LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU High-Performance Synchronous AC Servo Motor

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LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU High-Performance Synchronous AC Servo Motor

Name: LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU High-Performance Synchronous AC Servo Motor
Brand: Industrial Online Services
Price: 25000 INR
Availability: InStock

Price 25000 INR/ Number

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MOQ : 1 Piece

LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU High-Performance Synchronous AC Servo Motor Specification

Model No
LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU

Condition
Used

Compatible Port/Slot
Servo Drive Interfaces

Use
Industrial Automation / Motion Control

Power Rating
varies by configuration (check datasheet for exact value)

Encoder Type
Incremental / Sin-Cos Encoder (model dependent)

Voltage Rating
400 V AC (typical)

Overall Dimensions
Approx. 270mm length x 80mm width (size C4, standard for MCS06C41)

Rated Speed
up to 6000 rpm

Cooling
Self-cooled (standard for this size)

Protection Class
IP64 (standard for MCS series)

Shaft Type
Straight, with/without key (model dependent)

Motor Series
MCS06C41

Enclosure
Standard (ST5S00N)

Type
High-Performance Synchronous AC Servo Motor

Weight
Approx. 3.5 - 4 kg (model dependent)

Mounting
Flange Mount

Application
Robotics, CNC Machines, Packaging Machinery, Automated Production Lines

LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU High-Performance Synchronous AC Servo Motor Trade Information

Minimum Order Quantity
1 Piece

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU High-Performance Synchronous AC Servo Motor

LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU High-Performance Synchronous AC Servo Motor

Product Technical Specifications

Power Output: 0.25 kW (0.34 HP)
Rated Speed: 4050 to 4100 RPM
Torque: 0.6 Nm
Electrical Specs: 225 VAC to 400 VAC / 1.3 Amps / 270 Hz
Motor Size: 06C
Shaft Variant: Standard 11mm diameter shaft with keyway (indicated by the B in the suffix code)
Feedback/Feedback Type: Resolver-based positioning
Brake: No integrated holding brake
Enclosure Rating: IP54 to IP65 moisture/dust protection (depending on sealing and connector configuration)
Cooling: Natural ventilation (surface cooling)
Connections: Quick-mounting round plug connectors
Part Number Breakdown Decoding

The structured Lenze alphanumeric model code provides direct information about its physical configuration:

MCS: Synchronous Servo Motor series
06C41: Explains the physical motor frame size and core length
RS0B0: Resolver feedback mechanism, standard non-ventilated body
B11N: B indicates a shaft with a feather key (unlike the A11N variant which features a smooth shaft). 11 dictates the 11mm shaft diameter.
ST5S00N-R0SU: Designates standard speed ratings, specific connector socket exits, and standard mounting options.

High Performance and Versatility

Engineered for intensive applications, the LENZE MCS06C41 AC Servo Motor offers high speed and accurate control for advanced machinery. The motor's compatibility with incremental and Sin-Cos encoders and straight shaft options (with or without key) provides adaptability for various motion requirements across automation lines.

Rugged Construction and Reliable Protection

Featuring a robust IP64-rated enclosure, the servo motor is shielded against dust and water spray, making it ideal for challenging industrial environments. Self-cooling design ensures longevity and consistent operation without the need for external fans or additional maintenance.

Flexible Integration for Industrial Automation

Flange mounting and support for standard servo drive interfaces allow seamless integration into robotics, CNC machines, and packaging systems. Its manageable size and weight simplify installation, while the wide application range maximizes its usability in automation projects.

FAQ's of LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU High-Performance Synchronous AC Servo Motor:

Q: How do I install the LENZE MCS06C41-RS0B0-B11N-ST5S00N-R0SU servo motor in my automation system?

A: Installation requires mounting the motor using its flange to a compatible surface and connecting it to a suitable servo drive interface. Refer to the datasheet for wiring, torque specifications, and safety precautions to ensure correct setup and alignment.

Q: What benefits does the LENZE MCS06C41 offer for CNC machines and robotic applications?

A: This motor delivers precise motion and rapid acceleration, enabling highly accurate positioning, repeatability, and dynamic control demanded by CNC machinery and robotics, thus improving productivity and reducing errors in automated processes.

Q: When should I choose the standard self-cooled version over externally cooled options?

A: The self-cooled version is optimal for typical automation environments with moderate duty cycles where external cooling equipment is unnecessary. If your application involves high ambient temperatures or continuous heavy loads, consider specialized cooling options.

Q: Where can this servo motor be effectively used in industrial automation?

A: The MCS06C41 is well-suited for use in robotics, automated production lines, CNC machines, and packaging systems. Its protection class and robust construction make it viable for both clean and moderately harsh settings.

Q: What is the process to select the correct model configuration for my needs?

A: Identify the required power rating, encoder type, and shaft configuration by assessing your application's speed, torque, and feedback needs. Review the datasheet or consult with a distributor to match a specific model variant to your requirements.

Q: What type of maintenance is recommended for the LENZE MCS06C41 servo motor?

A: Routine maintenance involves periodic inspections for contamination or wear, verifying electrical connections, and ensuring the cooling mechanism remains unobstructed. The self-cooled design minimizes maintenance compared to externally cooled motors.

Q: What are the main usage advantages of the LENZE MCS06C41 in industrial settings?

A: Key advantages include high dynamic response, precise positioning, robust protection against environmental hazards, and straightforward integration-all contributing to reliable, high-performance operation in diverse automation tasks.

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