Auric Peak Torque Servo Motors
Auric Peak Torque Servo Motors are engineered for high-dynamic motion systems requiring rapid short-duration acceleration, deceleration, and precise closed-loop control. Combining high peak torque, responsive feedback, and flexible mechanical options, our motors serve demanding industrial automation, robotics, CNC machinery, packaging, and material handling applications.
Technical Specifications
|
Technical Parameter |
Specification / Options |
|
Product Type |
AC Permanent Magnet Peak Torque Servo Motor |
|
Rated Power & Torque |
Customizable per model series |
|
Rated Voltage |
Standard industrial bus voltage compatibility |
|
Speed Range |
Optimized for high-dynamic rated and maximum speeds |
|
Rotor Inertia |
Low-inertia design for rapid acceleration cycles |
|
Feedback Options |
Incremental, Single-turn, or Multi-turn Absolute Encoders |
|
Holding Brake |
Optional integrated fail-safe holding brake |
|
Protection Rating |
Up to IP67 available based on environmental requirements |
|
Cooling Method |
Natural convection or forced air/liquid cooling options |
|
Compliance & Quality |
Manufactured under ISO 9001, CE, and RoHS standards |
Peak Torque vs. Continuous Torque
|
Parameter |
Continuous Torque |
Peak Torque |
|
Primary Function |
Sustained, steady-state operation |
Short-duration dynamic events & transients |
|
Operating Condition |
Constant or long-cycle running loads |
Acceleration, deceleration, and rapid indexing |
|
Thermal Limit |
Dictated by continuous thermal rating |
Limited-duration thermal capability |
|
Selection Focus |
Must satisfy the continuous duty profile |
Must accommodate maximum peak transients |
Key Performance Advantages
High Peak Torque: Delivers elevated torque during transient load spikes and short-duration indexing without requiring an oversized motor.
Rapid Dynamic Response: Low rotor inertia combined with high peak torque enables fast acceleration, deceleration, and frequent direction changes.
Optimized Torque-to-Inertia: Ensures efficient load acceleration when evaluated alongside gearbox ratios and system inertia.
Precise Feedback: Compatible with high-resolution incremental and absolute encoder options for accurate closed-loop position and speed regulation.
OEM Customization: Tailored electrical and mechanical parameters, including voltage, winding, shaft dimensions, mounting flanges, and connectors.
Target Applications
Robotics
Multi-axis articulated joints requiring fast dynamic response.
01
Packaging & Converting
High-speed feeding, cutting, sealing, and indexing.
02
CNC Machinery
Rapid axis positioning under tight closed-loop control.
03
Pick-and-Place
Fast, repeatable point-to-point automated handling.
04
Material Handling
Managing transient load spikes during start/stop cycles.
05
6-Step Selection Guide
Continuous Torque: Verify the motor handles sustained operating cycles within thermal limits.
Peak Torque: Account for maximum torque demanded during acceleration and transient events.
Operating Speed: Check required profiles against the motor torque-speed curve.
Load Inertia: Assess reflected load inertia, transmission ratios, and acceleration times.
Feedback Selection: Choose encoder resolutions matching your controller architecture.
Drive Matching: Verify voltage, continuous/peak current limits, and communication interfaces.
Quality Control & Manufacturing Standards
Auric maintains strict quality management across all production stages to ensure high reliability and operational consistency in industrial environments.
Rigorous Testing: Every motor undergoes comprehensive testing-including electrical insulation tests, high-potential (Hi-Pot) testing, back-EMF verification, dynamic balancing, and encoder signal calibration before shipment.
Traceability: Full batch tracking of raw materials, core components, and final assembly data.
Regulatory Compliance: Manufactured in alignment with major global industrial standards, providing ISO 9001 quality assurance alongside CE and RoHS certifications for applicable models.
Technical Support & After-Sales Service
We provide comprehensive lifecycle support to assist OEM machine builders and automation integrators from design to ongoing production:
Engineering Collaboration: Direct technical assistance for motor sizing, torque-speed curve evaluation, and servo drive matching.
Documentation Support: Detailed datasheets, 2D/3D CAD dimensional drawings, wiring schematics, and integration manuals.
Warranty & Maintenance: Standard manufacturer warranty covering defects in materials and workmanship. In the event of technical issues, our engineering team provides responsive troubleshooting, diagnostic guidance, and efficient RMA (Return Merchandise Authorization) processing.
FAQ
Q: What is the difference between peak torque and continuous torque?
A: Continuous torque defines the sustained thermal limit for steady-state operation. Peak torque represents the maximum transient torque available for short-duration dynamic events like rapid acceleration or load spikes.
Q: Can Auric customize mechanical dimensions or electrical parameters for OEM projects?
A: Yes. We support full OEM customization, including tailored shaft dimensions, mounting flanges, winding voltages, connector layouts, and specialized feedback resolutions.
Q: What quality management and manufacturing standards are applied?
A: All motors are produced in facilities operating under strict quality assurance frameworks, maintaining ISO 9001, CE, and RoHS compliance to meet international industrial regulations.
Q: What is the standard warranty and after-sales support policy?
A: We provide comprehensive technical support, application assistance, and a standard manufacturer warranty covering defects in materials and workmanship. Detailed warranty terms and RMA procedures are available upon request.
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