Machine-control pinout survey

The request

ok I want to study a new project, that project is a "box" in which there is a smoothieboard v2-core (without the stepper drivers), and it's a metal box with screw terminals all arund it, and people can wire it into their cnc mill or cnc lathe or other types of machines, wiring it to their stepper motor drivers or servo drivers, and spindle driver, etc etc. now the big thing I need to know to prepare this, is the "pinout" the name and types of connections inside those machines people would be rewiring using our stuff, like a tormarch, or an old mach3 machine, or other controllers/machine types we'd be a drop-in replacement for. so what I need you to find for me is as many (if possible MANY) different machines (let's concentrate on cnc mills, lathes, pen plotters, and lasers, for now), and for each find the name of their connecitons/wires, their "pinout" essentially, so we could contruct for each machine a big "sticker" we'd stick on top of our metal box (that contains the smoothieboard v2-core) so it's trivial for people to "wire into" their machine. please for now just find MANY different machines and their pinouts, and save those to src/docs/ in a html doc, with diagrams and any images you found from your source, and links, and visual elements and tables and anything else you think would be useful to document or figure out the wiring and to prepare the creation of our stickers and our "boxes".

Request transcript: /home/arthur/.codex/sessions/2026/09/23/rollout-2026-09-23T02-58-07-01a0cbc5-19d8-7d00-a737-6725e9cab16f.jsonl

What the sources support

Machine-side connector maps found

Tormach 770M / 1100M · internal J6 map is a restricted-source lead

The official machine-control-board pages identify separate drawings for 770M and 1100M, each with a “Stepper Control Cable Pin Assignments” chart at J6. The 1100M drawing is 37158 Rev I, sheet 5 of 12; the 770M drawing is 37361 Rev J, sheet 5 of 12. Both title blocks mark the drawings proprietary/confidential and state that the drawings and information may not be copied, used, or disclosed without prior written permission. This survey links the source pages but does not reproduce or transcribe their internal pin assignments. Obtain written permission or a separately authorized source before adding those maps.

Sources: Tormach 1100M Machine Control Board and 770M Machine Control Board. The linked pages show machine-specific internal ribbon/board connections, not a universal retrofit port.

Tormach PCNC 440 · DB25 J4/J10 to IDC26

The official article separates the PCNC 440 from the PCNC 770/1100 and 15L tables. It says the machine-side DB25 connects through a ribbon cable to IDC26 at the machine control board or MX3660. The table preserves published function labels; missing electrical characteristics stay unknown.

Source: Tormach, “DB25 Cable J4 and J10(440) Pinout”, PCNC 440 section. Its same page calls the link “serial communication” while documenting step/dir and I/O functions; confirm the installed cabinet and controller. A separate PCNC 440 electrical schematic is also available.

Older Tormach PCNC 770 and PCNC 1100 · shared published DB25 table

Tormach publishes a separate PCNC 1100/770 section. Several voltage observations appear, but the labels do not establish a conventional step/direction interpretation for pins 2–9. Record them literally until the exact controller revision and electrical interface are verified.

Source: PCNC 770 and PCNC 1100 sections of the Tormach DB25 pinout page. Keep the 770 and 1100 as separate records even though the article groups them; confirm serial, control board, and connector revision.

Tormach 15L Slant-PRO · separate lathe DB25 map with explicit uncertainty

Sources: Tormach DB25 page, “15L Slant Pro” section and 15L electrical schematic index. The schematic is internal; the DB25 article leaves some claims explicitly uncertain.

Sherline 8760 4-axis driver box · DB25 control interface

Sherline publishes the driver-box DB25 map and timing/logic statements. It is the PC-to-driver-box control connector, not a motor-phase connector. The 5-pin DIN motor ports are separate; the retrieved product page does not define the full pin-to-winding table.

Source: Sherline 4-Axis CNC Driver Box product page, DB25 and parameters sections. It also states 24 VDC/4 A for the driver-box power system; this is not a DB25 signal rating.

Sherline Acorn 9400 → 8760 mill/lathe configurations

The 8760 has the documented DB25 pin roles; Acorn H6 output pins must be remapped in CNC12 to those DB25 roles. The pin column below is the resulting cable/8760-side DB25 assignment, while the axis column is the software configuration. These are paired controller profiles, not additional machine-side connector families.

Sherline’s lathe guide explicitly says pins 4 and 5 of the 8760 mapping are not used in this application, yet its later axis instructions assign the lathe’s Axis 2 (X) to pins 4 and 5. Preserve that apparent document inconsistency and confirm the exact setup before wiring.

Sources: Sherline/Acorn controller, Acorn-to-8760 DB25 diagram, and Configure Acorn for Sherline. Read the active CNC12 remap before using these roles.

Controller interfaces useful as reference profiles

GeckoDrive G540 Rev 8 · DB25, screw terminal block, motor DB9

The G540 combines a motion interface with four stepper drives. Its map helps identify a G540 retrofit but is not the machine’s OEM wiring. Motor DB9 connectors carry motor-phase outputs and stay separate from the DB25 logic connector.

Sources: Geckodrive G540 Manual Rev 8 and Geckodrive manual index. Rev 8 also maps the main terminal block and motor DB9 connectors. It describes opto-isolation for LPT signals; verify the external driver’s actual interface requirements.

Mesa 7I96S · pluggable screw-terminal motion interface

The Mesa manual names step and direction pairs on screw terminals. This is a controller-side connector map, not evidence that a target machine uses those electrical conventions.

Source: Mesa 7I96S manual, connector pages 8–11. It describes +5VP field pins as PTC short-circuit protected 5 V outputs.

Mach3 / parallel-port installs · configurable pin roles

Mach3 is software, not a machine wiring standard. A machine with a DB25 may use a PC port, external motion controller, breakout board, G540, or another controller. LinuxCNC’s official parallel-port guide likewise makes pin direction depend on port mode and permits output inversion; its stepper example is one configurable assignment.

• LinuxCNC Parallel Port Driver, signal direction and inversion behavior.
• LinuxCNC stepper example, sample X/Y/Z step and direction assignments.
• Mach3 Mill Setup Guide, sample configuration; not a universal machine map.

