The B&R 8BVI0220HWD0.000-1 ACOPOSmulti Servo Drive Module is a high-current two-axis inverter module designed for demanding industrial motion control applications requiring increased motor power, precise synchronization, and reliable operation under heavy mechanical loads.

Unlike ACOPOSmulti power supply modules, this unit does not generate the DC bus voltage. It receives energy from the ACOPOSmulti DC bus and converts it into controlled three-phase motor output for connected servo motors.

The module integrates two independent servo inverter channels, allowing two servo axes to operate within one compact drive module. This dual-axis architecture reduces cabinet space and simplifies wiring while maintaining accurate multi-axis motion coordination.

Compared with the 8BVI0130HWD0.000-1 and 8BVI0160HWD0.000-1, the 8BVI0220HWD0.000-1 provides a higher current class for larger servo motors, higher torque requirements, and applications with increased mechanical inertia.

The integrated Safe Pulse Disabling (STO) function supports safety-oriented machine designs by preventing unintended torque generation during safety stop conditions. The module also supports motor brake control and temperature sensor monitoring for complete servo motor integration.

The ACOPOSmulti modular architecture allows this servo drive module to be combined with compatible power supply modules, mounting plates, controllers, and servo motors to build scalable automation systems.

This product is a servo drive module only. It requires an ACOPOSmulti power supply module, mounting plate, controller, and compatible servo motor system.

Key Features

B&R ACOPOSmulti servo drive module

Two-axis inverter architecture

22A high-current servo output capability

Two independent servo motor channels

750VDC DC bus operation

High-load motion control capability

Integrated Safe Pulse Disabling function

Functional safety support

Motor brake connection

Motor temperature sensor monitoring

Compact modular cabinet installation

Reduced wiring complexity

Compatible with ACOPOSmulti servo motors

Typical Applications

Heavy-duty packaging machinery

Large assembly systems

Robotic automation equipment

Material handling machines

Printing and converting equipment

High-load positioning systems

Multi-axis production lines

Industrial servo retrofit projects

Advanced motion control platforms

Installation Notes

Before installation, confirm:

Product model:

8BVI0220HWD0.000-1

Verify:

ACOPOSmulti power supply capacity

DC bus voltage

Servo motor rated current

Motor feedback type

Encoder compatibility

Brake wiring

Temperature sensor connection

Safety circuit configuration

Required system components:

• ACOPOSmulti power supply module
• ACOPOSmulti mounting plate
• Compatible controller
• Servo motors with feedback system

Before commissioning:

Check DC bus voltage

Configure motor parameters

Verify encoder feedback

Test STO function

Check motor brake operation

Perform axis movement test

Confirm servo performance

FAQ

Q

What is B&R 8BVI0220HWD0.000-1?

A

It is an ACOPOSmulti two-axis servo drive module designed for high-current servo motor control.

Q

Is 8BVI0220HWD0.000-1 a power supply module?

A

No. It is a servo inverter module that receives DC bus power and controls connected servo motors.

Q

How many servo axes can it control?

A

It controls two independent servo axes.

Q

What is the rated current?

A

The module provides a 22A current class for higher-power servo applications.

Q

What is the difference between 8BVI0220HWD0.000-1 and 8BVI0160HWD0.000-1?

A

The 8BVI0220HWD0.000-1 provides a higher current capability for larger motors and heavier mechanical loads.

Q

What is the difference between 8BVI0220HWD0.000-1 and 8BVI0130HWD0.000-1?

A

The 8BVI0220HWD0.000-1 is designed for higher-power servo applications, while the 8BVI0130HWD0.000-1 targets medium-power motion systems.

Q

Does it support safety functions?

A

Yes. It supports Safe Pulse Disabling (STO) for safety-related machine applications.

Q

Can it operate independently?

A

No. It requires the ACOPOSmulti power supply system, mounting plate, controller, and compatible servo motors.