AMCI SMD23E2-130A-M12 | Integrated Stepper Motor Drive

  • Model: SMD23E2-130A-M12
  • Brand: AMCI (Advanced Micro Controls Inc.)
  • Series: AMCI SMD23E2 integrated stepper motor drive
  • Core Function: Networked stepper motor with integrated drive and programmable I/O
  • Type: Integrated stepper motor / smart motor drive
  • Key Specs: 24–48 V DC, 3.4 A/phase, EtherNet/IP, Modbus TCP, Profinet, 200–32,767 steps/rev, IP50 standard
Category:

Description

Key Technical Specifications

Parameter Value
Brand AMCI
Model SMD23E2-130A-M12
Product Type Integrated networked stepper motor drive
Motor Frame NEMA 23
Motor Current 3.4 A/phase
Input Voltage 24–48 V DC
Aux Logic Supply 24–48 V DC
Steps Per Revolution Programmable, 200–32,767
Communication EtherNet/IP, Modbus TCP, Profinet
Network Interface Dual-port Ethernet with embedded switch
General Purpose Inputs 2 programmable inputs, 5–24 V DC
Protection Rating IP50 standard; IP64/IP67 optional
Operating Temperature -20 °C to 50 °C (-4 °F to 122 °F)
Storage Temperature -40 °C to 85 °C (-40 °F to 185 °F)
Connector M12
Typical Applications Packaging, indexing, material handling, PLC-based motion control

 

Product Introduction

AMCI SMD23E2-130A-M12 is a NEMA 23 integrated stepper motor with a built-in drive and network interface. It connects directly to EtherNet/IP, Modbus TCP, or Profinet networks, reducing external wiring and discrete drive hardware.This unit supports 3.4 A/phase motor current, 24–48 V DC supply, and programmable resolution from 200 to 32,767 steps per revolution. The dual-port Ethernet interface supports DLR/IP and Profinet MRP topologies. Two programmable 5–24 V DC inputs handle home, limit, jog stop, E-stop, capture, or index functions.

Installation & Configuration Guide

Preparation — 10 min

  • Verify model, serial number, and nameplate data.
  • Confirm supply voltage is 24–48 V DC.
  • Check Ethernet cable type and network topology.
  • Back up existing PLC motion parameters.
  • Confirm steps/rev, direction, and current limits before enabling motion.

Removal — 5–10 min

  • Disconnect main power and verify 0 V at terminals.
  • Label M12 connectors and Ethernet cables.
  • Remove mounting hardware without forcing the shaft.
  • Inspect connectors for bent pins or moisture.

Installation — 10 min

  • Mount to a rigid NEMA 23 interface.
  • Maintain at least 20% power supply current margin.
  • Connect Ethernet to the primary port first.
  • Route cables away from VFD outputs and high-noise lines.
  • Ground the motor frame per panel standards.

Power-On & Test — 10 min

  • Apply 24–48 V DC and verify LED status.
  • Confirm IP address, node ID, and protocol selection.
  • Run a low-speed jog test before full-speed motion.
  • Verify home/limit input response.
  • Monitor temperature after 15 minutes of operation.

 

Troubleshooting Quick Reference

Symptom Most Likely Cause First Check
No power Missing or incorrect DC supply Measure 24–48 V DC at input
Motor stalls Undersized current or overload Verify 3.4 A/phase setting
Network fault Wrong IP or protocol Check EtherNet/IP/Modbus/Profinet config
Lost position Excess acceleration or load Reduce speed and verify steps/rev
Input not detected Wrong voltage level Confirm 5–24 V DC and 10 mA drive
Overheating Poor mounting or high current Check ambient temp and duty cycle

Dimensions, Mounting & Wiring Notes

  • Frame: NEMA 23 standard mounting.
  • Exact H × W × D varies by revision. Confirm from the OEM datasheet or nameplate.
  • Mounting: Four-hole NEMA 23 pattern with rigid coupling.
  • Connector: M12 power and signal interface.
  • Ethernet: Dual RJ45 ports with embedded switch.
  • Inputs: Two programmable 5–24 V DC inputs.
  • Supply: 24–48 V DC main and aux logic.
  • Do not apply AC line voltage to the DC input.

 

FAQ

Is SMD23E2-130A-M12 the same as SMD23E2-130E-M12?
No. The “E” version typically includes an encoder. The “A” version usually does not. Verify with the nameplate before substitution.Can it run on 24 V DC only?
Yes. The specified supply range is 24–48 V DC. Lower voltage reduces available speed and torque margin.Does it support Profinet and EtherNet/IP at the same time?
The platform supports EtherNet/IP, Modbus TCP, and Profinet, but only one active protocol should be configured per application. Confirm in the device configuration tool.What happens if steps/rev are set incorrectly?
The motor will move the wrong distance per command. Always match steps/rev to the microstep setting and mechanical ratio.I received a unit with a different suffix. Can I still use it?
Not without verification. Suffix changes can affect encoder feedback, torque rating, connector type, or firmware. Send a nameplate photo before installation.What is the lead time?
In-stock units can ship within 1–7 business days. Special orders depend on current availability.Do you test before shipping?
Yes. Each unit undergoes incoming inspection, power-on self-test, communication handshake, I/O verification, and functional motion check under test conditions.