E33HRHS-LNK-NS-03
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The E33HRHS-LNK-NS-03 hybrid stepper motor features a NEMA 42 frame size, a holding torque of 344 oz-in, and a maximum axial shaft load of 180 lb (801 N). Part of the E Hybrid Stepper Motors series by Kollmorgen, it also includes a heavy-duty NEMA front end bell and optional splashproof terminal board configuration.
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Product Description:
The E33HRHS-LNK-NS-03 E Hybrid Stepper Motor is a high torque, industrial grade motor that is designed by Kollmorgen for industrial automation applications. It offers precise control, durability and reliability for demanding applications.
The E33HRHS-LNK-NS-03 E Hybrid Stepper Motor has an optional splashproof feature which is suitable for environments where moisture exposure is a concern. It has a standard round mounting configuration which is common in many applications and ensures compatibility with industry standard mounts. The front housing of the motor is designed to withstand heavy duty industrial environments that further enhances its durability. The overall length of the motor measures L1 6.73 inches and L2 5.61 inches that is essential for mechanical design and space constraints. The maximum load the shaft can handle perpendicular to its axis is 35 lb without causing damage to bearings or the shaft. While the maximum load the shaft can bear along its axis is 180 lb without affecting performance. This motor is best designed to hold maximum torque of 2.43 Nm when it is powered but not moving. This capability indicates better performance under load. The electrical resistance of each winding phase is 0.52 ohm that means it has a lesser effect on power consumption and heat generation.
The per phase inductance of this E Hybrid Stepper Motors series model is 4.4 mH. This lower inductance allows faster current changes and hence improves high speed performance. The rotor of this stepper motor accelerates and decelerates quickly which offers smoother operation. When it is mounted properly it dissipates heat 3.9 °C per every watt. The lower thermal resistance of this module indicates heat dissipation and hence reduces the risk of overheating. The electrical connector used in this motor is military-style that offers rugged and secure connections.
Frequently Asked Questions about E33HRHS-LNK-NS-03:
Q: How does the heavy-duty NEMA front end bell improve motor performance?
A: The heavy-duty NEMA front end bell enhances structural integrity, reducing vibration under load. This ensures stable performance in high-torque industrial applications.
Q: Why is low rotor inertia important in the E33HRHS-LNK-NS-03 stepper motor?
A: Low rotor inertia allows faster acceleration and deceleration. This improves precision and responsiveness in dynamic motion control systems.
Q: How does the MS connector benefit the E33HRHS-LNK-NS-03 stepper motor?
A: The MS connector provides secure, vibration-resistant connections. This ensures reliable electrical performance in harsh industrial environments.
Q: What advantage does a 3.9 °C/Watt thermal resistance provide?
A: It improves heat dissipation, reducing the risk of overheating. This ensures longer operational life and consistent performance under continuous loads.
Q: How does splashproof configuration help in industrial environments?
A: The splashproof design protects internal components from moisture and dust. This increases reliability in wet or dusty environments.
