0.9degree 2phase Stepper Motor with High Torque

0.9degree 2phase Stepper Motor with High Torque

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 pc

Supply Capability:: 2500 pc/month

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0.9degree 2phase Stepper Motor with High Torque

Product Details

Basic Info.

Model NO.:42H433-095-09

Application:Printing Equipment

Speed:Variable Speed

Number of Stator:Two-Phase

Excitation Mode:HB-Hybrid

Function:Control

Number of Poles:100

Operate Mode:Two Phases Eight Steps

Type:Magnetic-Electric

Certification:CE

Brand:Fxd Motors

Step Angle:0.9 Degree

Step Angle Accuracy:±5%

Speed of The Motor:High and Low Speed

Export Markets:Global

Additional Info.

Trademark:fxd motors

Packing:Boxes

Standard:CE, ROHS

Origin:Changzhou City Jiangsu Province China

HS Code:8501109990

Production Capacity:200000 PCS Per Year

Product Description

Item Specifications:
Step Angle 0.9degree
Temperature Rise 80. C Max.
Ambient Temperature -20. C~+50. C
Insulation Resistance 100MΩ Min., 500VDC
Dielectric Strength 500VAC for one minute
Shaft Radial Play 0.02Max. (450 g-load)
Shaft Axial Play 0.08Max. (450 g-load)
Max. Radial force 28N (20mm from the flange)
Max. Axial force 10N

1. NEMA17 Hybrid Stepper Motor
2. Model Number: FXD42H434 - 095-09
3. Phase: 2 Phase
4. Lead Wire (No. ): 4wires
5. Structure: Hybrid
6. Step Angle: 0.9 degree
7. Motor Height: 34mm
8. Current: 1.0A
9. Resistance: 4.2Ω
10. Inductance: 4mH
11. Motor Weight: 0.22KG
12. Holding Torque: 1.6Kg. Cm
13. Speed: Low / High speed
14. Certification: CE, RoHS
15. Shape: Square
16. Applications: Use for robots stepper motor, electronic automatic equipment stepping motor, medical instrument stepping motor, advertisementing instrument stepper motor, lighting& audio equipment stepper motor, printer stepper motor, textile machinery stepper motor. CNC router stepper motor.

Motor Specifications:

Model No.	Step Angle	Motor Length	Current /Phase	Resistance /Phase	Inductance /Phase	Holding Torque	# of Leads	Detent Torque	Rotor Inertia	Mass
Model No.	( °)	(L)mm	A	Ω	mH	kg.cm	No.	g.cm	g.cm	Kg
FXD42H434-095-09	0.9	34	0.95	4.2	4	1.58	6	120	35	0.22
FXD42H434-060-09	0.9	34	0.6	10	9.5	1.58	6	120	35	0.22
FXD42H434-031-09	0.9	34	0.31	38.5	33	1.58	6	120	35	0.22
FXD42H234-133-09	0.9	34	1.33	2.1	4.2	2.2	4	120	35	0.22
FXD42H440-120-09	0.9	40	1.2	3.3	3.4	2.59	6	180	54	0.28
FXD42H440-080-09	0.9	40	0.8	7.5	6.7	2.59	6	180	54	0.28
FXD42H440-040-09	0.9	40	0.4	30	30	2.59	6	180	54	0.28
FXD42H240-168-09	0.9	40	1.68	1.65	3.2	3.3	4	180	54	0.28
FXD42H448-120-09	0.9	48	1.2	3.3	4	3.17	6	220	68	0.35
FXD42H448-080-09	0.9	48	0.8	7.5	10	3.17	6	220	68	0.35
FXD42H448-040-09	0.9	48	0.4	30	38	3.17	6	220	68	0.35
FXD42H248-168-09	0.9	48	1.68	1.65	4.1	4.4	4	220	68	0.35

0.9degree 2phase Stepper Motor with High Torque

Q: How does the step motor start?: LOCK is a signal that a signal error causes the entire program to be stuck, equivalent to a valve. I don't know exactly. If is the printer display error, it may be bought your driver do not match, drive is divided into single pulse and double pulse drive, your is double pulse mode, you can find technical personnel change the drive to try single pulse mode, pay attention to the voltage and current of driving

Q: The step motor allows the group to be electrically locked.: Not only sending back to keep the original bearing motor winding, only after the analog signal to the motor, the motor will rotate, rotating ring according to the signal number, to complete in an axial movement, pure to electricity, will lock the motor position, because the signal source is 4 ma.

