MDD025A-N-100-N2K-040PL1

At standstill, it can hold up to 0.33 Nm continuously without overheating, which limits the static load it can hold in applications (e.g. robotic joints or indexing). If greater holding torque is needed, the brake must be used, or the motor size increased.

With the 40 mm centering diameter, alignment in multi-motor or multi-axis systems is more precise, simplifying design of clamping or flanging fixtures. The keyway helps torque transmission without slippage, and the shaft seal prevents ingress of contaminants, important in harsh or dirty industrial environments.

Controllers/drives must support both resolver signals and the protocol used by the absolute encoder; connector pin-outs, shielding, and feedback cable lengths are critical to maintain signal integrity. In the MDD line, feedback cables are standardized and there is a maximum recommended length to prevent timing or noise issues

Brake pads/disks will wear over time (depending on usage frequency and duty-cycle), so periodic inspection or replacement is necessary; neglect may lead to reduced torque or failure to hold position. Also, controlling the brake requires integrating with the drive’s auxiliary circuits (power supply, wiring, control signals) and ensuring the brake is engaged/safe before removing external load.

The inclusion of absolute feedback, holding brake, high speed and sealed shaft increases upfront cost, but for B2B applications this reduces downtime, improves safety, and enables more precise control (less scrap, easier compliance). Simpler motors might be cheaper but may lack the feedback accuracy, require external brakes, or suffer higher maintenance costs and lower usable precision.