2AD160B-B35LB1-BS01-B2V1
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MPN: R911246679
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In-Stock, Ships 3-5 Days
The Bosch Rexroth Indramat 2AD160B-B35LB1-BS01-B2V1 motor is part of the 2AD 3-Phase Induction Motors series and features surface cooling. This motor operates at a rated speed of 1500 rpm and provides a rated torque of 71 Nm. It is equipped with an IP65 protection class and employs a Resolver as its feedback system.
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Product Description:
The 2AD160B-B35LB1-BS01-B2V1 Induction motor is built to support continuous industrial automation use. The motor is the product of Bosch Indramat that can provide a rated shaft power of 30 kW. This induction motor can maintain a continuous torque of 191 Nm. The nominal speed is 1500 RPM.
The maximum operational speed of the 2AD160B-B35LB1-BS01-B2V1 induction motor is 6000/min. The rotational mass of the rotor is 0.174 kgxm^2. The net weight of the motor is 205kg. It is balanced to a level of high precision grade S to the standards of DIN ISO 2373. The motor runs at an input voltage of 305 V RMS. It loads a basic current of 72A RMS. The electrical connection needs to maintain at least a 25 mm^2 cross-section of a cable. The windings are insulated with a Class F thermal rating. It offers resistance to prolonged temperature exposure. The 2AD160B-B35LB1-BS01-B2V1 induction motor attains the thermal equilibrium after around one hour. It can be used in ambient temperatures between 0 to +45 degrees C. As per the conditions that are normal, the sound pressure level produced by the motor at a one-meter distance is 75 + /3 dB(A). This value is measured at PWM under a switching frequency of 4 kHz. The integrated braking has a heavy-duty and electrically released failsafe.
The 2AD160B-B35LB1-BS01-B2V1 induction motor has the capacity of 240 Nm static holding force. The brake has a 24V +/-10 percent nominal supply voltage and a steady state current of 2.0 A rms. The mass moment of inertia of the brake is 0.0097 kgxm^2. Its total braking energy is 70,000 Ws. The brake will work at its maximum speed of 6000 RPM, depending on the inertia of the system. The weight of the brake assembly increases the weight of the motor by 11 kg.
Frequently Asked Questions about 2AD160B-B35LB1-BS01-B2V1:
Q: How does the 24V brake system enhance safety in 2AD160B-B35LB1-BS01-B2V1?
A: The 24V electrically released brake ensures the motor stops safely during power failures. It enhances operational safety for 2AD160B-B35LB1-BS01-B2V1 in critical applications.
Q: Why is a 25 mm^2 cable cross-section necessary for the 2AD160B-B35LB1-BS01-B2V1 motor?
A: Using a 25 mm^2 cable in 2AD160B-B35LB1-BS01-B2V1 ensures proper current handling. It prevents overheating and maintains consistent motor efficiency.
Q: What is the benefit of a mass moment of inertia of 0.174 kgxm^2 in the 2AD160B-B35LB1-BS01-B2V1 motor?
A: Lower rotor inertia of 0.174 kgxm^2 in 2AD160B-B35LB1-BS01-B2V1 allows faster speed changes. It benefits dynamic applications requiring quick response.
Q: Why is high-precision grade S balancing used in 2AD160B-B35LB1-BS01-B2V1 motor?
A: High-precision grade S balancing minimizes vibration and noise. This leads to smoother performance and reduced mechanical wear in 2AD160B-B35LB1-BS01-B2V1 motor.
Q: How does the Class F insulation improve the reliability of the 2AD160B-B35LB1-BS01-B2V1 motor?
A: Class F insulation in 2AD160B-B35LB1-BS01-B2V1 motor resists higher temperatures, enhancing durability. This ensures stable operation in demanding industrial environments.
