2AD132D-B35OB2-AS06-A2V1

MPN: R911274788

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The Bosch Rexroth Indramat 2AD132D-B35OB2-AS06-A2V1 belongs to the 2AD 3-Phase Induction Motors series and is an AC Servo Motor with a frame size of 132mm. It features a forced air cooling system via an axial fan, a rated power of 6.8 kW, and a rated speed of 2000 rpm. The motor provides IP65 protection.

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Product Description:

The 2AD132D-B35OB2-AS06-A2V1 3-Phase Induction Motor offers reliable output for precision-based motion tasks. It is made by Bosch Indramat to offers a consistent mechanical response under rated load conditions.

The 2AD132D-B35OB2-AS06-A2V1 3-phase induction motor works at a base motor speed of 1500 rpm. It provides a nominal torque of 140 Nm. It delivers a rated output power of 22 kW. The product functions at a nominal voltage of 290 V. It supports a nominal current of 54 A. The motor reaches a peak operational speed of 7500 rpm. It allows fast and smooth acceleration processes. It has a holding torque of 100 Nm. The motor provides secure positioning during stop phases. The moment of inertia is 0.002 kg·m². The low inertia offers quick dynamic response. The system delivers precise motion under rapid speed changes. The maximum braking energy capacity is 30000 Ws and enables strong regenerative braking functionality. The release delay is measured at 110 ms. The short delay time offers a quick transition from braking. It helps to reduce system downtime. The braking and drive system work in sync efficiently. The motor construction allows stable torque generation. It maintains power stability under continuous operation. The structure supports mechanical safety under thermal load. The unit is perfect for industrial drive systems. The motor is built for high-efficiency drive assemblies. The product ensures operational accuracy under dynamic motion loads.

The 2AD132D-B35OB2-AS06-A2V1 3-phase induction motor meets industrial performance and durability standards. The Bosch Rexroth Indramat 2AD 3-Phase induction motor supports integrated control systems and it offers balanced performance in drive and hold conditions. The motor fits in high-duty cycle installations that require reliable and consistent torque and speed control.

Base motor Speed
1500 rpm
Holding torque
100 Nm
Maximum braking energy
30000 Ws
Moment of inertia
0.002 kg·m²
Nominal current
54 A_eff
Nominal power
22 kW
Nominal torque
140 Nm
Nominal voltage
290 V_eff
Peak speed
7500 rpm
Protection Class
IP65
Release delay
110 ms
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Symptom or fault Likely cause(s) Quick corrective action
Motor-housing temperature unusually high Blower clogged or not working; duty cycle exceeds design; parameters altered; worn bearings Clean/replace blower; verify load cycle & motor sizing; restore original parameters; inspect bearings and replace if play/noise detected.
Drive reports winding-temperature warning, but housing feels normal Broken thermistor lead or NTC sensor failure Check sensor wiring continuity; measure NTC resistance vs-temperature curve; switch to spare sensor if fitted.
Frequent over-temperature shutdown Fan not delivering flow; blocked cabinet airflow Measure air-volume from blower; clear filters/ducts; confirm supply voltage to fan; replace fan if flow is low.
Excessive vibration / noise Unbalanced coupling, worn motor or blower bearings, loose mounting Rebalance attached load; listen for bearing rumble and replace if needed; tighten mounting bolts to spec.
Position not reached or drifts Encoder cable swapped/loose; poor shield bonding; wrong encoder parameters Check pin-out & continuity; improve 360° shield clamp; reload correct feedback parameters in drive.
Intermittent “encoder fault” (F242/F238) Noise on feedback lines; damaged Sin/Cos tracks Shorten cable runs or fit ferrite; inspect connector; replace encoder if errors persist.
Motor trips on “over-current” right after start Phase-to-phase short in stator or cable, or shaft jammed Megger motor; inspect power leads; spin shaft by hand – if tight, strip and check bearings.
High winding-temp reading at idle Thermistor shorted to ground or wrong scaling in drive Measure NTC at 25 °C (≈10 kΩ); correct scaling constant; replace sensor if resistance out of range.
Fan runs but airflow feels weak Incorrect blower direction (suction instead of blow); debris inside shroud Verify arrow on blower; invert polarity if wired backwards; remove foreign objects.
Persistent “mechanical oscillation” at stand-still Loose motor foot or coupler; drive-tuning too aggressive Re-torque foot bolts; inspect key/keyway; retune speed-loop gains per IndraWorks wizard.
Model Frame size Rated torque MN (Nm) Rated speed nN (rpm) Rated power PN (kW) Cooling / mounting
2AD132D-B35OB2-AS06-A2V1  132 D 140 3 000 22 External blower, IM B35
2AD104B-B050B1-CS06-B2N1  104 B 70 1 600 4.4 Axial blower, IM B05
2AD134B-B35LL3-ES36-A2N 134 B 76 1 500 11.9 Axial blower, IM B35
2AD164B-B35OA1-BS06-D2N1 164 B 180 2 000 37.7 Radial blower, IM B35
2AD184C-B35LC1-CS36-E2N1 184 C 318 1 500 50 Radial blower, IM B35
2AD200C-B35LA3-AS06-A2N1 200 C 500 1 500 78.5 Radial blower, IM B35
Error code What it means
F207 Switching to an uninitialised operating mode 
F230 Encoder 1 – maximum signal frequency exceeded 
F236 Position-feedback deviation too large 
F237 Position-command deviation too large 
F238 Actual speed value deviation too large
F242 Encoder 2 failure – signal amplitude too small
F245 Encoder 2 failure – quadrant error
F246 Encoder 2 – maximum signal frequency exceeded
F248 Battery voltage too low (backup supply) 
F249 Main-drive encoder fault detected 

Frequently Asked Questions about 2AD132D-B35OB2-AS06-A2V1:

Q: What cooling method is used in the 2AD132D-B35OB2-AS06-A2V1 motor?

A: The 2AD132D-B35OB2-AS06-A2V1 uses a forced air axial fan. This ensures consistent thermal control during extended high-performance operations.

Q: What is the rated speed of the 2AD132D-B35OB2-AS06-A2V1 motor?

A: The 2AD132D-B35OB2-AS06-A2V1 operates at 2000 rpm. It provides stable speed control for continuous automation processes.

Q: How much power does the 2AD132D-B35OB2-AS06-A2V1 motor deliver?

A: The 2AD132D-B35OB2-AS06-A2V1 has a rated power output of 6.8 kW. It suits medium-duty industrial drive applications.

Q: What protection rating does the 2AD132D-B35OB2-AS06-A2V1 motor provide?

A: The 2AD132D-B35OB2-AS06-A2V1 is built with IP65 protection. This guards the motor against dust and low-pressure water jets.

Q: What type of applications can use the 2AD132D-B35OB2-AS06-A2V1 motor?

A: The 2AD132D-B35OB2-AS06-A2V1 motor is ideal for precision-based motion control systems. It supports automation tasks that require reliable torque and smooth acceleration.


Internal Product Review

  • ‘‘The 2AD132D-B35OB2-AS06-A2V1 motor ensures dependable torque for industrial motion tasks. Its axial fan cooling supports continuous-duty cycles. IP65 protection makes it resilient in demanding environments. With a 6.8 kW rated output, it is engineered for consistent operation and thermal stability in automation systems.’’

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