Place of Origin: | China |
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Brand Name: | prostepper |
Certification: | CE/ISO/ROHS |
Model Number: | PST57H265-4P20 |
Minimum Order Quantity: | 10pcs |
Price: | Negotiable |
Packaging Details: | 38.5*24*23 cm |
Delivery Time: | 5-8 working days |
Payment Terms: | T/T, Western Union, L/C, MoneyGram |
Supply Ability: | 250000pcs per month |
Name: | Nema23 Stepper Motor | Motor Frame Size: | 57mm |
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Holding Torque: | 1.7N.m | Related Current: | 2A/Phase |
Weight: | 0.85kg | Length: | 64.5mm |
High Light: | 57mm Hybrid Stepper Motor,Nema 23 Hybrid Stepper Motor,57mm 2 phase stepper motor |
Nema 23 57mm high torque Hybird stepper motor for pump 1.8 degree
Applications of hybrid stepper motor :Medical equipment,Printer,Scanner, Sewing machine, Monitoring Equipment, Robot,and so on.
Our products from the factory on the date, if quality problems, 1 year free replacement. Please Take good care of the product label.
Our brand: Prostepper
Certification: ISO9001/ISO19001, CE, ROHS
Prostepper brand motor always have own calling system as below:
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The product detailed specification of 2 phase 57mm hybrid stepper motor can be refered as below:
Mode No | PST57H242-4P10 |
PST57H242-4P20
|
PST57H242-4P30 |
Holding Torque | 0.6N.m | ||
Related Current | 1A/Phase | 2A/Phase | 3A/Phase |
Resistance | 4.2 Ω/Phase | 1.2Ω /Phase | 0.51Ω/Phase |
Inductance | 8.9MH/Phase | 2.1MH/Phase | 1MH/Phase |
Inertia | 140g.cm2 | ||
Weight | 0.46kgs | ||
Length | 42.5mm | ||
Connection | P |
Mode No | PST57H245-4P10 |
PST57H245-4P20
|
PST57H245-4P30 |
Holding Torque | 0.8N.m | ||
Related Current | 1A/Phase | 2A/Phase | 3A/Phase |
Resistance | 4.7 Ω/Phase | 1.25Ω /Phase | 0.57Ω/Phase |
Inductance | 10.8MH/Phase | 2.7MH/Phase | 1.2MH/Phase |
Inertia | 180g.cm2 | ||
Weight | 0.52kgs | ||
Length | 45.5mm | ||
Connection | P |
Mode No | PST57H251-4P10 |
PST57H251-4P20
|
PST57H251-4P30 |
Holding Torque | 0.8N.m | ||
Related Current | 1A/Phase | 2A/Phase | 3A/Phase |
Resistance | 4.7 Ω/Phase | 1.25Ω /Phase | 0.57Ω/Phase |
Inductance | 10.8MH/Phase | 2.7MH/Phase | 1.2MH/Phase |
Inertia | 180g.cm2 | ||
Weight | 0.52kgs | ||
Length | 45.5mm | ||
Connection | P |
Mode No | PST57H255-4P20 |
PST57H255-4P30
|
PST57H255-4L40 |
Holding Torque | 1.2N.m | ||
Related Current | 2A/Phase | 3A/Phase | 4A/Phase |
Resistance | 1.6 Ω/Phase | 0.7Ω /Phase | 0.45Ω/Phase |
Inductance | 5.2MH/Phase | 2.4MH/Phase | 1.4MH/Phase |
Inertia | 280g.cm2 | ||
Weight | 0.72kgs | ||
Length | 55.5mm | ||
Connection | P |
Mode No | PST57H265-4P20 |
PST57H265-4P30
|
PST57H265-4L40 |
Holding Torque | 1.7N.m | ||
Related Current | 2A/Phase | 3A/Phase | 4A/Phase |
Resistance | 2 Ω/Phase | 0.9Ω /Phase | 0.5Ω/Phase |
Inductance | 6MH/Phase | 2.7MH/Phase | 1.6MH/Phase |
Inertia | 280g.cm2 | ||
Weight | 0.72kgs | ||
Length | 55.5mm | ||
Connection | P |
Mode No | PST57H276-4P30 |
PST57H276-4L40
|
PST57H276-4L50 | |
Holding Torque | 2N.m | |||
Related Current | 3A/Phase | 4A/Phase | 5A/Phase | |
Resistance | 1.1Ω/Phase | 0.65Ω /Phase | 0.37Ω/Phase | |
Inductance | 4.2MH/Phase | 2.35MH/Phase | 1.8MH/Phase | |
Inertia | 480g.cm2 | |||
Weight | 1.1kgs | |||
Length | 76.5mm | |||
Connection | P | L |
Mode No | PST57H280-4P30 |
PST57H280-4L40
|
PST57H280-4L50 | |
Holding Torque | 2.2N.m | |||
Related Current | 3A/Phase | 4A/Phase | 5A/Phase | |
Resistance | 1.2Ω/Phase | 0.65Ω /Phase | 0.36Ω/Phase | |
Inductance | 4.5MH/Phase | 2.5MH/Phase | 1.76MH/Phase | |
Inertia | 520g.cm2 | |||
Weight | 1.2kgs | |||
Length | 80.5mm | |||
Connection | P | L |
Mode No | PST57H2100-4L40 |
PST57H2100-4L50
|
Holding Torque | 3N.m | |
Related Current | A/Phase | 5A/Phase |