Q: What happens when the step motor lock stops and stops?: Do you mean the motor shaft is locked when the motor stops? Disconnect the power supply? The step motor is like this, he has stopped the current, he assures the stepping motor to locate, and when the power supply is cut off, the current is not stopped.

Q: What do you mean by step motor? For example, two-phase step motor, three-phase step motor, four-phase step motor, etc. Is it 220V?: Said stepping motor phase number is the number of motor coil winding, two phase two sets of coil, three phase three groups namely, power supply depends on the drive circuit, not directly on the motor.

Q: What is the phase number of the step drive motor, and how does the user select several phases of step motor?: To understand the number of phases of the step motor drive, the first step is to understand the phase number of the step motor, which is the number of coils. Several phases of stepping motor are matched with several phases of drive. Two, three, four, five stages of the motor are two, three, four, five sets of coils. N phase stepper motor windings have N, N the windings shall be evenly embedded in the stator, so the number of stator poles must be N integer times, therefore, the steps of one revolution of the rotor should be integer times of N; That is to say: the steps of one revolution of the three phase stepper motor is integer times of 3, 4 steps one revolution of the stepper motor is 4 integer times, the steps of one revolution of the five phase stepper motor is 5 integer times; If the basic step for developing the stepper motor is apart from the Angle of theta, round number is M, the number of phase step motor is N have the following relations: theta = 360 / M for these mechanical symmetry principle, M is necessarily phase number N integer times. As you can see from the above analysis, the base step Angle cannot be arbitrary. There is no necessary connection between the wiring and the phase number of the step motor. It depends on the actual application.

Q: How does PLC drive the step motor: How much control stepping motor to turn the main you need to step by step motor from the point of view to calculate how much need one revolution of the motor pulse, such as step Angle is 0.9 ° need to give one revolution of the stepper motor, motor drive 360/0.9 = 400 pulse, turn a half circle is 200 pulse. Step forward motor drive information you first understand! Stepper motor speed is by changing the pulse frequency to control, PWM output control with PLC is more convenient, how fast speed does not affect the stepper motor, much depends on the number of pulse. Note that the faster the speed of the motor, the smaller the torque, and you can adjust the speed of your application in case you lose the step.

Q: What is the difference between a step motor and a brushless motor: The step motor can control the Angle of rotation precisely, but no brushless motor is not allowed The motor rotor is a grass-fed structure, neither winding nor permanent magnet. On the rotor of the brushless motor is the rotary rectifier and the excitation winding Brushless motor is used to generate power and power. Step motors are used for precise positioning, such as tool displacement control on machine tools

Q: What is the difference between direct drive motor, linear motor, servo motor and step motor?: Linear motor is also called the linear motor, linear motor is a kind of mechanical energy convert electrical energy directly into linear motion, without any intermediate conversion mechanism of transmission. It can be seen as a rotating motor cut open by radial and formed into a flat surface Direct drive motor: the short term for direct drive motor. The main point is that the motor is not required to pass the transmission device (such as a driving belt, etc.) when driving the load.

Q: The step motor commutator vibrates.: No special delay is required. But the software should be able to make the speed as a continuous gradient rather than a mutation. "On the analysis of the similar physical inside we throw objects" of sports: first by uniformly retarded motion, speed is reduced to zero after they became a uniformly accelerated motion in the opposite direction. Do not have an operation that "mutates" at a certain speed, or is "mutated" at a certain speed. This "mutation" naturally produces shock vibrations. As for the acceleration of the "uniform acceleration" and "uniform velocity", it can be determined by the inertia size of the step motor's performance and load.

Q: How does the step motor reset: So we're going to go straight to zero. This method is to point to install a stop at zero block, and then through the stepper motor to drive big enough in the direction of the zero point of view, when stepping motor to zero, is blocked by block, motor stop position is zero. This motor zero method is simple, but when the motor is blocked by block is still driving a stepper motor to perform an action of zero, so will not only harm the stepping motor and actuator, also will produce severe shaking and large noise.

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