SE-B5.320.020-14.000
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The SE-B5.320.020-14.000 servomotor delivers a peak current of 146 A at 20°C for high-performance motion control. Its rapid acceleration is supported by a moment of inertia of 13.6 × 10⁻³ kgm².
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Product Description:
For high-performance motion control tasks, Bosch Rexroth Indramat made the SE-B5.320.020-14.000 Servomotor. The servomotor is made with precise engineering so it works reliably in situations that need a lot of power and quick acceleration.
The SE-B5.320.020-14.000 servomotor has a peak current of 146 A at 20°C and a torque constant of 1.60 Nm/A when the temperature is 40°C. It has a moment of inertia of 13.6 × 10⁻³ kgm² and a maximum torque of 90 Nm. This makes sure that the dynamic reaction is perfect. When the motor is wound at 20°C, the winding has an inductance of 8.7 mH and a resistance of 0.47 Ohm. This motor is designed for rapid acceleration that can reach its top speed of 2000 revolutions per minute in just 37 milliseconds. This exceptional responsiveness makes it well-suited for applications requiring quick changes in speed and high precision. When stationary, the motor maintains a static torque of 39 Nm while drawing 24 Amperes (A) of current. Additionally, the motor operates efficiently under thermal conditions. At an ambient temperature of 40°C and with a winding temperature rise of 105 K, its voltage remains constant at 176 Volts per 1000 rpm.
The SE-B5.320.020-14.000 Servomotor weighs 31 kg that makes it stable mechanically. The flange is 190 mm wide that allows it to be securely mounted. The SE motor is designed to provide precise and efficient motion control by incorporating the best mechanical and electrical components. The shaft measures Ø 32 × 58 mm that makes this servomotor compatible with various mechanical coupling methods. When high torque accuracy and fast acceleration are needed, the servomotor can meet those needs.
Frequently Asked Questions about SE-B5.320.020-14.000:
Q: Does SE-B5.320.020-14.000 have a 146 A peak current?
A: Yes, the motor supports a peak current of 146 A at 20°C. This enables high torque output for demanding applications.
Q: Do SE-B5.320.020-14.000 servomotor’s 13.6 × 10⁻³ kgm² inertia affect response?
A: Yes, the moment of inertia ensures smooth acceleration. It helps maintain system stability by reducing abrupt speed variations.
Q: How does SE-B5.320.020-14.000 achieve a 37 ms ramp-up?
A: The motor's optimized electrical and mechanical design allows rapid acceleration. This ensures efficient motion control in dynamic applications.
Q: Why does SE-B5.320.020-14.000 have 0.47 Ohm winding resistance?
A: The winding resistance minimizes electrical losses. It enhances energy efficiency and maintains consistent motor performance.
Q: Does SE-B5.320.020-14.000 support 176 V/1000 rpm voltage constant?
A: Yes, the voltage constant provides reliable speed control. It ensures consistent motor operation under varying loads.
