E34HRHP-LNK-NS-00
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The E34HRHP-LNK-NS-00 stepper motor features a NEMA 34 frame size, a holding torque of 239 oz-in (1.69 Nm), a rated current per phase of 8.4 amps, and radial shaft loading of 180 lb (801 N). Part of the E Hybrid Stepper Motors series by Kollmorgen, it boasts a heavy-duty NEMA front-end bell.
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Product Description:
The E34HRHP-LNK-NS-00 Hybrid Stepper Motor is the product of Kollmorgen that offers greater features and robust construction for demanding industrial automation applications. The module is well known for offering higher torque, precision along with durability.
The E34HRHP-LNK-NS-00 hybrid stepper motor has a rotor inertia equal to 0.0586 kg-m². This lower inertia is essential for the faster acceleration and deceleration which helps provide smoother motion. The electrical connection of the motor is designed as splashproof which means it’s protected against water splashes. It has threads of type L or M that are compatible with it and enhances durability in harsh environments. The current which this motor required is 8.4 amperes to produce its rated torque. More torque is produced when higher current is required but it may generate higher heat. This model is perfectly designed to support an encoder that gives the feedback on position and speed. The encoder is very useful for closed loop systems where precise control is needed. This module dissipates heat very effectively as the amount of heat it releases is only 3.9 centigrade for each one-watt consumption. The physical dimensions of this model are based on NEMA standards. It has a frame size of NEMA 34 which means 3.4 inches faceplate that is common in industrial applications.
This E Hybrid Stepper Motors series model has a total length of 7.62 inches that shows its largest length which is useful for higher torque generation due to more winding turns. This module is mounted as round which better offers flexibility especially in custom or compact installations. At a stationary position it can maintain torque up to 1.69 Nm, which makes it beneficial for applications requiring precise positioning without motion drift.
Frequently Asked Questions about E34HRHP-LNK-NS-00:
Q: How does the rotor inertia of the E34HRHP-LNK-NS-00 affect performance?
A: The low rotor inertia (0.0083 oz-in-s²) enables quick acceleration and deceleration. This improves responsiveness in dynamic motion control applications.
Q: Why is a heavy-duty NEMA front end bell important for this motor?
A: It enhances durability, protecting the motor from mechanical stress and harsh environments. This ensures longer operational life and consistent performance.
Q: How does splashproof terminal board protection benefit the E34HRHP-LNK-NS-00?
A: Splashproof design prevents moisture and debris from affecting electrical connections. This ensures reliable performance in industrial and outdoor environments.
Q: What advantage does a phase inductance of 1.0 mH provide?
A: Low phase inductance allows faster current changes, improving high-speed performance. This is ideal for applications requiring quick, precise movements.
Q: Why is encoder mounting support significant in the E34HRHP-LNK-NS-00?
A: Encoder support allows for precise position and speed feedback. This enhances accuracy in closed-loop control systems.