80MPD5.300S014-01

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The 80MPD5.300S014-01 stepper motor features a flange size of 56.4 mm, a motor length of 80.5 mm, a stall torque of 2.2 Nm, and a stepping angle of 1.8 degrees. Part of the 80M Stepper Motors series by B & R Automation, it supports series and parallel wiring options and has a maximum surface temperature of 95 degrees C.

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Product Description:

The 80MPD5.300S014-01 is a reliable motor of B & R Automation and works with a stepping angle of 1.8 degrees . It is well-suited for applications where it is necessary to control the movement of an object with a high degree of precision, like industrial machinery. It also has a maximum surface temperature of 95 degrees Celsius to operate in harsh conditions.

This motor exhibits detent torque lower than 90 mNm, which delivers multiple benefits for applications needing precise control and smooth motion. This lower detent torque enables the motor to move freely during unpowered states while it diminishes resistance and enhances the smoothness of movement for applications requiring precise adjustments at slow speeds. Lower detent torque consumes less power while reducing unwanted friction, which leads to higher efficiency and longer operational motor life. The motor provides easier manual adjustments, together with passive motion without substantial resistance in applications requiring minimal holding torque. A detent torque below 90 mNm leads to better precision alongside decreased power usage and better system control, especially in applications that require accurate performance.

These are ideal motors that can be connected through series and parallel wiring connection setups. The 2.2 Nm stall torque provides multiple advantages when used in applications that need powerful starting force alongside low-speed torque. The motor's 2.2 Nm stall torque enables the device to handle both heavy initial loads and static conditions easily. The 80MPD5.300S014-01 is a compact product that offers excellent performance and can easily handle applications that demand high torque and precision in motion. Due to its ability to work within minimal space with high control and low power consumption, it is ideal for automation systems.

Detent Torque
<90 mNm
Flange Size
56.4 mm
Holding Torque
3.0 Nm
Maximum Surface Temperature
95 degrees C
Motor Length
80.5 mm
Parallel Current
6 A
Parallel Inductance Per Phase
2.2 mH
Parallel Resistance Per Phase
0.6 ?
Rotor Inertia
Approx. 470 gxcm^2
Series Current
3 A
Series Inductance Per Phase
8.8 mH
Series Resistance Per Phase
2.4 ?
Stall Torque
2.2 Nm
Stepping Angle
1.8 degrees
Wiring Options
Series and Parallel

Frequently Asked Questions about 80MPD5.300S014-01:

Q: What is the resistance per phase when wired in parallel for the 80MPD5.300S014-01 motor?

A: The resistance per phase of the 80MPD5.300S014-01 motor in parallel is 0.6 ?.

Q: What is the holding torque of this 80MPD5.300S014-01 motor?

A: The holding torque of this 80MPD5.300S014-01 motor is 3.0 Nm.

Q: What is the rotor inertia of the 80MPD5.300S014-01 motor?

A: The rotor inertia of this 80MPD5.300S014-01 motor is approximately 470 gxcm^2.

Q: What is the maximum surface temperature of this 80MPD5.300S014-01 motor?

A: The maximum surface temperature of this 80MPD5.300S014-01 motor is 95 degrees C.

Q: What is the current in series wiring of this 80MPD5.300S014-01 motor?

A: The current of this 80MPD5.300S014-01 motor in series wiring is 3 A.


Internal Product Review

  • ‘‘The 80MPD5.300S014-01 impresses with its consistent performance and mechanical precision, making it ideal for applications requiring stable torque delivery and low vibration. Its adaptable wiring configuration supports smooth integration into diverse motion control systems.’’

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