MS2N04-C0BTN-BMDH1-NNNNE-NN

Product Description:

Bosch Rexroth Indramat manufactured MS2N04-C0BTN-BMDH1-NNNNE-NN synchronous servo motors. In order to keep the load fixed, the holding brake uses friction to provide a static force that opposes any outside forces operating on the shaft. The "Withholding brake" specification confirms the inclusion of this crucial component. A keyway and shaft seal are features of the motor shaft's design. A keyway is a slot or groove that has been machined into the shaft to accommodate the insertion of a key. A positive mechanical connection that stops slippage during operation is then made when this key slides into a matching slot in an object like a gear or pulley. The "Keyway, with shaft seal" feature denotes the motor shaft's sturdy construction, which guarantees dependable power transfer and defense against environmental influences.

The MS2N04-C0BTN-BMDH1-NNNNNE-NN motor's electrical connection uses an M17 double plug. This kind of connection is often used in industrial settings because of its durability and capacity to withstand large currents and voltages. The "double plug" arrangement implies a redundant connection method, which might enable independent power and signal connections or improve connection dependability in general. The term "turnable" refers to the connector's ability to be turned once plugged in, providing flexibility during installation and enabling the best possible wire routing. With 2,048 signal periods, this motor promises "advanced encoder performance". Because they provide feedback on the motor's position and speed, encoders are essential parts of servo motors. More resolution feedback results from more signal periods each revolution, which allows for more accurate motor movement control. The 2,048 signal periods in this instance, in conjunction with the "digital 20 bit" and "Safety4Wire" standards, point to a high-resolution encoder that can provide precise and dependable position data—a crucial component for applications that need exact motion control.

The motor uses an axial fan running at 115V to provide forced ventilation cooling. The motor's maximum speed is 6000 min-1, or 6000 revolutions per minute. Its fast rotational speed makes it appropriate for uses requiring quick motions, such as packing machines or high-speed pick-and-place robots. In industrial operations, the capacity to reach high speeds helps boost throughput and production. The motor's constant torque rating is 3.35 Nm. The highest torque is 12.6 Nm, which is the maximum torque the motor can produce for brief periods. The motor is rated for 4.10 A of current, which indicates how much electricity it consumes when running. The motor's moment of inertia is 0.00011 kgm^2. With a number of "2,000 min^-1," the "Winding" parameter most likely relates to the motor's base speed.