B&R 8EI8X8HWS10.0700-1 ACOPOS P3 Single-Axis Servo Drive 8.8A with 2-Row Connector

The B&R 8EI8X8HWS10.0700-1 is a single-axis ACOPOS P3 servo drive rated for 4 kW continuous power and 8.8 A continuous current. Its 24 A peak current supports axes with demanding acceleration and deceleration cycles.

A defining feature of this material number is the .0700 configuration with a two-row connector set. This makes it different from similarly rated .0600 variants that use another connector package. For maintenance replacement, the complete suffix should therefore be checked instead of relying only on the 8EI8X8HWS10 base number.

Key Features

• Single-axis 4 kW servo drive for 200–480 VAC systems
• 8.8 A continuous and 24 A peak current
• Up to 10 kW peak power output
• Two-row connector set specific to the .0700 configuration
• Cover and integrated braking resistor included in the configuration
• Compact 66 mm wide wall-mounted design
• Dedicated motor encoder and holding-brake connections

Typical Applications

• Packaging-machine main motion axes
• Printing and converting machinery
• Servo-driven winding and tension-control mechanisms
• Indexing tables and rotary positioning
• Fast material-handling axes
• Exact replacement of a .0700 ACOPOS P3 module

FAQ

Q1. What is the main difference between .0700 and .0600 versions?
The official .0700 description specifies a two-row connector set. A .0600 version is generally listed with a one-row connector set. They should not be considered mechanically interchangeable without verification.

Q2. Is this a single-axis or multi-axis module?
It is a single-axis servo drive with one motor connection and one digital motor-feedback interface.

Q3. Does it have an integrated braking resistor?
Yes. B&R lists the .0700 configuration with a cover and integrated braking resistor.

Q4. Can another 8.8 A ACOPOS P3 drive replace it?
Current rating alone is not sufficient. Check the axis count, H-voltage class, connector rows, complete suffix, encoder, braking arrangement and software configuration.