The Best Stepper Motor Tester of 2022 – Reviewed and Top Rated
After hours researching and comparing all models on the market, we find out the Best Stepper Motor Tester of 2022. Check our ranking below.
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- Suitable motor: stepper motor (single axis); it can be directly connected to stepping motor
- Model: stepper motor controller + driver
- Adjustable Delay/Speed Regulation/Angle Adjustment/Distance Adjustment
- Power supply: DC 5-30V
- Motor signal: common cathode
- CAN NOT DRIVE THE MOTOR ALONE: This module is a stepper motor controller. It CANNOT directly control the stepper motor. It needs to connect a stepper motor DRIVER(NOT INCLUDED)to control the motor.
- VARIOUS FUNCTIONS: PEMENOL stepper motor controller can adjust the angle, speed, direction and delay time of the motor. The micro stepping resolution can reach 1/128, enabling you to control the motor more accurately. NOTE: This product is a stepper motor controller, which needs to be used with the driver.
- 9 OPERATING STATES: PEMENOL stepping motor controller has 9 built-in fixed working modes, including forward rotation, reverse rotation, delay, cycle, etc., so you can select the working mode more quickly. In addition to the built-in parameter working mode, you can also control through external buttons or other drives.
- HD LCD DISPLAY: PEMENOL stepper motor controller has a HD LCD display, so you can read the parameters very easily and set various parameters more precisely. The module also has a power failure memory function to prevent your parameters from being lost.
- FORWARD AND REVERSE ROTATION: PEMENOL stepper motor controller can change the direction of motor rotation by pressing a button, and you can also select two modes, automatic or manual, by selecting the working mode, which is more widely used.
- 2 in 1 :This SMC02 is Stepper motor controller + stepper motor driver, which can be directly connected to the stepper motor.
- Motor Type : Working for DC10-30V Two phase 4-wire 5-wire 6-wire 8-wire stepper motor
- 9 Working Modes: The module has built-in multiple fixed operation modes, and users can quickly select the appropriate motion trajectory to meet different application scenarios
- 4 Control Mode : In addition to its built-in parameters work mode,it can also control by external buttons or others driver or UART commands
- LCD Display: The LCD screen can clearly display the speed/delay/cycle time, control the motor with high precision, and the controller parameters support the memory function that will not be lost
- Compatible Models: Stepper motor controller fit for Nema17/23 Motor. The micro stepping resolution can reach 1/128, DC 5-30V
- High Definition LCD Screen: LCD screen can clearly display speed and cycle time. High definition display makes parameter setting and observation more clear and easy, and motor control more accurate. The controller parameters support the memory function screen that will not be lost, and the service life is longer
- 9 Working Modes: Motor controller has set a variety of fixed operating modes, and can set distance/speed/delay/cycle times. You can select appropriate motion tracks to meet different scene applications. It can be run independently or used together with other systems
- 13 Setting Functions:: The stepper motor controller including cycle number, motor turns, delay time, number of pulses, forward speed, flip speed, etc. The external buttons and knob encoder make it very easy to set the parameters
- Control Mode: The motor controller can control the direction and speed of rotation through buttons, external buttons, UART commands, other drivers or fixed working parameters. Applicable to more scenarios
- This module is a pulse generation module, supply the control signal to stepper driver. To control the stepper motor, it must be equipped with a drive.
- This simple controller + stepper motor + stepper motor + DC power supply can be composed of a simple set of control platform.
- The controller has high 5.4k-160khz, middle 540-16.6khz, low 80-2.4khz total of 3 kinds of low frequency signal can be used to select the jumper.
- Can produce pulse signal, can also produce PWM signal, can choose the jumper.
- The frequency of measurement: PUL and common cathode end.
- Power supply: 15-160VDC or 5-12VDC. If you are using 5-12VDC power, positive end connect DC 5-12V Input, negative end connect Common Cathode End.
- 3 Frequency: High: 5.8KHZ-127KHZ, Mid: 590HZ-15.8KHZ, Low: 82HZ-2.3KHZ
- To control the stepper motor, mus connect to the driver
- PUL + and PUL- pulsed positive and negative; EN + and EN- is to enable the positive and negative terminals; DIR + and DIR- are the positive and negative directions.
- Frequency of measurement can amount PUL and common cathode terminal (GND) two ports.
