DRIVE INDRADRIVE MI KSM02.1 SET 01

***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 INDRADRIVE MI KSM02.1 SET 01 (R911375974) is an advanced integrated MotorDrive that combines a synchronous servo motor with an integrated inverter, control electronics, and firmware. This product is part of the KSM series and is notable for its size, high-performance capabilities, and efficient design. The servodrive ensures seamless operation with a continuous torque of .Nm and a power range of .kW, while it can deliver a maximum torque of .Nm. It operates effectively within a DC line voltage range of V to V. The KSM02.1 SET 01 has been engineered for low inertia applications without compromising on power, demonstrated by its maximum current rating of . and rotor inertia without brake value of . It features a holding brake size suitable for applications requiring precise positioning when motion is halted. With self-cooling or natural convection as its cooling type, it maintains performance without the need for additional cooling systems. Its compact width and height dimensions make it suitable for space-constrained installations, while still delivering high torque output. The unit's design includes IP enclosure protection class standards ensuring durability in various operating environments. The hybrid cable streamlines connectivity by supplying DC power and facilitating communication through daisy-chaining components. This model also supports MultiEthernet protocols, enhancing its compatibility with modern industrial networks. The inclusion of both brake and non-brake options caters to different application needs regarding motion control and safety requirements. The KSM02.1 SET 01's nominal power stands at .kW with continuous torque during internal cooling rated at kNm, ensuring consistent performance under varying thermal conditions. Its rotor inertia with brake value is set at ., providing stability during operations involving rapid starts and stops. Overall, this product offers a robust solution for automation tasks requiring high precision, reliability, and integration ease in industrial settings where space optimization is critical.