Bosch Rexroth MSK060C-0600-NN-S1-UP1-NNNN | 6000 RPM Servo Motor

Description

Note: Many products are not yet listed. Please contact us for more product information. Our supply channels are constantly expanding, and we currently have 20 stable shared supply channels. Please confirm the model, product, price, and all other necessary information with customer service before placing an order. We offer new, refurbished, and used products, and prices are adjusted according to the year of the item you require.

Key Technical Specifications

Technical references: Bosch Rexroth IndraDyn S MSK Project Planning Manual, R911296289, and motor configuration documentation. The 8 Nm torque value refers to the 60K standstill rating; actual operating torque depends on cooling, drive sizing, and duty conditions.

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Product Introduction

The Bosch Rexroth MSK060C-0600-NN-S1-UP1-NNNN is a permanent-magnet synchronous servo motor from the IndraDyn S series, designed for industrial motion-control applications. It features a maximum speed of 6000 RPM, 8 Nm continuous standstill torque at 60K, and 24 Nm maximum torque.

This configuration includes a singleturn Hiperface optical encoder, keyed shaft with sealing ring, and an electrically released 10 Nm holding brake. The rotatable 240° electrical connector simplifies cable orientation during installation. These configuration details are critical when replacing an existing servo motor in an established IndraDrive system.

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MSK060C-0600-NN-S1-UP1-NNNN

MSK060C-0600-NN-S1-UP1-NNNN

MSK060C-0600-NN-S1-UP1-NNNN

Application Scenarios & Field Experience

Part 1 – Engineering Challenges

Servo motor replacement in automated production equipment requires careful matching of mechanical and electrical characteristics. A motor with the correct frame size but a different encoder, shaft design, or brake configuration can cause installation problems or drive faults.

The MSK060C-0600-NN-S1-UP1-NNNN addresses applications requiring high-speed rotary positioning, controlled acceleration, and holding torque when the machine is stationary. Its S1 Hiperface encoder provides singleturn position feedback, while the integrated holding brake helps maintain the motor shaft position when the drive is disabled.

Honestly, the most important point during replacement is matching the complete type code. An S1 encoder is not automatically interchangeable with an M1 multiturn encoder, and the keyed shaft and holding brake must also match the machine design.

Part 2 – Typical Application Scenarios

1. Packaging Industry – Automatic Packaging Machines

• Process: Servo-driven film feeding, cutting, and packaging synchronization.
• Requirement: High-speed positioning and repeatable rotary movement for production cycles.

2. Automotive Manufacturing – Automated Assembly Lines

• Process: Servo-driven assembly stations and rotary positioning tables.
• Requirement: Precise motor positioning, encoder feedback, and holding brake functionality.

3. Printing Industry – Industrial Printing Presses

• Process: Roller positioning, web tension control, and synchronized material feeding.
• Requirement: Stable servo operation and accurate singleturn position feedback.

4. Material Processing – CNC and Automated Machinery

• Process: Rotary-axis positioning and mechanical drive systems.
• Requirement: High-speed servo motion, keyed-shaft coupling, and controlled stopping.

Part 3 – Illustrative Field Case

A packaging manufacturer experienced intermittent positioning faults on a servo-driven indexing station. Inspection identified a failure in the existing motor feedback system, requiring a replacement with matching encoder specifications. The maintenance team sourced an MSK060C motor with the S1 Hiperface encoder, keyed shaft, and 10 Nm holding brake configuration. After checking drive compatibility, encoder feedback, motor parameters, and mechanical alignment, engineers completed commissioning and verified the indexing sequence.

Illustrative engineering scenario, not a documented customer installation.

Standard Operating Procedure (SOP) for Quality Control

Our QC process for the Bosch Rexroth MSK060C-0600-NN-S1-UP1-NNNN focuses on motor identification, winding condition, encoder feedback, brake operation, and mechanical integrity.

