Mitsubishi MR-J2S-100A 1kw AC servo motor and Driver HC-SFS102

Mitsubishi MR-J2S-100A 1kw AC servo motor and Driver HC-SFS102 in Lahore Pakistan

Product Overview

Servo Driver: Mitsubishi MR‑J2S‑100A

• Type: 1 kW AC servo amplifier from Mitsubishi’s MR‑J2S series PLG AutomationUnited Automation

• Power Supply: Compatible with three-phase 200–230 VAC or single-phase 200–230 VAC; operates within a voltage fluctuation of 170–253 VAC and frequency tolerance of ±5% Mitsubishi eLinkUnited Automation

• Control & Feedback:

  • Sine-wave PWM and current control method

  • Operates in position, speed, or torque control modes

  • Encoder feedback up to 131,072 pulses/rev, with input pulse support up to 500 kpps (differential) or 200 kpps (open collector) Mitsubishi eLinkUnited Automation

• Protection Features: Overcurrent, over-voltage (regenerative), overload, overheat, encoder error, overspeed, undervoltage, sudden power loss, and excess error protections are built-in Mitsubishi eLinkUnited Automation

• Performance: Speed frequency response exceeding 550 Hz, enabling fast dynamic response Mitsubishi eLinkLane Electric

• Physical & Environmental Specs:

  • Weight: ~1.7–2.4 kg depending on spec sheet PDF SupplyPLG Automation

  • Cooling: Self-cooled, open design (IP00)

  • Operating temperature: 0–55 °C; storage: –20–65 °C; max humidity: 90% RH non-condensing Mitsubishi eLinkUnited Automation

Servo Motor: Mitsubishi HC‑SFS102

• Series: Part of the MELSERVO HC‑SFS series (Melservo J2S family) codienhaiau.com+1

• Key Specs:

  • Rated Power: 1 kW

  • Rated Speed: 2000 rpm; Max Speed: ~3000 rpm; Permissible instantaneous speed: ~3450 rpm DO Supply

  • Rated Torque: 4.78 Nm; Maximum Torque: 14.4 Nm DO Supply

  • Rated Current: ~6 A; Peak Current: ~18 A DO Supply

  • Protection: Totally enclosed, self-cooled design with IP65 rating DO Supply

  • Weight: ~7 kg DO Supply

• Feedback & Resolution: Equipped with a high-resolution encoder (131,072 pulses per revolution) for precise positioning codienhaiau.comDO Supply

How to Use: Installation & Operation Guide

1. Mounting & Wiring

   • Secure the MR‑J2S‑100A driver in a control cabinet; connect the HC‑SFS102 motor's power cables and encoder feedback properly.

   • Use shielded wiring for signals and ensure proper grounding to minimize noise and ensure safety.

2. Setup & Parameter Configuration

   • Use Mitsubishi's parameter setting tools (e.g., MELSERVO Software) via RS‑232 or RS‑422 to select control mode (position, speed, torque) and encoder type.

   • Enable necessary protection features and adjust response settings for your application.

3. Tuning & Testing

   • Perform initial no-load testing; verify correct rotational direction, smooth performance, and efficient torque control.

   • Gradually introduce load conditions and fine-tune parameters as needed for optimal performance.

4. Monitoring & Safety Mechanisms

   • Leverage built-in diagnostics like overcurrent, overspeed, and encoder fault detection.

   • Consider integrating external safety features such as safe torque off (STO) depending on your control requirements.

5. Maintenance Tips

   • Keep both driver and motor clean, well-ventilated, and operating within recommended temperature/humidity.

   • Periodically check encoder signals and wiring integrity for reliable long-term performance.

At a Glance: Feature Summary

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Title
Mitsubishi 1 kW Servo System — Driver MR‑J2S‑100A + Motor HC‑SFS102

Short Product Description
High-efficiency Mitsubishi 1 kW servo system combining the MR‑J2S‑100A driver and HC‑SFS102 motor, delivering precise motion control, fast response, and durable protection — ideal for CNC, robotics, and automated manufacturing.

Feature Highlights

• 3 operating modes: position, speed, torque

• Fast servo response > 550 Hz

• High torque motor with IP65 protection

• Built-in safety functions (overload, overtemp, encoder error)

• Plug-and-play compatibility within the Melservo family

Quick Setup Guide

1. Mount driver and motor securely.

2. Connect power supply and encoder.

3. Configure control mode.

4. Execute tuning via software.

5. Validate motion performance and safety ramps.