5410-006
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The 5410-006 stepper motor showcases a two-phase bipolar chopper circuit, a rated phase current of 5.0A in full step mode, a chopper frequency of 20 kHz, and an idle current reduction of 50% after 1 second. From the 5000 Stepper Motors series by Pacific Scientific, it operates at a supply voltage range of 18 to 75 VDC.
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Product Description:
The component 5410-006 is from the renowned 5000 Series of stepper motors exhibits cutting-edge engineering designed for precision tasks. With an incredible response time, it is indicated by the minimum ramp time of 50 ms, ensuring quick setup for varying loads. The device has a strict logic supply voltage range of 12 VDC (±5%). That makes it compatible with modern digital circuits and ensuring stable logic control even during slight fluctuations.
In order to highlight the efficiency of this model, the outstanding logic supply current of 200 mA maximizes power while maintaining minimal loss, enabling smooth fan operations. Ultra-reliable opt isolator specs enable a supply voltage range from 5 to 30 VDC which provides impressive isolation for sensitive control signals. This enhances the safety and reliability of the entire arrangement. Noteworthy, with a minimum step pulse width of just 1.0 µs, the device supports very high-speed operations without malfunction which is particularly advantageous in CNC and robotics applications.
The 5410-006 item runs on a two-phase bipolar chopper circuit, which not only increases current efficiency but also contributes to a more linear motion and lesser vibration. The product is designed with a wide supply voltage range of 18 to 75 VDC which provides high flexibility and adaptability in various applications. Moreover, the rated phase current of 5.0 A (±0.1 A) provides high torque levels, suitable for heavy-duty applications. This microstep current of 3.5 A (±0.1 A) guarantees smooth low-speed performance. An idle current reduction feature reduces current to 50% after 1 second, thus conserving energy. Further, its nominal chopper frequency of 20 kHz also maintains an efficient and brightly controlled operation of the motor.
Frequently Asked Questions about 5410-006:
Q: What role do the 5410-006’s 100 µs direction setup and 25 µs direction hold times play in operational safety?
A: The operational safety in the 5410-006 is enhanced by the 100 µs period of direction setup. The directing holding time of 25 µs they both guarantee natural transition and accurate positioning of the motor in various applications.
Q: How does the structure of the 5410-006 improve operational efficiency?
A: The two-phase bipolar chopper structure of the 5410-006 model drives the motor efficiently by producing smoother and less vibrations, making it very useful in applications requiring linear motion control.
Q: What are the advantages of a wide voltage range for the 5410-006 motor?
A: The 5410-006, being able to operate at a very wide range of 18 to 75 VDC, makes it exceptionally versatile. This allows it to be deployed in diverse scenarios and provides service under variable conditions.
Q: Why is a rated phase current of 5.0 A so desirable in the 5410-006?
A: An appreciable torque is guaranteed in high-resistance applications of the 5410-006 owing to its rated phase current of 5.0 A (±0.1 A).
Q: What is the advantage of the microstep current rating in the 5410-006?
A: The microstep current rating of 3.5 A (±0.1 A) allows the 5410-006 to maintain fluid movement at low-speed operation in precision tasks, thus providing additional flexibility in various applications.
