ОПИСАНИЕ ПРОДУКТА
LENZE M1510C - Synchronous Servo Motor
The LENZE M1510C is a compact, synchronous servo motor from the MCS series, engineered for high-dynamic and precise motion control in industrial automation. It features a high power density design, enabling rapid acceleration and deceleration cycles, and is optimized for integration with Lenze servo drives to achieve deterministic positioning and speed regulation.
Technical Specifications:
- SERIES/FAMILY: MCS Series
- COMPONENT TYPE: Synchronous Servo Motor
- ELECTRICAL SPECS: Three-phase AC operation, voltage class dependent on specific drive pairing (e.g., 230VAC, 400VAC). Power output is application-specific, typically ranging from fractional kW to several kW within the MCS series.
- MECHANICAL/PHYSICAL: High power density design. Rated torque and speed are specific to the motor winding and length, offering a broad range within the MCS series (e.g., rated speeds up to 6000 RPM, peak torques significantly higher than continuous). Features a robust shaft, often with optional holding brake.
- INTERFACE/CONTROL: Integrated feedback system, commonly a resolver for robust operation or an absolute encoder (e.g., Hiperface, EnDat) for high-resolution position feedback. Power and feedback connections via industrial-grade connectors.
- ENVIRONMENTAL/MOUNTING: IP65 protection rating for the motor housing, IP64 at the shaft seal, ensuring resistance to dust and water ingress. Natural convection cooling. Flange-mounted design for direct machine integration.
- COMPATIBILITY/APPLICATION: Optimized for use with Lenze i700, 9400, and 8400 series servo inverters. Ideal for applications such as packaging machinery, robotics, material handling systems, printing presses, and general machine tools requiring dynamic and precise motion.
