Product Description

The MDD093B-N-040-N2L-110GB0 digital AC servomotor manufactured by Bosch Rexroth has a plain shaft. This motor operates along with a digital drive controller. The product incorporates digital servo feedback. The device tends to have thermal stress when bevel gear pinions are used. The unit portrays a high power density. It can be put to use for cutting in high-speed ranges. The product has bearings with lubrication for a lifetime. This device is protected from damage due to overload through the integrated temperature sensor. This unit has a high level of synchronization because the current is applied sinusoidally with the associated high motor feedback resolution.

This motor has a housing that supports both natural convection and surface cooling. The product also features protection against the penetration of water. The device has a maximum of 20m/s² acceleration amplitude for the lateral axis with sinusoidal oscillations. The unit must not be cleaned frequently with a steam cleaner to avoid its coat from getting affected. Its shaft offers non-positive shaft-hub connections. The motor permits the B14 design of mounting by using a mounting flange with threads. The device has a standard 110mm pilot diameter. The unit renders non-positive and backlash-free torque transmission. This MDD093B-N-040-N2L-110GB0 motor has one-year backup support.

The product requires shaft sealing when it is operated for applications where the effects of a water jet or dirt are present. The device shaft can be clamped with pressure sleeves for coupling elements like belt pulleys and pinions. The unit features position shift when drive pinions with helical teeth are mounted on the shaft but are not fitted to the machine axially. It has a 36.6A continuous current in standstill mode when the cooling is done by natural convection. The product must use a blower when it is used for continuous start-stop operations with high repetitive frequency. This motor is transported to any address irrespective of the country you live in.