Stepper motor testing equipment

NegotiableUpdate on 05/06

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Nature of the Manufacturer: Producers

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Overview

Stepper motors are widely used in automation equipment, robots, medical devices, 3D printing, precision instruments, and other fields due to their advantages of high precision, fast response, and convenient control. As an exclusive testing equipment, stepper motor testing equipment can accurately capture the full operating parameters of stepper motors, providing scientific basis for motor research and development, production quality inspection, maintenance and calibration. It is an equipment for enterprises to control product quality and enhance core competitiveness.

Product Details

Stepper motors are widely used in automation equipment, robots, medical devices, 3D printing, precision instruments, and other fields due to their advantages of high precision, fast response, and convenient control. The step accuracy, positioning error, temperature rise, vibration noise and other performance indicators of a stepper motor directly determine the operating accuracy and stability of the equipment.Stepper motor testing equipmentAs an exclusive testing equipment, it can accurately capture the full operating parameters of stepper motors, providing scientific basis for motor research and development, production quality inspection, maintenance and calibration. It is an equipment for enterprises to control product quality and enhance core competitiveness.

Product Overview

Stepper motor testing equipmentIt is a high-precision comprehensive testing system designed specifically for stepper motors (including two-phase, three-phase, and five phase stepper motors). It integrates parameter measurement, performance verification, and fault diagnosis, and can be adapted to various specifications of stepper motors. The step angle covers 0.36 ° -1.8 °, the power range is 0.01KW-5KW, and the speed range is 0-3000r/min. It fully meets the various testing needs of stepper motors such as no-load, loading, positioning accuracy, step error, temperature rise, vibration noise, etc. The equipment adopts a modular design, which is easy to operate and precise in measurement. It is suitable for multiple scenarios such as research and development verification, production and delivery, maintenance and testing, and teaching and training, helping users achieve efficient detection and quality control of stepper motors throughout their entire life cycle.

core advantage

Accurate positioning measurement, tailored to the core requirements of stepper motors

Based on the core characteristic of "precise positioning" of stepper motors, it is equipped with high-precision photoelectric encoders, torque sensors, and displacement sensors, which can accurately measure key parameters such as step distance error, positioning error, repeat positioning accuracy, and step loss rate of stepper motors, providing reliable data support for motor performance optimization and quality judgment.

Multi parameter synchronous detection, comprehensive coverage of performance indicators

It can synchronously measure the full dimensional parameters of stepper motors, such as voltage, current, input power, output torque, speed, step angle, positioning accuracy, temperature rise, vibration, noise, etc., without frequent switching of testing modes, efficiently completing multi item testing. Equipped with a dedicated data acquisition system, it can record the parameter changes during the operation of the motor in real time, automatically generate performance curves (such as step error curve, torque speed curve), export data in Excel and PDF formats, support post analysis and archiving, and comprehensively cover the core requirements of stepper motor research and quality inspection.

Intelligent and convenient operation, reducing labor and maintenance costs

Adopting PLC+touch screen+computer triple control mode, combined with dedicated stepper motor testing software, the operation interface is simple and easy to understand, supporting three testing modes: fully automatic, semi-automatic, and manual, which can be quickly mastered without the need for professional technicians. The software has multiple standard testing schemes built-in, which can be quickly called up according to the motor specifications, and supports custom testing parameters to adapt to different models and purposes of stepper motor testing. Equipped with intelligent diagnostic function, it can monitor motor temperature rise, current, and vibration abnormalities in real time, issue sound and light warnings in a timely manner, reduce potential faults, greatly improve testing efficiency, and reduce labor costs.

