The B&R 8BVI0028HWD0.000-1 ACOPOSmulti Servo Drive Module is a compact two-axis inverter module designed for space-saving industrial automation systems requiring precise servo control and synchronized multi-axis motion.

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

The module integrates two independent servo inverter channels, allowing two servo axes to be controlled within a compact ACOPOSmulti configuration. This dual-axis architecture helps reduce cabinet space, wiring requirements, and overall system complexity.

With a 3.8A motor current rating, the 8BVI0028HWD0.000-1 is optimized for compact machines, small servo motors, and applications requiring accurate positioning rather than high power output. It is especially suitable for lightweight mechanical systems, assembly equipment, and compact automation platforms.

Compared with the 8BVI0055HWD0.000-1, which provides a higher 7.6A current class, the 8BVI0028HWD0.000-1 focuses on compact design, lower power consumption, and efficient control of smaller servo axes.

The integrated Safe Pulse Disabling (STO) function supports safety-oriented machine designs by preventing unintended motor torque generation during safety stop conditions. The module also supports motor brake connection and motor temperature 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 create flexible automation solutions.

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

Compact dual-axis inverter design

3.8A servo current capability

Two independent motor control channels

750VDC DC bus architecture

Space-saving modular design

Integrated Safe Pulse Disabling (STO)

Functional safety support

Motor brake connection

Motor temperature sensor monitoring

Wall-mounted installation

Low-power servo application optimized

Compatible with ACOPOSmulti servo systems

Typical Applications

Compact packaging machines

Small assembly equipment

Pick-and-place systems

Electronic manufacturing equipment

Laboratory automation systems

Light material handling equipment

Small robotic mechanisms

Precision positioning systems

Compact industrial machines

Installation Notes

Before installation, confirm:

Product model:

8BVI0028HWD0.000-1

Verify:

ACOPOSmulti power supply capacity

DC bus voltage compatibility

Servo motor current requirement

Encoder feedback type

Motor brake wiring

Temperature sensor connection

Safety circuit configuration

Required components:

• ACOPOSmulti Power Supply Module
• ACOPOSmulti Mounting Plate
• Motion Controller
• Compatible Servo Motors

Before commissioning:

Check DC bus voltage

Configure motor parameters

Verify encoder feedback

Test STO safety function

Check brake operation

Perform axis movement test

Confirm servo response

FAQ

Q

What is B&R 8BVI0028HWD0.000-1?

A

It is an ACOPOSmulti two-axis servo drive module designed for compact industrial motion control systems.

Q

Is 8BVI0028HWD0.000-1 a power supply module?

A

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

Q

How many axes can it control?

A

It controls two independent servo axes.

Q

What is the rated current?

A

The module provides a 3.8A current class.

Q

What is the difference between 8BVI0028 and 8BVI0055?

A

The 8BVI0028HWD0.000-1 is a compact 3.8A servo module for smaller loads, while the 8BVI0055HWD0.000-1 provides 7.6A output for higher-power servo applications.

Q

Does it support safety functions?

A

Yes. ACOPOSmulti inverter modules support Safe Pulse Disabling (STO) functions.

Q

Can it work independently?

A

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