80MPD5.600S014-01
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The 80MPD5.600S014-01 from B & R Automation is part of the 80M Stepper Motors series and features a flange size of 56 mm. It provides a stall torque of 2.2 Nm, a stepping angle of 1.8 degrees , and operates with a maximum surface temperature of 95 degrees C. The motor's rotor inertia is approximately 470 gcm^2.
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Product Description:
The 80MPD5.600S014-01 stepper motor offers a flange size of 56 mm with a length of 101.5 mm. The serial connection of the motor with a 3 A current rating facilitates better protection while simplifying design and improving energy efficiency. The consistent current flow in serial wiring protects all components by reducing potentially damaging overload situations. The serial wiring design helps maximize energy efficiency by enabling the motor to function within its specified operational range while preventing unnecessary power consumption. This motor, with a 6 A current rating, offers several key advantages. The motor enables parallel wiring to deliver enhanced system reliability along with a stable voltage supply and flexible system operation.
The 2.4 ? resistance per phase enhances current regulation while providing overload protection and ensuring better motor operational stability. The motor current strength in serial wiring depends on the entire circuit resistance, which includes each phase's resistance value. A 2.4 ? resistance per phase effectively regulates motor current consumption, thus avoiding hazardous overheating situations or damage. The purpose of this connection method is to maintain the specific electrical conditions of the motor, which fosters efficiency and prevents unexpected power fluctuations.
The serial wiring of 8.8 mH inductance per phase improves system operation while providing better protection against electrical transients by controlling current change rates to prevent overloads. The motor stability improves with this wiring configuration because it filters high-frequency noise, which extends motor lifespan. Using 2.2 mH inductance per phase in parallel wiring enables faster response and better power efficiency, which makes it suitable for high-performance motor control applications. The parallel connectivity improves both motor speed and operational efficiency, making it suitable for quick operations and greater torque control.
Frequently Asked Questions about 80MPD5.600S014-01:
Q: What is the average operational lifetime of the 80MPD5.600S014-01 motor?
A: The average operational lifetime of the 80MPD5.600S014-01 motor is 21,000 hours.
Q: What is the resistance of this 80MPD5.600S014-01 motor per phase when wired in parallel?
A: The resistance of the 80MPD5.600S014-01 motor per phase in parallel is 0.6 ?.
Q: What is the stall torque of this 80MPD5.600S014-01 motor?
A: The stall torque of the 80MPD5.600S014-01 motor is 2.2 Nm.
Q: What is the rotor inertia of this 80MPD5.600S014-01 motor?
A: The rotor inertia of the 80MPD5.600S014-01 motor is approximately 470 gxcm^2.
Q: What is the maximum surface temperature for the 80MPD5.600S014-01 motor?
A: The maximum surface temperature of the 80MPD5.600S014-01 motor is 95 degrees C.
