E34HRHT-LDK-NS-00
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The Kollmorgen E34HRHT-LDK-NS-00 E Hybrid Stepper Motor delivers 8.76 Nm holding torque with ±10% tolerance, ensuring stable performance. With a 5.2 A DC rated current, 0.71 Ohms phase resistance, and 8.7 mH inductance, it supports precision motion control in industrial applications.
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Product Description:
The E34HRHT-LDK-NS-00 Hybrid Stepper Motor produced by Kollmorgen, is a practical solution for motion control applications. Kollmorgen is recognized for creating products that meet industry requirements. This motor is designed to deliver consistent results in tasks needing accurate movement. This Hybrid stepper motor is built to manage challenging operations effectively which makes it a suitable option for various uses.
The E34HRHT-LDK-NS-00 hybrid stepper motor can handle significant mechanical load. It supports a radial force of up to 427 N which makes it suitable for tasks involving lateral loads. Also, it manages an axial force of 801 N, which increases its durability in demanding conditions. This motor provides a holding torque of 8.76 Nm with a tolerance of +/-10% when both phases are active. It works at a rated current of 5.2 A DC, which helps in maintaining efficient power usage. The phase resistance is 0.71 Ohms with a +/-10% tolerance which contributes to its steady operation. The motor provides smooth and controlled motion during operation with a phase inductance of 8.7 mH, which makes it ideal for applications where accuracy is important. This Kollmorgen E hybrid stepper motor is designed to perform constantly in tough industrial settings.
The motor’s design allows it to work effectively in situations where stability and longevity are important. The
Frequently Asked Questions about E34HRHT-LDK-NS-00:
Q: How does the 8.76 Nm holding torque of the E34HRHT-LDK-NS-00 improve motion control?
A: This high torque rating ensures stable and precise movement, making it ideal for automation and industrial applications requiring consistent performance.
Q: What is the significance of the 5.2 A DC rated current in this stepper motor?
A: The 5.2 A DC rated current optimizes power efficiency, allowing smooth operation while minimizing excessive heat buildup in industrial applications.
Q: Why is the 8.7 mH phase inductance important for this Kollmorgen stepper motor?
A: The higher phase inductance enables better current regulation, ensuring controlled acceleration and deceleration for precision motion tasks.
Q: How do the radial and axial force ratings benefit motor stability?
A: With 427 N radial force and 801 N axial force, this motor supports high-load applications, maintaining structural integrity under heavy operational conditions.
Q: What role does the 0.71 Ohms phase resistance play in motor efficiency?
A: The low phase resistance reduces energy loss, ensuring better electrical efficiency and sustained performance in automation environments.