Hybrid Stepper Motor (MTB86 Series)

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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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Hybrid Stepper Motor (MTB86 Series)

Product Details

Basic Info.

Model NO.:MTB86 Series

Application:Machine

Speed:Constant Speed

Number of Stator:Two-Phase

Excitation Mode:HB-Hybrid

Function:Driving

Number of Poles:4

Operate Mode:Three Phase Double Beat

Type:Magnetic-Electric

Certification:ISO9001, CCC

Brand:Mt

Torque:4.8n.M

Export Markets:Global

Additional Info.

Trademark:MT

Packing:Standard Export Case Package

Standard:CCC / CE

Origin:China

HS Code:85015100

Production Capacity:8500sets/Month

Product Description

Simple introduction of our stepper motor:
1. All our stepper motors is bybrid stepper motor with 2-phase & 3-phase;
2. All of our stepper with its corresponding inverter;
3. All of our stepper motor with 10-15 days delivery time;
4. Competitive price and best after-sell service;
5. MOQ: 1set;
6. Fast delivery with stock;

Model	MTB86-65	MTB86-80	MTB86-118	MTB86-150
Step Angle(° )	1.8
Length L(mm)	65	80	118	150
Holding torque(N. m)	3.3	4.5	8.5	12
Current(A/phase)	2.8	4.2	4.2	4.2
Resistance(Ω )	1.4	0.8	1.2	1.25
Inductance(mH)	3.9	3.4	6.0	8.0
Rotor inertia(g. cm² )	1000	1400	2700	4000
Weight(kg)	1.7	2.3	3.8	5.4
Shaft diameter(mm)	9.5	12.7	12.7	12.7
Shaft extension(mm)	leveling block 1× 25	leveling block 1× 25	feather key 5× 25	feather key 5× 25

Hybrid Stepper Motor (MTB86 Series)

Q: What are the advantages and disadvantages of stepping motor? What occasion does it apply to?: Second, widely used in the ATM machine, spraying machine, carving machine, photo machine, spraying equipment, medical instrument and equipment, computer peripherals and mass storage equipment, precision instruments, industrial control system, office automation, robots and other fields, especially suitable for smooth operation, low noise, fast response, long service life, high output torque applications; Third, step motor in computerized embroidery machine is widely used in textile machinery and equipment, such as the characteristics of this kind of stepper motor is to keep the torque is not high, frequent start the reaction speed, low noise, smooth operation, operation control performance is good, the machine cost is low; In general, the characteristics of low inertia, high positioning accuracy, no accumulated error and simple control are widely used in the products of electromechanical integration.

Q: The step motor is widely used in any field: At present, the application of stepping motor is becoming more and more widely used in the fields of machinery, electronics, textile and so on. Step 1 motor is used mainly for position requirements. For example, a thread-cutting workbench is dragging, the hair machine workbench (the pore positioning), the packaging machine (fixed length). Basically, it's all about positioning.

Q: What is the step length of the step motor? How do you walk the motor in step?: What is the step motor? Induction step motor, hybrid step motor, linear step motor? Step length generally refers to a shot of a step Angle, taking two steps into the motor as an example: The two-phase/four-phase step motor (50 rotors, 40 stator teeth), the market is generally 1.8 degrees, subdivided by 0.9 degrees,... Step Angle = 360/50 teeth / 4 beats

Q: Why is the first step always receding when the motor is on the power supply, and moving forward: The motor itself is permanent magnet, and the electromagnetism on the motor will allow him to return to the nearest basic step position. It's always possible.

Q: The step motor dc motor comparison and its advantages and disadvantages: The main difference between stepping motor, dc motor and brushless dc motor is their drive. The step motor is moved in a step-by-step manner, and the dc motor and the brushless dc motor are usually controlled by continuous movement. The step motor USES direct control, its main command and control variables are step positions.

Q: How to solve the vibration problem of stepping motor??: The driver current is not sufficient to see if the driver current is in the working current area The motor is too heavy.

Q: There is no accumulated error in stepping motor. How do you understand this?: So let's say the cumulative error, which is that the error can be added up, like the starting point is 0.01 degrees and it's going to be 0.02 degrees. It means that the Angle of the step motor depends on the pulse of the drive, and it corresponds to a certain Angle. So after spinning a certain amount of rotation, even if there is a small error (like the uneven tooth of the processing process), it is not cumulative.

Q: The step motor and the servo motor are big: You will find that if is with torque motor servo motor much larger force, reason is that the servo motor drive has the function of adjust output can make servo motor in 2-3 times within a certain time under overload, therefore, when servo motor overload showed a trend of slow down automatically adjust the output current and voltage, make its operating force to keep the original speed slow, locked-rotor occur without (but not limited to motor overload capacity and drive affordable oh). The stepper motor was not the function, but also can meet the state of relatively low frequency (low speed) reach the rated torque output, when high speed stepping electric opportunity because of the high frequency, the pulse current in coil electricity shorter time and reach the maximum current, instead to cause a decline in moment, therefore, the stepper motor is only suitable for low speed and torque is small. Obviously, compared to the stepping motor and servo motor, the servo motor is larger than the step motor

Q: Can the step motor be in parallel with two phases: Two windings in parallel can't be correct either. Because all the windings are energized by stepping into the motor, there are two directions, if the winding and the reverse winding colleague work. Motor cannot rotate

Q: PLC control step motor problem: The first step is that you should have a pulse of 3200 pulses. The domestic stepper motor can also go up to 600, without any doubt about stepping motor performance! The frequency of 8000HZ, I think you should check your pulse output if you have a question, do you use the high speed pulse output module? And then you have a separate PLC control motor or a connection with other devices! PLC model?

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