MOLEX SST-PFB-SLC

Product Introduction

The MOLEX SST-PFB-SLC is a Profibus scanner module designed for use with the Allen-Bradley SLC 500 controller series. It is manufactured by SST, a brand under Molex. The module enables communication between an SLC processor (SLC 5/03 or later) and DP remote I/O devices on a Profibus network, acting as a Profibus DP remote I/O scanner.

Monico CDL-MCLE-FWM

Technical Specifications
  • Input Protocol: Caterpillar® CDL (Cat Data Link).
  • Output Protocols: Supports Modbus (RTU/TCP), CANopen, and other industrial protocols via configurable modules.
  • Data Polling Rate: High-speed, multi-threaded polling at 20–60 parameters per second for real-time monitoring.
  • Pre-configured Registers: Over 400 CDL-based registers for rapid deployment, with customizable mapping for specific applications.

MOOG D136-001-007–MSC I Motion Controller

Technical Specifications:
  • The valve features a flange-mounted design suitable for direct integration into hydraulic systems.
  • It operates with a rated flow typically specified under standard test conditions, ensuring accurate control over hydraulic actuators.
  • Offers high dynamic response characteristics, capable of handling fast and precise movements required in many industrial applications.
  • Features low hysteresis and high resolution, contributing to smooth and accurate operation.
  • Operates efficiently with common hydraulic fluids, including mineral oils and synthetic fluids, under specific temperature and pressure ranges.

MOOG D136-002-005 Multi-Axis Motion Controller

This servo valve typically features high resolution and low hysteresis, which are critical for accurate control. It is an electro-hydraulic servo valve that converts an electric input signal into a proportional hydraulic output. The exact technical specifications such as flow rate, pressure drop, response time, and power requirements would be listed in the product's datasheet.

Motorola IPMC761-002

  • Processor: Equipped with an MPC7450 series PowerPC processor at 1 GHz, with 512 KB of on - chip L2 cache and 2 MB of L3 cache, and an Altivec coprocessor for high - performance computational applications.
  • Memory: Two banks of soldered flash memory.
  • Communication Interfaces: Includes 1 parallel port, 2 asynchronous serial ports, and 2 synchronous/asynchronous serial ports.
  • Bus Type: VME bus.
  • Power Supply: Draws +5 V and +3.3 V through the PMC connectors.
  • Dimensions: 263 × 58 × 28 mm.
  • Weight: 4.3 kg.

Motorola MVME162-213 – Compact VME Single-Board Computer

Technical Specifications

  • Processor: 25 MHz Motorola MC68LC040 32-bit microprocessor with 8 KB cache and Memory Management Unit (MMU), supporting deterministic real-time operations .
  • Memory:
    • DRAM: 4 MB parity-protected dynamic RAM (expandable to 8 MB via daughter cards) .
    • SRAM: 128 KB battery-backed static RAM for critical data storage .
    • Flash: 1 MB flash memory for firmware/BIOS storage .

Motorola MVME2400-0361

Technical Specifications
  • Processor:
    • PowerPC 750 (MPC750) microprocessor, clocked at up to 450 MHz, offering low power consumption and high performance for embedded systems.
  • Memory:
    • Up to 512 MB ECC SDRAM for error-corrected data storage.
    • 128 MB Flash ROM for firmware and application storage.
    • 1 MB NVRAM with battery backup for non-volatile data retention.
  • VMEbus Interface:
    • Supports VME64 bus (version 3.x) with high bandwidth and data transfer rates.
    • 6U VMEbus form factor for compatibility with standard industrial enclosures.

MOTOROLA MVME51105E-2161 VME Single-Board Computer

Technical Specifications:

  • Processor: Typically equipped with a PowerPC processor, offering substantial computational power suitable for complex tasks.
  • Memory: Supports significant amounts of RAM, essential for handling large datasets or multiple processes simultaneously. Also includes onboard flash memory for storage.
  • I/O Capabilities: Features a wide range of I/O interfaces including serial ports, Ethernet, USB, and others, enabling connectivity with peripherals and networks.
  • Expansion Slots: Designed with several VMEbus slots, facilitating the addition of extra functionality through compatible modules.

NI PXI-7340 Motion Controller — Complete Technical Profile

Technical Specifications:
  • Interface: It is designed to fit into a PXI chassis and offers connectivity for up to four axes of motion.
  • Communication: Supports communication with NI-Motion software for easy configuration and control.
  • Performance: Provides high-performance trajectory generation, which allows for smooth and accurate motion profiles.
  • Resolution: High-resolution encoder feedback for precise position control.
  • Connectivity: Includes multiple I/O lines for limit switches, home sensors, and other motion control peripherals.

NI PXI-7344 4-Axis Stepper/Servo Motion Controller

Technical Specifications:

  • Form Factor: PXI slot compatible module
  • Axes Control: Supports up to 4 axes of control simultaneously
  • Encoder Inputs: Quadrature encoder inputs for position feedback with support for both linear and rotary encoders
  • Control Types: Capable of controlling both stepper and servo motors
  • Communication Interface: Utilizes PXI bus for communication within the PXI chassis and external interfaces for connection to drives and other peripherals
  • Onboard Memory: Equipped with onboard memory for storing motion profiles and programs
  • Operating Systems: Compatible with Windows operating systems, typically requiring NI's LabVIEW or LabWindows/CVI software environments for programming

NI PXIe-5105

Technical Specifications:
  • The NI PXIe-5105 features eight simultaneously sampled channels with a resolution of 14 bits.
  • It supports sampling rates up to 60 MS/s per channel, enabling detailed capture of fast transient signals.
  • Input voltage ranges can be adjusted to suit different measurement needs, typically from ±200 mV to ±10 V.
  • Offers onboard memory options that can be expanded based on the user's requirements, facilitating continuous data acquisition without gaps.
  • Compatible with PXI Express systems, allowing for easy integration into existing test setups or expansion with additional modules.

NOUENVOG AAP3798102-00131

Application Scenarios

  1. Compressor Control Systems
    • Cameron TA-Series: Manages inlet valve positioning, oil pressure, and vibration monitoring in TA2000/TA3000 compressors .
  2. Energy Infrastructure
    • Pump Stations: Regulates flow/pressure in pipeline transport .
    • Gas Turbine Backup: Synchronizes auxiliary systems during grid failures .
  3. Industrial Automation
    • Production Lines: Interfaces with Schneider/Bently Nevada PLCs for safety interlocks .
    • Remote Monitoring: Transmits operational data to SCADA via Modbus .