ensure the efficient operation of the system. At the same time, it also supports a variety of communication interfaces to facilitate data exchange with other devices and improve the flexibility and compatibility of the system.The compact design of the module makes it easy to install and maintain. Its rugged enclosure effectively protects the internal components from the external environment and prolongs their service life. In addition, the module has passed a number of rigorous quality tests to ensure its stable operation in a variety of harsh conditions.

Product Type: Communication Module Size: 2.1x18.8x26.2cm Weight: 0.3kg Manufacturer: General Electric (GE) Series: MarkVIe Model: IS200WETCH1AAA The GEIS200WETCH1AAA conversion power module is designed to enhance the performance of industrial automation control systems. It uses advanced circuit design technology to provide stable and reliable power supply to ensure the normal operation of equipment in a variety of harsh environments. The compact design of the module makes it easy to install in existing control systems, while its light weight makes it easy to transport and maintain.In addition, the module has excellent thermal management capabilities, which can maintain efficient operation in high or low temperature environment and prolong its service life. GEIS200WETCH1AAA delivers outstanding performance in wind farms and other industrial applications, making it the ideal choice for efficient and reliable control systems.