MAD100C-0150-SA-S2-KH0-05-N1

Product Description

The Indramat remarkable product as MAD100C-0150-SA-S2-KH0-05-N1 servo motor presents a precise and efficient solution for industrial torque and control applications. Indramat remains a key player in the global industrial automation sector by offering cutting-edge solutions that maintain a legacy of innovation and quality in motion control technology.

This MAD100C-0150-SA-S2-KH0-05-N1 servo motoris capable of delivering a torque of 48 Nm and a power output of 7.5 kW. With a current rating of 19.7 A and operating at 1500 rpm, this motor demonstrates a well-defined performance suited for high-speed tasks. The motor's winding type is specified as 0150 while the axial fan cooling mechanism ensures optimal thermal management. It incorporates a single-turn encoder with 2048 increments by allowing for accurate position feedback. The terminal box connection is positioned on the B side for convenient power connections. This motor features a plain shaft without a sealing ring emphasizing its suitability for use in controlled environments. The absence of a holding brake is noted which helps in making it ideal for specific applications where braking systems are not required. The MAD100C servo motor'smounting is facilitated through a flange-only style. This keeps ensuring secure installation while the standard bearings are rated for vibration severity class R for enhancing operational stability.

The MAD100C-0150-SA-S2-KH0-05-N1 servo motor'smaximum bearing speed reaches up to 9000 rpm by showcasing the motor's capacity to handle dynamic loads efficiently with high-rated speed. With a mass of 59 kg, this motor maintains a balance between durability and manageability as its small mass is easily handled in space-limited setups. The operating temperature range is set between 0 to 40 degrees C for this motor to ensure functionality in various industrial settings. This motor offers precision and reliability for high-performance applications requiring consistent torque and speed control across different load conditions.