B&R 8V1090.00-2 Servo Driver

Specific parameters
Electrical parameters:
Input voltage: 3 × 400-480V AC (± 10%), frequency 50/60Hz.
Power range: 4kW, continuous output current of 8.8A, peak current of 24A.
DC bus capacitor: 470 µ F, supports fast energy buffering.
Braking resistor: peak power of 7kW, continuous power of 200W, meeting frequent braking requirements.
Mechanical parameters:
Protection level: IP20 (dustproof, to be installed inside the control cabinet).
Dimensions: 235.5mm × 70.5mm × 375mm, weight 4.4kg, compact size for easy integration.
Installation method: DIN rail installation, supports horizontal or vertical installation.
Communication interface:
Standard configuration includes protocols such as POWERLINK, CANopen, Profibus DP, etc., supporting multi axis synchronous control.
Optional expansion modules (such as EtherCAT, RS485) can be used to achieve functional expansion through two free slots.
I/O configuration:
3 digital inputs (24V DC), 1 enable input, 2 high-speed trigger inputs, supporting position synchronization and marker detection.
1 analog output (0-10V or 0/4-20mA) for real-time monitoring of motor status.
Encoder support: Compatible with incremental encoders and absolute encoders, supporting mainstream interfaces such as EnDat 2.2 and Hiperface to ensure high-precision position feedback.

Product Performance
High dynamic response:
Current controller scanning time * * ≤ 50 μ s * *, supports fast torque adjustment, suitable for high-speed start stop and precision trajectory control.
Supports synchronous motors and induction motors, with a dynamic response time of less than 1ms, meeting high demand scenarios such as robot joint drive.
High precision control:
By integrating high-resolution encoders for closed-loop control, the positioning accuracy can reach ± 0.005mm, making it suitable for fields such as semiconductor wafer processing and precision assembly.
Supporting electronic gears, cam curves, and other functions, it can synchronize multi axis movements to ensure the synchronization and consistency of the production line.
Reliability design:
IP20 protection and partially coated circuit board design, suitable for dust environments and industrial vibrations.
Built in overload protection, short circuit protection, and overheating protection, in compliance with EN 61800-5-2 safety standards.
Plug and play:
The parameters are stored in the driver chip, and module replacement does not require reconfiguration, reducing downtime.
Support B&R Automation Studio software for visual debugging, simplifying the engineering development process.