ABB BVC1HRD010502P compact, high-performance digital servo drive
ABB BVC1HRD010502P is a compact, high-performance digital servo drive in the Bivector Compact series, designed for low-to-medium power motion control applications. It integrates power conversion, control logic, brake unit, and I/O circuitry into a single compact unit, delivering precise speed, torque, and position control for synchronous and asynchronous servo motors. The HRD variant features enhanced safety and drive protection, making it suitable for high-reliability industrial automation applications.
Description
Product Introduction
ABB BVC1HRD010502P is a compact, high-performance digital servo drive in the Bivector Compact series, designed for low-to-medium power motion control applications. It integrates power conversion, control logic, brake unit, and I/O circuitry into a single compact unit, delivering precise speed, torque, and position control for synchronous and asynchronous servo motors. The HRD variant features enhanced safety and drive protection, making it suitable for high-reliability industrial automation applications.
Model Interpretation
BVC = Bivector Compact series, compact digital servo drive platform1 = hardware platform versionHRD = high-reliability control version with enhanced safety and protection01 = nominal current rating class05 = continuous output current 5 A02P = firmware version and configuration profile
Technical Parameters
Input: 3-phase 400 V AC ±10%; auxiliary 1-phase 230 V AC ±10%Output: 3-phase 400 V AC, continuous 5 A, peak 7.5 ARated capacity: approx. 3 kVA at 400 VControl modes: position, speed, torque; electronic gear, camming controlFeedback interface: resolver, 5 V/24 V incremental encoder, multi-turn absolute encoderProtection functions: overvoltage, undervoltage, overcurrent, overtemperature, short circuit, motor stall, STO (Safe Torque Off), enhanced overload protectionAmbient temperature: 0 °C to 45 °C, derating required above 40 °CDimensions H×W×D: 270 mm × 60 mm × 220 mmWeight: 4.0 kg
Interface and Communication Configuration
Ethernet: EtherNet/IP, Modbus TCP, PROFINET (standard)Fieldbus: CANopen (optional)I/O interface: 6×24 V DC digital inputs, 3×digital outputs, 1×±10 V analog input, 1×±10 V analog outputFeedback ports: resolver interface, incremental/absolute encoder interfaceBrake: internal brake transistor, compatible with external brake resistors
Core Functions
High-dynamic servo control with fast current loop responseMulti-axis synchronization supporting electronic gear and cam profile controlEnhanced safety with STO and extended fault diagnosticsOnboard motion programs for standalone operationComprehensive diagnostics, fault logging, and condition monitoringRegenerative braking for energy-efficient operationRobust overload and thermal protection for continuous duty
Application Scenarios
Machine tools: small CNC machines, milling machines, grinding machinesPackaging machinery: labeling machines, filling machines, cartoning equipmentMaterial handling: conveyors, small gantry systems, palletizing unitsRobotics: SCARA robots, delta robots, small Cartesian robotsTextile and printing: web tension control, register control, slitting machines
Operation and Maintenance Instructions
Install vertically in control cabinet; maintain top and bottom ventilation gaps ≥50 mm for heat dissipationUse shielded cables for motor, encoder, and communication wiring; route power and signal cables separatelyBefore power-up, verify input voltage, auxiliary supply, and tightness of all connectionsConfigure via ABB Motion Manager software: set motor parameters, feedback type, and control modeRegularly inspect and clean heat sinks to remove dust and prevent overheatingCheck brake resistor and wiring integrity; replace damaged components promptlyKeep firmware updated; back up all parameters after commissioningObserve anti-static precautions during handling; avoid mechanical shock and vibration
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