Other controller references

• CNC4PC C11G Rev 9.3: DB25 pins 1–9 buffered outputs; 10, 11, 12, 13, 15 dedicated inputs; 14, 16, 17 outputs with assignments dependent on use/jumpers. Published input range 2–5 V; output maximum +5.5 V and typical current 24 mA. C11G I/O specifications and pinout.
• Warp9 Ethernet SmoothStepper Rev 2: three 26-pin parallel-style headers using DB25-style numbering; direct interface maximum 5 V and the vendor expects a breakout board for machine wiring. ESS documentation.
• Centroid Acorn Rev 3/4: vendor connector schematics and revision-specific maps are available; machine assignments depend on hookup schematic and setup. The quick-start document says DIY hookup examples are incomplete educational examples. Acorn Start Here, Centroid schematic browser, and Acorn Rev 3 specification manual.

Laser controller and machine-side findings

Ruida RDC6445G / RDC6445S · controller map, not universal machine wiring

The Ruida manual publishes a useful control-card map and distinguishes glass-tube and RF laser uses for the same pins. It does not prove which PSU, door circuit, water protection, or safety-chain arrangement is installed in a particular cutter.

Axis connectors label pin 1 DIR (open-collector output), pin 2 PUL (open-collector output), and pin 3 +5V output. The manual says direction polarity and pulse edge are configurable and that pulse/direction require common-anode connection at the motor driver. It does not make the rest of the cabinet wiring universal.

Source: Ruida RDC6445G Control System V1.2 Manual, axis connector description and §4.10 CN5/CN6. Confirm controller suffix/revision and actual PSU model.

K40-style blue-box laser · MYJG40W PSU example, older community wiring record

The repository’s SmoothK40 guide describes one MYJG40W example and explicitly says PSU models and terminal labels vary; the author could not find a manual for that particular supply. It records labels including L−, FG, AC, G, P/WP, L/TL, IN, 5V, and +24V, plus one X/Y/limit harness variant. This is secondary, model-variable evidence, not a manufacturer pinout.

Repository sources: SmoothK40 guide and Blue-box PSU guide. They describe more than one laser-fire arrangement and warn about 3.3 V control outputs requiring a suitable interface for 5 V input hardware. Treat these labels as leads until the exact PSU diagram and machine revision are found.

Makerbase MKS DLC32 V2.1 · desktop diode-laser controller

Makerbase documents a configurable engraving controller and firmware profile. Its official wiki labels an air/cold-water-assist control SCL and describes 3.3 V/0 V high/low states; it also says higher-power laser PSUs require a separate supply, common ground, and TTL signal. The project README points to a wiring manual that returns 404 at the audited URL, so a complete connector map remains unavailable.

• Makerbase MKS-DLC32 repository, board family and currently broken manual location.
• Makerbase Hardware Wiring wiki, SCL and external laser-supply notes.
• Makerbase firmware repository, default environment identifies DLC32 V2.1.

Ortur Laser Master 3 · closed machine harness

Ortur identifies the OLM-ESP-PRO-V2.4 motherboard, NEMA 17 motors, 24 V power system, and safety features including key lock, E-stop, exposure timer, tilt detection, USB monitoring, and position protection. Public support material found here does not provide external motor-driver connector pinouts. Treat it as an internal-rewire case; preserve the machine interlocks.

Source: Ortur Laser Master 3 support page. No external step/dir or PSU terminal map was found there.

Plotters

• AxiDraw CLI/API reference, model list, USB port, and B1/B2 servo assignment; AxiDraw product page.
• Makeblock-official XY Plotter 2.0 repository, hardware/firmware setup and USB connection.

Candidate inventory · 25 assessed configurations

“Configuration” is intentional: some of the strongest public maps describe a control board rather than an OEM cabinet. This survey does not claim each row can be converted safely or that every row has a useful machine sticker.

Open the full inventory and evidence status

Category	Exact scope	Evidence found	Classification	Sticker readiness
CNC mill	Tormach PCNC 440, DB25 J4/J10	Machine pins 1–17; inside cabinet IDC26 to machine board/MX3660	Direct DB25 map	Functions known; ratings/serial applicability required
CNC mill	Tormach PCNC 770 legacy	Shared 770/1100 DB25 observations, some labels unclear	Direct but ambiguous	Not ready
CNC mill	Tormach PCNC 1100 legacy	Same source table; keep separate machine record	Direct but ambiguous	Not ready
CNC mill	Tormach 770M	J6 stepper-control assignment chart on 37361 Rev J, sheet 5/12; drawing marked proprietary/confidential	Restricted source lead	No transcription without written permission or another authorized source
CNC mill	Tormach 770MX, MF/MH serial scope	Official subsystem schematics and wire table	Internal schematic	Cabinet-specific; source drawing marked proprietary
CNC mill	Tormach 1100M	J6 stepper-control assignment chart on 37158 Rev I, sheet 5/12; drawing marked proprietary/confidential	Restricted source lead	No transcription without written permission or another authorized source
CNC mill	Tormach 1100MX	Official subsystem schematics and wire table	Internal schematic	Cabinet/revision-specific
CNC lathe	Tormach 8L, serial LA10506+	Current official schematics and terminal strips; older serials use TD10829; check drawing rights before transcribing	Internal / serial split	Resolve serial and reuse permission before mapping
CNC lathe	Tormach 15L Slant-PRO	DB25 table plus separate electrical schematic index; “?” labels remain	DB25 with gaps	Verify uncertain pins first
CNC mill	Sherline CNC-ready mill + 8760	Manufacturer DB25 map, logic thresholds and step timing	Driver-box map	8760-specific; motor DIN separate
CNC lathe	Sherline CNC-ready lathe + 8760	Same 8760 connector; lathe axes/spindle use separate config	Driver-box map	Configuration-specific insert
CNC mill	Sherline/Acorn 9400 → 8760 mill	Official crossover/remap diagram and mill config guide	Configurable DB25	Read active CNC12 map
CNC lathe	Sherline/Acorn 9400 → 8760 lathe	Lathe mapping changes axis-channel assignments	Configurable DB25	Read active CNC12 map
Control reference	Generic Mach3 + PC parallel port	Manual provides setup examples; software pin roles configurable	Configurable	No machine profile without BOB and active config
Driver/controller	GeckoDrive G540, Rev 8 manual	DB25, terminal block, DB9 motor connector maps	Controller map	Only if exact integrated driver is present
Breakout board	CNC4PC C11G, Rev 9.3	DB25 I/O groups, TTL levels, pull direction and jumpers	Board map	Record jumper state
Motion controller	Warp9 ESS, Rev 2	Three 26-pin parallel-style ports; DB25 numbering and 5 V limit	Host interface	Machine map is BOB/config dependent
Motion controller	Mesa Electronics 7I96S	TB1/TB2 step-dir/encoder; TB3 isolated 5–36 V input range	Controller terminal map	Not OEM machine wiring
Motion controller	Centroid Acorn Rev 3/4	Vendor connector schematics and revision-specific maps	Revision/config dependent	Use exact manual and hookup schematic
CO₂ laser	K40-style blue box + MYJG40W example	Repo guide records PSU labels and one harness variant	Secondary / variable	Need exact PSU manufacturer sheet
CO₂ laser control	Ruida RDC6445G/S, V1.2	Axis OC output and CN5/CN6 control pins; tube-type differences	Controller map	Machine PSU and safety remain specific
Diode laser control	Makerbase MKS DLC32 V2.1	Wiki/firmware evidence; linked wiring PDF currently 404	Partial / source gap	Need board schematic and manual
Diode laser	Ortur Laser Master 3, OLM-ESP-PRO-V2.4	Board, motor class, supply family, safety functions	Closed/internal	No public external terminal map found
Pen plotter	AxiDraw model family, EBB controller	USB serial and B1/B2 servo control	Internal / USB serial	No external step/dir map
Pen plotter	Makeblock XY Plotter V2.0	Official firmware/USB instructions, no external driver map	Internal only	Need exact board-level evidence

