MSK100C-0300-NN-M1-BP0-NNNN

Why is the discharge capacity of 9.3 nF significant in MSK100C-0300-NN-M1-BP0-NNNN?

It reflects the motor’s ability to handle electrical noise and insulation properties. This enhances operational stability and prolongs component life.

How does the maximum current rating of 78.3 A affect application flexibility?

It allows the motor to deliver high bursts of torque when needed. This makes it suitable for demanding cycles requiring short, powerful motions.

Why is the rated speed code “0300” relevant in MSK100C-0300-NN-M1-BP0-NNNN?

The speed code defines the motor’s optimized operating speed range. This ensures compatibility with specific drive and application requirements.

How do the 4 pole pairs of MSK100C-0300-NN-M1-BP0-NNNN impact motor performance?

More pole pairs improve torque density and dynamic response. This allows faster acceleration and better handling of load changes.

Why is the thermal time constant of 40 minutes beneficial in MSK100C-0300-NN-M1-BP0-NNNN?

A longer thermal constant allows stable operation under continuous load. It helps the motor resist overheating during prolonged duty cycles.

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The MSK100C-0300-NN-M1-BP0-NNNN is a servo motor that comes equipped with a keyed shaft and a single-turn EnDat2.1 optical encoder with 2048 increments. Bosch Rexroth Indramat makes this motor to suit critical applications like handling semiconductor wafers. It also offers 102 Nm of torque and a thermal constant of 40 minutes.