- Integrated Controller & Driver: All-in-one stepper motor controller and driver for motor driving and real-time control of stepper motor working status. Kind reminder: The user manual can be downloaded from the Technical Specifications section on the Amazon page.
- Multiple Control Modes: Automatic control mode, manual control mode, setting control mode, and UART control mode. For the setting control mode, it requires connecting to other stepper motor and just use this product as a standalone stepper motor controller.
- Power-Off Memory Function: Automatically saves and sets data such as distance, speed, delay, and cycle times to prevent data loss after power-off.
- HD LCD Display: Clearly and intuitively displays parameters such as forward and reverse pulse counts, forward and reverse speeds, delays, and cycle work times, facilitating browsing and setting for high-precision motor control.
- Wide Application: Suitable for general industrial control applications, such as CNC machine tools, mechanical packaging, electronic processing and testing, and automated assembly lines. Not suitable for special industries like medical, fire protection, or vital industrial fields.
- [Stepping Motor Controller]: This module is a pulse generation module and supplies stepper driver as a signal.
- [Note]: To control the stepper motor, it must be equipped with a driver.
- [Feature]: This simple controller + stepper driver + stepper motor + DC power supply can form a simple control platform.
- [Specification]: The controller has a total of 3 kinds of frequency signals: high 5.4k-160khz, medium 540-16.6khz, low 80-2.4khz.
- [PWM]: It can generate pulse signal and PWM signal, and can be selected by jumping. Frequency measurement: Can measure PUL and common cathode (or common anode) two port.
- Remote Control: This stepper motor driver can control 2-phase 4-wire stepper motor by motor drive board or IR remote control.
- Driver Specs: The drive voltage is DC 4-6V, which can be powered by USB, 5V mobile phone charger and battery. Driving current 300mA~500mA, if more than this current, may not start the motor. PCB size is 52*36*10mm/2.05*1.42*0.39inch.
- Fit Motor: 2-phase 4-wire/ 6-wire stepper motor (can drive 3V-24V stepper motor to rotate, the motor torque is different).
- Easy to Operate: Stepper motor remote driver can control the forward/backward rotation of the motor, 0-9 shifts adjustable motor speed with digital display. Press the remote control's number button to quickly change the motor speed.
- Customer Service: If you have any questions or encounter any problems while using this motor driver, please contact us proactively. We will reply promptly during working hours and do our best to solve your problem.
- ❃❃PUL + and PUL- pulsed positive and negative; EN + and EN- is to enable the positive and negative terminals; DIR + and DIR- are the positive and negative directions.
- ❃❃Power supply: 15-160VDC or 5-12VDC. If you are using 5-12VDC power, positive end connect DC 5-12V Input, negative end connect Common Cathode End.
- ❃❃The controller has high, medium and low total of three types of frequency signals can be used to select jumper. It has simple construction, easy to install.
- ❃❃3 Frequency: High: 5.8KHZ-127KHZ, Mid: 590HZ-15.8KHZ, Low: 82HZ-2.3KHZ
- ❃❃ This module is used for driving signal for stepper. If you want to control the stepper motor, must equipped with the drive at the same time. It controls the speed by adjusting the frequency of the potentiometer.
Last update on 2024-10-19 / Affiliate links / Images from Amazon Product Advertising API
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FAQ:
Q: How to control a stepper motor?
A: Schematic Unipolar Input and Stepping. Unipolar motors typically have 5 input wires—two paired wires to control a coil and a fifth wire to provide the common tap for each coil. Coding the Stepper Motor. Coding the stepper motor steps can be done with a switch statement and some I/O bits but there is an easier way: use the built-in Stepper …
Q: What is stepper motor and how it works?
A: Stepper motors are DC motors that move in discrete steps. They have multiple coils that are organized in groups called “phases”. By energizing each phase in sequence, the motor will rotate, one step at a time.
Q: What is stepper motor in a CDROM drive?
A: A stepper motor, also known as step motor or stepping motor, is a brushless DC electric motor that divides a full rotation into a number of equal steps.
Q: What is an electric motor surge tester?
A: Electric Motors & Pumps. Surge Testing. More accurately stated as surge comparison testing, this test is one of the few static electrical tests that can show the phase to phase insulation quality of a winding. Often a winding will “break down” under load, but perform flawlessly under no-load conditions.