V2-Core label gate

The machine source may provide a function name, but a printable adapter sticker must also describe what the V2-Core screw terminal accepts or drives. The required Core-side contract is not established by the checked-in sources reviewed for this survey.

Repository starting points: V2 Prime documentation, V2 schematic, STM32H7 pin usage, and historical V2 Kickstarter updates. Prime docs and schematic disagree on some header/probe details; the production Core map remains unverified. The pin-usage document identifies unbuffered ADC inputs with a 3.3 V ceiling; do not generalize that to every other Core I/O.

Sticker record template

Require these fields before promoting a candidate to a printable adapter label. “Unknown” is an explicit value; blank cells are not evidence.

Next research order

1. Obtain the released V2-Core production schematic and derive every connector’s electrical limits.
2. For restricted Tormach drawings, obtain written permission or an independently authorized source before transcribing internal maps; obtain the 8L TD10829 serial-specific document and verify uncertain 15L pins.
3. Find primary schematics/service docs for more mill and lathe controller generations. Record gated OEM interfaces as evidence gaps rather than importing unrelated legacy maps.
4. For lasers, add exact PSU/controller/machine combinations and keep machine, controller, PSU, tube/module, and safety options separate.
5. For plotters, prioritize products with documented external-driver or accessory connectors. Keep USB-only products with no board map classified as internal/closed.
6. Promote no sticker to production until source and machine harness agree pin-by-pin and Core-side ratings have been reviewed.

Scope, evidence rules, and exclusions

• Manufacturer/controller manuals, support pages, schematics, and repositories were preferred. K40 MYJG40W notes are older repository-authored secondary material.
• Configuration examples are not machine standards. DB25/26 numbering does not determine axis, limit, spindle, or E-stop roles.
• Internal cabinet wiring does not imply a plug-compatible retrofit port.
• No mains, spindle output power, laser high-voltage, or motor-phase wiring recipe is provided.
• Some Tormach drawing pages contain a proprietary/confidential notice restricting reproduction and use of the contained information without prior written permission. This page links to those sources but does not copy their images or transcribe their restricted maps.
• The source page is stored in src/docs as requested. The separate research preview at smoothie-box-pinout-research.pages.dev republishes edits automatically; this is not part of the Jekyll documentation site.

Source register

• Tormach: PCNC 440/770/1100/15L DB25 pinout; PCNC 440 schematic; 770M schematic index and machine-control-board page; 770MX; 1100M schematic index and machine-control-board page; 1100MX; 8L serial split; 15L schematic index.
• Sherline: 8760 driver box; 9400 Acorn controller; DB25 crossover diagram; Acorn mill/lathe configuration; mill back-panel config.
• Controller vendors: Gecko G540 Rev 8; CNC4PC C11G Rev 9.3; Warp9 ESS; Mesa 7I96S manual; Centroid Acorn Start Here, schematic browser, and Rev 3 spec manual; LinuxCNC parallel-port driver.
• Laser/plotter vendors: Ruida RDC6445G V1.2; Makerbase DLC32 wiring wiki; Ortur LM3 support; AxiDraw API; Makeblock XY Plotter 2.0 repository.

External sources were accessed 2026-09-23. Links are reference citations; HTML, CSS, JavaScript, and SVG diagrams have no remote loading dependencies.

Six additional scoped configurations

This chapter adds six configurations to the initial 25-row inventory. A configuration is a machine paired with the documented controller generation; it is not a claim that six unrelated connector designs exist. These four source families add substantial contact or terminal evidence. Controller replacement still requires identifying the installed machine harness and measuring the electrical interface.

Taig Microproto mill + TurboTaig 2.2

TurboTaig is a documented third-party board fitted inside a Taig Microproto controller. It converts step/direction commands from a single PC parallel port to the Microproto controller's motor-phase interface. The manual says the DB25-to-IDC26 ribbon uses J9 for Mach1/Master5/TurboCNC/EMC-style step/direction software and J10 for SuperCam User 1 mode. J11 feeds the XYZ controller board and J22 feeds the optional A-axis board. This is a mapped retrofit variant, not the factory pinout of every Taig mill or lathe.

