Lenze MCS 14D14-SRMB0 | MCS Synchronous Servo Motor

1. Product Overview 🛠️

2. Core Advantages & Key Features ⭐

1. High Power Density & Compact Structure
   
   
   Adopts innovative SEPT (Single Element Pole Technology) for stator winding and high-grade magnetic materials. It achieves outstanding power output with a compact body, greatly saving installation space for equipment cabinets and mechanical frames. Low moment of inertia supports rapid acceleration and deceleration.
2. Excellent Operation Smoothness
   
   
   Extremely low detent torque ensures ultra-smooth rotation during operation, effectively avoiding jitter and position deviation, which guarantees high-precision motion control performance.
3. Reliable Feedback System
   
   
   Standard equipped with robust regenerative resolver (the configuration of model suffix SRMB0). Optional sin/cos encoder is available to meet ultra-high precision positioning requirements. Built-in electronic nameplate simplifies parameter identification and on-site commissioning.
4. Durable Mechanical Design
   
   
   Full stator encapsulation and reinforced bearings enhance structural rigidity. Forced ventilation design ensures stable heat dissipation under continuous heavy-load operation, extending service life.
5. Convenient Installation & Maintenance
   
   
   Comes with Lenze exclusive SpeedTec plug connectors, realizing fast wiring and disassembly. Optional terminal box is available for diverse wiring demands, reducing maintenance difficulty.
6. High Protection & Wide Adaptability
   
   
   Protection class IP54 (forced ventilation version) resists dust and water splash, adapting to complex factory environments like workshops and production lines. Integrated winding temperature detection provides overheat protection for long-time continuous operation.
7. Strong Overload Capacity
   
   
   Supports short-time high overload operation, suitable for frequent start-stop, impact load and other working scenarios.

3. Detailed Technical Parameters 📊

4. Application Industries & Typical Scenarios 🏭

Main Applicable Industries

Typical Application Scenarios

1. Packaging & Conveying Equipment
   
   
   Used for material feeding, box sealing and sorting positioning, realizing stable speed and accurate position control in high-speed packaging lines.
2. Machine Tool & Processing Machinery
   
   
   Acts as the drive unit for sliding tables and auxiliary axes of small and medium-sized machine tools, meeting the requirements of high precision and frequent movement.
3. Automated Assembly Lines
   
   
   Drives mechanical arms and jigs to complete repetitive grabbing, transferring and assembling actions, improving production efficiency.
4. Textile & Printing Machinery
   
   
   Provides synchronous operation power for roller systems to ensure consistent running speed and improve product yield.

Image Description Reference

1. Application Scene Image: MCS 14D14-SRMB0 installed on the driving part of packaging machinery / automated assembly line, showing the actual operation status of the motor.
2. Warehouse Storage Image: Original Lenze servo motors neatly placed on industrial warehouse shelves, complete with original cartons, labels and standard accessories, 100% original genuine stock.

5. Packaging & Quality Guarantee 📦

• Product Condition: 100% Original New & Genuine Lenze product
• Original Packaging: Official Lenze carton with complete model label, serial number and parameter sticker
• Standard Accessories: Mounting fasteners, wiring connectors, official user manual
• Warranty: 12-month manufacturer official warranty
• Shipping Options: DHL, FedEx, TNT or domestic industrial logistics; standard lead time for in-stock goods: 3–7 working days
• Quality Inspection: Strict factory pre-delivery testing, all performance indicators meet ECER and international industrial standards

6. Installation & Usage Tips 💡

1. Match with Lenze dedicated servo drives (i700 / i950 series) for optimal dynamic and control performanceLenze.
2. This is a forced ventilation model; do not block the heat dissipation vents during installation to avoid overheating.
3. Check the resolver signal and power wiring strictly according to the manual before power-on to prevent wiring faults.
4. For scenarios requiring power-off holding, select the optional built-in holding brake model.