Resistance | 0.88Ω/Phase | 0.5Ω /Phase |
Inductance | 3.2MH/Phase | 2.MH/Phase |
Inertia | 720 | |
Weight | 1.5 | |
Length | 101 | |
Connection | L |
This Figure Dimensions (Unit=mm) , shows a dual-shaft motor. The single-shaft motor does not have the blue part shaft and the * mark hole demensions.
Model | L |
PST57H242 | 42.5mm |
PST57H245 | 45.5mm |
PST57H251 | 51.5mm |
PST57H255 | 55.5mm |
PST57H265 | 64.5mm |
PST57H276 | 76.5mm |
PST57H280 | 80.5mm |
PST57H2100 | 101mm |
Speed/Torque Characteristics (Reference Value)
Advantage of our stepper motor
1. For Prostepper, the customer is not only a buyer, but also a long-term business partner. We work not only to meet their expectations, but also to exceed them through continuous cycles of learning.
2. We believe it is the key to a successful business relationship that understanding our customer's goals, delivering what our customers need and when they need it.
3. To demonstrate our commitment to all our customers, Prostepper has adopted "Bringing out the Best in Motion" as our official slogan, which means our ultimate goal is to become one of the world's top level companies in the industry of precision motor and motion control system.
4. The pursuit of excellence encourages all Prostepper employees to forge ahead into improving our business processes and increasing our management efficiency.
5. We have no doubt that our endeavors enable us to maintain strong presence in the competitive market.
6. Now, let us help you find the right solution for your motor and motion control systems.
Stepping Motor Working Principle
Stepper motor is an inductive motor, it works by using electronic circuits, DC current supply phase sequence control, powered by this kind of current, step motor can work regularly. The driver is the multi-phase timing controller that provides the stepping motor with time-sharing power. Though stepper motor has been widely applied, but it is not like a normal DC motor. To use AC motors in general operation, it only can work since it must be composed of double pulse signal, power driving circuit control system. Thus, it is not easy to use stepper motors properly, it involves in machinery,motor,electronic,computer and other professional knowledge.
How to Overcome the Disadvantages of Stepping Motor
Vibration and noise is the inherent shortcomings of stepper motors, when they are rotating in low speed, generally we can adopt the following solutions to overcome:
A. For instance, a step motor is working in resonance district, it can avoid resonance district by changing reduction ratio and other mechanical rotation.
B. There is also a commonly used and easiest method, that is to match a driver with subdivision function.
C. Using a step motor with smaller step angle, such as 3-phase or 5-phase stepper motor.
D. Exchanging into servo motor, it can almost overcome vibration and noise completely, but the cost is too high;
E. Adding magnetic damping device on a step motor, it is already come into the market , but the mechanical structure would be changed a lot.
Prostepper also provide OEM and ODM for a lot of BRAND-NAME companies.
Welcome to ask the problem about stepper motor , we hope to provide you best service.
1. Q: How to choose the suitable stepper motor?
A: There are serveral important items: size, length of stepper motor, holding torque, voltage, current etc.After confirm some them and told us, we can send you the suitable one.
2. Q: Any other methods to finalize the model?
A: Sure, you can send us the model you are using, we can hep you find out the most suitable one.
3.Q: Can I get some samples?
A: We are honored to offer you samples for quality check.
4.Q:What's your warranty terms?
A:One-year warranty and lifelong repair.