2AD134C-B05OCE-FS0C-H2N1
MPN: R911312279
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The Bosch Rexroth Indramat 2AD134C-B05OCE-FS0C-H2N1 is part of the 2AD 3-Phase Induction Motors series and features an IndraDyn A Synchronous Motor. With a frame size of 134 mm, it uses external fan cooling and operates at a rated voltage of 400 V AC. This motor offers IP65 protection and a rated speed of 3000 rpm.
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Product Description:
Bosch Rexroth Indramat 2AD134C-B05OCE-FS0C-H2N1 servo motor provides precise motion control. This flange-mounted servo motor is part of the 2AD motor family. For applications requiring precise control of torque and speed, it is designed for incorporation into automation systems.
The 2AD134C-B05OCE-FS0C-H2N1 servo motor is a 134-sized servo motor having a nominal power rating of 12.0 kW. The motor has a base speed of 1500 min⁻¹ and a maximum speed of 7500 min⁻¹. The thermal time constant is fifty minutes, and the inertia of the rotor is 0.076 kilograms meters squared. The vibration severity of the servo motor is approximately normal, and there is no holding brake. The motor uses a standard bearing type and has a stated length of C. A nominal voltage of 224 V_eff and an FS winding specification are provided. The minimal connection cross-section is 10 mm², with a nominal current of 40.9 A_eff. The motor has an output shaft, a shaft sealing ring, and a half-key balance. The servo motor has no shaft end on Side B. With the power connection elevated above the casing, wiring is more easily accessible. The 2AD134C servo motor is an excellent choice for controlled motor performance in industrial automation due to its specifications and design.
The 2AD134C-B05OCE-FS0C-H2N1 servo motor lacks a retaining brake and a side B shaft end. The servo motor must have a connection cross-section of 10 millimeters squared and be capable of absorbing electrical inputs of up to 224 volts equivalent. The 2AD servo motor is the optimal choice for applications that necessitate consistent regulation of torque and speed. It is a suitable choice for motion control components that necessitate a well-balanced rotor design and a compact footprint.
Frequently Asked Questions about 2AD134C-B05OCE-FS0C-H2N1:
Q: Why does 2AD134C-B05OCE-FS0C-H2N1 use FS winding?
A: The FS winding supports the nominal power output of 12.0 kW. It ensures temperature stability during extended operation at rated performance.
Q: Does 2AD134C-B05OCE-FS0C-H2N1 include a holding brake?
A: No, it is designed without a holding brake. This configuration reduces system complexity for continuous-motion applications without static torque requirements.
Q: Do 2AD134C-B05OCE-FS0C-H2N1 motors have flange mounting?
A: Yes, it has a flange mounting system. This provides secure alignment and direct attachment to compatible mechanical assemblies.
Q: How does 2AD134C-B05OCE-FS0C-H2N1 handle vibration?
A: It is built with standard vibration severity. This ensures stable motor function under controlled dynamic load variations.
Q: Why is the power connection above in 2AD134C-B05OCE-FS0C-H2N1?
A: The top power connection layout simplifies cable routing. It enhances accessibility during installation and maintenance procedures.