Lenze MCS14P19-RS0P9 MCS Synchronous Servo Motor
A Lenze MCS synchronous servo-motor reference for high-dynamic, precision motion applications.
Overview
MCS14P19-RS0P9 belongs to the Lenze MCS synchronous servo-motor family. This reference is part of a configurable motor designation, so the complete physical nameplate must control the final supply decision.
MCS motors are designed for compact, high-dynamic servo applications and are offered with several feedback choices. Exact torque, speed, winding, brake and connector data must be verified from the full label.
Specs
| Manufacturer | Lenze |
|---|---|
| Model Reference | MCS14P19-RS0P9 |
| Product Family | MCS synchronous servo motors |
| Motor Type | Permanent-magnet synchronous servo motor |
| Mounting Version | B5 family configuration |
| Available Family Feedback | Resolver, incremental encoder or absolute encoder options |
| Exact Electrical Ratings | Verify from complete motor nameplate |
| Complete Configuration | Record all characters shown on the motor label |
Features
- Designed for high overload capability and rapid angular acceleration.
- Uses plug connections to support installation and service work.
- Fits precision motion applications requiring compact motor dimensions.
- Can be engineered with Lenze servo-inverter and geared-motor systems.
Applications
- Positioning and coordinated machine axes.
- Packaging, handling and production machinery.
- Servo geared-motor installations requiring precise motion.
Lifecycle
- Photograph the complete nameplate before disconnection.
- Archive servo-inverter parameters and feedback configuration.
- Check shaft, flange, feedback and cable condition during removal.
- Commission direction, feedback, brake behavior and machine limits under controlled conditions.
FAQ
Why is the full nameplate required for MCS14P19-RS0P9?
Lenze MCS motors are configurable; additional characters can define winding, feedback, brake, connector and mechanical options that affect interchangeability.
Can another MCS14P motor replace MCS14P19-RS0P9?
Only after rated data, shaft, flange, feedback, brake, connector, thermal protection and inverter compatibility are matched.
Which drive information should accompany a MCS14P19-RS0P9 request?
Provide the servo-inverter model, option modules, feedback interface, parameter backup and machine duty profile.
What mechanical measurements help verify MCS14P19-RS0P9?
Record flange and pilot dimensions, shaft diameter and keying, overall length, connector orientation and fitted gearbox details.
What commissioning risk is most important for MCS14P19-RS0P9?
Incorrect feedback or commutation data can cause uncontrolled motion, so the motor data and feedback direction must be validated before enabling normal travel.
How should a stored MCS14P19-RS0P9 be protected?
Keep the shaft, bearings and connectors protected in a clean, dry environment and preserve the readable nameplate and transport restraints.
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