2AD134B-B35RA1-FS06-H2N3
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MPN: R911289364
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The 2AD134B-B35RA1-FS06-H2N3 from Bosch Rexroth Indramat belongs to the 2AD 3-Phase Induction Motors series and features a standard B35 flange mounting. It offers an IP65 enclosure, an axial blower cooling method with 230V, and a maximum speed of 6000 rpm. The motor uses resolver feedback.
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Product Description:
The 2AD134B-B35RA1-FS06-H2N3 Servo Motor housing is built to prevent the ingress of dust and to resist water projected from a nozzle. This product of Bosch is suitable for dynamic positioning and fast-cycle industrial automation processes as it has a high rotational capacity defined by its 7500-rpm maximum speed. Its vibration level conforms to the S1 classification which makes it suitable for heavy duty tasks.
The 2AD134B-B35RA1-FS06-H2N3 servo motor electrical consumption under rated load is 39.5 amperes which contributes to the sizing of associated power electronics and protection systems. The electrical interface for supplying power is located on the right-hand side of the motor casing. It has a size of 134 which refers to the frame size or housing dimension that determines its mounting footprint and compatibility with mechanical interfaces. Its blower has an IP protection rating of 24 which ensures basic safeguarding for the auxiliary cooling system. The servo motor’s output or torque is delivered through side A, which also features the main electrical connection or power plug. The internal windings of the motor are insulated using materials rated under Class F according to the DIN VDE 0530-1 standard which enhances its thermal endurance.
This 2AD series motor incorporates a digital feedback device that continuously monitors and reports the rotor’s position and speed and enables precise control by communicating real-time data to the servo drive or controller. It uses a fan mounted in line with the motor shaft that pushes air inward for thermal regulation which enhances heat dissipation by forcing air over the motor surfaces to maintain optimal operating temperatures. It is suited to applications where external mechanical locking or gravity is not a factor as it cannot retain position when power is removed due to the absence of a holding brake.
Frequently Asked Questions about 2AD134B-B35RA1-FS06-H2N3:
Q: How does the Class F insulation improve the motor’s thermal handling capability?
A: Class F insulation allows higher thermal limits which reduce the risk of overheating. It helps maintain performance during extended high-load operation.
Q: Why is the axial blower cooling mode used in the 2AD134B-B35RA1-FS06-H2N3 motor?
A: Axial blower cooling efficiently directs airflow over heated surfaces. This helps maintain a stable operating temperature under continuous load.
Q: What is the benefit of having IP65 motor protection in the 2AD134B-B35RA1-FS06-H2N3 model?
A: IP65 protection prevents dust intrusion and resists water jets. This improves durability in environments requiring consistent motor cleanliness.
Q: How does the digital servo feedback encoder enhance motor control accuracy?
A: The encoder continuously tracks rotor position in real-time. This ensures precise motion and synchronizes with closed-loop control systems.
Q: Why does the 2AD134B-B35RA1-FS06-H2N3 servo motor not include a holding brake?
A: It is designed for systems where holding force is externally managed. This simplifies motor construction and lowers maintenance requirements.
