Home B & R Automation 8BVI Servo Control Series 8BVI0220HCD8.001-1

8BVI0220HCD8.001-1

Name: 8BVI0220HCD8.001-1
Brand: B & R Automation
Price: 200 USD
Availability: InStock
Rating: 4.5 (12 reviews)

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The B&R Automation 8BVI0220HCD8.001-1 is a double-axis inverter module designed for medium to high-power industrial automation applications. Each axis can handle a nominal current of 22A at a voltage range of 800V, making it ideal for controlling high-power motors and actuators. Safety is prioritized with features like Safe Torque Off (STO) and Safe Brake Control (SBC).

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Description
Specs
FAQ

Product Description

The B&R Automation model of the part is 8BVI0220HCD8. 001-1 is a member of the ACOPOS multi-family, which is a double-axis inverter module designed for use in medium to high-power industrial automation applications.

This module has a nominal current of 22A per axis and a voltage range of 800V, which allows it to control high-power motors and actuators in sophisticated automation systems. Built-in with the cold plate mounting, the 8BVI0220HCD8. 001-1 provides efficient heat dissipation which is very important for stability and reliability in the industrial setting. The inverter also contains real-time Ethernet communication which enables the system to be connected to the existing network for increased management and control. This module is safe with features such as STO (Safe Torque Off) and SBC (Safe Brake Control). These functions assist in the prevention of overloading the system and hence avoid accidents and damage to the equipment. This design makes it easier to incorporate the module into other systems and also if any changes need to be made in the future, it is easily done.

It can regenerate, whereby it converts kinetic energy into electrical energy during motor deceleration thus increasing the efficiency of the system. For diagnostics and troubleshooting on the other hand the 8BVI0220HCD8. 001-1 carries the necessary tools that help minimize downtime and at the same time ensure high reliability. Every unit contains a parameter chip that is incorporated into the drive to enable the configuration of the drive to the latest parameters. The product is available at Wake Industrial with a one-year warranty period.

8BVI0220HCD8.001-1 Technical Specifications

Series:	8BVI
Warranty:	One-Year
Module:	Two-Axis Inverter module
Current Capacity:	22A per axis
Voltage Range:	800V
Mounting Type:	Cold plate mounting
Connectivity:	Real-time Ethernet communication
Safety Features:	Safe Torque Off (STO) and Safe Brake Control (SBC)
Parameter Chip:	Yes
Diagnostic Capabilities:	Yes

Frequently Asked Questions about 8BVI0220HCD8.001-1

Q: What is the current and voltage capacity of the 8BVI0220HCD8.001-1?

A: The module handles a nominal current of 22A per axis with a voltage range of 800V, suitable for controlling high-power motors and actuators.

Q: What safety features are included in the 8BVI0220HCD8.001-1?

A: It includes Safe Torque Off (STO) and Safe Brake Control (SBC), which help prevent overloads and reduce the risk of equipment damage.

Q: How does the 8BVI0220HCD8.001-1 contribute to energy efficiency?

A: The inverter features energy regeneration capabilities, converting kinetic energy back into electrical energy during motor deceleration, enhancing overall energy efficiency.

Q: What are the key benefits of the real-time Ethernet capability in the 8BVI0220HCD8.001-1?

A: Real-time Ethernet allows for seamless integration into existing networks, facilitating better management and control of the automation system.

Q: How does the cold plate mounting benefit the 8BVI0220HCD8.001-1?

A: Cold plate mounting provides efficient heat dissipation, which is crucial for maintaining stability and reliability in high-power industrial environments.

Internal Product Review

‘‘The 8BVI0220HCD8.001-1 inverter module by B&R Automation is a standout addition to any industrial automation system. Its dual-axis control, combined with sophisticated safety and energy-saving features, makes it highly effective for demanding applications. Its capability to integrate smoothly into existing networks and its proactive diagnostics ensure minimal downtime and optimal performance, highlighting its critical role in enhancing industrial productivity.’’