2AD200C-B35OB1-AS06-A2V1

MPN: R911281815

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The 2AD200C-B35OB1-AS06-A2V1 servo motor has a stator size of 200 mm, utilizes surface cooling with a blower, and features an IP65 protection rating. Part of the 2AD 3-Phase Induction Motors series by Bosch Rexroth Indramat, it includes a digital servo feedback encoder with absolute/EnDat 2.1 technology.

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Product Description:

The brakeless servo motor 2AD200C-B35OB1-AS06-A2V1 is built by Indramat that deliver a nominal speed of 1500 r/minute and consumes 79000 W of power. Its balance category is classified as R and it possess heavy-duty bearing that provides maximum permissible operating speed of 5000 r/minute.

The 2AD200C-B35OB1-AS06-A2V1 servo motor’s power terminal is positioned above the body that routes cables toward B side and it needs 1 x 70 mm²/2 x 25 mm² of diameter wire for power transmission. It maintains ambient thermal condition with its integrated 600 VA energy consuming blower that provide 2500 m³ per hour of airflow and the blower functions on a 3 x 400 V AC at 50/60 Hz or 3 x 460 at 60 Hz frequency. The motor’s feedback is based on digital encoder technology that achieves absolute accuracy of ±0.009 degrees and maintains relative accuracy at ±0.01’. Its angular rotor inertia is specified as 6600 kg·cm² and the provided electrical insulation is classified as F for safety. This 2AD servo motor possess B35 mounting format that allows both flanges and feet installation options. It utilizes 186.0 A of normal operating current from a 325.0 V AC supply source to generate a steady turning effect of 503 Nm.

The 2AD200C-B35OB1-AS06-A2V1 servo motor carries a weight is around 450 kg without accessories and it requires referencing at startup due to the nature of attached feedback system. It is accompanied by a seal less plain design of shaft that allows encoder attachment on one side only and it measure 14.0 cm in length along with 7.0 cm in diameter. This motor comes with protection of IP65 and its average sound pressure level is measured as 77 decibels at a distance of 3.280 ft.

Absolute Accuracy (Encoder)
±0.009 degrees
Airflow Rate (Blower)
2500 m³/h
Angular Rotor Inertia
0.66 kg·m²
Balance Category
R
Blower Power Consumption
600 VA
Connection Method
Connector
Cooling Method
Surface Cooling, Blower
Encoder Type
Digital servo feedback, absolute/EnDat 2.1
Normal Operating Current
186 A
Protection Type
IP65
Relative Accuracy (Encoder)
±0.01 arcminutes
Sound Pressure Level
77 dB at 1 meter (3.280 ft)
Stator Size
200 mm
Type
Servo Motor
Wire Requirements
1 x 70 mm² or 2 x 25 mm² diameter
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Frequently Asked Questions about 2AD200C-B35OB1-AS06-A2V1:

Q: What is the role of the R-class balance category in this servo motor?

A: The R-class balance allows smoother high-speed rotation, which minimizes vibration and helps extend bearing life during intensive applications.

Q: Why is digital encoder feedback important in the 2AD200C-B35OB1-AS06-A2V1 servo motor?

A: It ensures ultra-precise positioning and motion control, offering absolute accuracy of ±0.009°, ideal for CNC and robotic systems.

Q: How does the 186 A operating current benefit the performance of the 2AD200C-B35OB1-AS06-A2V1?

A: The high current draw enables the servo to produce substantial torque of 503 Nm, ensuring consistent motion under heavy mechanical load.

Q: Why is insulation class F used in the 2AD200C-B35OB1-AS06-A2V1 servo motor?

A: The class F insulation supports higher thermal endurance, enabling the motor to operate reliably in environments up to 155°C winding temperature.

Q: How does the blower rated at 2500 m³/h contribute to the motor’s efficiency?

A: It maintains optimal cooling, which prevents overheating during continuous duty cycles, supporting the longevity of internal components.


Internal Product Review

  • ‘‘The 2AD200C-B35OB1-AS06-A2V1 is a servo motor built by for industrial-grade precision motion applications. It offers an angular rotor inertia of 0.66 kgm² and uses a 600 VA blower to manage thermal conditions. This model is commonly deployed in automated machining centers and high-load robotics environments.’’

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