Sankyo W-L00960

Product Introduction W-L00960 is a servo amplifier from Sankyo, designed to drive Sankyo brushless servo motors in precision positioning applications. The unit executes closed-loop current, velocity, and position control with analog or pulse command signals. It is a panel mounted drive for semiconductor, packaging, and general automation motion axes.

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Description

Sankyo W-L00960

Technical Specifications

  • Product type: AC servo amplifier
  • Input voltage: 200 VAC class
  • Continuous current: Corresponding to model rating
  • Peak current: 3 times continuous
  • Motor: Sankyo brushless servo
  • Feedback: Encoder
  • Command: ±10 V / pulse
  • Control modes: Torque, velocity, position
  • Supply: AC mains
  • Operating temperature: 0 °C to +40 °C
  • Storage temperature: -20 °C to +70 °C
  • Humidity: 5 % to 95 %, non-condensing
  • Protection: IP20
  • Installation: Panel
  • LEDs: Status and alarm

Functional Features

  • Closed-loop current, velocity, position
  • Auto-tuning
  • Encoder position feedback
  • Step direction pulse input
  • Overcurrent, overvoltage, overheating protection
  • Front status LEDs
  • Brake control output
  • Fast response
  • Compact design
  • Industrial reliability

Application Scenarios

  • Semiconductor equipment
  • Packaging machine
  • Factory automation
  • Test equipment
  • General motion axis

Materials and Construction

  • Housing: Metal
  • PCB: FR4
  • Power stage: IGBT
  • Electrolytic capacitors
  • Heat sink: Aluminum
  • Terminals: Screw

Structural Features

  • Rectangular panel drive
  • Top power terminals
  • Bottom signal terminals
  • Front LEDs
  • Internal power stage on heat sink
  • Compact

Working Principle AC input rectifies to DC bus. Power stage generates PWM three-phase to motor. Encoder closes loops. Host command is tracked. Protection monitors faults.

Installation Requirements

  • Panel mount
  • Shielded motor cable
  • Shielded encoder cable
  • Ground shield
  • Temperature 0 °C to +40 °C
  • Set motor parameters
  • Separate power and signal

Precautions

  • Wait for DC discharge
  • Motor parameters match
  • Store spares dry
  • ESD protection
  • Check heatsink
  • Do not exceed peak duration