MS2N10-D0BNA-DMAG2-NNNNN-NN

Product Description:

It's crucial to remember that when the MS2N10-D0BNA-DMAG2-NNNNN-NN motor is used with gearboxes, the gearbox might become hot at different speeds, which can make it harder for the flange mounting region to cool down. So, the motor's performance data should be modified for speed to avoid overloading it while it is being mounted and used in the gearbox. A torque constant of 2.60 Nm/A at 20°C and a voltage constant of 157.8 V/1000 min⁻¹ at 20°C are two important technical characteristics.

The resistance of the winding is 0.74 Ohm, and the minimum inductance is 18.7 mH. The motor has a leakage capacitance of 1.9 nF. These traits make the motor very efficient and easy to regulate. For safety, the motor has clear warnings about hot surfaces, as temperatures may go beyond 60°C and cause burns. The motor's thermal time constant shows that it may take up to 140 minutes to cool down after it has been used. Users should wear protective gloves and not operate on the engine until it has cooled down enough. Users should avoid hitting the motor shaft with mechanical tools since hits may harm it and going above the maximum axial and radial forces can weaken the motor.

Two separate systems, a temperature sensor and a temperature model, work together to keep things safe from heat. This two-part system provides strong protection against overheating and permanent damage to the motor. The TP(+) and TP(-) ports in the power connection provide the temperature signal to motors that have an analogue encoder (AS/AM). For digital encoder versions (CS/CM), the encoder interface sends temperature data digitally for real-time monitoring. The encoder memory stores threshold values, and IndraDrive controllers keep an eye on them all the time.