MOLAND M140-00

Product Introduction:​ The MOLAND M140-00 is an industrial motion control device categorized primarily as an AC servo amplifier or drive unit. It is engineered to provide precise control of AC servo motors in CNC machinery, robotics, and automated production lines, offering stable performance under harsh electromagnetic and vibrational conditions.

Category:
Description
Technical Specifications & Performance Parameters:
  • Model:​ M140-00
  • Manufacturer:​ MOLAND
  • Product Type:​ AC Servo Drive / Amplifier (or AC Frequency Inverter/Driver depending on specific variant)
  • Input Voltage:​ Single/Three-phase 200-240V AC (+10%/-15%) or 380-480V AC Three-phase (variant dependent)
  • Rated Output Current:​ Approx. 10A (rated) / 14A (variant) / Peak 28A-30A
  • Power Rating:​ Approx. 3.2 kW (depending on config)
  • Control Modes:​ Position, Speed, Torque (Servo); V/F and Sensorless Vector Control (Inverter variant)
  • Communication Interfaces:​ RS-485 (Modbus RTU), CANopen, EtherCAT (optional)
  • Feedback Support:​ Incremental Encoder, Absolute Encoder, Resolver
  • Operating Temperature:​ 0 °C to +55 °C (no derating) / -10 °C to +40 °C (Inverter variant)
  • Protection Rating:​ IP20 (Cabinet installation required)
  • Overload Capacity:​ 150% rated current for 60 sec, 180% for 1 sec (Inverter variant)
  • Frequency Range:​ 0.00 – 650.00 Hz (Inverter variant)
Material Composition & Structure:
  • Chassis:​ Metal enclosure with heatsink fins (aluminum or coated steel) for thermal dissipation
  • Internal PCB:​ Multi-layer FR4 boards with DSP processors, IGBT power modules, and surface mount components
  • Front Panel:​ LED status indicators, keypad/display interface (on standalone units), terminal blocks for I/O and power
  • Cooling:​ Forced air cooling via internal fan (in higher power variants)
Functional Features & Working Principle:
  • Working Principle (Servo):​ Receives command signals from a motion controller, compares them with motor feedback (encoder/resolver), and adjusts output voltage/frequency/current via PWM/vector control to achieve precise position/speed/torque.
  • High Dynamic Response:​ Microsecond-level current loop response suppresses overshoot and oscillation.
  • Advanced Algorithms:​ High-performance DSP and control logic for smooth trajectory tracking and low-speed high-torque operation.
  • Built-in Protections:​ Overcurrent, overvoltage, undervoltage, overload, overheating, encoder loss detection.
  • Flexible I/O:​ Configurable digital/analog inputs and outputs for external device interlocking.
Application Scenarios:
  • CNC machine tools (milling, lathe, grinding, drilling)
  • Industrial robot joints and end-effectors
  • Packaging machinery (filling, sealing, palletizing)
  • Printing machinery, textile machines, laser cutting/water jet cutting
  • Electronic manufacturing and SMT lines
Installation Requirements & Usage Notes:
  • Must be installed inside a control cabinet with adequate ventilation or forced cooling; IP20 requires protection from dust/human contact.
  • Ensure proper grounding (PE) to prevent EMI and ensure safety.
  • Match motor power/voltage rating precisely to the drive; incorrect pairing causes fault or damage.
  • Use shielded cables for motor power and encoder feedback, grounded at one end (drive side preferably).
  • Observe braking resistor requirements for vertical loads to prevent DC bus overvoltage.
  • Avoid high vibration mounting positions; secure firmly to DIN rail or panel.
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