Board-side field names are also documented: J1/J2/J29/J30 are three-contact limit inputs, with contact 1 ground and the middle contact the switch signal; the remaining contact can supply 5 V for an optical switch. J3 is the emergency input and J4 the enable-switch input. J5 selects PC versus switch enable ownership; in PC mode the relay-4 input becomes enable. The manual reuses some J numbers for jumper references in its later prose, so locate a connector from its illustrated board overlay and actual silk screen before labeling hardware.

Primary source: Homan Designs, TurboTaig Instruction Manual v2.2, pp. 3–12. The manual's input/output wording for DB25 contact 14 is reproduced only as a short disputed fragment. No electrical rating for the PC port or machine-side stepper phases is inferred.

Avid CNC Plug and Play controller · separate 17.4 and 22.2 revisions

Avid publishes a 14-contact external control cable for CRP800 Plug and Play systems and a 42-terminal map for the internal CRP850-00E breakout board. Both checked manuals have the contact functions summarized below. This is a router/plasma controller family; spindle contacts on a plasma controller and plasma contacts on a routing controller may be populated without being connected. The 22.2 manual also says some CRP860-00E M12 input contacts are not populated, so a connector's nominal standard is not enough to infer its live contacts.

The same manuals map the separate DB9 motor connector: contacts 1 and 5 are the current-setting resistor circuit; 2–4 are unconnected; 6/7 are B+/B− motor phase outputs (yellow/blue wires); 8/9 are A+/A− outputs (red/green wires). These are driver-to-motor conductors and cannot be landed on V2-Core step/direction terminals. The connector is useful for identifying an existing motor harness only after its installed driver and current-setting resistor have been checked.

Primary sources: Avid Plug and Play Controller Manual 2020Q3.1, marked 17.4 electronics revision, “3rd Party Spindle/VFD”, “Schematics”, and “Common Connector Pinouts”; Technical Manual 2025Q1.1, 22.2 model revision, corresponding sections. Avid's manual index ties revision numbers to purchase periods. The 2020Q3.1 PDF's filename contains “20.1”, but the actual pages identify the electronics as 17.4; this survey uses the printed revision.

Sienci AltMill / closed-loop LongMill · SLB-EXT board

Sienci says the SLB-EXT controller is used with AltMill generations and LongMills equipped with closed-loop steppers. Its official one-page pinout drawing, whose PCB image bears 2024-04-08, identifies ports by printed label. The drawing has contact labels but does not publish a numbered pin-1 orientation for the 2×4 motor-header positions. Preserve its literal terminal names and identify an actual mating harness before assigning physical positions.

LongMill generation check: Sienci's LongMill MK2 open-source page describes the older LongBoard controller and says MK2.5 introduced the SuperLongBoard. Their LongBoard details page lists X, Y1, Y2, and Z motor plugs plus SpinPWM, SpinDirection, limits, probe, and coolant interfaces for that different controller. None of the SLB-EXT contact labels below should be assigned to a LongBoard or SuperLongBoard by model name alone.

Primary sources: Sienci SLB-EXT product and machine applicability page, SLB-EXT Pinout List PDF, and Connector List PDF. These PDF diagrams are linked, not embedded or redrawn. The connector list specifies multiple pitches and form factors; it does not by itself determine a wire's function.

Original EggBot plotter · conditional EBB v2.4 board profile

The board designer says the EiBotBoard (EBB) was created for the Original EggBot; EBB revisions vary. The freely licensed v2.4 schematic makes a useful plotter-board pin profile when the installed EggBot actually has that revision. It shows two on-board A4988 stepper drivers, so the screw terminals carry motor winding outputs, not external step/direction control. The pen-arm servo uses RB1. Its optional external step/direction and 0.1-inch motor headers are marked “Do Not Insert” on the schematic; their existence in a drawing does not establish a populated retrofit connector.

Primary sources: Brian Schmalz's EBB project documentation and EBB v2.4 schematic, licensed CC BY 3.0 US. The table names nets and connector contacts from that schematic; it does not reproduce the drawing or make a claim about other EBB revisions.

Coverage after expansion

31 assessed configurations: 25 in Chapter 1 plus the six scoped pairings above. Of these, 18 have at least one explicit source-supported contact/function assignment: 12 of the initial records and all six additions. The other 13 are leads or connection records without an in-page numbered contact map. This is a record count, not 18 distinct pinout designs or 18 drop-in machines: several configurations share a controller map, and some assignments are ambiguous, partial, or board-only. There are still no production-ready V2-Core labels because the released Core screw-terminal contract, installed machine revisions, signal ratings, and safety circuits have not been reconciled. For a usable sticker program, make one record per actual machine/control combination and attach the source revision, connector view, wire identity, and measured or published electrical limits.

How the 18 assignment records and 13 leads were counted

Chapter 1 assignments (12): PCNC 440 (1), legacy PCNC 770/1100 (2, shared ambiguous table), 15L (1, ambiguous), Sherline mill/lathe with 8760 (2, shared driver), Sherline Acorn remaps for mill/lathe (2), G540 (1), C11G (1, partial I/O groups), Mesa 7I96S (1), and Ruida RDC6445G/S (1). Chapter 2 assignments (6): TurboTaig mill (1), Avid 17.4/22.2 (2, shared functions), SLB-EXT AltMill/closed-loop LongMill (2, shared board), and EggBot with verified EBB v2.4 (1). “Assignment” requires at least one explicit connector contact number or signal-to-terminal group in this page; it does not mean a complete pin map.

Chapter 1 leads (13): Tormach 770M, 770MX, 1100M, 1100MX, 8L (5); generic Mach3, Warp9 ESS, Centroid Acorn (3); K40/MYJG40W, MKS DLC32, Ortur Laser Master 3, AxiDraw family, and Makeblock XY Plotter 2.0 (5). These rows identify relevant hardware or source material but do not have an in-page numbered connector map. No additional lead rows were added in Chapter 2.

The request

I want you to triple the number of machines supported, and I want you to increase the amount of documentation and visuals for each machine, and I want you to have abetter design for the page, and I want you to have more consistency across the differnet machines in how you present them (like having a wikipedia-style little box with facts floating on the right of each of their sections under the header, stuff like atht), and take the existing machines and find more/better infohrmation for them.

