MKD090B-047-KP1-KS
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MPN: R911295890
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In-Stock, Ships 3-5 Days
The MKD090B-047-KP1-KS servo motor features a torque of 23 Nm, a three-phase input, a black housing color, and weighs 12.712 kilograms. Part of the MKD Series manufactured by Bosch Rexroth Indramat, it includes resolver feedback with an integrated multiturn absolute encoder and operates at a voltage of 280 V/320 V.
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Product Description:
The MKD Digital AC Synchronous Servo Motors from Bosch Rexroth Indramat are permanent-magnet motors and have an electronic commutation which gives it lighter weight and thereby easier handling and high functionality.
The Bosch Rexroth Indramat MKD090B-047-KP1-KS synchronous motors are of Size 90 with the standard motor length of assigned grade B signifying a 12.0 Nm Length. This motor features the windings code 47 and comes with a motor resolver feedback with an integrated multi-turn encoder. A driven shaft with key per DIN 6885-1 makes load distribution even throughout and the shaft sealing rings that are provided as a standard fitment, ensure that there is protection from ingress of harmful liquids during operation. The motor comes with the holding brake of 22 Nm. It also has the standard power connection box in the output direction of the housing. It also comes with another variant of design, as indicated in the nomenclature code.
The MKD090B-047-KP1-KS is synonymous with high operational reliability. Its design features like the brushless design and use of long life self-lubricating bearings ensure a maintenance-free operation for years to come. The IP 65 degree of protection will assure you of its high safety measures and thus will give you confidence when using the motor even under adverse environmental conditions. The closed motor design and state of art housing using lightweight material make this motor lightweight and easy to handle. Its designed dynamics give it a favorable torque-inertia mass ratio which ensures very high-performance data. The motor is equipped with overload protection by continuous real time motor temperature monitoring and hence, it ensures prolonged operations over a long period, which makes this as one of the most efficient contemporary synchronous servo motors.
