VMIC+ASSY 12149
⁦VMIC+ASSY 12149⁩ - الصورة ⁦2⁩
⁦VMIC+ASSY 12149⁩ - الصورة ⁦3⁩
⁦VMIC+ASSY 12149⁩ - الصورة ⁦4⁩

VMIC+ASSY 12149

  • VMIC+ASSY 12149
  • Form Factor: Standard 6U VMEbus module
  • Serial Ports: Typically 8 or 16 independent asynchronous serial ports (configurable depending on daughter cards/connectors).
  • Interface Types: Each port is often software-configurable for various standards including RS-232, RS-422, and RS-485.
  • Baud Rates: Supports a wide range of baud rates, typically up to 115.2 kbaud or higher per channel, suitable for high-speed data transfer.
  • Processor: Features an onboard communication controller (e.g., a Zilog Z8536-based or similar high-performance serial controller) to manage serial data independent of the host CPU.
  • Memory: Includes onboard RAM for buffering transmit and receive data, enhancing throughput and reducing host intervention.
  • Data Flow Control: Supports hardware (RTS/CTS) and software (XON/XOFF) flow control.
احصل على عرض أسعار
التصنيف:

الوصف

Product Name

VMIC 5588-144 High-Speed Multi-Port Serial I/O Board (Assembly: VMIC+ASSY 12149)

Product Description

The VMIC+ASSY 12149 designates a specific assembly number for the VMIC 5588-144 High-Speed Multi-Port Serial I/O Board, a robust and versatile VMEbus-compatible module. Designed by VMIC, a company with a strong legacy in rugged industrial computing solutions, this board provides critical serial communication capabilities for real-time control and data acquisition systems. The VMIC 5588-144 is engineered to integrate seamlessly into VMEbus backplanes, offering multiple asynchronous serial ports essential for connecting to a wide array of peripheral devices, sensors, and actuators in complex automation environments. With its focus on high-speed data transfer and reliable operation, the VMIC+ASSY 12149 is a cornerstone for many industrial and aerospace applications requiring dependable serial communication within a VMEbus architecture. The board efficiently offloads serial processing from the host CPU, ensuring minimal impact on system performance. This particular assembly, the VMIC+ASSY 12149, represents a proven solution for extending I/O capabilities.

Product Parameters

  • VMIC+ASSY 12149
  • Form Factor: Standard 6U VMEbus module
  • Serial Ports: Typically 8 or 16 independent asynchronous serial ports (configurable depending on daughter cards/connectors).
  • Interface Types: Each port is often software-configurable for various standards including RS-232, RS-422, and RS-485.
  • Baud Rates: Supports a wide range of baud rates, typically up to 115.2 kbaud or higher per channel, suitable for high-speed data transfer.
  • Processor: Features an onboard communication controller (e.g., a Zilog Z8536-based or similar high-performance serial controller) to manage serial data independent of the host CPU.
  • Memory: Includes onboard RAM for buffering transmit and receive data, enhancing throughput and reducing host intervention.
  • Data Flow Control: Supports hardware (RTS/CTS) and software (XON/XOFF) flow control.
  • Interrupts: Configurable interrupt capabilities for efficient handling of data reception and transmission events.
  • Connectors: Typically uses high-density D-sub connectors (e.g., DB-9 or DB-25 via breakout cables) for serial connections.
  • Power Consumption: Specifics vary but are generally within VMEbus power allowances for a 6U board.
  • Operating Temperature: Designed for industrial operating temperature ranges, often 0°C to 70°C, with ruggedized versions for extended ranges.

Advantages and Features

  • High-Density Serial I/O: Provides a large number of serial ports on a single VMEbus slot, maximizing I/O density and reducing system footprint.
  • VMEbus Compatibility: Fully adheres to VMEbus specifications, ensuring seamless integration into existing VMEbus-based systems.
  • Flexible Configuration: Software-configurable interface types (RS-232, RS-422, RS-485) and baud rates per port offer significant versatility for connecting diverse devices.
  • Real-Time Performance: Onboard processing offloads serial communication tasks from the host CPU, crucial for maintaining determinism and response times in real-time applications.
  • Robust and Reliable Design: Built to industrial standards, featuring rugged construction suitable for harsh operating environments, ensuring long-term reliability.
  • Efficient Data Handling: Equipped with large data buffers and efficient interrupt handling to manage high volumes of serial data with minimal latency.

Application Areas and Case Studies

The VMIC 5588-144 High-Speed Multi-Port Serial I/O Board with assembly VMIC+ASSY 12149 finds extensive use in demanding automation and control applications:

  • Industrial Automation: Connecting PLCs, HMIs, motor drives, barcode scanners, and other serial devices in manufacturing plants for data exchange and control.
  • Process Control: Interfacing with sensors, actuators, and analytical instruments in chemical plants, oil & gas facilities, and power generation units.
  • Test and Measurement Systems: Integrating various measurement devices, data loggers, and test fixtures in automated test equipment (ATE) and scientific research.
  • Aerospace and Defense: Utilized in embedded systems for flight simulation, ground support equipment, and real-time control applications where ruggedness and reliability are paramount.
  • Telecommunications: In legacy or specialized telecom equipment requiring robust serial communication interfaces.
  • Motion Control: Providing serial links for multi-axis motion controllers and robotic systems.