Request transcript: /home/arthur/.codex/sessions/2026/09/23/rollout-2026-09-23T02-58-07-01a0cbc5-19d8-7d00-a737-6725e9cab16f.jsonl

CNC mill 14 profiles

001Tormach PCNC 440, DB25 J4/J10Contact assignments

Machine pins 1–17; inside cabinet IDC26 to machine board/MX3660. The older chapter records a source-specific interface; this profile preserves its model and revision boundary.

Tormach PCNC 440 control

DB25 J4/J10IDC26

1Spindle enable2X step3X direction10X limit / door14Spindle speed17Coolant

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

PCNC 440 DB25 connector, pins 1–17

Pin	Source function label	Electrical details	Sticker evidence
1	Spindle Enable	Level, polarity, current, isolation unknown	Function known
2	X Step	Unknown	Function known
3	X Direction	Unknown	Function known
4	Y Step	Unknown	Function known
5	Y Direction	Unknown	Function known
6	Z Step	Unknown	Function known
7	Z Direction	Unknown	Function known
8	A Step	Unknown	Function known
9	A Direction	Unknown	Function known
10	X Limit; source notes it is used for enclosure door switch	Unknown	Door/limit behavior needs machine check
11	Y Limit	Unknown	Function known
12	Z Limit	Unknown	Function known
13	Probe In	Unknown	Function known
14	Spindle Speed	Unknown	Function known
15	Estop Reset	Unknown; not evidence of a safety-rated E-stop path	Function known, safety design unresolved
16	Charge Pump	Unknown	Function known
17	Coolant	Unknown	Function known
18–25	Not described in this machine table	Do not infer ground or NC	Not mapped by this source

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Tormach PCNC 440 control.

What is still missing

Functions known; ratings/serial applicability required. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: undated Tormach article.Accessed: 2026-09-23.

002Tormach PCNC 770 legacyContact assignments

Shared 770/1100 DB25 observations, some labels unclear. The older chapter records a source-specific interface; this profile preserves its model and revision boundary.

Legacy Tormach 770 control

DB25

1Speed/enable2X-axis direction3X ±10–12Limits

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

Published PCNC 770/1100 DB25 labels and observations

Pin(s)	Source label / observation	Open issue
1	Speed/Enable; 2.5 VDC measured, 0–10 kHz	Waveform, logic threshold, common, isolation unknown
2	X-Axis Direction — “0 Vdc (Normal) and X+, 5 Vdc X-”	Source wording does not clearly associate each voltage/state; circuit type unknown
3	X+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses; circuit and polarity unknown
4	Y-Axis Direction — “0 Vdc (Normal) and Y+, 5 Vdc X-”	Source literally says “X-” here; possible source error, do not silently correct
5	Y+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses; circuit and polarity unknown
6	Z-Axis Direction — “0 Vdc (Normal) and Z+, 5 Vdc X-”	Source literally says “X-” here; possible source error, do not silently correct
7	Z+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses; circuit and polarity unknown
8	A-Axis Direction — “0 Vdc (Normal) and A+, 5 Vdc X-”	Source literally says “X-” here; possible source error, do not silently correct
9	A+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses; circuit and polarity unknown
10–12	X, Y, Z Limit; source says 5 VDC	Range, source/sink, common, protection unknown
13	Accessory Input	Function/electrical type unknown
14	Coolant; source says 5 VDC	Polarity/current/output stage unknown
15	Machine OK	Polarity/electrical type unknown
16	FWD 5 V / REV 0 V	Direction encoding/reference unknown
17–25	Not described in this table	Unknown; do not infer NC or ground

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Legacy Tormach 770 control.

What is still missing

Not ready. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: undated Tormach article.Accessed: 2026-09-23.

003Tormach PCNC 1100 legacyContact assignments

Same source table; keep separate machine record. The older chapter records a source-specific interface; this profile preserves its model and revision boundary.

Legacy Tormach 1100 control

DB25

1Speed/enable2X-axis direction3X ±10–12Limits

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

Published PCNC 770/1100 DB25 labels and observations

Pin(s)	Source label / observation	Open issue
1	Speed/Enable; 2.5 VDC measured, 0–10 kHz	Waveform, logic threshold, common, isolation unknown
2	X-Axis Direction — “0 Vdc (Normal) and X+, 5 Vdc X-”	Source wording does not clearly associate each voltage/state; circuit type unknown
3	X+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses; circuit and polarity unknown
4	Y-Axis Direction — “0 Vdc (Normal) and Y+, 5 Vdc X-”	Source literally says “X-” here; possible source error, do not silently correct
5	Y+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses; circuit and polarity unknown
6	Z-Axis Direction — “0 Vdc (Normal) and Z+, 5 Vdc X-”	Source literally says “X-” here; possible source error, do not silently correct
7	Z+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses; circuit and polarity unknown
8	A-Axis Direction — “0 Vdc (Normal) and A+, 5 Vdc X-”	Source literally says “X-” here; possible source error, do not silently correct
9	A+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses; circuit and polarity unknown
10–12	X, Y, Z Limit; source says 5 VDC	Range, source/sink, common, protection unknown
13	Accessory Input	Function/electrical type unknown
14	Coolant; source says 5 VDC	Polarity/current/output stage unknown
15	Machine OK	Polarity/electrical type unknown
16	FWD 5 V / REV 0 V	Direction encoding/reference unknown
17–25	Not described in this table	Unknown; do not infer NC or ground

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Legacy Tormach 1100 control.

What is still missing

Not ready. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: undated Tormach article.Accessed: 2026-09-23.

004Tormach 770MRestricted source

J6 stepper-control assignment chart on 37361 Rev J, sheet 5/12; drawing marked proprietary/confidential. No contact-level claim is inferred from that identification. The linked manufacturer drawing is marked proprietary/confidential; its internal assignments are not reproduced here.

Tormach 770M machine control board

J6 internal

The manufacturer drawing is restricted; assignments are withheld. The locations shown are lookup targets only.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Tormach 770M machine control board.

