MSK101E-0300-FN-M1-RG2-NNNN
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911322323
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
-
In-Stock, Ships Today
The MSK101E-0300-FN-M1-RG2-NNNN is a reliable and versatile synchronous servomotor launched by Bosch Rexroth Indramat. This product has a maximum rated current of 187.4 A. Its torque constant is 1.85 Nm/A at 20 °C. The thermal time constant of the motor is 5 minutes.
To contact sales for pricing and lead time:
Payment Methods
Shipping Methods
Our Credentials
Product Description:
Bosch Rexroth is a manufacturer of industrial drive control systems and automation products.
The MSK101E-0300-FN-M1-RG2-NNNN is a synchronous motor that is designed for high torque applications in areas where precise positioning and speed control are also required. This model excels at different types of speed control tasks because of the use of high quality encoders. The motor is a preferred platform for many industrial applications due to its flexibility and a wide variety of onboard features. These include woodworking machines, paper printing machines, paper manufacturing equipment, handling equipment, paper manufacturing systems, machine tools, and other similar equipment. This motor comes with a maximum speed of 4600 rpm. This model can be used in areas with space constraints because of its small footprint. The sealing kit used in this model is also a major advantage for operators that need to use this model in humid conditions.
The MSK101E-0300-FN-M1-RG2-NNNN’s sealing kit creates a predefined amount of overpressure inside the motor that is needed for creating a barrier against the penetrating fluids/moisture. This motor comes with an improved design. This model has been provided with larger air gaps for improving the motor’s mechanical stability at high speeds. Owing to the use of electronic commutation, it is ensured that the motor’s peak torque remains available for a wide range of motor speeds. The electronic commutation based design is also a major replacement for the conventional brushed design used in this model has the associated risk of catching sparks in hazardous conditions. This model can be operated at an overtemperature of 60K and 100K and gives its best performance when the ambient air temperature doesn't exceed 40 °C.
