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 is the step in the step motor: 3: the auxiliary power source is not suitable, and the auxiliary power supply should be 1.5-2 times the rated power supply of the driver, which is more serious than the imaginary mark The control part should be excluded from interference, away from the frequency converter, antistatic. The equipment can be ground to ground processing, prevent the inductive power, the signal line is done to block processing, set up the proper start frequency, and do well to add deceleration

Q:The difference between the servo motor and the step motor: Servo motor power is generally small, precise operation, high speed braking, inertia small, suitable for closed loop control, and which is able to detect the actual position and the theory of position error, and remove. Stepping motor: to divide a circle into several steps, not accumulated errors, and generally use for open loop control. Note: step motor can also be used for servo motor

Q:Who USES the step motor closed loop controller: Closed loop step system. SANYO closed-loop step system (we call it the SANYO petabyte series) features: With ac servo motor and stepper motor system advantages, compact structure, high speed and high deceleration can be run, stop when there is no adjustment, excellent performance, the most suitable for the visual system. Suitable for machine vision detection equipment, label making machine, liquid crystal manufacturing equipment, small engraving machine, robot, semiconductor processing device (binding, braid, sorting machine...). And so on. 1, SANYO DENKI can also be controlled by the rs-485 communication (compatible with other brand controllers), as well as input commands controlled by the driver. Pulse connections can control multiple axes. All the motion parameters can be stored in Flash ROM via network Settings. Provides a programming library (DLL) under Windows 2000 / XP.

Q:The stepping motor can only be passed on and off: That's that you're not giving the step drive the reverse signal and you have two lines in the step drive and one is the pulse and one is the direction

Q:The step motor is hot with no load: The same device, if not identical, can be ignored. Different brands of motor structure, design and material are different, causing internal production of iron and copper loss, and the heat is different. The possibility of motor problem is greater. But there is such a big difference between heat and fever, and it can't be said that there is no heat.

Q:What is the connection between PLC and motor, including ordinary motors and stepper motors. What is their power supply?: Contactor is electromagnetic switch, PLC provides only a small power switch, to control the intermediate relay, have intermediate control contactor, contactor to connect power, side of the motor, the controller, is to control the step motor, if you want to program, must provide detailed control requirements.

Q:How to make the acceleration of the motor is reasonable, it is also my acceleration set small, the electric motor can not move, set big and will be blocked turn and lose step phenomenon, how to do: While selecting a stepper motor, usually because of the stepper motor can't work in the same direction for a long time running, easy to heat up, life), so the stepper motor using occasions are usually short run, namely in the running, time is short, considering the moment, time also is the important factor to consider.

Q:The step motor is moving at the fastest rate of frequency: The formula for the speed of the ordinary motor is the same thing, it's n = 60f/P, and P is the logarithm.

Q:Can the step motor be in parallel with two phases: You can. If it is a two-phase step motor with eight lines, it can be applied with single polarity, series connection and parallel connection. Unipolar wiring requires a single polarity drive, which is not very generic. If the user needs to work in low-speed electric motor torque, can be used in series connection mode, the motor current to set a small some, also to drive the output current of requirement lower; If the user needs to motor working in high speed, can be used in a parallel connection mode, the motor current to set a few bigger, drives the output current to a bigger one. For example, the 42HS03 motor in innast, which is rated at 2.3 A, will be able to work with an electric current of 1.6 A, and will be able to use the EZM322 drive. If parallel wiring is used, the electric current of the motor is about 3.2 A, and the drive of the EZM442 is required. In conclusion, the user needs to select the most appropriate step forward driver for the need to get a greater economic performance.

Q:What do you do when you go to the motor to vibrate?: Everyone said: stepper motor shaking usually because of electricity in the right order (of course does not exclude the mechanical failure), cause the electricity order right outside the following reasons: Drive selection errors; The power cord has a loose/contact problem; The frequency is not right; The voltage is too high or too low; Mechanical failure;

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