Easy driver stepper motor control

Send Cancel. How can we improve? Stepper Motor Controllers and Drivers. Stepper Motors with Integrated Motion Control. Ceiling Fans Fan Speed Controls. The quick brown fox jumped over the lazy dog. Pedestal 35" Ht. NEMA Any Angle. RoHS Compliant. Digital Input. Digital Output. Analog Input. One Pole Connector with 1-ft. Wire Leads, One Pole Connector with 1-ft.

Wire Leads. Condition: New product. This is the newest version of EasyDriver module that provides much more flexibility and control in driving stepper motor. Availability date:. JOD 2. The minimum purchase order quantity for the product is 1. Add to cart. EasyDriver is micro-stepping motor driver based on the A integrated circuit. It features an onboard voltage regulator for the digital interface that can be set to 5 V or 3.

Add it to your cart, read through the guide, and adjust the cart as necessary. You can either solder directly to the Easy Driver, or use headers for attaching power supplies, motors, etc. The best option for you will be dependent on your application. If you aren't familiar with the following concepts, we recommend reviewing them before beginning to work with the Easy Driver. This IC enables you to drive bipolar stepper motors that are 4, 6, or 8-wire configurations.

The board can either work with 3. Two mounting holes on-board give the user the option to mechanically stabilize the Easy Driver. The potentiometer on board is included to allow users the ability to select the max current provided to the motor. It ranges from mA to mA. First, set it to the lowest setting of the potentiometer. Keep in mind that the potentiometer is delicate, so be careful to not force the potentiometer past the mechanical stops when turning it. You will need to determine the wire pairs for each coil on the motor you plan to use.

The most reliable method to do this is to check the datasheet for the motor. However, if you are using a 4-wire or 6-wire stepper motor, it is still possible to determine the coil wire pairs without the datasheet. For a 4-wire motor, take one wire and check its resistance against each of the three remaining wires.

Whichever wire shows the lowest resistance against the first wire is the pair mate. The remaining two wires should show similar resistance between the two of them. For a 6-wire motor, you will need to determine which of three the wires go together for one coil. Pick one wire, and test this against all other wires. Two wires should show some resistance between them and the first wire picked, while the other three will show no connection at all.

Once the three wires for one coil have been determined, find two of the three that show the highest resistance between them. These will be your two coil wires. Repeat for the second group of three wires. Once you have determined the coil wire pairs, you will need to attach them to the Easy Driver.

In our example, we are using a 4-coil motor. The connections between the Easy Driver and motor are as follows. It is very, very rare for people to use the APWR jumper. So unless you would like to power the logic side of the Easy Driver from your own power supply, you can leave it as it is from the factory. E-mail me at. Based on a work at www.

Permissions beyond the scope of this license may be available at www. EasyDriver v4. EasyDriver Hardware Versions Matrix. Eagle Files and BOM. EasyDriver V1. EasyDriver V Power Supply Current rest. Easy Driver v4.