2AD132C-B35RB1-CS06-B2N1
2AD 3-Phase Induction Motors
The Bosch Rexroth Indramat 2AD132C-B35RB1-CS06-B2N1 AC induction motor from the 2AD 3-Phase Induction Motors series is a robust 3-phase configuration delivering 96 Nm of continuous torque at 279 volts AC. Featuring standard bearings and an axial blower cooling type, it maintains optimal operating temperatures with a thermal time constant of 50 minutes. The motor draws 39 amperes and has an inertia rating of 0.076 kgm², ensuring precise dynamic response. Designed for flexible installation, it supports flange and foot mounting with power connection to side B on the right when viewed from the front. It operates without a holding brake and employs digital servo feedback via an absolute or incremental encoder, while the shaft is balanced with the entire key and configured without a seal or end on side B. Vibration grade R ensures reliable performance in demanding industrial environments.
Technical Specifications
Bearings
Standard
Cooling Type
Axial Blower
Brake
Without holding brake
Feedback Device
Digital servo feedback
Motor Length Code
C
Mounting
Flange and foot mounting
Shaft Type
Without shaft seal, with balanced with entire key
Power Connection Direction
To Side B
Power Connection Position
Right (View from front towards shaft)
Product Type
AC Induction Motor
Shaft End (Side B)
Without shaft end
Vibration Grade
R
Current Drawn
39 amperes
Inertia Rating
0.076 kgm²
Voltage Rating
279 volts AC
Thermal Time Constant
50 minutes
Encoder Type
Absolute or Incremental
Torque
96 Nm
Configuration
3 phase
Frequently Asked Questions
What installation options are supported by the 2AD132C-B35RB1-CS06-B2N1 motor?
This motor allows both flange and foot mounting, offering flexibility for vertical or horizontal setups. Proper alignment during installation is essential to prevent shaft loading or misalignment issues.
How does the axial blower cooling system affect motor operation?
Axial blower cooling ensures consistent airflow across the motor body, improving heat dissipation under continuous load. This allows sustained torque delivery without frequent thermal shutdowns.
How does a thermal time constant of 50 minutes influence system design?
A longer thermal time constant allows for gradual heating, giving more headroom for short overloads. However, it also means slower thermal response, so cooling systems must be proactive.
What feedback options are compatible with this motor?
The motor supports both absolute and incremental encoders with digital servo feedback. This enables precise positioning and velocity control in closed-loop servo systems.
Why is shaft balancing with the full key important in the 2AD132C-B35RB1-CS06-B2N1?
Full-key balancing ensures minimal vibration when pulleys or couplings are mounted. This reduces wear on bearings and maintains smooth operation at high speeds.
Common Misspellings
2AD132C B35RB1 CS06 B2N1
2AD132CB35RB1CS06B2N1
2AD132C-B35RB1-CS06-B2N1
2AD132C-B35RB1-CSO6-B2N1
2AD132C-835R81-CS06-82N1
2AD132C-835R81-CSO6-82N1
2AD132CB35RB1CSO6B2N1
Internal Product Review
The 2AD132C‑B35RB1‑CS06‑B2N1 is an AC induction motor developed by Bosch Rexroth Indramat. It features standard bearings, an axial blower with 50 min thermal time constant and 0.076 kgm² inertia. It’s typically used as a spindle or servo motor in machine tools, packaging, and printing systems.
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We offer a repair service for the 2AD132C-B35RB1-CS06-B2N1.
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