ОПИСАНИЕ ПРОДУКТА
SCHNEIDER ELECTRIC MTN6606-0073 - Integrated Stepper Motor with Drive
The SCHNEIDER ELECTRIC MTN6606-0073 is an integrated stepper motor with an embedded drive and controller, belonging to the Lexium MDrive series. This compact unit delivers precise motion control for industrial applications demanding accurate positioning and repeatable performance, including material handling systems, packaging machinery, and laboratory automation, leveraging advanced microstepping technology and integrated industrial communication capabilities. It consolidates motor, drive, and control electronics into a single device, simplifying wiring and reducing panel space requirements.
Technical Specifications:
- SERIES/FAMILY: Lexium MDrive
- COMPONENT TYPE: Integrated Stepper Motor with Drive and Controller
- ELECTRICAL SPECS:
- NOMINAL VOLTAGE: 12-75 VDC (Typical for Lexium MDrive series)
- PHASE: 2-Phase Stepper
- CURRENT RATING: Specific winding configuration (e.g., 0.73A to 5.0A RMS, dependent on exact variant)
- MECHANICAL/PHYSICAL:
- FRAME SIZE: NEMA 23 (60mm x 60mm flange)
- HOLDING TORQUE: 0.5 Nm to 2.0 Nm (Typical for NEMA 23 Lexium MDrive)
- MAXIMUM SPEED: Up to 3000 RPM (Dependent on load and voltage)
- SHAFT TYPE: Standard D-cut or keyed shaft (Specific to variant)
- FORM FACTOR: Integrated motor and drive unit
- INTERFACE/CONTROL:
- COMMUNICATION PROTOCOLS: CANopen, Modbus RTU, EtherNet/IP, PROFINET, EtherCAT (Configurable options for Lexium MDrive)
- I/O: Configurable Digital I/O
- FEEDBACK: Optional integrated encoder for closed-loop control
- STEP RESOLUTION: 200 steps/revolution (1.8 degrees/step), with microstepping up to 51,200 steps/revolution
- ENVIRONMENTAL/MOUNTING:
- IP RATING: IP20 (Standard), higher ratings (e.g., IP50, IP65) available for specific variants
- COOLING METHOD: Convection cooled
- MOUNTING STYLE: NEMA 23 flange mount
- COMPATIBILITY/APPLICATION: Precision positioning systems, automated assembly, material handling, packaging equipment, laboratory automation, small CNC machines, dispensing systems.