Stable and durable, compatible with multiple specifications of motors

The body adopts a high-strength aluminum alloy and cast iron combination structure, which has undergone aging treatment and has strong rigidity and good seismic resistance, effectively suppressing vibration interference during testing and ensuring measurement accuracy. Equipped with an adjustable installation platform, it supports quick clamping of stepper motors of different sizes and models, without the need to replace fixtures. It is compatible with various types of stepper motors such as two-phase, three-phase, and five phase, and has strong compatibility. The core components of the equipment are imported brands, with high stability and long service life, which can meet the needs of long-term continuous testing and adapt to industrial production batch testing scenarios.

Customized adaptation to meet personalized scene needs

We can customize testing plans for different power, step angle, and speed ranges according to the specific needs of users, and adapt them to the testing of stepper motors in special scenarios. Whether it is high-precision testing required by research institutes, open API interface support, batch testing required by production enterprises, MES system docking, or specialized motor testing in medical devices, 3D printing and other fields, they can be customized to ensure that the equipment is highly matched with the actual application scenarios of users.

Core technical parameters

parameter name	measurement range	precision	remark
Test power	0.01KW-5KW	±0.2%F.S	Customizable higher power
Test speed	0-3000r/min	±0.1%F.S	Support low-speed precise testing
Step angle measurement	0.36°-1.8°	±0.01°	Suitable for various types of stepper motors
定位精度	0-10mm	±0.005mm	Accurately capturing positioning errors
temperature measurement	-40℃~120℃	±0.5℃	Real time monitoring of motor temperature rise
power input	Single phase AC220V/Three phase AC380V ± 10% 50Hz	--	Adapt to power supply needs in different scenarios
working environment	Temperature -10 ℃~+40 ℃, relative humidity<85% (25 ℃)	--	Adapt to multiple scenarios such as laboratories and workshops

Applicable scenarios

R&D validation scenarioResearch institutes and enterprise R&D departments are used for optimizing stepper motor control strategies, improving step pitch accuracy, and verifying new material performance. They can provide open API interfaces and support integration with third-party tools such as MATLAB/Simulink, helping to improve R&D efficiency and shorten R&D cycles.
Production quality inspection scenarioStepper motor manufacturing enterprise, used for factory inspection and batch sampling of motors, to quickly determine whether the performance indicators such as step accuracy and positioning error of motors meet the standards, eliminate unqualified products, ensure product quality meets industry standards, and enhance market competitiveness.
Maintenance and testing scenariosAutomation equipment operation and maintenance, motor maintenance enterprise, used for performance calibration of stepper motors after maintenance, detecting the out of step rate and positioning accuracy of motors after maintenance, verifying maintenance effectiveness, identifying potential hazards, and ensuring stable operation of equipment.
Precision equipment supporting scenariosIn the fields of 3D printing, medical devices, precision instruments, robots, etc., it is used for performance testing of stepper motors to ensure that the motors are compatible with the high-precision operation requirements of the equipment. For example, the positioning accuracy testing of stepper motors in medical devices ensures the safe operation of the equipment.
Teaching and practical training scenariosVocational colleges and universities are used for teaching and practical training in majors such as automation and mechatronics integration. They are equipped with simplified operating interfaces and preset teaching cases to help students understand the working principles and performance parameters of stepper motors and enhance their practical abilities.

manufacturer guarantee

Hangzhou Changniu Technology Co., LtdAs a professional manufacturer of motor test benches, we have an experienced R&D and technical team. All equipment is independently developed and produced, certified with relevant qualifications, and can issue value-added tax special invoices. Provide free on-site debugging and operation training services, free maintenance and replacement of parts during the equipment warranty period, and lifelong technical support and operation guidance. When users consult, they only need to provide the step angle, rated power, speed, and specific testing requirements of the stepper motor to obtain customized solutions, with one-on-one service throughout the process,Resolve user concerns regarding selection, usage, and maintenance.

Consultation and docking

If you need to learn more about customized solutions, technical parameters, and pricing details for motor test benches, please feel free to contact us anytimeContact UsWe will provide you with professional and efficient one-on-one consulting services to assist you in selecting and adapting, improving the efficiency and quality control level of stepper motor testing.