Auric 24V Brushless Low Voltage Servo Motor for OEM Motion Control
Auric 24V brushless low voltage servo motors are engineered for battery-powered equipment, mobile robotics, AGVs, AMRs, and compact automation systems requiring precise speed regulation, closed-loop positioning, and dynamic torque control.
Built on a 24V DC architecture, each motor is fully configurable-including encoder feedback, holding brakes, shaft dimensions, mounting flanges, connectors, and cable layouts-to match your exact equipment specifications.
Key Specifications
|
Parameter |
Specification |
|
Motor Type |
Brushless Low Voltage Servo Motor |
|
Rated Voltage |
24 VDC |
|
Power & Torque |
Customizable per application profile |
|
Feedback Options |
Incremental or Absolute Encoder |
|
Control Modes |
Position / Speed / Torque |
|
Optional Features |
Holding Brake, Customized Shaft/Flange, Connectors |
|
Certifications |
ISO 9001, CE, RoHS compliant |
|
Target Applications |
AGV, AMR, Mobile Robotics, Battery-Powered Automation |
Product Advantages
High Power Density & Compact Design: Optimized electromagnetic structure delivers maximum torque within minimal installation space, ideal for tight mobile chassis.
Precise Closed-Loop Control: Real-time encoder feedback ensures accurate positioning, smooth speed regulation, and reliable repeatability under shifting loads.
Maintenance-Free Brushless Construction: Eliminates mechanical brushes and commutators, ensuring high reliability during frequent start/stop and high-acceleration cycles.
Deep OEM Customization: Flexible electrical windings, custom shaft dimensions, mounting interfaces, and specialized connectors tailored to your exact system.
Target Applications
Auric 24V servo motors are deployed across demanding low-voltage and mobile motion environments:
AGVs & AMRs
Main drive wheels, steering mechanisms, lifting platforms, and automated guided sorting units.
Mobile Robotics
Autonomous service robots, inspection robots, and heavy-duty logistics transport platforms.
Industrial Automation
Compact linear actuators, multi-axis micro-stages, automated material handling, and conveyor routing.
Battery-Powered Equipment
Portable medical devices, mobile automated machinery, and remote-operated field equipment.
Designed for 24V Battery-Powered Systems
Unlike open-loop DC or standard BLDC motors intended only for continuous rotation, Auric 24V servo motors combine compact low-voltage DC architecture with closed-loop feedback.
Closed-Loop Precision
Real-time encoder feedback allows the controller to monitor position and speed, ensuring repeatable motion under changing loads.
Brushless Durability
Eliminates mechanical brush wear, supporting frequent start/stop cycles, rapid acceleration, and minimal maintenance.
Dynamic Performance
Instantly responds to shifting torque and speed commands, optimized for demanding motion cycles rather than no-load ratings.
Motor Selection Parameters
To size your motor accurately, please evaluate the following operating conditions:
|
Evaluation Factor |
Key Consideration |
Description & Objective |
|
1. Torque Profile |
Continuous & Peak Torque |
Determine continuous load torque and peak torque required during startup, acceleration, or deceleration. |
|
2. Operating Speed |
Normal & Maximum Speed |
Define target operating speeds and maximum RPM (factor in gearbox ratios if applicable). |
|
3. Duty Cycle |
Motion Cycle & Load Duration |
Account for continuous running, frequent start/stop cycles, reverse operations, and rest intervals. |
|
4. Power Supply |
24V DC Battery / Bus Capacity |
Verify that your power system can safely supply the required continuous and peak currents. |
|
5. Feedback System |
Positioning Accuracy & Control |
Select incremental or absolute encoders based on your trajectory precision and homing requirements. |
|
6. Mechanical Layout |
Dimensions & Fit |
Confirm physical constraints including shaft diameter/length, flange size, mounting holes, and cable exits. |
OEM Customization Scope
We adapt our motors to fit your mechanical and electrical architecture:
Electrical
Voltage, winding, power, encoder resolution, brakes, connectors, and cable length.
Mechanical
Custom shaft diameters, lengths, keyways, flanges, mounting patterns, and housing configurations.
Frequently Asked Questions
Q: What is the difference between a BLDC motor and a servo motor here?
A: A BLDC motor is designed for open-loop continuous rotation. An Auric servo motor features built-in encoder feedback for precise closed-loop control over position, speed, and torque.
Q: Can the motor be equipped with a holding brake?
A: Yes, optional holding brakes are available for vertical axes or holding applications when power is removed.
Q: What is your sample and production lead time?
A: Fast-track prototyping is available for custom samples, backed by scalable manufacturing for volume OEM orders.
Q: Can you match our existing motor?
A: Yes. Send us your existing motor drawing, nameplate data, or specifications, and our engineering team will design a drop-in replacement.
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