Lenze 15000876 MDSKSRS036-13 Synchronous Servo Motor
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Product Information
The Lenze 15000876 MDSKSRS036-13 is a compact AC synchronous servo motor from the Lenze MDSKS product family, engineered for high-dynamic positioning and precision motion control. Built with a 6-pole topology in a size 036 frame with length 13 construction, this naturally ventilated motor operates via convection cooling without needing external fans. It delivers a rated torque of 0.23 Nm, a standstill torque of 0.25 Nm, and a peak torque of 0.9 Nm with low rotor inertia, making it well suited for packaging, automated material handling, pick-and-place systems, and auxiliary axes in processing machinery. The output end features a smooth cylindrical shaft without a keyway to prevent backlash and minimize rotational unbalance in precision couplings.
System connection and feedback are managed through integrated Intercontec SpeedTec round plug connectors and a built-in 2-pole resolver. Designed to operate with Lenze 9300 Servo Inverters and Lenze 9400 Servo Drives, the motor requires proper drive parameterization using Lenze EASY Starter or Lenze Global Drive Control (GDC) engineering software during replacement. Commissioning a replacement unit involves transferring motor parameter profiles, verifying resolver feedback settings, and ensuring the drive reads the motor's internal thermal protection sensor. ABC Industrial Parts supports facilities needing replacement motors to maintain operational continuity across legacy machinery without redesigning existing drive architectures.
Continuous health monitoring is performed by integrated PTC or KTY thermal sensors embedded directly in the motor windings, which report temperature conditions to the associated servo drive. Operating conditions and potential fault states are identified at the drive interface, including overtemperature alerts such as OH or OH1, resolver feedback errors, and motor overcurrent trips. Initial field checks should focus on verifying Intercontec connector tightness, feedback cable integrity, supply wiring, and mechanical coupling alignment. Because internal winding shorts, rotor issues, or resolver damages cannot be serviced in the field, exchanging the unit or supplying a fully tested spare from ABC Industrial Parts provides a reliable solution to eliminate machine downtime.
Technical Specifications
| Manufacturer | Lenze |
| Part Number | 15000876 |
| Model/Type | MDSKSRS036-13 |
| Product Family | MDSKS |
| Component Type | Synchronous Servo Motor |
| Standstill Torque | 0.25 Nm |
| Rated Torque | 0.23 Nm |
| Peak Torque | 0.9 Nm |
| Feedback System | 2-pole Resolver |
| Shaft Type | Smooth shaft (without keyway) |
| Cooling Method | Natural convection (unventilated) |
| Number of Poles | 6 |
Programming and Configuration
Configuring the Lenze 15000876 MDSKSRS036-13 servo motor involves setting up the associated Lenze 9300 or 9400 series servo inverter. Parameterization is completed using Lenze EASY Starter or Lenze Global Drive Control (GDC) engineering software. These tools allow technicians to select or upload the correct motor model data, defining current limits, torque constants, pole count, and velocity loop dynamics.
When commissioning a spare motor, the 2-pole resolver feedback configuration must match the drive's position feedback settings to maintain field-oriented control. Additionally, the integrated PTC or KTY winding thermal sensor must be correctly mapped in the drive software to ensure active thermal protection against sustained overloads.
Communication and System Integration
The Lenze 15000876 MDSKSRS036-13 features Intercontec SpeedTec round plug connectors for field electrical interfacing. These quick-locking connectors handle both motor power supply connections and resolver feedback signals, providing secure pin connections that resist industrial vibration and mechanical stress.
Position and speed feedback are transmitted back to the drive using the integrated 2-pole resolver system. This analogue feedback signal allows Lenze 9300 and 9400 servo drives to achieve accurate closed-loop speed control and field-oriented commutation across variable speed profiles.
Diagnostics and Status Indication
The MDSKSRS036-13 motor provides direct thermal diagnostics through internal PTC or KTY thermistors embedded within the motor windings. These sensors continuously monitor operating temperature and communicate temperature state directly to the drive, triggering thermal protection faults before thermal damage occurs.
Fault diagnosis is displayed on the attached Lenze servo inverter interface or engineering software. Common drive-reported fault conditions tied to motor operation include overtemperature warnings (OH/OH1), resolver feedback signal loss or errors, and motor overcurrent detection.
Replacement and Spare Part Considerations
Although the Lenze MDSKS motor series has been discontinued by the manufacturer in favor of newer MCS and MCA series, the 15000876 MDSKSRS036-13 model serves as a direct drop-in replacement for existing machinery equipped with size 036 frame drives. Maintaining exact model numbers ensures mechanical mounting compatibility and matching shaft dimensions.
When replacing an active motor, verify that the smooth cylindrical shaft matches the installed coupling type, as keyway variations exist in other motor lines. Furthermore, ensure the drive parameters for motor thermal evaluation (PTC or KTY type) and resolver feedback resolution are correctly assigned in EASY Starter or GDC before re-enabling axis operation.
Frequently Asked Questions
Which Lenze servo drives are compatible with the 15000876 MDSKSRS036-13 motor?
The motor is compatible with Lenze 9300 Servo Inverters and Lenze 9400 Servo Drives, configured using Lenze EASY Starter or Global Drive Control (GDC) software.
What type of feedback system does the MDSKSRS036-13 motor use?
It uses an integrated 2-pole resolver feedback system (indicated by the RS designation) for accurate position control and speed feedback.
What are the torque specifications for this motor model?
The MDSKSRS036-13 features a rated torque of 0.23 Nm, a standstill torque of 0.25 Nm, and a peak torque capability of 0.9 Nm.
How is motor temperature monitored?
Continuous winding thermal monitoring is handled by integrated PTC or KTY thermal sensors that report temperature status directly to the connected drive.
What electrical connection design is utilized on the motor?
Power and feedback cabling are attached using built-in Intercontec SpeedTec round plug connectors.
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