What is still missing

No transcription without written permission or another authorized source. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: drawing 37361 Rev J.Accessed: 2026-09-23.

005Tormach 770MX, MF/MH serial scopeRestricted source

Official subsystem schematics and wire table. No contact-level claim is inferred from that identification. The linked manufacturer drawing is marked proprietary/confidential; its internal assignments are not reproduced here.

Tormach 770MX internal control

Internal terminal strips

The manufacturer drawing is restricted; assignments are withheld. The locations shown are lookup targets only.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Tormach 770MX internal control.

What is still missing

Cabinet-specific; source drawing marked proprietary. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: drawing revision to inspect.Accessed: 2026-09-23.

006Tormach 1100MRestricted source

J6 stepper-control assignment chart on 37158 Rev I, sheet 5/12; drawing marked proprietary/confidential. No contact-level claim is inferred from that identification. The linked manufacturer drawing is marked proprietary/confidential; its internal assignments are not reproduced here.

Tormach 1100M machine control board

J6 internal

The manufacturer drawing is restricted; assignments are withheld. The locations shown are lookup targets only.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Tormach 1100M machine control board.

What is still missing

No transcription without written permission or another authorized source. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: drawing 37158 Rev I.Accessed: 2026-09-23.

007Tormach 1100MXRestricted source

Official subsystem schematics and wire table. No contact-level claim is inferred from that identification. The linked manufacturer drawing is marked proprietary/confidential; its internal assignments are not reproduced here.

Tormach 1100MX internal control

Internal terminal strips

The manufacturer drawing is restricted; assignments are withheld. The locations shown are lookup targets only.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Tormach 1100MX internal control.

What is still missing

Cabinet/revision-specific. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: drawing revision to inspect.Accessed: 2026-09-23.

008Sherline CNC-ready mill + 8760Contact assignments

Manufacturer DB25 map, logic thresholds and step timing. The older chapter records a source-specific interface; this profile preserves its model and revision boundary. Sherline’s 67126 / 23Y-240D-LW5-01 motor specification adds a male-view five-contact DIN color and winding map for that supplied unipolar motor. On the 8760 board, H1 reduces idle motor current to one-quarter after three seconds when enabled.

Sherline 8760 driver box

DB25 logic5-pin DIN motor

2X direction3X step4Y direction5Y step6Z direction7Z step

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (2)

Sherline 8760 DB25 functions from its product page

Pin	Published function	Pin	Published function
1	Input from LinuxCNC (may be ignored by other systems)	14	Input from LinuxCNC, C1
2	X Direction	15	Not specified on retrieved page
3	X Step	16	Input from LinuxCNC, C2
4	Y Direction	17	NC
5	Y Step	18–25	Ground
6	Z Direction	10	NC
7	Z Step	11	Output to LinuxCNC
8	A Direction	12	Output to LinuxCNC, XYZ home
9	A Step	13	NC

Sherline 67126 motor, male 5-pin DIN view; not every Sherline motor

DIN contact	Published motor lead
1	Orange, phase C
2	Blue, phase A
3	Joined brown and green center taps
4	Yellow, phase B
5	Red, phase D

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Sherline 8760 driver box.

What is still missing

8760-specific; motor DIN separate. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. Do not apply the 67126 color map to an unidentified motor. Driver-board H3 removes power immediately but is not a certified E-stop.

Source: Published source in Chapters 1–2; Sherline 67126 motor DIN specification. Source revision or scope: undated Sherline product page.Accessed: 2026-09-23.

009Sherline/Acorn 9400 → 8760 millContact assignments

Official crossover/remap diagram and mill config guide. The older chapter records a source-specific interface; this profile preserves its model and revision boundary. Sherline’s 67126 / 23Y-240D-LW5-01 motor specification adds a male-view five-contact DIN color and winding map for that supplied unipolar motor.

Centroid Acorn 9400 to Sherline 8760

Acorn H6/DB258760 DB25

2Axis 1 direction3Axis 1 step4Axis 2 direction5Axis 2 step

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (2)

Mill configuration from Sherline’s Acorn remapping guide

Configured Acorn axis	Acorn DB25 pin roles after custom remap	8760 DB25 receiver roles	Configuration note
Axis 1 (X)	2 = Direction 1; 3 = Step 1	2 = X Direction; 3 = X Step	Custom remap is required; verify current CNC12 setup
Axis 2 (Y)	4 = Direction 2; 5 = Step 2	4 = Y Direction; 5 = Y Step	Mill configuration
Axis 3 (Z)	6 = Direction 3; 7 = Step 3	6 = Z Direction; 7 = Z Step	Mill configuration
Axis 4 (A)	8 = Direction 4; 9 = Step 4	8 = A Direction; 9 = A Step	Mill configuration

Sherline 67126 motor, male 5-pin DIN view; not every Sherline motor

DIN contact	Published motor lead
1	Orange, phase C
2	Blue, phase A
3	Joined brown and green center taps
4	Yellow, phase B
5	Red, phase D

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Centroid Acorn 9400 to Sherline 8760.

What is still missing

Read active CNC12 map. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. Do not apply the 67126 color map to an unidentified motor. Driver-board H3 removes power immediately but is not a certified E-stop.

Source: Published source in Chapters 1–2; Sherline 67126 motor DIN specification. Source revision or scope: Sherline 2024-02 guide.Accessed: 2026-09-23.

010Taig four-axis Microproto mill + TurboTaig 2.2Contact assignments

TurboTaig publishes two selectable DB25 step/direction profiles and names separate limit, emergency and enable connections.

Microproto / TurboTaig 2.2

DB25 J9/J10limitemergencyenable

J9 2X directionJ9 3X stepJ10 2X stepJ10 3X direction

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

TurboTaig 2.2 PC-side DB25 roles, manual table 1, page 6; directions are relative to the PC

DB25 contact	J9, step/direction software	J10, SuperCam User 1
1	Relay 3 output	Not used
2, 3	X direction, X step	X step, X direction
4, 5	Y direction, Y step	Y step, Y direction
6, 7	Z direction, Z step	Z step, Z direction
8, 9	A direction, A step	Relay 1, Relay 3 outputs
10	Emergency input to PC	Not used
11, 12, 13	X, Y, Z limit inputs to PC	X, Y, Z limit inputs to PC
14	Manual prints “In - Out - Relay 4”; direction is internally inconsistent	Relay 2 output
15	A limit input to PC	Relay 4 output
16, 17	Relay 1, Relay 2 outputs	Not used
18–25	Ground	Ground

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: TurboTaig 2.2.

