Product Description

The MAC090B-2-PD-3HC/110-A-1/S001 AC servomotor produced by Bosch Rexroth has a tacho voltage of 1.5V/1000min^-1. This motor comprises power connectors that use power cables with either metric diameters or inch diameters. The product features the integration of the blower into its hardware circuitry according to the customer’s requirements. This device comprises a second shaft end and tacho feedback. The unit incorporates a holding brake that works on the closed-circuit principle. It is required to open the conductor of the holding brake to the PLC during the grind-in. This motor-associated power connector faces the A side. The product features an electrical series connection of its thermos switches.

This device uses one 12-pin flanged socket for the encoder as well as feedback connections. The device comprises its second shaft end on side B. This unit encompasses permanent magnets embedded in a laminated core. It is equipped with bearings that are greased for a lifetime. The motor has 10.5Nm continuous torque in standstill mode. This product can withstand extreme loads due to its ability to support surface cooling. The device houses a shaft with a keyway for form-fitting style shaft-hub connections. This unit uses flanged sockets with connectors for direct connection of the tacho feedback and power cables. The servomotor incorporates one-year backup support.

This product supports ambient installation elevation of 1,000m over the sea level. This device portrays a frequency range of 2Hz to 9Hz with sinusoidal oscillations for both its longitudinal axis as well as the lateral axis. The unit allows the coating of an additional paint layer of a maximum of 40µm thickness. It is suitable for applications with slender construction requirements. This motor houses a rotor with 36 x 10^-4 kgm² moment of inertia. The product has a B-length code. This device permits the mounting of any encoder because of the second shaft end fitting. This MAC090B-2-PD-3HC/110-A-1/S001 servomotor shipment is done to any global location.