80MPH6.300S000-01
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The 80MPH6.300S000-01 stepper motor boasts a rated power of 0.75 kW, a rated torque of 2.4 Nm, a voltage of 400 V AC, and a protection degree of IP55. Part of the 80M Stepper Motors series by B & R Automation, it features a foot-mounted B3 design and operates with a continuous duty cycle (S1) at a rated speed of 3000 rpm.
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Product Description:
B&R Automation 80MPH6.300S000-01 Stepper Motor is designed for long lasting performance and reliable torque delivery as it offers 3 A series wiring for low-speed power and boasts a 20,000-hour operational lifespan which makes it ideal for industrial automation systems that requires precision, dependability and longer service life.
The 80MPH6.300S000-01 stepper motor is able to withstand a high voltage stress of 1776 VAC for 1 minute without experiencing any electrical failure. Its windings are configured in a parallel arrangement and consumes a peak current of 6 A and the insulation between its electrical parts maintains 100 megaohms of resistance when a 500 VDC is applied. The wires connected to it have a 22 AWG thickness and comply with UL 3266 standards that suggest thin and flexible wires that are heat-resistant and rated for reliable electrical performance in compact industrial automation spaces. Its shaft contains a machine slot and a corresponding key for a seamless connectivity with pulleys, gears or couplings and its rotor has a roughly 3.92 kilogram-centimeter squared of rotational inertia. It is capable of resisting up to 13.6 nm of external rotational force at its standby position and to power this module, its controller can safely provide about 80 volts of direct current.
This 80MPH6.300S000-01 stepper motor has a static resistance to motion of less than 420 mNM when it is completely unpowered which suggests a minimal resistance when rotating the shaft manually. It is able to function in a relatively warm environment effectively as its windings are designed to endure temperature up to 130 degrees Celsius and when this module is supplied with full rated current at stationary position it can exert maximum twisting force of up to 9.3 newton meters.
Frequently Asked Questions about 80MPH6.300S000-01:
Q: Why is the rotor inertia important in the 80MPH6.300S000-01 stepper motor?
A: The 3.92 kg·cm² inertia helps maintain smooth rotational movement and reduces overshooting. This ensures better accuracy in positioning systems under varying loads.
Q: What role does the keyed shaft play in mechanical coupling?
A: The keyed shaft prevents slippage during torque transfer. It enables more secure connections to gears and pulleys in high-torque applications.
Q: Why does the 80MPH6.300S000-01 have such high dielectric resistance?
A: The 1776 VAC dielectric strength allows it to withstand electrical surges. This enhances safety and insulation longevity in demanding environments.
Q: How does parallel wiring improve the performance of this stepper motor?
A: With 6 A peak current in parallel mode, the motor achieves better torque at higher speeds. This setup reduces coil impedance and boosts performance.
Q: What are the benefits of a 22 AWG UL 3266 cable in 80MPH6.300S000-01?
A: The 22 AWG UL 3266 wires are heat-resistant and space-saving. They ensure efficient current delivery in compact automation enclosures.
