SE-B5.700.030-00.000
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The SE-B5.700.030-00.000 servo motor by Bosch Rexroth Indramat features a maximum torque of 147 Nm and a torque constant of 0.98 Nm/A for efficient power conversion. Its winding inductance of 1.4 mH ensures stable current flow. The electrical time constant of 19 ms allows rapid response times.
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Product Description:
The SE-B5.700.030-00.000 Servo Motor is designed for precision motion control applications. It ensures reliability and efficiency in industrial automation, robotics and machine tool applications. This motor is equipped with a keyway and feather key and is balanced with the feather key.
This Bosch Rexroth Indramat SE-B5.700.030-00.000 servo motor delivers a maximum torque of 147 Nm and provides high power output for various dynamic applications. This motor ensures stable operation and reduces fluctuations in current with a winding inductance of 1.4 mH. It features a torque constant of 0.98 Nm/A that ensures efficient torque generation per unit of current. The electrical time constant for this servo motor is 19 ms which allows quick response times and enhances overall system performance. This motor’s winding resistance is 0.074 Ohms that contributes to optimal electrical efficiency and minimal energy loss. The moment of inertia for this motor is 28.8 x 10⁻³ kgm². This inertia supports precise motion control and smooth acceleration. The angled flange socket in the connector system of this motor allows flexible adjustment of the outgoing cable direction. This optimizes space and cable management for different installation requirements.
The shaft end of the SE-B5.700.030-00.000 servo motor should never be hammered or subjected to impacts as it may damage the ball bearings and potentially affecting motor performance. This motor's connector system includes adjustable angled flange sockets that enables the user to modify the cable direction by twisting the flange socket and/or the insulator. The use of straight or angled mating connectors enhances adaptability during installation. The low installation height provided by the angled flange socket improves space efficiency. However, improper adjustment of the outgoing cable direction can compromise IP67 protection standards.
Frequently Asked Questions about SE-B5.700.030-00.000:
Q: How does the SE-B5.700.030-00.000 servo motor maintain stable operation in high-power applications?
A: This motor features a winding inductance of 1.4 mH, which minimizes fluctuations in current. It ensures smooth and consistent power delivery for precision motion control in dynamic environments.
Q: Can the SE-B5.700.030-00.000 servo motor handle quick response applications?
A: Yes, it has an electrical time constant of 19 ms, allowing fast response times. This enhances overall system performance in high-speed automation and robotics applications.
Q: How does the SE-B5.700.030-00.000 servo motor ensure efficient torque generation?
A: It features a torque constant of 0.98 Nm/A, which optimizes torque output per unit of current. This ensures high efficiency and reliable performance in demanding industrial settings.
Q: How does the SE-B5.700.030-00.000 servo motor support precise motion control?
A: Its moment of inertia is 28.8 x 10⁻³ kgm², enabling smooth acceleration. This helps maintain precision in applications requiring controlled movement and minimal position deviation.
Q: What installation advantages does the SE-B5.700.030-00.000 servo motor offer?
A: It includes an adjustable angled flange socket, allowing flexible cable positioning. This optimizes space management while maintaining proper IP67 protection when correctly installed.
