8BVI0660HWS0.000-1
The B&R 8BVI0660HWS0.000-1 is an industrial I/O module designed to facilitate the integration of digital inputs and outputs into industrial automation systems. This module is engineered for reliable communication and data exchange between field devices (such as sensors and actuators) and control systems, making it suitable for a wide range of industrial applications such as factory automation, machine control, and process monitoring.
DESCRIBE
Detailed Description:
Type: Industrial I/O Module
The 8BVI0660HWS0.000-1 is a versatile I/O module that connects various field devices to an industrial control system. It allows seamless interaction between digital sensors, actuators, switches, and controllers, ensuring reliable and real-time control of industrial processes.
Application:
The module is designed for factory automation, machine control, process monitoring, and data acquisition applications. It serves as the communication interface between industrial field devices and a central control system, enabling efficient data collection, process control, and automation.
Power Supply:
The 8BVI0660HWS0.000-1 operates with a 24V DC power supply, which is standard for most industrial automation systems. This ensures compatibility with various devices and control systems that require stable and reliable power to function correctly.
Mounting: DIN Rail Mountable
The 8BVI0660HWS0.000-1 is designed for DIN rail mounting, allowing it to be easily integrated into control panels and industrial enclosures. The DIN rail mount ensures a secure, organized, and space-efficient installation, ideal for industrial environments with limited space.
Inputs/Outputs:
Inputs: 6 digital inputs (24V DC)
Outputs: 6 digital outputs (24V DC, relay-controlled)
The module features 6 digital inputs and 6 digital outputs, allowing it to interface with a wide range of field devices such as sensors, switches, and actuators. This configuration ensures precise control and monitoring of industrial systems.
Communication Protocols:
The 8BVI0660HWS0.000-1 supports industrial communication protocols, enabling seamless integration into automation networks. It can easily connect with other control devices and systems, allowing for efficient real-time data exchange and control.
Temperature Range:
The module operates within a temperature range of -20°C to +60°C, making it suitable for use in a wide variety of industrial environments. This temperature range ensures reliable performance even in environments with fluctuating or extreme temperatures.
Protection:
The 8BVI0660HWS0.000-1 is designed with dust and moisture resistance, making it ideal for use in harsh industrial conditions where exposure to contaminants or moisture is common.
Size & Form Factor:
The 8BVI0660HWS0.000-1 is compact and optimized for DIN rail installation, providing a space-efficient solution that maintains functionality without compromising on performance. Its compact design allows for easy integration into existing control panels.
Key Parameters:
Type: Industrial I/O Module
Power Supply: 24V DC
Mounting: DIN Rail Mountable
Inputs: 6 digital inputs (24V DC)
Outputs: 6 digital outputs (24V DC, relay-controlled)
Temperature Range: -20°C to +60°C
Protection Rating: Dust and moisture resistant
Communication: Supports multiple industrial communication protocols
Size: Compact, optimized for DIN rail installation
Applications:
Factory Automation: The 8BVI0660HWS0.000-1 module is used for controlling and monitoring sensors, actuators, and switches in industrial automation systems, improving production efficiency and process optimization.
Machine Control: It is used to manage the inputs and outputs of industrial machinery, ensuring smooth and reliable operation of machines in automated environments.
Process Monitoring: The module facilitates the collection of data from various field devices, providing real-time feedback for monitoring and optimizing industrial processes.
Data Acquisition & Monitoring: Collects and transmits data from connected devices to the control system, allowing operators to monitor system performance and make informed decisions for process improvements.