SE-C4.210.030-00.000
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The SE-C4.210.030-00.000 servo motor delivers a static torque of 21 Nm and a torque constant of 0.92 Nm/A, ensuring stable performance under varying loads. Its winding inductance of 6.2 mH optimizes energy management. The integrated tachogenerator enhances speed and position control for high-precision operations.
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Product Description:
This SE-C4.210.030-00.000 Servo Motor delivers a static torque of 21 Nm and a torque constant of 0.92 Nm/A that provides stable performance under varying loads. Its cylindrical shaft end follows DIN 748 standards that ensures compatibility with various mechanical setups.
The integrated tachogenerator and commutation sensor in this Bosch Rexroth Indramat SE-C4.210.030-00.000 servo motor further enhance motor performance by providing precise feedback for real time speed and position control. Its robust construction ensures longevity while the integrated control mechanisms enhance operational efficiency. The winding inductance of this servo motor is rated at 6.2 mH that contributes to effective energy management. A voltage constant of 102 V/1000 rpm ensures consistent speed regulation. The current at standstill is 23 A that allows this motor to handle demanding operational requirements efficiently. The centering collar of this motor features a large depression that ensures that at least half of the rotary shaft seal runs in oil for enhanced lubrication. Shaft and hub connections of this servo motor are subjected to multi axis stresses under load which include torsional forces, radial forces, axial forces and flexural torque. These stresses arise due to the transmission of mechanical power and dynamic forces acting on the interface. To accommodate these loads efficiently, different types of shaft connections are utilized.
Operating temperatures of this SE-C4.210.030-00.000 servo motor can reach between + 90 °C and + 100°C on the encoder attachment surface and requires compatible encoders that withstand such conditions. Encoders must possess high temperature resistance and stable electronic components capable of withstanding prolonged exposure to elevated temperatures. The materials used in the encoder housing and internal circuitry should be thermally robust to prevent degradation or failure due to heat stress.
Frequently Asked Questions about SE-C4.210.030-00.000:
Q: How does the SE-C4.210.030-00.000 servo motor handle multi-axis stresses?
A: The SE-C4.210.030-00.000 servo motor is designed to endure torsional radial axial and flexural torque stresses. These forces occur due to mechanical power transmission and dynamic load variations on shaft and hub connections.
Q: How does the SE-C4.210.030-00.000 servo motor ensure stability under varying loads?
A: The SE-C4.210.030-00.000 servo motor delivers a static torque of 21 Nm with a torque constant of 0.92 Nm/A. This ensures stable and precise operation even under fluctuating mechanical loads in industrial environments.
Q: What role does the tachogenerator play in the SE-C4.210.030-00.000 servo motor?
A: The integrated tachogenerator in the SE-C4.210.030-00.000 servo motor provides real-time speed and position feedback. This enhances precision control and improves motor performance under varying operational conditions.
Q: How does the SE-C4.210.030-00.000 servo motor maintain lubrication efficiency?
A: The SE-C4.210.030-00.000 servo motor features a centering collar with a large depression. This ensures at least half of the rotary shaft seal remains in oil for enhanced lubrication and longevity.
Q: Can the SE-C4.210.030-00.000 servo motor operate in high-temperature conditions?
A: The SE-C4.210.030-00.000 servo motor operates at encoder surface temperatures between +90°C and +100°C. It requires encoders with thermally robust housing and circuitry to prevent performance degradation under heat stress.