Hybrid Stepper Motor Manufacturer in China

Excelling as a manufacturer for high-grade motors of single phase and three phase qualities since the turn of the millennium, SherryMotor is one of the most reputed manufacturers with a clean track record and responsible sales history for clients around the world.

What Is A Hybrid Stepper Motor?

A single-phase motor is an electrically-powered rotary machine that can turn electric energy into mechanical energy.

It works by using a single-phase power supply. They contain two types of wiring: hot and neutral. Their power can reach 3Kw and supply voltages vary in unison.

They only have a single alternating voltage. The circuit works with two wires and the current that runs across them is always the same.

Advantages of Hybrid Stepper Motors

The torque of this motor is high
It gives detent torque including de-energized windings
The step length is less

The efficiency of this motor is high at less speed.
The stepping rate is low.

How we ensure a profitable business partnership

Professionally Trained Engineering & Manufacturing Team

Producing custom-made, DC motors is a complex process.
Even before the raw materials are trucked to the manufacturing plant and brought to the production line, both the client and electric motor manufacturer have started to solidify their working relationship by laying the ground work that’s required prior to the commencement of production.
Successful working relationships require trained professionals, including engineering, manufacturing, supply chain, logistics, quality control, among others, to create not only the motor design and prototypes, but also the manufacturing processes and delivery channels.
Sherrymotors has built a design and manufacturing team of highly trained and customer-focused professionals.
It leverages both the technical expertise and customer service skills of its staff to ensure production goals occur within budget.

Comprehensive Manufacturing Facilities

Manufacturing any product requires both the equipment and facilities to handle projected production volume, capacity or throughput.
Beyond capacity considerations, what’s key for a custom electric motors manufacturer is to have all the machinery, equipment and testing capabilities in house and on-site so it can produce motors from start to finish in a timely fashion.
Sherrymotors has built a state-of-the-art comprehensive production facility that’s fully equipped to manufacture even high volume runs.
It’s onsite process equipment includes, CNC machining, shaft splining, automated magnetizing, heat treating, epoxy coating insulation, automated coiling, winding, commutator slotting and balancing, varnishing and welding/painting/special fabrication.
It also has a testing laboratory, which includes a 30 HP dynamometer and 500 Amp testing capability, to conduct both standard and special tests.

Standardized Work Processes Verified by Quality Control Systems

One of the motivations for using a custom motor manufacturer is the belief that a specialist can manufacture a motor, quicker, less expensively and with a greater level of quality. It is the ability to manufacture a quality product that reaps both cost and time benefits.
To obtain a high level of quality, a successful DC motor manufacturer should implement standardized work processes to enhance consistency and reliability. The motors should be tested throughout the production chain to verify this quality.
Sherrymotors understands the vital importance of manufacturing process control to produce consistent and reliable product.
Sherrymotors has invested in ISO-9001: 2008 registration and implemented Lean Six Sigma initiatives. All of its machining operations undergo first piece inspections and all of its motors go through end-of-line testing.
Sherrymotors uses documented manufacturing procedures and its production work-stations are linked to the engineering department to ensure all parts are manufactured to the latest revisions.

Hybrid Stepper Motors List

Key features that set Sherrymotors’ electronically commutated EC motors apart are their excellent torque performance, high power, extremely wide speed range, and unrivaled service life. The outstanding controllability of the motors permits the creation of high-precision positioning drives.

Applications of Hybrid Stepper Motors

Hybrid stepper motor is very popular because it provides good performance in terms of holding torque, speed, and step resolution as compared with the permanent magnet rotor.

How to choose Hybrid Stepper Motors?

A stepper motor can be a good choice whenever controlled movement is required. They can be used in applications where you need to control rotation angle, speed, position and synchronism. Because of the inherent advantages listed previously, stepper motors have found their place in many different applications. Some of these include printers, plotters, X-Y tables, laser cutters, engraving machines, pick-place devices and so on.

Factors to Consider When Buying a Hybrid Stepper Motor

01 Determining the drive mechanism component

Determine the mechanism and required specifications. First, determine certain features of the design, such as mechanism, rough dimensions, distances moved, and positioning period.

02 Calculate the required resolution

Find the resolution the motor requires. From the required resolution, determine whether a motor only or a geared motor is to be used. However, by using the microstepping technology, meeting the required resolution becomes very easy.

03 Determine the operating pattern

Determine the operating pattern that fulfills the required specifications. Find the acceleration (deceleration) period and operating pulse speed in order to calculate the acceleration torque.

04 Calculate the required torque

Calculate the load torque and acceleration torque and find the required torque demanded by the motor.

05 Select the motor

Make a provisional selection of a motor based on the required torque. Determine the motor to be used from the speed-torque characteristics.

Determine the mechanism and required specifications. First, determine certain features of the design, such as mechanism, rough dimensions, distances moved, and positioning period.

06 Check the selected motor

Confirm the acceleration/deceleration rate and inertia ratio.