B&R 8EI4X5HWD10.0200-1 ACOPOS P3 Dual-Axis Servo Drive 4.5A 2kW per Axis

The B&R 8EI4X5HWD10.0200-1 is a dual-axis ACOPOS P3 servo drive that controls two moderate-power motors from one compact module. Each motor connection supplies 2 kW continuous power, 4.5 A continuous current and 12.25 A peak current.

The two-axis arrangement is well suited to paired machine movements such as feeder and cutter, dual conveyor, or synchronized positioning mechanisms. B&R identifies this .0200 version with a one-row connector set and cover. The braking-resistor configuration should be checked separately when replacing a different suffix.

Key Features

• Controls two servo motors from one drive module
• 2 kW continuous output per motor connection
• 4.5 A continuous and 12.25 A peak current on each axis
• Two motor-feedback interfaces
• Two protected motor holding-brake connections
• One-row connector package for the .0200 version
• 66 mm wide wall-mounted enclosure for compact cabinet layouts

Typical Applications

• Feeder and cutter axis combinations
• Dual-conveyor positioning systems
• Paired winding and handling mechanisms
• Packaging machine auxiliary axes
• Synchronized tooling stations
• Two-axis retrofit and maintenance projects

FAQ

Q1. What does HWD identify in this product family?
HWD identifies a two-axis module. HWS models are single-axis modules, while HWT models provide three axes.

Q2. Does each axis provide 4.5 A continuous current?
Yes. Each of the two motor connections is rated for 4.5 A continuous current and 12.25 A peak current.

Q3. Is an integrated braking resistor included with the .0200 version?
The official description lists a one-row connector set and cover but does not list an integrated braking resistor as part of the supplied .0200 configuration. Confirm the braking arrangement before installation.

Q4. Can the .0200 version directly replace a .0600 module?
Not without verification. The suffix can indicate differences in supplied connectors, cover and braking-resistor configuration. Always compare the complete material numbers.