Lenze 16153396 MCS06I60-RS0B0 AC Servo Motor
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Product Information
The Lenze 16153396 MCS06I60-RS0B0 is a compact frame size 06 permanently excited AC synchronous servo motor from the MCS Synchronous Servo Motors family. Operating at 400 V AC with natural convection self-ventilated cooling, this motor delivers a continuous rated torque of 1.7 Nm, a stall torque of 2.2 Nm, and a peak dynamic torque reaching up to 8.5 Nm at a maximum rated speed of 6000 rpm. Featuring an IP65 protection rating, this motor variant is built without an integrated holding brake, making it suitable for dynamic continuous-duty applications across packaging machinery axes, precision pick-and-place gantries, and material handling drive units.
Electrical interfacing is conducted via a SpeedTec circular connector box that provides secure, vibration-resistant connections for power lines and resolver feedback. Closed-loop position and velocity feedback are handled by an integrated 2-pole resolver. The unit integrates with control architectures driven by Lenze Servo Inverter 9400 HighLine, 8400 TopLine, Servo Drive i700, and Servo Inverter i950 units. Commissioning a replacement unit involves transferring motor parameter files and aligning drive control software using Lenze EASY Starter or Drive Solution Designer (DSD). ABC Industrial Parts provides tested replacement units to support rapid service restoration during machine maintenance.
System diagnostic checks are performed directly through the host drive controller and software environment. Continuous thermal evaluation is achieved via an integrated thermal sensor monitored by the host inverter, while resolver signal tracking checks for sine and cosine signal integrity to prevent feedback failure during operation. Live runtime states can be observed via Lenze EASY Starter software connected to the inverter. When internal electrical or resolver faults occur, field repairs are limited, making direct unit replacement or bench servicing with ABC Industrial Parts the standard route back to production.
Technical Specifications
| Manufacturer | Lenze |
| Part Number | 16153396 |
| Model/Type | MCS06I60-RS0B0 |
| Product Family | MCS Synchronous Servo Motors |
| Component Type | AC Servo Motor |
| Rated Speed | 6000 rpm |
| Rated Torque | 1.7 Nm |
| Stall Torque | 2.2 Nm |
| Peak Torque | 8.5 Nm |
| Rated Voltage | 400 V AC |
| Rated Current | 2.5 A |
| Stall Current | 2.9 A |
| Peak Current | 14.5 A |
| Cooling Method | Self-ventilated / Natural convection |
| Holding Brake | None |
| Feedback System | 2-pole Resolver |
| Connection Type | SpeedTec circular connector box |
| Ingress Protection | IP65 |
Programming and Configuration
Commissioning and parameter setup for the Lenze 16153396 MCS06I60-RS0B0 are executed through Lenze engineering tools, including EASY Starter and Drive Solution Designer (DSD). These software platforms allow engineers to load specific motor characteristics into the target servo drive, establishing control loops tailored to frame size 06 synchronous motor operation.
When setting up a replacement motor, drive parameters including rated current (2.5 A), stall current (2.9 A), peak current (14.5 A), and maximum speed limits up to 6000 rpm must match the motor specifications in the host inverter. Accurately matching these limits ensures proper torque production and protects the self-ventilated motor against thermal overload.
Communication and System Integration
The MCS06I60-RS0B0 incorporates a SpeedTec circular connector box system, simplifying power and feedback wiring. The quick-locking bayonet design ensures vibration-proof, IP65-rated connectivity between the motor and the system cabling, reducing installation and maintenance swap time.
Closed-loop speed and position feedback are communicated via an internal 2-pole resolver that provides continuous analog sine and cosine signals to the motion controller. This motor is directly compatible with multiple Lenze drive platforms, including the Servo Inverter 9400 HighLine, 8400 TopLine, Servo Drive i700, and Servo Inverter i950.
Diagnostics and Status Indication
Diagnostic evaluation for the Lenze 16153396 relies on feedback processes monitored through the connected servo drive. An integrated thermal sensor within the motor windings continuously reports temperature conditions to the drive, triggering thermal protection faults if operating thresholds are breached.
The drive also monitors the 2-pole resolver interface for signal feedback integrity, flagging errors upon loss of sine/cosine signals or wiring interruptions. Technicians can perform real-time diagnostic checks, drive state reviews, and operational monitoring using Lenze EASY Starter connected to the host inverter.
Replacement and Spare Part Considerations
When installing a replacement Lenze 16153396 (MCS06I60-RS0B0), verify that the complete model code matches the original unit. Because this motor model lacks an integrated holding brake, installing it on vertical or unbalanced axes without external holding mechanisms presents a mechanical drift or fall hazard.
Ensure the SpeedTec connector box is properly torqued and sealed to maintain IP65 ingress protection against dust and liquid. Following physical installation, connect the host drive using Lenze EASY Starter software to verify motor parameters, confirm thermal sensor communication, and validate resolver position feedback prior to enabling full dynamic operation.
Frequently Asked Questions
Which drive controllers support the Lenze 16153396 MCS06I60-RS0B0 motor?
This motor is compatible with Lenze Servo Inverter 9400 HighLine, Lenze Servo Drive i700, Lenze Servo Inverter 8400 TopLine, and Lenze Servo Inverter i950 controllers.
Does the MCS06I60-RS0B0 model feature an integrated holding brake?
No, this motor configuration is built without an integrated holding brake and uses natural convection self-ventilated cooling.
What engineering software is required to set up a spare motor?
Motor commissioning, drive alignment, and diagnostic testing are managed using Lenze EASY Starter or Drive Solution Designer (DSD) software via the host drive.
What feedback mechanism does this motor use?
The MCS06I60-RS0B0 utilizes an integrated 2-pole resolver for precise speed and position feedback.
How are the electrical cabling connections terminated at the motor?
Connections are made through a SpeedTec circular connector box that accommodates power and feedback cables in a quick-locking, IP65-rated housing.
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