Competitive Products Comparison

The VMIC 5588-144 (VMIC+ASSY 12149) operates within the VMEbus ecosystem, competing with other manufacturers specializing in industrial and real-time computing.

  • Abaco Systems (formerly GE Fanuc/VMIC): As the current product owner, Abaco offers a broad range of VMEbus boards, including newer or specialized serial I/O modules that might offer higher port densities or more advanced features like Ethernet encapsulation of serial data.
  • Curtiss-Wright Defense Solutions: A major player in the embedded computing space, offering VMEbus I/O modules, often with a focus on defense and aerospace applications, sometimes providing more integrated solutions or specialized ruggedization.
  • Concurrent Technologies: Provides a range of VME and VPX boards, including I/O options. Their serial I/O boards might feature newer communication protocols or higher processing power for complex data manipulation.
  • Acromag: Known for its I/O solutions, including carrier boards and configurable I/O modules for various bus architectures. Their approach might involve modular I/O that plugs onto a base VME board, offering different levels of flexibility.

Compared to these, the VMIC 5588-144 (VMIC+ASSY 12149) stands out for its proven reliability and straightforward, high-density serial connectivity within the established VMEbus standard, making it a dependable choice for legacy systems or new designs prioritizing simplicity and robustness.

Selection Recommendations

When selecting the VMIC+ASSY 12149 (VMIC 5588-144) or a similar serial I/O board, consider the following:

  • VMEbus System Compatibility: Ensure your VMEbus chassis and power supply can accommodate the 6U form factor and power requirements.
  • Number and Type of Ports: Verify if the 8 or 16 configurable ports (RS-232/422/485) meet your specific device connection needs.
  • Baud Rate Requirements: Confirm the board’s maximum baud rate per channel is sufficient for your application’s data transfer speed.
  • Operating System and Driver Support: Ensure compatibility with your existing operating system (e.g., VxWorks, Linux, Windows) and availability of stable drivers.
  • Environmental Conditions: Assess if the standard or extended temperature range and ruggedness features match your operating environment.
  • Future Expansion: Consider if the current port count is sufficient for future expansion or if a more modular solution might be better.
  • Budget: While robust, legacy VME components might have varying availability and pricing.

Precautions

  • Electrostatic Discharge (ESD): Always follow proper ESD handling procedures when installing or removing the VMIC+ASSY 12149 board to prevent damage to sensitive electronic components.
  • VMEbus Slotting: Ensure the board is correctly seated in a compatible VMEbus slot to avoid bent pins or improper contact.
  • Power Requirements: Confirm your VMEbus power supply can deliver the necessary voltage and current for the board and any other installed modules.
  • Cabling: Use appropriate high-quality serial cables and breakout boxes to ensure signal integrity, especially for RS-422/485 over long distances.
  • Software Drivers: Install the correct and compatible software drivers from Woodward (or Abaco Systems) for your operating system to ensure full functionality and stable operation of the VMIC 5588-144.
  • Configuration: Carefully configure the serial port settings (baud rate, parity, data bits, stop bits, flow control) to match the connected devices.

We are your trusted partner, providing sales and technical support for the VMIC+ASSY 12149 and other automation spare parts. We offer special discounted prices. Please contact us, we are here to serve you wholeheartedly.

VMIC+ASSY 12149

ABB DSMB-01C
A-B 22B-D017N104
MARPOSS MARPOSS 2919929891
A-B 22B-D017N104
A-B 842E-CM-MIP9BA
A-B 22B-D017N104
A-B 22B-D017N104
A-B 22B-D017N104
A-B 22B-D017N104
A-B 22B-D017N104
A-B 22B-D017N104
DEIF LSU-113DG
EMERSON 1X00781H01L
EMERSON 1X00781H01L
EMERSON 1X00781H01L
ABB RDCU-02C/64607901
FOXBORO FBM216B P0927AJ
WESTINGHOUSE 1X00781H01L
BENTLY 177230-01-01-CN
HONEYWELL TK-RPCXX1
SIEMENS 22AQ235 E3M140 A5Q00005602
ABB 3BDZ000398R1
A-B 1756-L61
MKS 223BD-00001AAB
Honeywell TK-RPCXX1
SCHNEIDER 140CRA93200
HONEYWELL FC-SDO-0824 V1.3
WESTINGHOUSE 5X00121G01
WESTINGHOUSE 5X00121G01
GE IC695CMM004
Rexroth 109-0743-3B04-03
GE IC695ETM001
FOXBORO FBM211
WARNER ELECTRIC Q7000
PACIFIC SCIENTIFIC 6435-001-K-N
SSD 591C/1500/5/3/0/1/0/41/000
SSD 591C/1500/5/3/0/1/0/41/000
SSD 591C/1500/5/3/0/1/0/41/000
YOKOGAWA AAI143-S00
A-B 1756-OF8
SCHNEIDER 140CRP93200
ABB UFC921A101
Bently Nevada 3500/32
ABB SDCS-PIN-51-COAT
A-B 20BC3P5A0AYNANC0
A-B 1756-IF16
ABB UFC921A101
A-B 1756-CN2R
HMS ABX-EMBS-PDPS
SCHNEIDER 140CRA93200

منتجات ذات صلة