We’ll do a simple configuration of this drive
to get this motor running so you can see how easy it is to configure the GS10 series of drives.
In a real application, you would wire the drive something like this to maximize protection,
minimize EMI, etc. But for our quick little demo we're going to skip all of this
and just wire the drive directly to a 120-volt outlet and the motor directly to the drive.
Before we apply power, we need to remove the RFI jumper because we are using single-phase power
which is an unbalanced supply. The built-in RFI filter is only for balanced symmetrical power
systems. It’s this jumper which you release with a screw down here and then pull out.
The user manual has a whole section that explains when to use the RFI jumper. Also,
if the drive has been unpowered for a year or more please see this video regarding capacitor care.
So, we’re wired up, and we’ve removed the RFI jumper and have taken care of our capacitors
if needed. Let’s get this motor running. The GS10 series of drives have tons of features, but that means they
also have hundreds of parameters. The good news is you only need a couple to get up and running.
If you’ve worked with any of our other GS series drives the parameter layout is very similar.
All the parameters are in logical groups. If it’s not already showing, press the menu
key to get to the main display. This may be F for frequency reference or H which is the actual drive
output frequency or several other items you can view by pushing the menu button.
I prefer output frequency. Let’s start at factory default so we
know exactly where we're starting from. Just set Group 0, Parameter 2 to a 10 to reset the drive.
Press enter to go to the group selection. Scroll to the group you want,
we want Group 0. Hit enter and scroll to the parameter you want: 02. Press enter to
edit that parameter, scroll to a 10, and hit enter to accept that. Great, now all of my drive
parameters are reset to factory default for 60 Hz operation and we are back at the main display.
By just setting the motor parameters, we are ready to run. I’ll hit the enter key to go
back to the group level and select Group 5 so we can modify our motor parameters.
Parameter 1 is the motor's full load rated current which I see on the motor nameplate is 3.2 amps.
Enter to accept. Go to Parameter 2. This is a one-horse power motor which by definition is .75
KW. Hit enter to accept that. Go to Parameter 3 and we see the default is 1710 rpm.
I’ll change that to the 1725 shown on the motor nameplate. Enter. Now hit the
menu key a couple times to get back to the main display and we can run the drive.
In this default control state the run and stop buttons will run the
drive --- and the arrow keys will set the speed.
I’d rather this knob controlled the speed. I’ll hit enter to get back to group selection,
change to Group 0, enter, Parameter 20, enter and change that to a 7. Enter to accept.
I’ll hit the menu key a few times to get the frequency display back
and then hit run. Sure enough, if I play with the knob I can control the speed of the motor.
To reverse I can simply use the menu button to display direction
and if I hit the up or down arrow,
the drive ramps down to zero, reverses direction and ramps back up again.
The GS10 family of drives have an awesome feature set normally reserved for much
more expensive drives. Fortunately, we have a huge step-by-step video tutorial library for this drive
that will help you get up and running quickly with those features. And many
of the GS20 videos will work on the GS10 as well. AutomationDirect is providing the products and
support you need to make us your common- sense way to buy industrial controls.
If you need more help please see our tech support options here. To see all GS10 drives videos click
here. Click here to subscribe to our YouTube channel for upcoming products and solutions.