1. Visual & Origin Inspection

• Verify the Bosch Rexroth identification label and complete model number.
• Check the motor housing, mounting flange, and keyed shaft.
• Inspect the shaft sealing ring for damage or leakage.
• Examine the hybrid electrical connector and contact pins.
• Confirm the S1 encoder identification.
• Check the holding brake configuration.
• Inspect for corrosion, physical damage, and signs of previous repair.
• Record the serial number and available OEM identification information.

2. Live Rig Testing

• Verify electrical requirements against the motor nameplate.
• Measure phase-to-phase winding resistance and check consistency.
• Perform insulation resistance testing using an approved procedure.
• Test encoder feedback using compatible IndraDrive equipment.
• Verify motor rotation under a controlled test setup.
• Check abnormal noise, vibration, and bearing condition.
• Test the 24 VDC holding brake release function where suitable equipment is available.
• Record actual inspection and test results.

3. Firmware Verification

• The MSK060C is a synchronous servo motor, not a standalone programmable controller.
• Conventional motor firmware verification is not applicable.
• Record the motor identification and encoder configuration.
• Confirm compatibility with the intended IndraDrive controller.
• Verify the motor parameters and encoder evaluation settings.
• Check holding brake control configuration before commissioning.

4. ESD-Safe Packaging

• Handle encoder connections using ESD-protected procedures.
• Protect the electrical connector against dust and moisture.
• Cover the keyed shaft and sealing ring with suitable protective material.
• Use impact-resistant cushioning.
• Secure the motor against movement during transportation.
• Verify the model number and shipping label before dispatch.

5. Pre-Shipment Documentation

• Provide actual product photographs upon request.
• Arrange live video inspection before shipment.
• Confirm model number, serial number, condition, and quantity.
• Provide available inspection records.
• Confirm warranty terms and shipping arrangements.

Frequently Asked Questions (FAQ)

Q1: Is the Bosch Rexroth -0600-NN-S1-UP1-NNNN compatible with other MSK060 servo motors?

A: Not automatically. The MSK060 family includes different motor lengths, windings, encoder types, shaft configurations, and brake options.

For this particular configuration, verify:

• S1 singleturn Hiperface encoder.
• 0600 winding.
• Keyed shaft with sealing ring.
• 10 Nm electrically released holding brake.
• Rotatable 240° connector.

A motor with an M1 encoder or without a holding brake should not be treated as a direct replacement without engineering verification.

Q2: What warranty do you provide for this Bosch Rexroth servo motor?

A: We offer a 12-month warranty, subject to confirmed order terms. The warranty covers qualifying product-related failures under normal operating conditions. Physical damage, incorrect installation, and unauthorized modifications are excluded.

Q3: Is the -0600-NN-S1-UP1-NNNN available from stock, and how quickly can it ship?

A: Availability and condition are subject to actual stock confirmation. We can provide product photographs, nameplate details, and live video inspection before shipment.

For confirmed available inventory, our standard shipping arrangement is generally within one week after payment.

Q4: Does this motor require firmware matching with the IndraDrive controller?

A: The motor does not contain conventional user-programmable firmware. However, correct motor identification and encoder evaluation are essential.

Check the following:

• Motor type and winding configuration.
• S1 Hiperface encoder compatibility.
• Motor parameter configuration in the drive.
• Brake control parameters.
• Drive firmware and supported motor configuration.

Incorrect motor identification can trigger drive errors or cause improper motion behavior.

Q5: What should engineers cfore installing the ?

A: Pay particular attention to the following:

• Confirm the complete motor type code.
• Verify the mounting dimensions and keyed-shaft coupling.
• Check the encoder cable and Hiperface feedback connection.
• Confirm the 24 VDC holding brake supply.
• Verify the brake release and engagement sequence.
• Check motor power cable connections and phase assignment.
• Confirm drive sizing and maximum current requirements.
• Verify grounding, shielding, and mechanical alignment.
• Perform a controlled commissioning test before returning the machine to production.

Important: Never connect or disconnect motor power or encoder cables while the drive is energized. The holding brake is designed to hold a stationary motor, not to serve as a dynamic stopping brake. Incorrect brake control or motor parameter settings can cause unexpected movement, mechanical damage, or drive faults. Always follow the approved electrical isolation and commissioning procedures.