2AD134B-B35OB1-ES06-C2N2
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MPN: R911285115
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The Bosch Rexroth Indramat 2AD134B-B35OB1-ES06-C2N2 Servo Motor, part of the 2AD 3-Phase Induction Motors, features a frame size of 134 mm and a length code of B. It delivers a rated power of 10.5 kW with a rated torque of 67.4 Nm. This motor includes a resolver feedback system and operates at a rated speed of 1500 rpm.
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Product Description:
The 2AD134B-B35OB1-ES06-C2N2 Induction Motor is used in industrial automation made by Bosch Indramat. The motor provides an output of 12.0 kW and turns with a nominal torque of 76 at 1500 turns per minute. The weight of this motor without a brake is 90 kg, and the minimum terminal area needed is 6 mm².
The 2AD134B-B35OB1-ES06-C2N2 Induction Motor can reach up to 7500 min⁻¹ when operated. It draws a nominal current of 27.8 A RMS. The electrical ratings allow equipment to function properly under regular industrial conditions. The motor can perform steadily through a range of different load cycles. It has a rotor inertia of 0.054 kg·m² and a thermal time constant of 45 minutes. The motor supports a nominal voltage of 328 V RMS. The sound pressure level is measured to be 75 dB(A) when standing one meter from the speaker using 4 kHz PWM. The 2AD134B-B35OB1-ES06-C2N2 Induction Motor has an operating temperature between 0°C and +45°C. Insulation is given a Class F rating, according to DIN VDE 0530 Teil 1. With these features, new versions maintain durability and are compatible with everyday installation places. The mechanical balance of the motor is assured for all loads listed in R, S, and S1. This follows the requirements of DIN ISO 2373.
The 2AD134B-B35OB1-ES06-C2N2 Induction Motor also has blower configurations to maintain optimal temperatures. It can be equipped with either an axial or radial blower, depending on installation needs. It is best to have the axial blower run from B to A for blowing and from A to B for suction. The radial blower is designed to function in B-to-A blowing mode as well. The axial blower requires 170 VA when in blowing mode and 145 VA when in suction mode. The radial blower uses 330 VA.
Frequently Asked Questions about 2AD134B-B35OB1-ES06-C2N2:
Q: Why is the thermal time constant important for the 2AD134B-B35OB1-ES06-C2N2 motor?
A: The 45-minute thermal time constant helps the motor resist overheating during load fluctuations, enabling safer operation and protecting internal components from damage.
Q: How does the Class F insulation rating in 2AD134B-B35OB1-ES06-C2N2 improve motor performance?
A: Class F insulation allows the motor to withstand higher temperatures, enhancing reliability and lifespan in demanding industrial environments. This reduces maintenance frequency.
Q: How does rotor inertia of 0.054 kg·m² affect motor dynamics in 2AD134B-B35OB1-ES06-C2N2?
A: Lower rotor inertia allows quicker acceleration and deceleration, improving motor responsiveness and efficiency in automated industrial processes.
Q: What advantages do axial and radial blowers offer in 2AD134B-B35OB1-ES06-C2N2?
A: Axial blowers provide efficient airflow in restricted spaces, while radial blowers deliver higher pressure cooling, ensuring optimal temperature control based on installation needs.
Q: How does the mechanical balance certified to DIN ISO 2373 benefit the 2AD134B-B35OB1-ES06-C2N2?
A: Compliance with DIN ISO 2373 ensures vibration minimization, leading to smoother operation, reduced wear, and extended bearing life for this motor model.
