ABB BVC1HRD010502P compact, high-performance digital servo drive
May 30, 2026

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 platform
1 = hardware platform version
HRD = high-reliability control version with enhanced safety and protection
01 = nominal current rating class
05 = continuous output current 5 A
02P = 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 A
Rated capacity: approx. 3 kVA at 400 V
Control modes: position, speed, torque; electronic gear, camming control
Feedback interface: resolver, 5 V/24 V incremental encoder, multi-turn absolute encoder
Protection functions: overvoltage, undervoltage, overcurrent, overtemperature, short circuit, motor stall, STO (Safe Torque Off), enhanced overload protection
Ambient temperature: 0 °C to 45 °C, derating required above 40 °C
Dimensions H×W×D: 270 mm × 60 mm × 220 mm
Weight: 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 output
Feedback ports: resolver interface, incremental/absolute encoder interface
Brake: internal brake transistor, compatible with external brake resistors

Core Functions

High-dynamic servo control with fast current loop response
Multi-axis synchronization supporting electronic gear and cam profile control
Enhanced safety with STO and extended fault diagnostics
Onboard motion programs for standalone operation
Comprehensive diagnostics, fault logging, and condition monitoring
Regenerative braking for energy-efficient operation
Robust overload and thermal protection for continuous duty

Application Scenarios

Machine tools: small CNC machines, milling machines, grinding machines
Packaging machinery: labeling machines, filling machines, cartoning equipment
Material handling: conveyors, small gantry systems, palletizing units
Robotics: SCARA robots, delta robots, small Cartesian robots
Textile 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 dissipation
Use shielded cables for motor, encoder, and communication wiring; route power and signal cables separately
Before power-up, verify input voltage, auxiliary supply, and tightness of all connections
Configure via ABB Motion Manager software: set motor parameters, feedback type, and control mode
Regularly inspect and clean heat sinks to remove dust and prevent overheating
Check brake resistor and wiring integrity; replace damaged components promptly
Keep firmware updated; back up all parameters after commissioning
Observe anti-static precautions during handling; avoid mechanical shock and vibration


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