Do I need the PLC program export?

No, but with it the AI can tie each card to its slot itself. Without it you answer one question about slots.

Any that reads a PDF. Results differ between services and drawings; that is why the device shows the differences before applying and why you check the rows.

The device refused the file.

It says which row and why. Paste the message to your AI.

The comparison with the program works for Rockwell Logix programs (.L5X) today.

An AI can read a scan, with more mistakes. Check more rows.

Does LineKeeper see my drawing?

No. The device sends nothing out, and this page uploads nothing.

Wiring table for LineKeeper On: your electrical drawing as a file

How it works

Copy the prompt below.
Give it to the AI you already use (ChatGPT, Gemini, Claude, Copilot, your company's own) together with the drawing's PDF. Add the PLC program export (.L5X) if you have it: the AI then ties each I/O card to its place in the program by itself. Without it, the AI asks you which slot each card is in.
Save the answer as a file ending in .lkwiring.json.
In LK On open Files and add the file. Before anything is applied, the device shows how many points agree with the program and what differs. A file with errors is shown and never applied; paste the device's message back to your AI and ask it to fix those rows.

You make the table, and you check it

You make this table on your side. LineKeeper does not receive your drawing or the file and cannot check them.
An AI can misread a drawing: a wrong designator, a wrong fuse, a wrong wire number. LineKeeper takes no responsibility for the accuracy of a table made this way. Compare the rows with the drawing before you rely on them.
LK On marks every row of such a file "not checked by a person", and a person who knows the machine can press Not so on a wrong row.
The table never replaces the drawing. Safety circuits (emergency stops, guards, safety relays) are listed by sheet only: read them on the drawing.
Your drawing goes to the AI service you choose, under that service's terms. Nothing is sent to LineKeeper: this page only shows text.

The prompt

Loading the prompt...

Download as .txt

The prompt is plain text. Read it, change it, translate it: it is yours to adapt.

What is in the table

One JSON file per machine, format lkwiring/1. Inside, eleven small tables. Every row says which sheet it was read from.

Table	What it holds	A row looks like
`documents`	The drawings the file was made from: title, kind, number of sheets	Electrical schematic, 3 sheets
`modules`	The controller, its I/O cards, drives, the HMI, and where each card sits in the program	IN1: inputs, 16 channels, slot 1
`points`	One row per channel, used or spare: device, wire, terminals on the way	IN1 channel 3: B1, wire 103, “bottle present”
`devices`	Every designator with its type and rating	F1: fuse, 2 A, sheet 1
`rails`	Named potentials and air lines and what they come from	+24F1 from fuse F1, 24 V DC
`feeds`	Who gets energy from whom, through which contact	M1 from contactor K1; K1’s contacts from breaker Q1
`mechanisms`	Units on the pneumatic sheet: coil, valve, cylinders, position sensors	GATE: coil Y1, valve V1, cylinder C1, B2 = out
`parts`	Catalog numbers and what they are for	E2E-X5ME1, Omron, for B1 and B2
`safety`	Pointers to safety circuits, by sheet, nothing more	Emergency stop chain: see sheet 1
`conflicts`	Where the drawing contradicts itself	one sensor labelled with two designators
`open`	What was seen but not traced	where air line P1 comes from

Download the example file

The example is a small made-up machine. The full field list is in the prompt.

The example as tables

points

Card	Channel	Device	Wire	Way to the card	Function	Sheet
IN1	0	spare				2
IN1	3	B1	103		bottle present	2
IN1	7	B2	107	terminal X1, pin 7	gate out	2
OUT2	0	Y1	200		gate valve	2
OUT2	1	K1	201		conveyor on	2

devices

Designator	Type	Rating	Function	Sheet
B1	sensor		bottle present	2
B2	sensor		gate out	2
Y1	coil		gate valve	2
K1	contactor			1, 2
Q1	breaker	6 A		1
G1	power supply	24 V DC, 5 A		1
F1	fuse	2 A		1
M1	motor		conveyor	1
V1	valve	5/2		3
C1	cylinder		gate	3
S0	switch		emergency stop (safety)	1

feeds

Load	Fed from	Side	Sheet
G1	Q1		1
F1	G1		1
IN1	+24F1		2
B1	+24F1		2
K1	Q1	contacts	1
M1	K1		1

parts

Catalog number	Maker	Words	For	Sheet
E2E-X5ME1	Omron	inductive sensor	B1, B2	2

What LK On does with it

Next to a signal, a finding or a box on the Machine page: the designator, the wire, the terminals, the fuse and the sheet.
A report of differences: points that agree, points the program uses that the drawing shows as spare, devices only the drawing knows.
When several inputs on one supply go off together and the controller still answers, the finding names the fuse or breaker they share and its sheet. It is the drawing's word, not a measurement.
Heaters, fuses and other devices the PLC cannot see appear on the machine graph for the mechanic and the administrator.
Part numbers of the drawing go to LineKeeper Up as proposed parts of the machine (in progress, release soon).

The wiring table is part of LK On. It sits beside the program on the Machine page and the machine graph. Everything about LineKeeper On →

Your electrical drawing as a table LK On can read