What is still missing

Identify which DB25 input and Mach3/LinuxCNC profile is active; measure electrical levels and verify safety circuitry.

Source: TurboTaig 2.2 manual. Source revision or scope: TurboTaig 2.2.Accessed: 2026-09-23.

011Taig 2018DSLS Micro Mill + DSLS closed-loop control boxIdentification lead

Taig product source explicitly includes control box, steppers and Mach3.

Taig DSLS / Microproto

DSLS control boxmotor/limit harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Taig DSLS / Microproto.

What is still missing

No Taig-authored external DB25/DIN contact map retrieved.

Source: Taig product source. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

012Taig 2019DSLS Micro Mill + DSLS closed-loop control boxIdentification lead

Taig product source, same named control family.

Taig DSLS / Microproto

DSLS control boxmotor/limit harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Taig DSLS / Microproto.

What is still missing

No revision-specific pin map. Do not equate DSLS 2.1 and 3.0 I/O port.

Source: Taig product source. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

013Taig 5019DSLS Micro Mill + DSLS closed-loop control systemIdentification lead

Taig product source names control system and Mach3.

Taig DSLS / Microproto

DSLS control boxmotor/limit harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Taig DSLS / Microproto.

What is still missing

No revision-specific pin map.

Source: Taig product source. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

014Carbide 3D Nomad 3 + enclosed OEM controlConnector groups

The Nomad 3 guide identifies the outside power, USB and BitZero connectors in bottom-to-top order, and describes an enclosed spindle-door interlock.

Nomad 3 enclosed OEM control

external powerUSBBitZero V2internal spindle interlock

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Nomad 3 OEM control.

What is still missing

The guide gives no internal motor-driver or spindle harness contact map. Preserve the door interlock and identify the actual controller before replacement.

Source: Nomad 3 Getting Started Guide. Source revision or scope: 2020-12-22 v1, pp. 5 and 11.Accessed: 2026-09-23.

CNC lathe 8 profiles

015Tormach 8L, serial LA10506+Connector groups

Current official schematics and terminal strips; older serials use TD10829; check drawing rights before transcribing. No contact-level claim is inferred from that identification. The installation instructions separately identify Controller Communications, Emergency Stop and accessory power, plus a 24-position cabinet terminal strip.

Tormach 8L cabinet control

Machine Control Board, Control Terminal Strip, Limit Switches Terminal Strip, Controller Communications, Emergency Stop port, accessory power

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Tormach 8L cabinet control.

What is still missing

Resolve serial and reuse permission before mapping. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. The controller-installation 10505 jumper threshold and electrical-drawing 10506+ boundary describe different operations.

Source: Published source in Chapters 1–2; Tormach 8L controller installation. Source revision or scope: serial-specific drawings.Accessed: 2026-09-23.

016Tormach 15L Slant-PROContact assignments

DB25 table plus separate electrical schematic index; “?” labels remain. The older chapter records a source-specific interface; this profile preserves its model and revision boundary.

Tormach 15L control

DB25

1Speed/enable2X-axis direction3X ±6Spindle direction

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

Published 15L Slant-PRO DB25 labels

Pin(s)	Source label / observation	Open issue
1	Speed/Enable; 2.5 VDC measured, 0–10 kHz	Ratings and function boundary unknown
2	X-Axis Direction — “0 Vdc (Normal) and X+, 5 Vdc X-”	Source wording/state unclear; circuit type unknown
3	X+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses
4	Z-Axis Direction — “0 Vdc (Normal) and Z+, 5 Vdc X-”	Source literally says “X-”; possible source error
5	Z+/- — “5 Vdc (Normal), 4.75 Vdc (Pressed)”	Not identified as step pulses
6	Spindle Dir	Level, polarity, common unknown
7–9	ATC turret switch input; ATC forward; collet closer	Electrical types and kit/revision coverage unknown
10–12	Z, A, B Encoder	Quadrature wiring, levels, phases unknown
13	Accessory Input	Unknown
14	Coolant; source adds a question mark to its 5 V measurement	Unverified
15	Machine OK	Electrical type unknown
16	Frequency-encoded data input; source adds “??” before a possible FWD/REV interpretation	Explicitly unresolved by source
17–25	Not described in this table	Unknown

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Tormach 15L control.

What is still missing

Verify uncertain pins first. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: undated Tormach article.Accessed: 2026-09-23.

017Sherline CNC-ready lathe + 8760Contact assignments

Same 8760 connector; lathe axes/spindle use separate config. The older chapter records a source-specific interface; this profile preserves its model and revision boundary. Sherline’s 67126 / 23Y-240D-LW5-01 motor specification adds a male-view five-contact DIN color and winding map for that supplied unipolar motor. On the 8760 board, H1 reduces idle motor current to one-quarter after three seconds when enabled.

Sherline 8760 driver box

DB25 logic5-pin DIN motor

2X direction3X step4Y direction5Y step

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (2)

Sherline 8760 DB25 functions from its product page

Pin	Published function	Pin	Published function
1	Input from LinuxCNC (may be ignored by other systems)	14	Input from LinuxCNC, C1
2	X Direction	15	Not specified on retrieved page
3	X Step	16	Input from LinuxCNC, C2
4	Y Direction	17	NC
5	Y Step	18–25	Ground
6	Z Direction	10	NC
7	Z Step	11	Output to LinuxCNC
8	A Direction	12	Output to LinuxCNC, XYZ home
9	A Step	13	NC

Sherline 67126 motor, male 5-pin DIN view; not every Sherline motor

DIN contact	Published motor lead
1	Orange, phase C
2	Blue, phase A
3	Joined brown and green center taps
4	Yellow, phase B
5	Red, phase D

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Sherline 8760 driver box.

