TLDR: Without doing the proper research I bought an Amazon 'CNC Kit' and I am now trying to verify basic electrical integrity. The included docs don't match the components so I am hoping for some tribal knowledge on whether or not these parts are even compatible and if so how to connect them.

Greetings all. My apologies if this is the wrong location. It appeared to be the most related forum. Since this is my first ever post I wanted to give a quick summary of myself.
My degree was in Electronic Engineering but I spent the last 30 years in the IT world. So while I am not a complete noob to the circuitry portions, my knowledge is fairly dated.
I enjoy building and creating and woodworking and recently decided to try to 'Build' my own CNC like so many others.

So..... Here is where I stand.

This is the kit that I purchased. https://www.amazon.com/dp/B08R9RGLN1
The docs indicate that it came from www.jdswcnc.com

The more I have researched, the more it seems that people prefer to stay away from the TB6600. But since I have the parts I have decided to try to trudge ahead so that others will benefit from what I have learned.
The kit came with a Mach 3 software install disk which also includes many different schematics for connecting things. But they do not seem to be the exact same parts that actually came with my kit.
Currently I am attempting to verify basic electrical connectivity to ensure that the components will function once the framing parts are built and installed.
To do this I installed the Mach 3 software, connected the usb cable to the Motion Control board, connected the X-axis of the control board to the driver board and the driver board to one of the stepper motors.

From what I can tell, I have the ST-USB Motion Controller Board and 4 BL-TB6600-V1.2 D409 driver boards. I also have 4 Nema23 stepper motors.
I am fairly certain that the Stepper Motor to Driver board connections are correct. My motors are connected as follows: A+ = Red, A- = Green, B+ = Yellow, and B- = Blue
When I spin the stepper motor by hand, it does light the LED's on the driver board.
The driver board is also connected to a 24V power supply that came with the kit. The driver board states 32V but the docs seem to indicate that it can work from 10V - 45V.

Here is where things get fun. The included docs on the CD and the many on the internet seem to all disagree with the naming conventions. I have been able to find some cross references so here is what I have.
ST-USB TB6600
+5V = +5V This one appears self explanatory
XP = Clk - From all my research the Clk signal is a reference to the Pulse connection and I believe this connection is accurate.
XD = Cw- Research shows this is the direction setting and is correct.

Now my driver has an enable pin. And a schematic/Doc I found from from Drufelcnc seemed to indicate that the ST-USB has a BP,BD and EN pin. However my board doesn't appear to have these pins. At least it doesn't appear to be.
Oddly enough, my board does have a 5V pin for each of the 4 axis which the Drufel doc doesn't show. So while the list contains 12 pins in the Drufel doc they are not an identical match to the board print. Even the Drufel pic and list do not agree.
When I performed my power up test, my stepper motor is locked. So I assume that is because of the disconnected Enable pin which I can't find on my ST-USB Motion Control Card.

There is an additional V+/V- for 24DC to the ST-USB. From my research it is used purely for connecting an inverter based spindle to the setup. Something that this board has that others seemed to be missing. Most were purely relay based for an on/off relay to your router. Either way I have tried my setup both with and without the power connected to these additional pins. I did use the same power supply in case that matters.

So here are my observations. When plugging in the ST-USB to the USB cable, the blue LED starts to flash and seems to flash the same pattern continuously. Two red LED's on the driver board light up and my stepper motor locks. I then used all of the available ways to move the X-Axis inside the Mach 3 software but nothing seemed to work.

So, does anyone have any ideas/Tribal Knowledge/Documentation that might set me on the straight and narrow?? I can provide pics/YT Video links if they will help but I wanted ot test the waters to see if anyone was even willing to tackle this before I waste the servers bandwidth with pics.

Thanks all if anyone is willing to take a stab.