R911370899 (MSK100C-0300-NN-S3-BP0-NNNN)

Name: R911370899 (MSK100C-0300-NN-S3-BP0-NNNN)
Brand: Indramat Motors
SKU: MSK100C-0300-NN-S3-BP0-NNNN
Price: 283.00 USD
Availability: InStock

MSK IndraDyn S Synchronous Motors

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Phone:
1-888-551-3082

Email:
sales@indramat-usa.com

The R911370899 (MSK100C-0300-NN-S3-BP0-NNNN) is an IndraDyn S synchronous servomotor with a motor size of 100 and length C, equipped with winding code 0300. It features a sealed housing with IP65 protection, supports natural convection for cooling, and places the power connector on the B-side. The motor operates within ambient temperatures from 0 to 40 °C and altitudes up to 1000 m. It delivers a continuous standstill current of 27.0 A, continuous standstill torque of 43.5 Nm, maximum current of 97.2 A, and maximum torque of 148.0 Nm. The shaft is designed with a keyway and no holding brake. Encoder functionality is provided by a capacitive single-turn Hiperface unit with 16 signal periods. The winding inductivity is 4,200 mH, and the rated speed is 4500 RPM with noise emission below 75 dB.

Technical Specifications

Use
High-Performance Applications

Motor Housing
Sealed

Cable Connectors
Sealed

Shaft Description
With Keyway and Seal as per DIN 6885-1

Ingress Protection Rating
IP65

Operating Elevation
Less than 1000 Meters

Ambient Temperature
0 to 40 Degrees Celsius

Rated Speed
4500 RPM

Sound Level
Less than 75 dB

Cooling Methods
Natural Convection and Surface Cooling

Torque(Natural Convection 60K)
38 Nm

Current(Natural Convection 60K)
21.6 Amps

Torque(Natural Convection 100K)
43.5 Nm

Current(Natural Convection 100K)
27 Amps

Torque(Surface Cooling)
57 Nm

Current(Surface Cooling)
32.4 Amps

Signal Periods
16

Electrical Connection
Socket on Side B

Holding Brake
Not Available

User restrictions
Only Qualified Personnel.

Frequently Asked Questions

What benefits arise from the B-side connector placement in the MSK100C-0300-NN-S3-BP0-NNNN?

Side-mounted output enables rear-aligned cable management, preserving clearance in crowded panels and minimizing strain on conduit paths during long-term machine operation.

Why does the MSK100C-0300-NN-S3-BP0-NNNN employ natural convection instead of forced ventilation?

Passive surface cooling removes excess heat from the stator uniformly, extending bearing life and avoiding contamination that often occurs with fan systems.

How does winding inductivity influence current stability in the MSK100C-0300-NN-S3-BP0-NNNN?

4,200 mH inductivity moderates transient spikes in phase current, reducing vibration and ensuring predictable torque generation under fluctuating load demand.

Why is capacitive feedback selected for the MSK100C-0300-NN-S3-BP0-NNNN?

Its immunity to light or oil exposure preserves accuracy in industrial areas where optical sensors could degrade or lose calibration under contaminants.

What does the singleturn system contribute to start-up alignment in the MSK100C-0300-NN-S3-BP0-NNNN?

It resets mechanical zero each power-on cycle, providing immediate synchronization without stored revolution data, simplifying controller referencing procedures.

Common Misspellings

MSK100C0300NNS3BP0NNNN

MSK100C 0300 NN S3 BP0 NNNN

MSK-100C-0300-NN-S3-BP0-NNNN

Internal Product Review

The MSK100C-0300-NN-S3-BP0-NNNN integrates a B-side power connector for compact machine layouts. Its natural convection cooling and capacitive singleturn encoder combine to maintain positional reliability without requiring auxiliary fans.