Description
BAUMULLER DSD28M65U6054
Technical Specifications:
- Rated Power: 570W
- Motor Type: Permanent magnet synchronous AC servo motor
- Frame Size: DSD28
- Feedback: Resolver or SinCos encoder
- Brake: 24V DC electromagnetic holding brake
- Protection Class: IP65
- Cooling Method: Natural convection
- Operating Temperature: -20°C to +40°C ambient
- Storage Temperature: -40°C to +85°C
- Shaft: Standard solid shaft with keyway
- Vibration Grade: Class R
Function Features:
- Near zero cogging torque for ultra-smooth low-speed operation
- High overload capacity for fast acceleration and deceleration cycles
- High torque-to-inertia ratio for high dynamic positioning
- Integrated electromagnetic holding brake for static load holding after power loss
- Resolver or SinCos encoder for high precision position and speed feedback
- Robust housing resistant to dust and moisture
- Low noise operation for packaging, textile and plastics machinery
Application Scenarios:
- Plastic injection molding auxiliary axes
- Packaging and converting machinery
- Textile processing equipment
- Automated assembly stations
- Small industrial robots and material handling devices
Material Composition:
- Housing: Die-cast aluminum alloy
- Rotor: High-strength silicon steel laminations with rare earth permanent magnets
- Stator: Copper wound stator windings with high-temperature insulation
- Shaft: Hardened alloy steel
- Encoder/Resolver: Precision magnetic sensing components
- Brake: Electromagnetic coil and friction brake disc assembly
Structural Features:
- Slim compact cylindrical housing design
- Rear mounted encoder/resolver housing
- Rear mounted 24V holding brake assembly
- Terminal box or plug style power and feedback connectors
- Sealed housing construction to achieve IP65 protection
Working Principle: The servo drive supplies three-phase variable frequency AC power to stator windings. Rotating magnetic field interacts with permanent magnets on rotor to generate torque. The resolver or SinCos encoder feeds back real-time rotor position and speed to servo drive. The drive adjusts current magnitude and phase angle to maintain precise speed or position. The electromagnetic holding brake engages when power is cut to lock the motor shaft against static load.
Installation Requirements:
- Mount motor on rigid mechanical base to avoid resonance
- Align coupling precisely to eliminate radial and axial misalignment
- Use shielded cable for motor power and encoder feedback wiring
- Leave space around motor housing for natural convection cooling
- Install cable strain relief to prevent connector mechanical stress
- Ground motor housing reliably per local electrical standards
Usage Notes:
- Match motor rated voltage, current and feedback type with Baumüller servo drive
- Do not exceed continuous and peak torque rating
- Check brake function before commissioning vertical load applications
- Avoid continuous operation at resonant mechanical frequencies
- Prevent coolant, dust and cutting chips entering motor housing
- Disconnect power before coupling or connector maintenance
