Technical Specifications:
Frame Size: 25 mm
Rated Torque: ~0.15 Nm
Rated Speed: 6000 rpm
Rotor Inertia: Very low (~0.005 kgcm²)
Feedback: Single-turn absolute encoder
Protection: IP65
Insulation: Class F
Connection: SpeedTec ready
Frame Size: 25 mm
Rated Torque: ~0.15 Nm
Rated Speed: 6000 rpm
Rotor Inertia: Very low (~0.005 kgcm²)
Feedback: Single-turn absolute encoder
Protection: IP65
Insulation: Class F
Connection: SpeedTec ready
Functional Features:
Ultra-fast acceleration due to minimal inertia.
Smooth low-speed operation with low cogging.
Compact axial length for tight spaces.
Integrated thermal sensor for protection.
Compatible with ACOPOS micro drives.
High torque density for size.
Ultra-fast acceleration due to minimal inertia.
Smooth low-speed operation with low cogging.
Compact axial length for tight spaces.
Integrated thermal sensor for protection.
Compatible with ACOPOS micro drives.
High torque density for size.
Application Scenarios:
Small SCARA robots.
Semiconductor wafer handling.
Medical device automation.
Laboratory instrumentation.
Miniature conveyor drives.
Small SCARA robots.
Semiconductor wafer handling.
Medical device automation.
Laboratory instrumentation.
Miniature conveyor drives.
Performance Parameters:
Peak Torque: ~0.45 Nm (3x rated).
Mechanical Time Constant: <1 ms.
Torque Ripple: <2%.
Efficiency: >85% at rated point.
Noise Level: Very quiet operation.
Peak Torque: ~0.45 Nm (3x rated).
Mechanical Time Constant: <1 ms.
Torque Ripple: <2%.
Efficiency: >85% at rated point.
Noise Level: Very quiet operation.
Structural Characteristics:
Aluminum housing with cooling ribs.
Front-mounted connector for节省 space.
Smooth shaft extension.
Precision machined flange.
Lightweight construction (<0.3 kg).
Aluminum housing with cooling ribs.
Front-mounted connector for节省 space.
Smooth shaft extension.
Precision machined flange.
Lightweight construction (<0.3 kg).
Working Principle:
Permanent magnet rotor interacts with stator field generated by drive. Low inertia allows rapid speed changes with minimal energy. Encoder provides precise position feedback for closed-loop control. Thermal sensor prevents overheating during frequent starts/stops.
Permanent magnet rotor interacts with stator field generated by drive. Low inertia allows rapid speed changes with minimal energy. Encoder provides precise position feedback for closed-loop control. Thermal sensor prevents overheating during frequent starts/stops.
Installation Requirements:
Mount on rigid surface to prevent vibration.
Align coupling carefully to avoid bearing load.
Use shielded cables for encoder and power.
Mount on rigid surface to prevent vibration.
Align coupling carefully to avoid bearing load.
Use shielded cables for encoder and power.
There are no reviews yet.