Kollmorgen CB06551PRD-B040SSIZ-63

Product Overview The CB06551 PRD-B040SSIZ-63 is a single-axis digital servo drive from Kollmorgen’s CB Series, a sub-series of the Servostar family. It is designed for precision motion control in compact industrial automation applications, delivering reliable servo performance with flexible feedback and communication options. The SSIZ suffix indicates a specific hardware configuration variant within the CB series product line.

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Description

Kollmorgen CB06551PRD-B040SSIZ-63

Technical Specifications
  • Model: CB06551 PRD-B040SSIZ-63
  • Product Line: Kollmorgen CB Series (Servostar Sub-Series)
  • Type: Single-axis digital servo drive
  • Input Voltage: 115/230 VAC single-phase with plus or minus 10 percent tolerance
  • Auxiliary Power: 24 volts DC
  • Rated Output Current: 8 amperes RMS
  • Peak Output Current: 16 amperes
  • Control Bandwidth: 2.5 kilohertz current loop, 1.2 kilohertz velocity loop
  • Speed Range: 0 to 3000 RPM with compatible CB-series servo motors
  • Feedback Interfaces: Incremental encoder, absolute encoder, resolver
  • Communication Protocols: EtherCAT, CANopen, SERCOS III, RS-485
  • Control Modes: Position control, speed control, torque control with seamless switching
  • Positioning Accuracy: Plus or minus 0.05 degrees
  • Speed Regulation Accuracy: 0.01 percent
  • Protection Level: IP20 chassis, IP30 front panel with connector covers
  • Operating Temperature: Minus 20 degrees Celsius to plus 60 degrees Celsius
  • Cooling Method: Passive conduction cooling without fan
  • Dimensions: 100 millimeters by 60 millimeters by 40 millimeters
  • Weight: Approximately 0.8 kilograms
Functional Features
  • Advanced PID plus feedforward control algorithms
  • High-bandwidth current loops for micron-level positioning accuracy
  • Flexible feedback connectivity supporting incremental, absolute, and resolver devices
  • Compact high-power density design for dense multi-axis installation
  • Comprehensive protection suite including overvoltage, undervoltage, overcurrent, short-circuit, overheating, and phase-loss protection
  • Automatic motor parameter identification
  • One-click auto-tuning capability
  • Kollmorgen WorkBench configuration software support
Application Scenarios
  • SCARA and collaborative robot joint control
  • Automated packaging lines
  • Printing and converting equipment
  • SMT placement machines and PCB drilling rigs
  • Semiconductor testing equipment
  • Diagnostic imaging and laboratory automation
  • Textile machinery
Performance Parameters
  • 2.5 kilohertz current loop bandwidth for fast dynamic response
  • Micron-level positioning accuracy
  • 0.01 percent speed regulation accuracy
  • Energy-efficient operation reducing losses by up to 15 percent compared to conventional drives
Material Composition and Structure
  • Aluminum heatsink chassis for passive conduction cooling
  • Industrial-grade power electronics
  • Plug-in screw terminals for power and input/output connections
  • M12 circular connectors for feedback and communication
  • Modular design enabling quick component replacement
Working Principle The drive receives position, speed, or torque commands from upper-level systems via pulse signals, analog signals, or communication protocols. Internal digital signal processors execute PID and feedforward algorithms, comparing command values against motor feedback. The IGBT-based inverter stage converts DC power to three-phase AC to drive the servo motor. Closed-loop control ensures high-precision operation while integrated protection functions safeguard the drive, motor, and connected equipment.
Installation Requirements
  • Mount in electrical enclosure with adequate clearance for passive cooling
  • Connect to 115/230 VAC supply with proper overcurrent protection
  • Use shielded cables for motor power and feedback connections
  • Ensure proper grounding of chassis and cable shields
Operating Precautions
  • Verify motor parameter settings match connected servo motor
  • Use Kollmorgen WorkBench software version 5.8 or higher for configuration
  • Monitor thermal status during sustained peak current operation
  • Maintain parameter backups before modifications