8EI4X5HWT10.0500-1
The B&R 8EI4X5HWT10.0500-1 is an advanced digital I/O module designed for industrial automation systems. It allows for efficient data acquisition, monitoring, and control of various field devices, making it ideal for factory automation, machine control, and process monitoring applications. The module facilitates real-time communication between the field devices (such as sensors, switches, and actuators) and the central control system, ensuring smooth operations across automated systems.
DESCRIBE
Detailed Description:
Type: Digital I/O Module
The 8EI4X5HWT10.0500-1 is a digital input/output module that enables the exchange of digital signals between field devices and the central control system. This module is designed for discrete I/O applications, providing high-speed and reliable communication for real-time control and monitoring.
Application:
This module is designed for use in factory automation, machine control, and process monitoring systems. It ensures efficient integration of various field devices, allowing for precise control over machines, processes, and automation systems.
Power Supply:
The 8EI4X5HWT10.0500-1 operates on a 24V DC power supply, which is a standard voltage used in most industrial automation systems. This ensures compatibility with a wide range of industrial devices and provides reliable performance in demanding environments.
Mounting:
The 8EI4X5HWT10.0500-1 is designed for DIN rail mounting, a common installation method in industrial automation. This allows the module to be securely mounted within control panels, helping to save space and ensure organized, easy installation.
Inputs/Outputs:
Inputs: 16 digital inputs (24V DC)
Outputs: 16 digital outputs (24V DC, transistor-controlled)
The module provides 16 digital inputs and 16 digital outputs. The inputs are used to read digital signals from field devices such as sensors and switches, while the outputs are used to control actuators, relays, or other devices in the automation system.
Communication Protocols:
The 8EI4X5HWT10.0500-1 supports Ethernet communication, which facilitates fast and reliable data exchange between the module and other devices within the automation network. This enables seamless integration and communication between various components in a distributed control system.
Temperature Range:
The module operates over a temperature range of -20°C to +60°C, making it suitable for a variety of industrial environments, including those subject to temperature fluctuations.
Protection:
The 8EI4X5HWT10.0500-1 is built to be dust and moisture resistant, providing protection against contaminants and moisture commonly found in industrial settings. This feature ensures the module remains functional and reliable even in harsh environments.
Size & Form Factor:
The 8EI4X5HWT10.0500-1 has a compact design, optimized for DIN rail mounting. Its small size ensures efficient space utilization in control panels, making it ideal for installations where space is limited.
Key Parameters:
Type: Digital I/O Module
Power Supply: 24V DC
Mounting: DIN Rail Mountable
Inputs: 16 digital inputs (24V DC)
Outputs: 16 digital outputs (24V DC, transistor-controlled)
Temperature Range: -20°C to +60°C
Protection Rating: Dust and moisture resistant
Communication: Ethernet communication, supports multiple protocols
Size: Compact design for DIN rail installation
Applications:
Factory Automation: The 8EI4X5HWT10.0500-1 is used to monitor and control various field devices, ensuring smooth and efficient operation of automated production lines and manufacturing systems.
Machine Control: The module facilitates machine control by reading digital inputs from sensors and sending output signals to actuators, relays, or other devices, ensuring precise synchronization and operation.
Process Monitoring: It can be used to monitor industrial processes by acquiring data from field devices and providing real-time insights, enabling process optimization.
Data Acquisition & Monitoring: The module enables the collection of data from sensors and other devices, transmitting it to the control system for real-time monitoring and decision-making.