SF-A2.0041.030-00.000

The Bosch Rexroth Indramat SF-A2.0041.030-00.000 servo motor is a precision component in the SF Servo Motors series, engineered for dynamic motion control applications. Featuring a locked-rotor torque of 4.0 Nm and a rated speed of 3000 min^-1, it delivers rapid response and stable performance under varying load conditions. Equipped with a single-turn (STG) encoder, with a multi-turn (MTG) option available, this motor provides high-accuracy position feedback essential for synchronized motion in automation systems. Its primary function is to convert electrical input into controlled rotational movement for industrial drive systems.

Incorporating advanced technical specifications, the SF-A2.0041.030-00.000 draws a locked-rotor current of 1.3 Amperes at M0 and achieves a torque constant of 1.5 Nm/A when an encoder is fitted. The rotor’s moment of inertia, including encoder, is 4 x 10^-4 kgm^2, ensuring precise acceleration and deceleration. The motor’s flange dimension of 100 mm and shaft dimension of 14 x 30 mm facilitate straightforward mechanical integration. Unique features include dual non-thermal control (NTC) sensors for real-time thermal monitoring, encoder and output/brake plug-in connectors for simplified wiring, and an electronic rating plate that enables automatic parameter optimization.

Designed for industrial durability and ease of maintenance, this servo motor features a low-contamination aluminum chassis and extended mounting pockets for secure installation. At 6.2 kg without a holding brake and a maximum length of 208 mm, the compact form factor supports space-constrained applications. An inspection record, supplementary nameplate, and manufacturer alerts regarding high voltage and hot surfaces ensure compliance with safety standards. The absence of a holding brake reduces mechanical complexity while enabling seamless integration into diverse automation platforms. This SF-series motor delivers reliable, efficient operation and long-term performance benefits in demanding industrial environments.