MSK101C-0450-NN-M2-BG0-RNNN

Product Description

The Bosch Rexroth MSK101C-0450-NN-M2-BG0-RNNN synchronous servomotor has a windings code of 450. This servomotor supports a radial force based on its bearing service life, force action point and arithmetically averaged speed. The product must not have liquid accumulation around the output shaft. This device allows the fitting of drive elements such as couplings and pinions on its shaft. The unit can have an unacceptably high load on the bearing plus shaft when extremely rigid couplings are mounted. It is essential to match the motor type with the machine design and attachment elements. This motor is cUL Recognized and EAC Certified.

The product portrays reduced heat dissipation because of contamination. This device comprises a temperature sensor for the highest possible protection against irreversible damage due to thermal overload. The unit is shut down automatically by the temperature sensor when its temperature reaches 150°C. Its drive controller monitors the function of the temperature sensor. This motor is meant to support transportation between -20°C and 80°C. The product is mechanically tested for the axial runout of the flange surface to the shaft. This device has a unique type-plate associated with it. This servomotor comes along with a year’s backup support from Wake Industrial.

The motor should never be fitted with lifting straps around its shaft. This unit may trigger personnel injury due to improper handling during transportation. Its flange holder must be inspected to ensure that it is free of burs before the motor is mounted. The product has increased runout as well as concentricity as per DIN 42955 specifications. This device uses RGS1300 and RGS1003 cables for its power and encoder connections respectively. The unit connection is meant to be established only when it is de-energized. Its connection cables must be stored only indoors in a dry place. This servomotor delivery is undertaken in custom military-grade packaging to avoid damage during transit.