Brief: In this video, we provide a detailed walkthrough of the Panasonic MHMA102P1G 1KW AC Servo Motor with Brake. You'll see a demonstration of its high-inertia design and IP65-rated construction, learn about its torque characteristics and permissible load specifications, and get insights into its integration and operational workflows for industrial automation applications.
Related Product Features:
High inertia design with a rotor inertia of 26.0 x 10^-4 kg·m² for stable operation under varying loads.
Rated output of 1000W and rated torque of 4.8 N·m for powerful performance in industrial applications.
IP65 protection rating, safeguarding against dust and water jets for reliable operation in harsh environments.
Connector-type motor lead-out and encoder connector for simplified and secure electrical connections.
Maximum rotational speed of 3000 r/min and a rated speed of 2000 r/min for versatile motion control.
Momentary peak torque of 14.4 N·m provides high overload capacity for demanding start-stop cycles.
Key-way shaft design and oil seal inclusion ensure secure coupling and protection against contaminants.
130 mm square flange dimension for standardized mounting and easy integration into machinery.
FAQs:
What is the regenerative brake frequency for the MHMA102P1G servo motor?
Without an external regenerative resistor, the regenerative brake frequency is 33 times per minute when stopping from rated speed with no load. With the optional external regenerative resistor (Part No. DV0P4284), there is no limit to the regenerative brake frequency, provided the effective torque remains within the rated torque.
What are the permissible load specifications during operation for this servo motor?
During operation, the MHMA102P1G can handle a radial load (P-direction) of 490 N and a thrust load (A or B direction) of 196 N. These specifications ensure reliable performance under typical operational stresses.
Does the MHMA102P1G servo motor include a holding brake?
No, the MHMA102P1G model is specified as 'without' a holding brake. It is a high-inertia, connector-type motor with IP65 protection, designed for applications where a brake is not required.
What is the recommended inertia ratio for the load when using this motor?
The recommended inertia ratio of the load to the rotor is 5 times or less. If the load moment of inertia exceeds this value, it is advised to consult Panasonic or a dealer for application suitability and potential adjustments.