Faulhaber 3557K024CS DC Micromotor – High-Performance Coreless Motor
Product Overview:
The Faulhaber 3557K024CS is a high-precision, coreless DC micromotor engineered for demanding applications requiring exceptional performance and reliability. With its compact design and advanced graphite commutation system, this motor delivers smooth operation and long service life, making it ideal for precision instruments, robotics, and medical devices.
Key Features:
Model Number: 3557K024CS
Diameter: 35 mm
Length: 57 mm
Nominal Voltage: 24 V
No-Load Speed: Up to 5,700 rpm
Stall Torque: Up to 188 mNm
Commutation System: Graphite
Coreless Design: Eliminates cogging for smooth and efficient operation
High Power Density: Provides substantial torque in a compact form factor
Low Inertia: Enables rapid acceleration and deceleration
Durable Construction: Designed for extended operational life in demanding environments
Applications:
Robotics: Precise joint actuation and movement control
Medical Devices: Surgical tools and diagnostic equipment requiring reliable performance
Industrial Automation: High-precision positioning systems and actuators
Aerospace: Control surfaces and instrumentation
Optics: Adjustment mechanisms in optical systems
Condition:
Used, fair, working. The motor has been previously utilized and exhibits signs of wear consistent with fair condition. It has been tested and is confirmed to be in working order.
Packaging and Shipping:
Each Faulhaber 3557K024CS motor is carefully packaged with appropriate cushioning materials to ensure safe transit. Shipping options include standard and expedited services, with tracking information provided upon dispatch.
Note:
For additional technical specifications or documentation, please refer to the manufacturer's resources at Faulhaber's official website.
Keywords:
Faulhaber 3557K024CS, coreless DC micromotor, 35mm diameter motor, graphite commutation, high-performance micromotor, used Faulhaber motor, precision DC motor, robotics motor, medical device motor, industrial automation motor.