Product Description

The MAF130C-0250-FQ-S2-AP0-35-N1, crafted by Rexroth Bosch Group, represents the forefront of precision in technology. As a first-rated product from a company known for its innovative approach and engineering excellence, this motor delivers high-performance solutions for complex industrial problems. 

The standard bearing present in this machine facilitates maintenance, troubleshooting, and repair, as it is designed to fit common applications and systems. The vibration severity grade 1 integrated in this machine helps in maintaining the motor’s longevity by minimizing mechanical stress and noise. The maximum speed with a bearing 7500 rpm allows the motor to operate efficiently at high speeds. And for effective thermal management, maintaining optimal operating temperatures, and preventing overheating during high-load conditions this machine has liquid cooling with 1/4" connection thread. Torque constant at 20 Degree C 1.88 Nm/A, motor protection class IP65, and rated current 75.5 A contributes to the motor’s ability to operate on a consistent and effective basis across different conditions and applications, amplifying overall the performance. The flange and foot mounting in the unit offers installation choices, allowing the motor to be mounted securely in various configurations. Not to forget the amazing discharge capacity of 20nF in this motor which provides stable working and compliance with electromagnetic compatibility (EMC) requirements.

The shaft sealing ring protects against contaminants, thereby enhancing the motor's durability and operational reliability. ||| Moreover, the ambient temperature in operation 0 to +40°C indicates the motor’s capability to function reliably within a broad temperature range. To contribute to a quieter working environment and minimizing acoustic impact, this machine has a sound pressure level of 70(+3) dB(A). This mechanism is built to meet the demands of modern manufacturing environments, while offering powerful functionality and flexibility to enhance operational efficiency and precision.