Overview
Manuals
Slot Layout
Use Cases
Features:
- Modular mechanical design using plug-in modules
- Partially-coated circuit boards - more robust in regard to environmental influences
- ACOPOS servo drive, 3x 400-480 V, 8.8 A, 4 kW, coated, integrated line filter, braking resistor and electronic safe restart interlock
The 8V1090.001-2 is a single-axis servo drive from B&R Automation's ACOPOS 1090 series. This drive is suitable for 400 to 480 V three-phase AC industrial power grids, has a rated continuous output current of 8.8 A, and an output power of 4 kW, making it one of the higher-power central control drives in the series. It is specifically designed for controlling high-performance synchronous servo motors and low-cost asynchronous induction motors.
As an industrial-grade product designed specifically for complex and demanding operating conditions, the suffix ".001-2" indicates that its internal circuit board is coated with a special anti-corrosion, moisture-proof, and insulating coating. This coating effectively resists corrosion from humid industrial environments, metal dust, and weak acid and alkali gases, ensuring the long-term stable operation of core electronic components. Simultaneously, the device integrates a high-density power line filter and a high-power braking resistor, which not only suppresses external electromagnetic interference at its source but also rapidly dissipates reverse energy during frequent motor deceleration or emergency stops.
The 8V1090.001-2 B&R High-performance single-axis servo drive may still be available for purchase and support from Moore Automated Company beyond End-Of-Life (EOL) by the manufacturer (OEM).
B&R 8V1090.001-2 High-performance single-axis servo drive manual(Datasheets), Link
Important Notice: Other accessories, manuals, cables, calibration data, software, etc. are not included with this equipment unless listed in the above stock item description. All prices are shown in USD.
This drive features a modular mechanical design with four expansion slots on the front panel. Different function cards can be inserted to adapt to complex industrial environments:
Network Bus Slot: Typically used to insert an 8AC114.60-2 (POWERLINK) or 8AC110.60-3 (CAN bus) module for high-speed synchronous communication with B&R PLCs (such as the X20 system) or controllers.
Feedback Encoder Slot: Supports encoder cards, such as the 8AC120.60-1, for connecting EnDat, resolvers, or sine/cosine incremental encoders.
1.Form-Fill-Sea (FFS) Systems: Control the main side-sealing devices and high-speed film conveyors, requiring rapid acceleration/deceleration and high torque to maintain tight cycle times.
2.Rotary Cutters and Flying Knives: Drive heavy-duty cutting rollers that must be perfectly synchronized with the moving rolls of material to ensure precise cuts without disrupting the production line.
3.Labeling and Cartoning Applications: Drive main conveyor tracks and heavy-duty indexing tables to transport larger payloads under high-throughput conditions.
4.Multi-Axis Heavy-Duty Robots: Act as drive controllers for the spindles (axis 1, 2, or 3) of industrial articulated robots, managing the inertia of heavy payloads during rapid rotary motion.
5.Gantry Cranes and Pick-and-Place Platforms: Drive long-stroke gantry crane axes for transporting heavy sub-components on automotive or electronics production lines.
6.CNC Feeding Systems: Used to control servo-driven feeders in metal stamping or wood milling machinery, which require stable torque to overcome mechanical resistance.
7.Automotive body shop: Used for welding and riveting stations where metal dust and welding fumes are present. Coated circuit boards prevent short circuits caused by air pollutants.
8.Metal forming and bending: Drives precision bending machines, roll forming machines, or wire bending machines that require high continuous current (8.8 A) to shape elastic materials.
9.Textile and plastic extrusion: Controls tension winding machines and traction stations to maintain uniform product thickness and stretch in harsh, high-temperature factory environments.
