H2HNRHT-LNN-NS-00
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The H2HNRHT-LNN-NS-00 hybrid motor features a NEMA 42 frame size, a maximum L1 length of 10.56 inches, an L2 dimension of 9.81 inches, and a 0.75-inch shaft diameter. As part of the H Hybrid Motors series from Kollmorgen, it offers a spline-ready design and an encoder connector available as an option.
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Product Description:
The H2HNRHT-LNN-NS-00 Stepper Motor from Kollmorgen exists to serve detailed applications in industrial automation. The stepper motor operates between 1500 RPM limits to provide stable controlled motion. A 2.5 A DC phase current provides effective power consumption for this system.
The electrical stability of this H2HNRHT-LNN-NS-00 stepper motor depends on the 0.75-ohm phase resistance value. The dynamic performance of the motor becomes optimal when its phase inductance reaches 1.9 mH. The rotor inertia stands at 0.007 kg·m² × 10³ which controls changes in speed and direction. The power requirement of this motor runs at 13 W thus maintaining energy efficiency. The motor maintains sufficient thermal management through its heat resistance rating of 7.1°C/W. This H2HNRHT-LNN-NS-00 stepper motor can operate in controlled environmental conditions because its humidity tolerance rating is 0.8. NEMA 42 defines the frame dimensions that enable installation through multiple mounting options. The equipment has an L1 maximum dimension of 10.56 inches coupled with an L2 dimension of 9.81 inches for its compact yet durable design. Mechanical couplings can fit securely to the motor because of its 0.75-inch shaft diameter. Open-loop stepper control systems benefit from using the standard mount configuration because it blocks the encoder.
The H2HNRHT-LNN-NS-00 stepper motor exists for dependable operation as well as precise performance standards. The stepper motor features a design that enables spline-based mechanical system connection. Users can choose among various encoder connector configurations for their applications that need feedback functionality. The device operates with steady motion control capabilities in tough settings because of its engineering. The device shows reliable electrical behavior and operates effectively by dissipating heat optimally. The product operates smoothly because of its design which achieves optimal rotary inertia with controlled inductance coupling to low phase resistance.
Frequently Asked Questions about H2HNRHT-LNN-NS-00:
Q: How does the 0.75-ohm phase resistance of the H2HNRHT-LNN-NS-00 Stepper Motor impact its performance?
A: The 0.75-ohm phase resistance ensures efficient current regulation, reducing power losses and contributing to the overall thermal stability of the motor. This helps in maintaining optimal performance even in high-load conditions.
Q: What is the advantage of the 1.9 mH phase inductance in the H2HNRHT-LNN-NS-00 Stepper Motor?
A: The 1.9 mH phase inductance allows for smooth motion control and optimal torque output, minimizing mechanical stress. This feature enhances the overall performance and lifespan of the stepper motor in precision applications.
Q: Why is the 13W power requirement significant for the H2HNRHT-LNN-NS-00 Stepper Motor?
A: With a 13W power requirement, the motor achieves energy efficiency while delivering reliable torque performance. This allows for prolonged operation without excessive energy consumption or overheating.
Q: What is the importance of the 0.007 kg·m² × 10³ rotor inertia in the H2HNRHT-LNN-NS-00 Stepper Motor?
A: The rotor inertia of 0.007 kg·m² × 10³ ensures quick response to speed and direction changes. This allows the motor to handle dynamic and precise movements with stability.
Q: How does the NEMA 42 frame of the H2HNRHT-LNN-NS-00 Stepper Motor benefit installation?
A: The NEMA 42 frame standardizes the motor's mounting dimensions, ensuring easy integration into various industrial automation setups. Its robust design offers flexibility and durability during installation.
