MCS Synchronous Servo Motor: High Dynamics & Precision for Industrial Automation
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Lenze MCS synchronous servo motor
,industrial automation servo drive motor
,high precision servo motor with warranty
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TypeServo Drive Motor
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WarrantyOriginal Manufacturer's Warranty
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PakageOriginal Pakage
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Shipping TermInternational Express（DHL/FEDEX/TNT/UPS/ARAMEX）/sea Freight / Air Freight / International Special Line
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Freight ChargeFor Industrial Equipment (e.g., PLC Modules, Inverters..), Shipping Cost Varies By Package Weight/volume And Delivery Location. Contact Our Sales Team For A Customized Shipping Solution And Quote
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Place of OriginGermany
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CertificationCE, RoHS, UL, CURus
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Model NumberMCS
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Minimum Order Quantity1
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Price$150- $5000
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Delivery Time3-5Workday
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Payment TermsL/C,D/A,D/P,T/T,Western Union
MCS Synchronous Servo Motor: High Dynamics & Precision for Industrial Automation
MCS Synchronous Servo Motor
MCS Synchronous Servo Motor delivers unrivaled high dynamics and precision for industrial automation, boasting exceptional high overload capacity and large angular acceleration to handle instantaneous heavy loads with ease. Its plug-and-play connection enables fast installation and hassle-free maintenance, while seamless compatibility with g500/g7x0/g8x0 reducers and i700/i950 cabinet servo drives ensures flexible system integration—ideal for robotics, packaging, CNC machines and more high-precision motion control scenarios.
Product Highlights
- High Overload Capacity: Easily handles instantaneous high-load requirements in industrial scenarios with stable and uninterrupted operation
- Large Angular Acceleration: Fast response speed for high-precision and high-dynamic positioning and speed regulation control
- Plug-in Convenient Connection: Plug-and-play design shortens installation time significantly and facilitates hassle-free maintenance and disassembly
- Perfectly Matched with Reducers: Professionally optimized to be combined with g500, g7x0 and g8x0 series reducers for efficient use as geared motors
- Servo Drive Compatibility: Seamlessly compatible with i700 cabinet and i950 cabinet servo drives for smoother system integration
Technical Specifications
| Parameter | Specification Range |
|---|---|
| Rated Power | 0.25 kW - 15.8 kW |
| Rated Voltage | 230 V AC (1-phase/3-phase), 400 V AC (3-phase) |
| Rated Speed | 3000 rpm - 6000 rpm |
| Torque Range | 0.8 Nm - 102 Nm (continuous) / 2.4 Nm - 306 Nm (peak) |
| Overload Capacity | 300% of rated torque (short-term) |
| Angular Acceleration | Up to 10,000 rad/s² |
| Protection Class | IP54 (standard), IP65 (optional) |
| Cooling Method | Natural cooling (IC410), Forced air cooling (IC416, optional) |
| Encoder Type | Incremental encoder (TTL/HTL), Absolute encoder (EnDat 2.2, Hiperface) |
| Connection Type | Plug-in connector (SpeedTec) |
| Compatible Reducers | g500, g7x0, g8x0 series reducers |
| Compatible Drives | i700 cabinet, i950 cabinet servo drives |
| Mounting Type | B5 flange, B14 flange, Face mounting, Foot mounting |
| Ambient Temperature | -20°C to +40°C (standard), -20°C to +60°C (with derating) |
| Certifications | CE, RoHS, UL, CURus |
Motor Series Compatibility
| Motor Series | Overseas Model Range | Corresponding Servo Drives | Remarks |
|---|---|---|---|
| MCS 06 Series (Small Frame) | MCS06CXX-RS0B0, MCS06CXXLRS0B0, MCS06CXX-RS0P1, MCS06CXXLRS0P1, MCS06FXX-RS0B0, MCS06FXXLRS0B0, MCS06FXX-RS0P1, MCS06FXXLRS0P1, MCS06IXX-RS0B0, MCS06IXXLRS0B0, MCS06IXX-RS0P1, MCS06IXXLRS0P1, MCS06i41-rs0p1-a11n-st5s00n-r0su, MCS06i60-skmp1-a11n-st5s00n-r0su, MCS06c60-rs0p1-b11n-st5s00n-r0su, MCS06f41-rs0p1-a11n-st5s00n, MCS06i41-rs0b0-z0c0-st5s00n-r6su, MCS06f41-rs0b0-alln-st5s00n-r0su, MCS06f60-rs0b0-b11n-st5s00n-r0su | i700 cabinet servo drive, i950 cabinet servo drive, ECS series servo drive (ECS 107x/ECS 211), 9400 highline cabinet servo drive | Low moment of inertia, suitable for compact equipment with high dynamic requirements |
| MCS 09 Series (Medium Frame) | MCS09Dxx-RS0B0, MCS09Dxx-RS0P1, MCS09Dxx-RS0P2, MCS09FXX-RS0B0, MCS09FXXLRS0B0, MCS09FXX-RS0P1, MCS09FXXLRS0P1, MCS09FXX-RS0P2, MCS09FXXLRS0P2, MCS09HXX-RS0B0, MCS09HXXLRS0B0, MCS09HXX-RS0P1, MCS09HXXLRS0P1, MCS09HXX-RS0P2, MCS09HXXLRS0P2, MCS09Lxx-RS0B0, MCS09Lxx-RS0P1, MCS09Lxx-RS0P2, MCS09h41-rs0b0-b14n-st5s00n-r0su | i700 cabinet servo drive, i950 cabinet servo drive, 9400 highline cabinet servo drive, 8400 topline inverter drive | Balanced dynamic performance and torque output, widely used in general industrial automation scenarios |
