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[China]
Trade Verify
Address: No.28,Shunyuan Road,Xinbei Dist,Changzhou,Jiangsu,China(Mainland)
Contact name:Kangtai Lee
Changzhou Vic-Tech Motor Technology Co., Ltd. |
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Verified Suppliers
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Micro Linear Stepper Motor 5mm Diameter With Planetary Gearbox Bracket Slider
This is a 5mm diameter small sized stepper motor, with a micro
planetary gearbox.
The gear ratio of gearbox is 20.25:1, and it has 2 levels.
It’s attached with a bracket+slider system.
Thus it makes a linear stepper motor.
The linear thrust of the slider is at least 250 grams at 2400 PPS
speed, and 5V DC.
This motor is originally developed for camera system on smart phone
to move camera lens.
It can be also used on other small size electronic/electrical
products, for linear movement.
| Model No. | SM05PG-Linear |
| Motor diameter | 5 mm |
| Drive voltage | 5V DC |
| Coil resistance | 13Ω±10%/phase |
| Number of phase | 2 phases (bipolar) |
| Step angle | 22.5 degrees/20.25 |
| Gearbox type: | Planetary gearbox |
| Gear ratio | 20.25:1 |
| Lead screw type | Tr2*P0.4*6N |
This planetary gearbox is specifically design drawing micro
electronic products such as mobile phone, camera and other small
sized products.
It’s a 2 levels gearbox, and the gears and other components inside
are made from Metal injection Molding technique (MIM technology).
MIM technology use injection method to produce metallic parts, just
like the way we product plastic with injection mold. It can produce
high precision metal parts with small size and high precision,
which is critical for a mini sized gearbox.
But the equipment of MIM technology is expensive, thus the order
quantity of it is higher. Otherwise the cost on each piece of
product is too long. So minimum order quantity of MIM is higher, in
order to lower average cost.
1.The power input part of the standard stepper motor is available
in the form of FPC, FFC, PCB cable, etc.
2.For output shaft, we have two different types of standard
shafts:D shaft and screw shaft. If a special axis type is required,
we can also customize it, but there is an additional customization
cost.
3.8 mm diameter permanent magnet stepper motor with 10*8 mm gear
box. The gear box has high precision, high efficiency and low
noise, which makes the product have good reliability.
Geared stepper motors, widely used in Smart home, personal care, home appliance equipment, smart medical equipment, smart robot, smart logistics, smart cars, communication equipment, smart wearable devices, consumer electronics, camera equipment, and other industries.
1. Coil resistance/rated voltage: The coil resistance is
adjustable, the higher the resistance, the higher the rated voltage
of the motor.
2. Bracket design/slider length: If customers want longer or
shorter bracket, there are special design, such as mounting holes,
it is adjustable.
3. Slider design: the current slider is brass, it can be replaced
with plastic to save cost
4. PCB+cable+connector: PCB design, cable length, connector pitch
are adjustable, can be replaced with FPC according to customer's
need.
Lead time for samples:
Standard motors in stock: within 3 days
Standard motors not in stock: within 15 days
Customized products: About 25~30 days (based on complexity of
customization)
Lead time for building a new mold: generally about 45 days
Lead time for mass production: based on order quantity
Packaging:
Samples are packed in foam sponge with a paper box, shipped by
express
Mass production, motors are packed in corrugated cartons with
transparent film outside. (shipping by air)
If shipped by sea, product will be packed on pallets
On samples and air shipping, we use Fedex/TNT/UPS/DHL. (5~12 days for express service)
For sea shipping, we use our shipping agent, and ship from Shanghai
port. (45~70 days for sea shipping)
1.Are you a manufacturer?
Yes, we are a manufacture, and we produces mainly stepper motors.
2.Where is your factory location? Can we visit your factory?
Our factory is located in Changzhou, Jiangsu. Yes, you are very
welcome to visit us.
3.Can you provide free samples?
No, we don’t provide free samples. Customers won’t treat free
samples fairly.
4.Who pays for shipping cost? Can I use my shipping account?
Customers pay for shipping cost. We will quote you shipping cost.
If you think you have cheaper/more convenient shipping method, we
can use you shipping account.
5.What’s you MOQ? Can I order one motor?
We don’t have MOQ, and you can order only one piece sample.
But we recommend you to order a little bit more, just in case the
motor is damaged during your testing, and you can have a back-up.
6.We are developing a new project, do you provide customization
service? Can we sign a NDA contract?
We have over 20 years of experience in stepper motor industry.
We have developed many projects, we can provide full set
customization from design drawing to production.
We are confident we can give you few advice/suggestions for your
stepper motor project.
If you are worrying about confidential issues, yes, we can sign a
NDA contract.
7.Do you sell drivers? Do you produce them?
Yes, we do sell drivers. They are only suitable for temporary
sample test, not suitable for mass production.
We do not produce drivers, we only produce stepper motors
1.Relationship between stepper motor speed and frequency:
s=f*A*60/360° [s: rotational speed (unit: RPM); f: frequency (unit:
PPS); A: step angle (unit: °) ]
RPS=RPM/60 [RPS: revolutions per second; RPM: revolutions per
minute]
2.How to control the direction of rotation of stepper motor?
You can change the direction level signal of the control system.
You can adjust the wiring of the motor to change the direction, as
follows: For two-phase motors, just one of the phases of the motor
line exchange access stepper motor driver can be, such as A + and
A- exchange. For three-phase motors, not one of the phases of the
motor line exchange, but should be sequential exchange of the two
phases, such as the A + and B + exchange, A- and B- exchange.
3.Stepper motor noise is particularly large, no force, and the
motor vibration, how to do?
This situation is encountered because the stepper motor work in the
oscillation zone, the solution.
A, change the input signal frequency CP to avoid the oscillation
zone.
B, the use of subdivision drive, so that the step angle is reduced,
running smoothly.
