M093-TE14

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The Danaher M093-TE14 stepping motor, part of the Slo-Syn Stepping Motors series, features a NEMA 34 frame size and an 8-connection winding configuration designed for bipolar operation. It delivers a holding torque of 550 oz-in and operates at 7.0 A peak current in bipolar series configuration.

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Product Description:

The Danaher M093-TE14 is a stepping motor manufactured under the Slo-Syn Stepping Motors series. It offers high torque and precise speed control. The frame size is NEMA 34 with a holding torque of 550 oz-in (388N.cm) and is ideal for applications that demand high rotating force. This motor has a specialized winding configuration with the option of eight connections and is made to operate in bipolar mode, thus allowing its use in various motion control systems. It has a bipolar series winding current of 7.0 A peak.

The bipolar series peak winding current of 7.0 A improves the motor's performance. The peak current rating means that high torque is generated by the motor for a limited time. The M093-TE14 has a maximum current of 7.0 A, which makes it capable of delivering the high-holding torque needed in applications such as robotics, computer-numerated control machines, and automation devices. The peak current capability ensures that the motor can withstand high loads during its operation without affecting performance so it is very reliable.

The winding resistance of 0.33 ? for one side of the bipolar series and winding inductance of 2.0 mH also influence the efficiency and operating characteristics of the motor. The resistance reduces the heat produced by the motor while in use, which lowers the resistance and energy loss. The winding inductance controls how quickly the motor responds to changes in current, improving its speed and smoothness. Therefore, the inductance of the motor is 2.0 mH which is enough to ensure good control and quick response in high speed and high accuracy applications. This product is available for worldwide, same day shipping.

Bipolar Parallel Winding Current
9.9 A peak
Bipolar Parallel Winding Inductance
2.0 mH
Bipolar Parallel Winding Resistance
0.16 ?
Bipolar Parallel Winding Voltage
1.6 VDC
Bipolar Series Winding Current
7.0 A peak
Bipolar Series Winding Inductance
2.0 mH
Bipolar Series Winding Resistance
0.33 ?
Bipolar Series Winding Voltage
2.3 VDC
Frame Size
NEMA 34
Holding Torque
550 oz-in (388 Ncm)
Rotor Inertia
0.0265 oz-in-s^2 (1.87 kg-cm^2)
Winding Configuration
8-connection (designed for bipolar operation)

Frequently Asked Questions about M093-TE14:

Q: What is the frame size of M093-TE14?

A: The frame size of M093-TE14 is NEMA 34.

Q: What is the winding configuration of M093-TE14?

A: The winding configuration of M093-TE14 is 8-connection for bipolar operation.

Q: What is the holding torque of M093-TE14?

A: The holding torque of M093-TE14 is 550 oz-in.

Q: What is the rotor inertia of M093-TE14?

A: The rotor inertia of M093-TE14 is 0.0265 oz-in-sec^2.

Q: What is the current rating of M093-TE14?

A: The current rating of M093-TE14 is 7.0 A peak in bipolar series.


Internal Product Review

  • ‘‘The M093-TE14 stepping motor from Danaher offers powerful performance with its high holding torque and durable construction. Its precision and versatile design make it suitable for a variety of industrial applications where reliability and accuracy are key.’’

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