2AD104C-B35OA1-CS06-D2N1

The Bosch Rexroth Indramat 2AD104C-B35OA1-CS06-D2N1 belongs to the 2AD 3-Phase Induction Motors series and is a robust AC Induction Motor designed for precise industrial motion control. This model operates with standard bearings to ensure smooth rotation and longevity, and it features an axial blower voltage of 230V for efficient thermal management. Supplied without a holding brake, the motor offers streamlined integration where external braking solutions are preferred. Its primary function is to drive rotating equipment in automation systems, delivering reliable torque and speed under varying load conditions.

Incorporating advanced digital control elements, the 2AD104C-B35OA1-CS06-D2N1 is equipped with a digital servo feedback device for high-resolution position and speed monitoring. Its electrical design is defined by a NOMINAL TERMINAL VOLTAGE of 24+/-10% V, ensuring stable operation across voltage variations. The motor's winding code CS and clamping delay of 60 ms contribute to optimized current transitions and reduced electrical stress. Sized with Motor Size Code 104 and Motor Length Code C, this unit balances torque output and compact form factor, while the axial blower delivers consistent cooling to maintain thermal limits under continuous duty.

This induction motor supports versatile flange and foot mounting for flexible installation in diverse equipment layouts. The shaft features a shaft seal, balanced with entire key, enhancing reliability by minimizing wear and vibration. Power is supplied via a Power Plug (Blower with plug) located at the top of the housing, simplifying wiring and maintenance. Built to Vibration Grade R standards, the motor resists mechanical oscillations in demanding environments. With a MAX. BREAKING ENERGY of 20,000 Ws, a NOMINAL CURRENT OF HOLDING BRAKE of 0.9 A, and a brake MOMENT OF INERTIA of 0.0007 kgm2, this model provides precise deceleration control when used with compatible brake assemblies. The 2AD104C-B35OA1-CS06-D2N1 delivers robust performance, reliability, and efficiency for modern industrial automation applications.