Essential Mad100c-0150-sa-s2-bq0-35-n1 Collection [mn0CbDSd]

Essential Mad100c-0150-sa-s2-bq0-35-n1 Collection [mn0CbDSd] Motor

The Essential Mad100c-0150-sa-s2-bq0-35-n1 Collection [mn0CbDSd] is a cutting-edge motor from the renowned MAD range, designed and manufactured by Bosch Rexroth Indramat. This high-throughput motor is built for demanding applications, making it an ideal choice for servo and main spindle operations in machinery like printing presses and handling equipment. Its robust construction and advanced features ensure reliable performance in challenging environments.

Key Features and Specifications

The Essential Mad100c-0150-sa-s2-bq0-35-n1 Collection [mn0CbDSd] motor boasts several standout features that set it apart from the competition. It is equipped with a squirrel-cage rotor and a supplementary axial fan, which not only enhances heat dissipation but also prevents overload damage under unfolding loads. The motor features an IP 65 protective design, making it resistant to dust and water jets, ensuring durability in tough conditions. Its compact design allows for versatile installation in various setups, including those with limited space.

Practical Applications and Benefits

This motor is a versatile solution for a wide range of applications. With a size 100 C frame and a single-turn absolute encoder using an EnDat2.1 interface, it provides precise feedback for optimal performance. The motor offers flexible installation with both flange and foot mounting options, and power connectors on Side B simplify user convenience. Additionally, the output shaft is balanced with a full key, ensuring form-locking torque transmission. Despite not having a holding brake, the motor's majority bearing allows for quiet operation and high speeds, with a nominal speed of 1,500 min-1, a maximum speed of 9,000 min-1, and a current rating of 19.7 A.

• Robust Construction: Squirrel-cage rotor and axial fan for effective heat dissipation.
• IP 65 Protection: Resistant to dust and water jets for durability in harsh environments.