2AD134C-B35OC1-FS07-B2N1
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MPN: R911299405
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The 2AD134C-B35OC1-FS07-B2N1 is a flange-mounted induction motor with a rated speed of 3000 RPM and a rated power of 7.5 kW. Manufactured by Bosch Rexroth Indramat under the 2AD 3-Phase Induction Motors series, it features a frame size of 134 and an IP65 enclosure. The motor has an axial blower cooling method.
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Product Description:
The 2AD134C-B35OC1-FS07-B2N1 is an Induction motor used in industrial automation. The induction motor is designed by Bosch Rexroth. This motor type 2AD134C includes the FS winding configuration. It delivers a nominal power output of 12.0 kilowatts. The nominal torque rating of the motor is 115 Nm.
The standard operating speed of 2AD134C-B35OC1-FS07-B2N1 induction motor is rated at 1500 RPM. The maximum speed for this motor reaches up to 7500 RPM. It requires a nominal current supply of 40.9 A for rated operation. The nominal voltage needed for proper function is 224 V. The rotor inertia of this motor is measured at 0.076 kgm2. The thermal time constant for the motor is rated at 50 minutes. The cable connection should use a minimum of 10 mm2. The total mass of the motor is approximately 115 kg. The operational ambient temperature range of 2AD134C-B35OC1-FS07-B2N1 induction motor is from 0 to 45 ℃. The insulation class of the motor complies with Class F standard. It is balanced according to vibration standard class S1 per DIN ISO 2373. The air cooling of the motor is achieved through an axial blower configuration. The blower direction is from B to A as recommended by the manufacturer. The blower power consumption is 170 volt-amperes under nominal load. The blower requires a three-phase 400-volt, 50-hertz power supply. Blower voltage tolerance range is within plus or minus 15 percent. Air volume handled by the blower is 1000 m3/h.
The 2AD134C-B35OC1-FS07-B2N1 induction motor shaft diameter measures 42 mm and includes a keyway. The shaft length is 100 millimeters, depending on the mounting setup. The motor width measured at the flange is approximately 250 millimeters. The overall motor length varies between 650 and 700 millimeters. The motor length depends on the specific version and user configuration.
Frequently Asked Questions about 2AD134C-B35OC1-FS07-B2N1:
Q: How does the FS winding configuration enhance the 2AD134C-B35OC1-FS07-B2N1 motor's performance?
A: The FS winding configuration optimizes efficiency and thermal management under continuous load. It ensures improved energy usage and consistent torque output in the 2AD134C-B35OC1-FS07-B2N1 motor.
Q: Why is axial blower cooling used in the 2AD134C-B35OC1-FS07-B2N1 motor?
A: Axial blower cooling provides uniform heat dissipation across motor components. This enhances thermal performance and extends operational life under industrial loads.
Q: What are the benefits of the Class F insulation in the 2AD134C-B35OC1-FS07-B2N1 motor?
A: Class F insulation enables the motor to withstand higher thermal stresses. This improves its reliability in high-temperature industrial environments.
Q: How does the 0.076 kg · m2 rotor inertia affect the 2AD134C-B35OC1-FS07-B2N1 motor's dynamic behavior?
A: Low rotor inertia allows quicker acceleration and deceleration responses. This makes the motor ideal for dynamic automation systems.
Q: Why is a keyway included in the 2AD134C-B35OC1-FS07-B2N1 shaft design?
A: The keyway provides secure mechanical coupling with load equipment. It minimizes slippage and ensures precise torque transmission in 2AD134C-B35OC1-FS07-B2N1.
