Model Number: MVI56-MCM
Type: This is a specific model of a communication module designed for use in industrial automation systems, particularly those utilizing Rockwell Automation’s MicroLogix or similar programmable automation controllers (PACs).
Compatibility: The MVI56-MCM is compatible with a range of Rockwell Automation controllers, ensuring seamless integration and communication within the system.
Communication Protocols: It supports various communication protocols such as Ethernet, DeviceNet, or ControlNet, allowing for efficient data exchange with other devices and systems within the industrial network.
Memory Capacity: The module may have integrated memory for storing configuration settings, network parameters, or diagnostic information.
The HE693STG883 is designed to meet specific performance criteria, including power ratings, operational temperature range, and environmental resistance.
It incorporates advanced technology to ensure optimal performance, reliability, and durability in its intended application.
Electrical parameters such as voltage, current, and frequency response are precisely calibrated to meet the requirements of the system in which it will be used.
Function or Role:
The primary function of the HE693STG883 depends on its application. It could serve as a control module, sensor, transducer, power supply unit, or another type of component essential for system operation.
In electronic systems, it might be responsible for signal processing, data transmission, power conversion, or system monitoring. In mechanical systems, it could control actuators, provide feedback for precision control, or monitor system health.
Model Number: 1C31132G01
Type: This is a specific model of a component or device, possibly a sensor, transducer, or actuator, designed for use in industrial or automotive applications.
Operating Range: The component has a defined operating range for its primary function, such as temperature, pressure, or electrical input/output.
Accuracy and Precision: It is manufactured to meet specific accuracy and precision standards, ensuring reliable performance in its intended application.
Electrical Characteristics: The 1C31132G01 has defined electrical characteristics, including voltage and current requirements or output signals, which are essential for proper functioning and integration into a system.
Model Number: DSDP140B-57160001-ACX
Input Voltage Range: Typically 110V-380V, though specific voltage requirements may vary depending on application1.
Current Range: 1A-30A1.
Power Range: 5W-130W1.
Communication Interfaces: Multiple interfaces provided for easy data exchange and integration with other devices or systems2.
Operating Temperature: Designed for industrial environments, with temperature ranges optimized for stability and reliability.
RoHS Compliance: Follows EU directive 2011/65/EU3.
Model Number: IC693CMM321
Type: This is a specific model of a communication module designed for use in industrial automation systems, particularly those utilizing the GE Intelligent Platforms series.
Compatibility: The IC693CMM321 is compatible with a range of GE Intelligent Platforms PACSystems controllers, ensuring seamless integration and communication within the system.
Communication Protocols: It supports various communication protocols, allowing for efficient data exchange with other devices and systems within the industrial network.
Memory Capacity: The module may have integrated memory for storing configuration settings, network parameters, or diagnostic information.
The 3BSE018129R1 is part of ABB’s ADVANT product line, specifically a processor module designed for use in DCS (Distributed Control Systems) or PLC (Programmable Logic Controller) applications.
It incorporates a PM861 RISC 32-bit real-time multitasking microprocessor, providing powerful processing capabilities1.
Memory includes 16 MB RAM for multitasking and an EPROM with 16 Kbit of storage for programs and data1.
Power and backup features include an internal backup battery to protect data in case of power loss1.
Model Number: YPP110A
Type: This is a specific model of a device, possibly a pump, motor, or actuator, designed for industrial or commercial applications.
Power Rating: The device is rated for a specific power input, which determines its operational capacity and energy consumption.
Voltage and Current Requirements: It operates within a defined voltage range and has specific current requirements for proper functioning.
Performance Parameters: Depending on its application, the YPP110A may have parameters such as flow rate, pressure, speed, or torque, which define its operational performance.
Function:
The YPP110A serves a specific function within an industrial or commercial system. Its primary role may involve pumping fluids, driving mechanical components, or actuating motion. The exact function depends on the system in which it is integrated and the specific requirements of that system.
The MVI69E-MBS is designed to meet specific industrial standards and performance criteria, including power ratings, operational temperature range, and electromagnetic compatibility (EMC).
It incorporates advanced technology to ensure reliable communication, processing speed, and compatibility with the host PLC system.
Electrical parameters such as voltage, current, and data transfer rates are precisely calibrated to meet the requirements of industrial control applications.
Function or Role:
The primary function of the MVI69E-MBS is to serve as a modular interface or expansion module within an industrial control system.
It may provide additional I/O points, specialized communication ports, or enhanced processing capabilities to the host PLC.
In industrial automation applications, the MVI69E-MBS enables the PLC to interface with sensors, actuators, and other field devices, facilitating precise control and monitoring of industrial processes.
Model Number: VMIVME-3122-033
Type: This is a VMEbus single board computer (SBC) specifically designed for industrial and embedded applications.
Processor: Equipped with a high-performance processor capable of handling complex computations and data processing tasks.
Memory Capacity: Features ample memory, including RAM and possibly flash storage, for storing operating systems, application programs, and data.
I/O Interfaces: Provides a range of input/output interfaces, such as serial ports, Ethernet ports, and possibly USB ports, for connecting to various peripherals and networks.
The CP451-11 is designed to meet specific performance criteria, including power ratings, operational temperature range, and environmental resistance.
It incorporates advanced technology to ensure optimal performance, reliability, and compatibility with the intended system or application.
Electrical parameters such as voltage, current, and frequency response are precisely calibrated to meet the requirements of the system in which it will be used.
Function or Role:
The primary function of the CP451-11 depends on its application. It could serve as a control module, interface device, power supply unit, or another type of component essential for system operation.
In electronic systems, it might be responsible for signal processing, data communication, or power distribution. In mechanical systems, it could control actuators, monitor system status, or provide essential system feedback.
Model Number: EPM5500P
Type: This is an industrial-grade power management module or device designed for use in applications requiring precise power control and monitoring.
Compatibility: Fully compatible with a wide range of industrial equipment and systems, ensuring seamless integration and operation.
Power Handling Capacity: Equipped with a high power handling capacity, capable of managing and distributing power efficiently to various components within an industrial system.
Control and Monitoring Features: Offers advanced control and monitoring capabilities, allowing for real-time monitoring of power consumption, voltage, and current levels.
The XBTOT2210 is designed to meet specific performance criteria, including power ratings, operational temperature range, and environmental resistance.
It incorporates advanced technology to ensure optimal performance, reliability, and durability in its intended application.
Electrical parameters such as voltage, current, and frequency response are precisely calibrated to meet the requirements of the system in which it will be used.
Function or Role:
The primary function of the XBTOT2210 depends on its application. It could serve as a control module, sensor, transducer, or another type of component essential for system operation.
In electronic systems, it might be responsible for signal processing, data transmission, or power conversion. In mechanical systems, it could control actuators, monitor system health, or provide feedback for precision control.
