MS2N04-C0BTN-CMSG1-NNNNP-NN
MPN: R911390233
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The MS2N04-C0BTN-CMSG1-NNNNP-NN Servo Motor is manufactured by Bosch Rexroth Indramat. This motor has a winding of 6,000 min with a Multiturn encoder design. This motor is Equipped with a holding brake, it has a Smooth, with shaft seal shaft, and a M23 Single-Cable connection, turnable electrical connection.
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Product Description:
The MS2N04-C0BTN-CMSG1-NNNNP-NN machine is a synchronous servo motor that is equipped with a multi-turn encoder and holding brakes. It is equipped with a holding brake of 5 Nm torque that has a maximum switched energy of 400 J. The torque and voltage constant at 20 C is 0.98 Nm/A and 59.8 V/1000 rpm. The cooling mode is self-cooling, and the output shaft is smooth. As per DIN EN 60034-14, the oscillation behavior in these synchronous servo motors corresponds to oscillating quantity level A. The housing coat is jet black RAL 9005 that has one layer of standard varnish of 1K. The motor design is multi-turn that has 4,096 absolute revolutions and the encoder performance is advanced, 20-bit ACURO link.
The number of pole pairs is 5 which means the machine has 5 north and 5 south poles. The thermal time constant of the winding is 35.3 seconds. According to EN 60034-7 for design and installation type, this motor has code IM B5 / IM 3001. For optimal operation, the Bosch Rexroth Indramat suggests cleaning the motor and running under an unpolluted environment as it can lead to thermal overload and reduction of heat dissipation. Manufacturers suggest ensuring maintenance, regular checks, and cleaning of the motors. The best part of the shaft in this motor MS2N04-C0BTN-CMSG1-NNNNP-NN is that it is equipped with sealing rings.
The shaft shape is cylindrical and comes with a frontal centering hole with "DS" thread. The servo motor has class F insulation out of 7 other insulation classes. The machine MS2N04-C0BTN-CMSG1-NNNNP-NN has leakage capacitance of component of 1.8 nF and the winding inductance of this motor is 17.86 mH. The maximum torque under cold constraints is 13.05 Nm whereas the maximum torque under warm conditions is 12 Nm. The value shows that the torque value of the machine decreases by 1.05 Nm from cold to warm conditions.