Product Description
The MSK075E-0450-NN-M1-UG0-NNNN synchronous servomotor manufactured by Bosch Rexroth cannot be used with any drive controller from third-party manufacturers. This servomotor can operate at a maximum temperature of 55°C. The product portrays an IP 65 degree of protection as per EN 60034-1 specifications. This device houses a multiturn absolute encoder. The device poses risks of explosion hazards due to improper handling during the connections. The unit portrays a standard design. Its connection cables should neither be loaded with tension nor torsion. This motor supports a maximum installation elevation of 3000m over sea level. The product portrays the 3K4 climatic category during operation for its permanent use.
This device tends to have vibrations in the form of sine-wave oscillations in stationary use. The unit encounters an axial load of 10m/s2. It can be installed both horizontally and vertically. The motor cannot have an additional varnish on its housing surface. This product incorporates a plain shaft with a very quiet running action. The device comprises a radial shaft sealing ring as per DIN 3760 – Version A specifications around the shaft. This unit is free of any holding brake. Its acting radial force can never be the maximum allowed radial force. This servomotor features one-year backup support.
The motor must have no liquid accumulation around its shaft. This product can be fitted with drive elements like pinions and couplings on its shaft. The device is fitted with a fixed bearing on the B side. This unit features a 240° rotatable plug for its power connection. Its vertical axes must be mechanically locked to secure them against sinking or dropping after switching the motor off. The motor is cooled by natural convection. This product has a KTY84 temperature sensor in its windings. The device comprises an isolation system with a high dielectric load. This unit transportation is meant to be done between -20°C and 80°C. This servomotor dispatch is done worldwide.
Wake Industrial Warranty
