The Bosch Rexroth Indramat 2AD100C-B05OB1-AS01/S001 from the 2AD 3-Phase Induction Motors series is a high-performance AC Induction Motor engineered for industrial applications. Featuring a Motor Designation 2AD, it incorporates a compact Motor Size Code 100 frame combined with a Motor Length Code C for optimized torque-to-footprint ratio. The motor operates without a holding brake (Brake: Without holding brake) and employs an Axial Blower cooling system rated at 230V to maintain thermal stability under continuous duty. A robust Winding Code AS configuration further enhances reliability across demanding production environments.
Connections and installation are simplified by a Flange mounting interface, while power is delivered via a sealed Connector positioned Top and oriented To Side B for streamlined cable routing. The motor's Vibration Grade R certification ensures minimal resonant displacement, and the specified Ambient Temperature Range 0-40 Degrees Celsius guarantees stable operation within standard industrial climates. Maintenance is minimized by its inherently maintenance-free design and precision-manufactured components, reducing downtime and service intervals.
With a rugged enclosure and meticulously engineered internal feedback, the 2AD100C-B05OB1-AS01/S001 motor achieves reliable, long-term performance without sacrificing efficiency. Its scalable 2AD platform allows for straightforward integration and consistent performance across multiple machine tools, conveyors, and processing lines. Please respond in JSON format.
Axial Blower Voltage
230V
Cooling Type
Axial Blower
Brake
Without holding brake
Motor Length Code
C
Motor Size Code
100
Mounting
Flange mounting
Power Connection Direction
To Side B
Power Connection Type
Connector
Power Connection Position
Top
Product Type
AC Induction Motor
Vibration Grade
R
Winding Code
AS
Ambient Temperature Range
0-40 Degrees Celsius
Motor Designation
2AD
The 2AD100C-B05OB1-AS01/S001 works in axial blower assemblies. It integrates with non-encoder environments. The system aligns with basic rotary jobs. It promotes shaft direction control. It resists positional drift.