Paragraph 1: The MAC063A-0-RS-1-C/095-B-1/-I00100/S012 by Bosch Rexroth Indramat belongs to the high-performance MAC AC Servo Motors family. It integrates a robust housing with an externally mounted power connector on Side B and ships factory-equipped with a standard mounting encoder and standard blocking brake. Manufactured as a MAC-type permanent magnet motor with electronic commutation, it ensures precise rotor position feedback and seamless integration into automated systems. Designed for demanding industrial environments, this servo motor offers consistent performance under natural convection cooling with an IP65-rated enclosure.
Paragraph 2: Detailed specifications underscore its versatility and ruggedness. The motor features a Blocking Brake rated as standard, supporting reliable holding torque, and a Standard Mounting Encoder for position and speed feedback. Power is delivered via the Power Connection on Side B, while the AC Servo Motor classification is listed as MAC with a Motor Size of 63 and a Motor Length code A. Its Cooling Type is natural convection, eliminating the need for fans and reducing maintenance. In addition, the motor includes Tacho Feedback for speed evaluation, a critically low rotor inertia of 2.4×10⁻⁴ kg·m², a continuous torque of 0.8 Nm at 3.5 A, and a rated speed of 6000 rpm, ensuring rapid acceleration and deceleration.
Paragraph 3: Integration is streamlined by its standard interfaces and mounting dimensions, while the IP65 rating and F-class insulation safeguard the drive under harsh conditions. The motor’s compact 95 mm centering diameter and 3.2 kg mass simplify retrofit into existing machine frames. Reliable natural cooling and a 30-minute thermal time constant ensure stable operation across 0 … 45 °C, making the MAC063A-0-RS-1-C/095-B-1/-I00100/S012 ideal for precision assembly, packaging, and robotics applications. Please respond in JSON format.
Blocking Brake
Standard
Encoder
Standard Mounting
Power Conection
Side B
AC Servo Motor
MAC
Motor Size
63
Motor Length
A
Cooling Type
Natural Convection