| MCS 12 Series (Medium-Large Frame) | MCS12Dxx-RS0B0, MCS12Dxx-RS0P1, MCS12Dxx-RS0P2, MCS12HXX-RS0B0, MCS12HXXLRS0B0, MCS12HXX-RS0P1, MCS12HXXLRS0P1, MCS12HXX-RS0P2, MCS12HXXLRS0P2, MCS12LXX-RS0B0, MCS12LXXLRS0B0, MCS12LXX-RS0P1, MCS12LXXLRS0P1, MCS12LXX-RS0P2, MCS12LXXLRS0P2, MCS12139-rs0p2-a19n-st5f10n-p0su, MCS12h35-rs0b0-a19n-st5s00n-r0su, MCS12139-rs0b0-b19n-st5f10n-r0su | i700 cabinet servo drive, i950 cabinet servo drive, 9400 highline cabinet servo drive, ECS series servo drive | High power density, suitable for equipment requiring large torque and high precision, such as CNC machine tools and industrial robots |
| MCS 14 Series (Large Frame) | MCS14Dxx-RS0B0, MCS14Dxx-RS0P1, MCS14Dxx-RS0P2, MCS14Hxx-RS0B0, MCS14Hxx-RS0P1, MCS14Hxx-RS0P2, MCS14Lxx-RS0B0, MCS14Lxx-RS0P1, MCS14Lxx-RS0P2, MCS14Pxx-RS0B0, MCS14Pxx-RS0P1, MCS14Pxx-RS0P2, MCS14h32-rs0pl-z0ffff0-st5s00n-r0su, MCS14h32-rs0p1-b24n-kk5s00n-r0su, MCS14h32-rs0b0b24n-kk5s00n-r0su, MCS14P19-RSOBO, MCS14P18-RSOBO | i950 cabinet servo drive, 9400 highline cabinet servo drive | High overload capacity, suitable for heavy-duty applications such as large-scale automated production lines and logistics handling equipment |
| MCS 19 Series (Extra-Large Frame) | MCS19Fxx-RS0B0, MCS19Fxx-RS0P1, MCS19Pxx-RS0B0, MCS19Pxx-RS0P2 | i950 cabinet servo drive, 9400 highline cabinet servo drive | Maximum torque output, designed for heavy-load precision control scenarios, compatible with large-scale reducers |
Application Fields
- CNC Machine Tools: High dynamic response and precise positioning meet the high-precision processing needs of milling, turning, etc., improving equipment machining accuracy and efficiency.
- Industrial Robots: Large angular acceleration adapts to the rapid start-stop and multi-axis coordinated movements of robotic arms, ensuring smooth operation in handling, assembly, sorting and other scenarios.
- Packaging Machinery: Stably copes with instantaneous load fluctuations in high-speed filling, labeling, cartoning and other processes, enabling efficient and continuous operation of packaging lines.
- Printing & Textile Equipment: Precise tension control capability adapts to the high-precision transmission needs of printing registration and textile dyeing, avoiding material stretching or offsetting.
- Automated Production Lines: Compatible with various reducers and drives, flexibly integrated into conveying, sorting, palletizing and other line links, optimizing line space layout.
- Electronic Manufacturing Equipment: Low-inertia design supports high-speed, high-frequency placement and soldering actions, meeting the stringent requirements for precision assembly of 3C products.
Frequently Asked Questions
Q: The motor fails to start after connecting to i700/i950 drives. What could be the issue?
A: First check if the power voltage matches the motor rating. Then confirm the encoder wiring and communication protocol (e.g. EtherCAT) are consistent. Finally verify if the drive firmware version is compatible; update or adjust parameters if there is a mismatch.
Q: The motor overheats significantly during operation. What causes this?
A: Most likely the load exceeds the rated value, or the ventilation ports are blocked by dust. First reduce the load to the rated range and clean debris from the heat dissipation vents. If overheating persists, check if the installation environment temperature is too high.
Q: There is abnormal noise after matching with G-series reducers. How to fix it?
A: First check the alignment between the motor and reducer—misalignment causes vibration and noise. Then inspect if the bearings are worn; replace them if damage is severe. Finally confirm the load inertia ratio is within the reasonable range.
Q: The signal is unstable and disconnects frequently after plug connection. What to do?
A: First check if the plug is fully inserted without loosening or oxidation. Replace with shielded cables to reduce electromagnetic interference. Meanwhile, avoid excessive bending of cables and keep them away from power lines during wiring.
Q: Positioning accuracy decreases and deviation becomes larger. How to troubleshoot?
A: First check if the encoder works properly and the signal feedback is stable. Then verify if the electronic gear ratio setting is correct. Finally confirm that the connection between the motor and load is not loose.
Q: The motor stops suddenly and the control system alarms. How to handle it?
A: First check the fault type corresponding to the alarm code. Reduce the load for overload alarms; inspect wiring for short circuits for overcurrent alarms; reconfigure network parameters or repair cables for communication alarms.
Q: Power specifications vary in different regions. Can the motor be used directly?
A: Do not use it directly. First confirm if the motor rated voltage matches the local power supply. Use a voltage converter if necessary to avoid winding burnout caused by voltage mismatch.
Q: What are the key maintenance points after long-term use?
A: Regularly clean dust on the motor surface and check the condition of plugs and terminals. Inspect bearing wear every 1-2 years and replace lubricating grease as needed. Back up drive parameters regularly for quick recovery after faults.
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