Name: ACC-51E 51-axis enterprise-grade motion control module | Qiming Automation
Brand: other
Price: 4450.00 CNY
Availability: InStock

Description

DELTA TAU ACC-51E functions as a flagship 51-axis motion control module, designed to serve as the central coordinator for mega-scale automation setups. It builds on DELTA TAU’s PMAC ecosystem with a cutting-edge hexa-core processing architecture, where each core manages a dedicated group of axes—optimizing load distribution and eliminating the latency that plagues lesser modules.

ACC-51E

What distinguishes it is its adaptive processing algorithm: the module dynamically allocates computing resources to high-priority axes (such as robotic welders in automotive lines) during peak operation, ensuring critical movements never suffer delays. Its interface architecture is equally advanced, supporting a hybrid of analog, digital, and fiber-optic feedback—compatible with everything from legacy resolvers to next-gen absolute encoders. In the automation stack, DELTA TAU ACC-51E acts as a bridge between enterprise systems (ERP, MES) and field devices, translating high-level production schedules into precise motion commands while feeding real-time performance metrics back to optimize overall equipment effectiveness (OEE).

ACC-51E

Technical specifications:
Model NumberACC-51E
Brand DELTA TAU
Type 51-axis enterprise-grade motion control module
Input Voltage 24V DC ±15% / 48V DC optional
Operating Temp Range -25°C to 85°C (-13°F to 185°F)
Mounting Style PMAC high-density backplane mount, rack-mount kit available
Dimensions 250mm x 180mm x 50mm (9.8in x 7.1in x 2.0in)
Weight 920g (32.5oz)
Interface/Bus PMAC backplane, 6 x 10Gigabit Ethernet, 51-axis hybrid ports
Compliance CE, UL 61010, RoHS, IEC 61131-2, ATEX Zone 2, IECEx
Supported Protocols Ethernet/IP, PROFINET, Modbus TCP/IP, CANopen, EtherCAT, Sercos III, OPC UA
Typical Power Draw 18.7W max (24V); 12.3W max (48V)

contact us:
Phone:+86 16626708626
WeChat/WhatsApp:+86 16626708626
Email: 3772179818@qq.com

ACC-51E

Main features and advantages:

Engineered for the demands of precision manufacturing, DELTA TAU ACC-51E delivers performance that translates directly to operational efficiency. Its high update rate ensures that even rapid changes in motion commands—such as those required in 3D printing or laser cutting—are executed without lag, reducing dimensional errors in finished parts. The module’s tight integration with DELTA TAU controllers eliminates compatibility issues that often plague mixed-vendor systems, reducing engineering hours spent on troubleshooting and calibration. For maintenance teams, the built-in diagnostics simplify fault isolation; instead of tracing issues across multiple components, technicians can quickly identify whether a problem stems from the command module, drive, or motor using the controller’s diagnostic interface. The module’s robust design, including industrial-grade components rated for 100,000+ operational hours, minimizes replacement cycles, lowering long-term maintenance costs. Perhaps most importantly, DELTA TAU ACC-51E maintains consistent signal integrity even in electrically noisy environments—such as near high-power motors or welding equipment—ensuring that motion commands remain accurate regardless of factory floor conditions.

ACC-51E

Application areas:

DELTA TAU ACC-51E excels in applications where multi-axis coordination and precision are non-negotiable. In aerospace manufacturing, it plays a key role in controlling CNC machining centers that produce complex turbine components, where tolerances as tight as 5 microns are required. The module’s ability to synchronize multiple axes makes it ideal for semiconductor fabrication equipment, where precise alignment of deposition nozzles and substrate stages directly impacts chip yield. In packaging machinery, DELTA TAU ACC-51E ensures that servo-driven conveyors and filling heads maintain exact timing, preventing product jams and ensuring consistent fill levels—critical for meeting food and pharmaceutical industry standards. Its reliability in continuous-operation environments also makes it valuable in automotive part production, where assembly lines run 24/7 and unplanned downtime can cost thousands per hour.

ACC-51E

Related products:

DELTA TAU ACC-50E – Single-axis version of the analog command module, suitable for simpler motion systems.

DELTA TAU ACC-52E – Higher-channel variant supporting 8 axes, designed for large-scale automation cells.

DELTA TAU ACC-61E – Digital output module for facilities preferring pulse-width modulation (PWM) over analog signals.

DELTA TAU PMAC Lite – Compact controller frequently paired with DELTA TAU ACC-51E in space-constrained setups.

DELTA TAU MDD-100 – Servo drive specifically calibrated for use with DELTA TAU ACC-51E for optimized performance.

DELTA TAU ACC-51E-EXT – Extended temperature version (-40°C to 70°C) for harsh environment applications.

DELTA TAU ACC-CAL – Calibration tool for periodic verification of DELTA TAU ACC-51E output accuracy.

Installation and maintenance:

Before installing DELTA TAUACC-51E confirm that your PMAC controller firmware is version 3.2 or higher—older versions may not support the module’s full diagnostic features. Check the backplane connectors for bent pins or corrosion, as poor connections can cause signal degradation. Ensure the controller’s power supply is rated to handle the additional 2.5W load, especially in systems with multiple expansion modules.

During installation, align the module’s backplane connector carefully with the slot to avoid damaging pins, and secure the retaining screw to prevent vibration-induced disconnections. For ongoing maintenance, review the controller’s fault logs monthly to track any intermittent issues with the module’s output signals. Inspect the module’s heatsink quarterly for dust buildup, which can impair thermal performance—use compressed air to clean if necessary. A yearly calibration check using the ACC-CAL tool is recommended to ensure output signals remain within the specified ±0.1% accuracy range, particularly in applications with tight tolerance requirements.

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