For what purposes is a stepping motor typically utilized?

Stepping motors are typically utilized in applications that require precise and accurate positioning, such as in robotics, automation systems, CNC machines, telescope mounts, and 3D printing. They are ideal for situations where the motor needs to move in small increments, rather than rotating continuously.

What are the differences between a stepping motor and a regular motor?

The main difference between a stepping motor and a regular motor is that a stepping motor moves in small, precise steps, while a regular motor rotates continuously. Stepping motors are designed to move in discrete steps, making them ideal for applications that require precise positioning, whereas regular motors are designed to rotate continuously, making them ideal for applications that require continuous motion, such as driving a fan or a conveyor belt. Stepping motors also typically have higher torque at low speeds and are more expensive than regular motors.

Is a stepping motor categorized as AC or DC?

Stepping motors can be categorized as either AC or DC depending on the type of motor. Some stepping motors are designed to operate on AC voltage, while others are designed to operate on DC voltage. However, the most common type of stepping motor used in industrial and commercial applications is the bipolar DC stepping motor. This type of motor is designed to operate on DC voltage and is widely used in robotics, automation systems, and other applications that require precise positioning.

What are some common applications for stepping motors, and what are the advantages of using them in these applications?

Some common applications for stepping motors include robotics, automation systems, CNC machines, telescope mounts, and 3D printing. The advantages of using stepping motors in these applications include precise and accurate positioning, excellent repeatability, high torque at low speeds, and the ability to hold a position without power. These advantages make stepping motors ideal for applications that require precise control of movement and positioning.

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SHINANOKENSHI Stepping Motors（Type Details：Motors）

SHINANOKENSHI offers products Stepping Motors specified by Type Details Motors from Automation Components product category. There are a total of 2 items. Search and select detailed specifications of parts for your machine with free CAD downloads. SHINANOKENSHI products are available to order through MISUMI online 24 hours a day. Free shipping, no minimum order.

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Specification/Dimensions

Type Details
- Motors
- Built-in Driver
- Single Driver
- Single Controller
- Motor Only
- Set
Clear

Square Flange Size A(mm)
20

22

28

30

35

40

42

50

56.4

57

60

61

85

86

90

110
Clear

Power Supply
2-phase

3-phase

Single-phase / 3-phase

5-phase

DC

Single-phase
Clear

Voltage Specifications
AC100 Specification

AC200 Specification

DC Specification
Clear

Control Method
- Open Loop
- Closed Loop
Clear

Step Angle(°)
0.0036

0.0072

0.01

0.012

0.0144

0.018

0.02

0.024

0.0288

0.036

0.045

0.05

0.072

0.1

0.144

0.18

0.2

0.25

0.36

0.5

0.72

0.9

1.2

1.8

1.8°
Clear

Reducer
- Not Provided
- Provided
Clear

Drive Method
- Bipolar
- Unipolar
Clear

Backlash(°)
0.034

0.05

0.12

0.15

0.167

0.17

0.25

0.417

0.42

0.584

0.59

0.75

0.92

1

1.17

1.5

2

33mm

38mm

45mm

57.5±2

66±2

76±2

96±2

126±2

157±2
Clear

Holding torque (classification)(N·m)
0.1 or Less

~0.2

~0.3

~0.4

~0.5

~0.6

~0.7

~0.8

~0.9

~1

~1.1

~1.2

~1.3

~1.4

~1.5

~1.6

~1.7

~1.8

~1.9

~2

~3

~4

~5

~10

~15

~20

~30

~40

~60
* -0.2 represents > 0.1/≤ 0.2.
Clear

Brand	(0) (0) FULLING MOTOR (0) ORIENTAL MOTOR (0) RS Pro (0) SHINANOKENSHI (2)
CAD	2D 3D

2 items

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: 30; 60; 90

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Stepper Motor With Built-in Controller, SSA-TR Series

SHINANOKENSHI

[Features]
· Motor, driver and controller are integrated into the motor flange size.
· Various operations can be programmed in 8 tables.
· Can select 4 levels of microstep division (1, 2, 4, 16).
· Warning/error output function.
· Design with dedicated bracket for high heat dissipation.
· Easy setting with provided dedicated application.
· Lineup of geared types.
[Applications]
· Equipment for various factories (manufacturing/assembly equipment, inspection equipment, experimental equipment, transport equipment, etc.), positioning and constant-speed rotation control.

