MS2N07-C1BNB-CMVK0-NNNNN-NN

Product Description:

The MS2N07-C1BNB-CMVK0-NNNNN-NN is a high-end motor. It is particularly designed to offer reliable torque, optimal speed, and strong protection in miniaturized and demanding applications. Its maximum torque of 38 Nm provides it with adequate reserve for it to absorb sudden increases in load or demanding tasks without compromising its mechanical stability.

It has a rated speed of up to 4500 rpm, facilitating rapid acceleration as well as smooth operating cycles across a broad array of dynamic applications. This makes it well suited for high response times and consistent rotational velocity under variable load conditions. The motor features a 16-bit resolution, which enables precise position and motion control, important in the event of synchronized equipment or operations requiring small change. The resolution enhances the precision of feedback and facilitates closed-loop operation stability. The connector mounted at the top features rotatable position within this design, providing convenient wiring flexibility and convenience of mounting the motor in space-restricted or skewed applications. The cable can be routed in any direction needed without compromise or obstruction with nearby components. With IP65 environment protection, the case is dustproof and resistant to low-pressure water jets from any direction, so it can efficiently function in harsher environments. The shaft itself has an IP64 rating, a lesser but still operable level of protection against dust and splashing water for most indoor and protected industrial applications. The sealing to this level of the environment enables longer motor life.

The MS2N07-C1BNB-CMVK0-NNNNN-NN internal configuration gives efficient power supply along with the control of heat dissipation. It ensures steady performance even under prolonged operation. It is ideal for assembly lines, automatic equipment, and precision machines needing robust torque and accuracy in motion feedback. Its performance parameters, protection level, and universal connector orientation allow it to perform stably in various environments while ensuring precise control and stable mechanical output.