Pacific Scientific (Kollmorgen) PC834-001-N

Pacific Scientific (Kollmorgen) PC834-001-N

Product Overview
The PC834-001-N is a brushless servo drive from the Pacific Scientific PC834 family, now associated with Kollmorgen. It is designed for high-performance motion control applications requiring precise speed, torque, and position regulation. The PC834 series uses digital servo control technology, brushless motor compatibility, and a compact industrial form factor. The -N suffix indicates a specific configuration within the PC834 family; detailed electrical ratings for the -N variant should be confirmed from the device nameplate or official Kollmorgen/Pacific Scientific documentation.

Request Quote
Category:

Description

Pacific Scientific (Kollmorgen) PC834-001-N

Technical Specifications

  • Brand: Pacific Scientific / Kollmorgen
  • Product Family: PC834 Brushless Servo Drive
  • Model: PC834-001-N
  • Drive Type: Digital brushless servo drive
  • Motor Compatibility: Brushless servo motors
  • Control Mode: Digital closed-loop servo control
  • Input Power: AC supply input; exact voltage and phase depend on the PC834 variant
  • Output: Three-phase brushless motor drive output
  • Feedback Support: Supports motor feedback devices such as encoders or resolvers depending on configuration
  • Communication: Programming and configuration via compatible Pacific Scientific/Kollmorgen servo software
  • Protection: Overcurrent, overvoltage, undervoltage, overtemperature, and short-circuit protection
  • EMC Design: Industrial EMC design for stable operation in automation environments
  • Product Status: Legacy servo drive family; verify current support and replacement options with Kollmorgen

Functional Features

  • High-performance motion control: Delivers precise speed and position regulation for servo axes.
  • Brushless motor drive: Eliminates brush wear and supports long service life.
  • Digital control loop: Provides stable torque response and fast dynamic performance.
  • Configurable parameters: Motor data, gains, limits, and I/O behavior can be tuned through software.
  • Multiple protection functions: Protects the drive and motor from electrical and thermal faults.
  • Diagnostic feedback: Reports faults and operating status for troubleshooting.
  • Compact industrial design: Suitable for machine cabinets and motion control systems.

Application Scenarios

  • Packaging machinery
  • Printing and converting equipment
  • Material handling systems
  • CNC auxiliary axes
  • Robotics and automation cells
  • Textile machinery
  • Precision positioning systems
  • Retrofit and maintenance of legacy Pacific Scientific servo systems

Performance Parameters

  • Control Accuracy: High-precision closed-loop control for position and speed applications
  • Dynamic Response: Fast torque and speed response through digital servo regulation
  • Speed Range: Wide adjustable speed range suitable for low-speed and high-speed operation
  • Torque Control: Stable torque output under varying load conditions
  • Protection Response: Rapid fault detection for overcurrent, overvoltage, and overtemperature events
  • Tuning Capability: Servo loop tuning to match motor and mechanical load characteristics

Material Composition

  • Housing: Metal and industrial plastic enclosure
  • Power Stage: IGBT or power transistor output stage
  • Control Board: Digital signal processor and servo control electronics
  • Heat Sink: Aluminum heat sink for thermal management
  • Connectors: Power terminals, motor output terminals, and feedback connectors
  • Indicators: LED indicators for status and fault diagnosis

Structural Features

  • Compact servo drive format: Designed for control cabinet mounting.
  • Front or side terminal access: Allows convenient wiring and maintenance.
  • Feedback interface: Connects to motor encoder or resolver.
  • Status LEDs: Provide visual indication of drive health and fault conditions.
  • Configurable I/O: Supports digital inputs and outputs for machine integration.
  • Robust construction: Built for industrial motion control environments.

Working Principle
The drive receives AC supply power and converts it into controlled three-phase output for a brushless servo motor. The digital controller monitors motor position, speed, and current through feedback devices and internal sensing. It adjusts the output voltage, frequency, and phase to maintain the commanded motion profile. During operation, the drive continuously evaluates torque demand, motor load, and protection limits. If a fault occurs, the drive disables the output and reports the fault code for diagnosis.

Installation Requirements

  • Install the drive in a clean, dry, and ventilated control cabinet.
  • Maintain adequate clearance around the drive for heat dissipation.
  • Verify the AC supply voltage, frequency, and phase before energizing.
  • Connect motor power cables according to the motor and drive wiring diagram.
  • Use shielded cables for feedback and control signals.
  • Ground the drive and motor properly to reduce electrical noise.
  • Configure motor parameters, feedback type, and control mode before running the motor.
  • Confirm that the PC834-001-N variant matches the motor rating and application requirements.

Precautions for Use

  • Do not operate the drive without correct motor and feedback connections.
  • Do not exceed the rated supply voltage, output current, or ambient temperature.
  • Avoid disconnecting motor or feedback cables while the drive is powered.
  • Back up servo parameters before maintenance or replacement.
  • Treat the PC834 family as a legacy product line; confirm spare availability with Kollmorgen.
  • For exact voltage, current, power rating, feedback options, and fault codes for -001-N, refer to the official Pacific Scientific/Kollmorgen manual.

Related products