From: ฿ 8,479.32
Days to Ship: 10 Day(s)

10 Day(s)

Compare

Speed Controller Built-in Stepper Motor "SSA-VR Series"

SHINANOKENSHI

[Features]
● An input pulse is not required as the motor, driver and speed controller are integrated into the motor flange size.
● Operation parameters, I/O function setting and demo operation are possible with the included dedicated application.
● Abnormal rotation detection and automatic recovery are possible with the motor alone.
● Speed control is made simple with analog input.
● Wide speed control range (0 to 1800r/min).
[Applications]
● Equipment for all types of factories (manufacturing/assembly equipment, inspection equipment, experimental equipment, transportation equipment, etc.) and constant rotation control.

From: ฿ 11,012.12
Days to Ship: 10 Day(s)

10 Day(s)


Brand
Product Series
CAD
From
Days to Ship
Type Details
Square Flange Size A(mm)
Power Supply
Voltage Specifications
Control Method
Step Angle(°)
Reducer
Drive Method
Backlash(°)
Holding torque (classification)(N·m)

	You can add up to 6 items per a category to the compare list.Compare	You can add up to 6 items per a category to the compare list.Compare
Brand	SHINANOKENSHI	SHINANOKENSHI
Product Series	Stepper Motor With Built-in Controller, SSA-TR Series	Speed Controller Built-in Stepper Motor "SSA-VR Series"
CAD	2D / 3D
From	฿ 8,479.32	฿ 11,012.12
Days to Ship	10 Day(s)	10 Day(s)
Type Details	Motors	Motors
Square Flange Size A(mm)	28 ～ 60	42 ～ 56.4
Power Supply	2-phase	2-phase
Voltage Specifications	DC Specification	DC Specification
Control Method	Open Loop	Open Loop
Step Angle(°)	0.18 ～ 1.8	0.18 ～ 1.8
Reducer	Not Provided / Provided	Not Provided / Provided
Drive Method	Unipolar	Unipolar
Backlash(°)	2	2
Holding torque (classification)(N·m)	0.1 or Less ～ ~0.9	~0.9

Application example related to this category

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Related Categories to Stepping Motors

- Stepping Motors
- Brushless Motors

FAQ Stepping motor

Question: For what purposes is a stepping motor typically utilized?: Answer: Stepping motors are typically utilized in applications that require precise and accurate positioning, such as in robotics, automation systems, CNC machines, telescope mounts, and 3D printing. They are ideal for situations where the motor needs to move in small increments, rather than rotating continuously.
Question: What are the differences between a stepping motor and a regular motor?: Answer: The main difference between a stepping motor and a regular motor is that a stepping motor moves in small, precise steps, while a regular motor rotates continuously. Stepping motors are designed to move in discrete steps, making them ideal for applications that require precise positioning, whereas regular motors are designed to rotate continuously, making them ideal for applications that require continuous motion, such as driving a fan or a conveyor belt. Stepping motors also typically have higher torque at low speeds and are more expensive than regular motors.
Question: Is a stepping motor categorized as AC or DC?: Answer: Stepping motors can be categorized as either AC or DC depending on the type of motor. Some stepping motors are designed to operate on AC voltage, while others are designed to operate on DC voltage. However, the most common type of stepping motor used in industrial and commercial applications is the bipolar DC stepping motor. This type of motor is designed to operate on DC voltage and is widely used in robotics, automation systems, and other applications that require precise positioning.
Question: What are some common applications for stepping motors, and what are the advantages of using them in these applications?: Answer: Some common applications for stepping motors include robotics, automation systems, CNC machines, telescope mounts, and 3D printing. The advantages of using stepping motors in these applications include precise and accurate positioning, excellent repeatability, high torque at low speeds, and the ability to hold a position without power. These advantages make stepping motors ideal for applications that require precise control of movement and positioning.