SERVOMOTOR MAF225C-0150-FQ-M2-HH0-05-N1

***Disclaimer: The following summary contains information gathered from various sources such as product descriptions, technical specifications and catalogs. While efforts have been made to provide accurate details, inaccuracies may occur. It is advised to verify all information by contacting Bosch Rexroth directly.***
The Bosch Rexroth MAF225C-0150-FQ-M2-HH0-05-N1 (R911407670) is a high-performance liquid-cooled motor designed to deliver exceptional torque in compact spaces. This motor is equipped with an integrated cooling system that thermally isolates the motor from the machine, facilitating high-precision machining operations. It features quick couplers with an integrated outlet fuse that significantly eases maintenance tasks. Adaptable to a range of application requirements, the MAF225C-0150-FQ-M2-HH0-05-N1 offers various options such as different encoder systems, vibration severity grades, and shaft versions. This particular model comes without a holding brake and is characterized by its water cooling system with threaded connections, which contributes to its efficient thermal management. The motor has been engineered for maximum torque delivery while maintaining a compact form factor. It operates at a high maximum speed and has a specified rated speed that ensures efficiency during use. The shaft diameter and length are designed to accommodate specific application needs, while the rotor inertia value without brake indicates the level of resistance against changes in rotational speed. Additionally, this Bosch Rexroth motor specifies its product group ID, rated torque, maximum current draw, flange size, bolt circle dimensions for mounting purposes, spigot size for alignment during installation, rated current for operation efficiency considerations, rated power output for performance assessment and weight for handling and installation planning. In summary, the MAF225C-0150-FQ-M2-HH0-05-N1 motor is tailored to meet demanding applications where space constraints exist yet high torque output is necessary. Its robust design coupled with customizable features make it an ideal choice for precision-driven tasks requiring reliable and efficient power delivery.