IPMC761

¥6,524.00

Parameters & Specifications:
Model Number: IPMC761-001
Brand: Motorola (NXP Semiconductors)
Power Supply: 24V DC12
Current Range: 100-400A1
Operating Temperature: Not specified, but designed for industrial environments3
Ports: Ultra-wide SCSI, one parallel port, two asynchronous serial ports, two synchronous/asynchronous serial ports3
Dimensions & Weight:
Dimensions: Approximately 12cm x 12cm x 12cm (height, width, depth)
Weight: 2KG

Category:

Description

Parameters & Specifications:
Model Number: IPMC761-001
Brand: Motorola (NXP Semiconductors)
Power Supply: 24V DC12
Current Range: 100-400A1
Operating Temperature: Not specified, but designed for industrial environments3
Ports: Ultra-wide SCSI, one parallel port, two asynchronous serial ports, two synchronous/asynchronous serial ports3
Dimensions & Weight:
Dimensions: Approximately 12cm x 12cm x 12cm (height, width, depth)
Weight: 2KG


Series:

  • Belongs to the MOTOROLA IPMC series of high-performance, high-reliability controller modules3
    Features:
    PCI/ISA Bridge: Provides compatibility with legacy PCI and ISA buses3
    Ultra-wide SCSI Adapter: Enables high-speed data transfer3
    Wide Range of Communication Interfaces: Includes Ethernet, serial ports, USB, and supports protocols like Modbus, CAN, Profibus36
    Powerful Signal Processing: Capable of filtering, amplifying, and correcting input signals, and controlling output signals6
    Remote Control & Monitoring: Enables remote access and real-time monitoring of the module’s status and data6
    High Reliability & Stability: Constructed with high-quality components for reliable operation in harsh industrial environments6
    Functions & Applications:
  • Designed for various industrial automation and control applications3
  • Can be used in industries such as power systems, machine control, robotics, vehicle control, home automation, and more3
  • Acts as a central control unit, receiving inputs from sensors and devices, processing them, and outputting control signals to other systems