AMCI SD17060B-25 Stepper Motor Driver

Product Details

SD17060B-25 Product Description

The AMCI SD17060B-25 is a high-performance, network-integrated stepper motor driver engineered for the demands of modern smart factory environments. As part of AMCI's proven SD Series, the SD17060B-25 combines precision motion control with native EtherNet/IP communication, enabling seamless data exchange across every layer of the industrial automation stack — from field-level actuators to enterprise SCADA platforms. Whether you are commissioning a new automated assembly line, retrofitting legacy motion systems, or expanding a distributed control architecture, the SD17060B-25 delivers the connectivity, reliability, and diagnostic transparency that Industry 4.0 demands.

In today's connected factory, a stepper driver is no longer just a motion device — it is a data node. The SD17060B-25 fulfils this role by acting as both a precision motion controller and an intelligent network endpoint, feeding real-time position, fault, and status data upstream to PLCs, HMIs, and SCADA systems without additional protocol conversion hardware. This tightly integrated approach reduces wiring complexity, shortens commissioning time, and dramatically improves system-wide visibility.

The SD17060B-25 sits at the intersection of motion control and industrial networking, making it a natural hub in a connected factory data flow architecture. Consider a typical smart manufacturing cell: a Rockwell Automation ControlLogix L7x PLC acts as the EtherNet/IP scanner, issuing motion commands and collecting real-time position feedback from the SD17060B-25 over a high-speed Ethernet backbone. Alongside the stepper driver, AMCI NX3A1E remote I/O modules gather discrete sensor signals — proximity switches, photoelectric sensors, and limit inputs — and relay them back to the controller on the same network segment, eliminating the need for separate fieldbus wiring.

Upstream, a Wonderware System Platform SCADA server subscribes to live tag data from the ControlLogix PLC via OPC-UA, presenting operators with a real-time dashboard of axis position, drive current, fault codes, and cycle counts. An Ignition SCADA gateway running on an edge server can simultaneously archive historical motion data to a SQL historian, enabling trend analysis and predictive maintenance workflows. On the HMI layer, a Rockwell PanelView Plus 7 terminal provides operators with a graphical representation of the motion axis, displaying the SD17060B-25's current position, velocity, and any active fault conditions — all without a single additional communication converter.

For facilities integrating variable-speed drives alongside stepper axes, the SD17060B-25 coexists on the same EtherNet/IP network as Allen-Bradley PowerFlex 525 AC drives, allowing a unified control strategy where both stepper and servo-class motion are orchestrated from a single PLC program. AMCI ANX series network adapters can extend the same EtherNet/IP topology to legacy stepper modules, protecting existing hardware investments while adding modern network visibility. Where wireless connectivity is required for mobile equipment or hard-to-wire stations, an industrial Wi-Fi access point such as a Cisco IE-3400H can bridge the EtherNet/IP segment to a wireless backbone without protocol translation.

At the field level, SICK S300 safety laser scanners and Balluff BIS series RFID readers feed process data into the same Ethernet infrastructure, creating a unified data layer where motion, safety, and identification data converge at the PLC and flow upward to SCADA and MES systems. An industrial unmanaged Ethernet switch — such as a Moxa EDS-308 — provides the physical network foundation, ensuring deterministic packet delivery across all connected devices including the SD17060B-25, remote I/O, drives, and sensors. This end-to-end architecture transforms the SD17060B-25 from a standalone motion device into a fully integrated node in the smart factory data chain.

Protocol Fragmentation: Many automation sites operate a mix of legacy serial protocols — RS-232, RS-485, Modbus RTU — alongside modern Ethernet-based networks. The SD17060B-25's native EtherNet/IP interface eliminates the need for external protocol converters between the motion layer and the PLC, reducing latency, hardware cost, and potential failure points. For sites still running older AMCI stepper modules on proprietary interfaces, the ANX network adapter family provides a migration path that preserves existing mechanical and electrical investments.

Data Silos and Production Transparency: Without network-connected motion devices, axis position and fault data remain invisible to SCADA and MES systems, creating blind spots in production reporting. The SD17060B-25 exposes a rich set of real-time parameters — including commanded position, actual position, following error, drive temperature, and fault history — directly over EtherNet/IP, making this data immediately available to any EtherNet/IP-compatible controller or SCADA gateway. Production managers gain live visibility into motion performance without custom integration work.

Remote Monitoring and Alarm Management: Unplanned downtime caused by undetected drive faults is a persistent challenge in distributed automation sites. The SD17060B-25 supports remote fault diagnostics via its EtherNet/IP connection, allowing maintenance engineers to read fault codes, reset drives, and adjust motion parameters from a central control room or even a remote VPN connection — without dispatching a technician to the machine. Alarm conditions are surfaced directly in the SCADA alarm management system, enabling rapid response and detailed fault logging for root-cause analysis.

System Scalability: As production requirements evolve, the SD17060B-25's standard EtherNet/IP interface ensures straightforward integration of additional axes, I/O modules, and network devices without re-engineering the communication architecture. The DLR (Device Level Ring) topology support provides network redundancy, ensuring that a single cable fault does not interrupt production — a critical requirement for high-availability manufacturing environments.

Q1: What is the communication latency of the SD17060B-25 over EtherNet/IP? The SD17060B-25 supports EtherNet/IP implicit (I/O) messaging with configurable RPI (Requested Packet Interval) rates, typically set between 2 ms and 10 ms depending on the PLC scanner configuration. This ensures deterministic, low-latency motion command delivery and real-time status feedback suitable for coordinated multi-axis applications.

Q2: Is the SD17060B-25 compatible with non-Rockwell EtherNet/IP controllers? Yes. The SD17060B-25 implements the standard EtherNet/IP protocol as defined by ODVA, making it compatible with any EtherNet/IP-compliant scanner — including Omron NJ/NX series, Mitsubishi iQ-R with EtherNet/IP adapter, and Siemens controllers with EtherNet/IP communication modules. An EDS (Electronic Data Sheet) file is available from AMCI for straightforward integration into any compliant engineering environment.

Q3: How does the SD17060B-25 support remote diagnostics and predictive maintenance? The driver continuously exposes drive status, fault codes, motor current, and position data over EtherNet/IP. This data can be logged by a SCADA historian or edge computing platform to build baseline performance profiles. Deviations from baseline — such as increasing following error or rising drive temperature — can trigger predictive maintenance alerts before a failure occurs, reducing unplanned downtime and extending equipment life.

Q4: What warranty and pre-shipment testing does the SD17060B-25 carry? Every SD17060B-25 unit supplied by NANKMOS is covered by a 12-Month Warranty from the date of shipment. Each unit undergoes functional verification and communication testing prior to dispatch, ensuring that the device arrives ready for immediate integration into your automation system. In-stock units are available for same-day or next-business-day shipment to minimise project lead times.