HX711 is not working

Nope

That's the documentation of the readout unit that came with the scales.
Leo..

Yep

@Wawa
@DaveEvans
Hi everyone, after quite long time stuck with the HX711 readings I made some progress,
The problem before that when the load cell is connected as usual to the HX 711 it gave only 0 in readings whatever the there is a load on the cell or not.
Now I changed the order of the wires from the load cell to the HX711, and all of the sudden it started giving a sort of reading proportional to the applied force.
the original order was Red, Black, White, Green,
the modified order is Red, Green, Black, White,
So, my question now do I need to try all the other Color Combinations so, maybe I find a new combination with more accurate readings, or using other combinations may damage the resistors inside my Load Cell.
Here is the photo of the HX711 with the modified connections.

Hi, @drmina2023
From this;

red - black 0.294
red - white 0.291
red - green 0.356
black-red 0.289
black-green 0.289
black-white 0.405
green-black 0.289
green-red 0.352
green-white 0.289
white-black 0.402
white-red 0.289
white-green 0.289

Instead of red- black being the E+ and E-
and green - white being A+ and A-

Your load cell is.
red - green E+ and E-
black - white A+ and A-

OR
red - green A+ and A-
black - white E+ and E -

Your load cell is not colour coded to the usual standard.

So you arrangement in post #25 would make sense.

This would be the usual standard.

Tom.. :smiley: :+1: :coffee: :australia:

1 Like

@TomGeorge
So what do you think is better to use
red - green E+ and E-
black - white A+ and A-
Connections

or use the other way around
red - green A+ and A-
black - white E+ and E -

which one would be accurate ?

Hi, @drmina2023

Try each combination and see what the results are.

Tom... :smiley: :+1: :coffee: :australia:

@TomGeorge
Doing so won't ruin the the internal resistors?

when compiling my sketch I get the following message

Sketch uses 14822 bytes (48%) of program storage space. Maximum is 30720 bytes.
Global variables use 1545 bytes (75%) of dynamic memory, leaving 503 bytes for local variables. Maximum is 2048 bytes.
Low memory available, stability problems may occur.

is this a series problem?

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