What is still missing

Configuration-specific insert. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. Do not apply the 67126 color map to an unidentified motor. Driver-board H3 removes power immediately but is not a certified E-stop.

Source: Published source in Chapters 1–2; Sherline 67126 motor DIN specification. Source revision or scope: undated Sherline product page.Accessed: 2026-09-23.

018Sherline/Acorn 9400 → 8760 latheContact assignments

Lathe mapping changes axis-channel assignments. The older chapter records a source-specific interface; this profile preserves its model and revision boundary. Sherline’s 67126 / 23Y-240D-LW5-01 motor specification adds a male-view five-contact DIN color and winding map for that supplied unipolar motor.

Centroid Acorn 9400 to Sherline 8760

Acorn H6/DB258760 DB25

2Lathe Z direction3Lathe Z step4Lathe X direction?5Lathe X step?

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (2)

Lathe configuration from Sherline’s Acorn remapping guide

Configured Acorn axis	Acorn DB25 pin roles after custom remap	8760 DB25 receiver roles	Configuration note
Axis 1 (Z)	2 = Direction 1; 3 = Step 1	2 = X Direction; 3 = X Step	Acorn Z is assigned to the 8760’s X input channel; confirm downstream lathe-axis wiring
Axis 2 (X)	4 = Direction 2; 5 = Step 2	4 = Y Direction; 5 = Y Step	Acorn X is assigned to the 8760’s Y input channel; confirm downstream lathe-axis wiring

Sherline 67126 motor, male 5-pin DIN view; not every Sherline motor

DIN contact	Published motor lead
1	Orange, phase C
2	Blue, phase A
3	Joined brown and green center taps
4	Yellow, phase B
5	Red, phase D

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Centroid Acorn 9400 to Sherline 8760.

What is still missing

Read active CNC12 map. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. Sherline’s lathe guide conflicts with itself on whether DB25 pins 4–5 are used. Do not apply the 67126 color map to an unidentified motor. Driver-board H3 removes power immediately but is not a certified E-stop.

Source: Published source in Chapters 1–2; Sherline 67126 motor DIN specification. Source revision or scope: Sherline 2024-02 guide.Accessed: 2026-09-23.

019TaigTurn 3019DSLS lathe + Microproto DSLS / Digital Index Signal ProcessorIdentification lead

Taig 3019 product source names control box, spindle module, E-stop and index processor.

Taig DSLS / Microproto

DSLS control boxE-stopindex

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Taig DSLS / Microproto.

What is still missing

Actual port map and safety chain need source/manual.

Source: Taig 3019 product source. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

020TaigTurn 3029DSLS lathe + Microproto DSLS / index processorIdentification lead

Taig 3029 product source.

Taig DSLS / Microproto

DSLS control boxE-stopindex

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Taig DSLS / Microproto.

What is still missing

Same map gap; model differs in mechanics/headstock.

Source: Taig 3029 product source. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

021TaigTurn 4019DSLS lathe + Microproto DSLS / index processorIdentification lead

Taig 4019 product source.

Taig DSLS / Microproto

DSLS control boxE-stopindex

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Taig DSLS / Microproto.

What is still missing

Same map gap; model differs in mechanics/headstock.

Source: Taig 4019 product source. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

022TaigTurn 4029DSLS lathe + Microproto DSLS / index processorIdentification lead

Taig 4029 product source.

Taig DSLS / Microproto

DSLS control boxE-stopindex

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Reference family: Taig DSLS / Microproto.

What is still missing

Same map gap; model differs in mechanics/headstock.

Source: Taig 4029 product source. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

CNC router 37 profiles

023Avid Plug and Play router control 17.4Contact assignments

The 17.4 manual provides a 14-contact control cable, a 42-terminal breakout and a DB9 motor-phase connector. Its contact table and nearby prose disagree about the spindle analog pair.

Avid PnP 17.4

14-pin control42-terminal CRP850DB9 motor

1VFD fault ground2VFD fault input7Spindle FWD contact9Analog speed; table

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (2)

Avid 14-contact control cable, manual table “14-pin Control Cable”; wire colors are manufacturer harness labels

Contact	Published role	Wire color	Domain / applicability
1, 2	VFD fault ground; VFD fault input	Blue; white	Spindle option, input pair
3, 4	Torch-on dry-contact pair	Orange/black; green/black	Plasma option only
5, 6	Divided torch voltage − and +	Red/black; red/white	Plasma option; never raw torch voltage
7, 8	Spindle forward relay contact and common	Orange; green	Spindle option, dry contact
9, 10	Spindle speed analog output and analog common	Red; black	Spindle option, nominal 0–10 V
11	Optional 10 V reference	Blue/white	Spindle option; separate from speed output
12, 13, 14	Arc-OK input; ground; Arc-OK ground	White/black; blue/black; green/white	Plasma option

CRP850-00E terminal groups from each manual's “Phoenix Connector Terminal Blocks” table

Terminal pair or range	Published function	Important boundary
1–16	Eight signal/GND input pairs: FF8, FF7, FF6, FF5, FF4, FF3, FF2, FF1 in that order	NPN signals close to ground; manual lists 12 V input domain
17/18, 19/20, 21/22	Relay 1, Relay 2, spindle relay 5 V digital replica outputs, each paired with GND	These terminals are logic outputs, not the relay's dry contacts
23/24, 25/26	Motor 6 step/GND; motor 6 direction/GND	5 V additional-driver control signals, not motor phases
27/28, 31/32	Motor enable/GND pairs	Check physical jumper and existing motor-enable circuit
29/30	5 V input/GND	Supply input, not a field output
33/34	Spindle forward relay and common	Dry contact; distinct from terminal 21's logic replica
35/36	Spindle PWM/GND	Digital 0–5 V; distinct from 0–10 V analog
37/38	Spindle 0–10 V / analog common	Analog spindle control
39/40, 41/42	12 V input/GND; spindle fault input/GND	Supply input and separate fault input

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Avid PnP.

What is still missing

Use 17.4 cabinet label and the proper router/plasma population; verify phase outputs separately from logic and safety.

Source: Avid PnP 17.4 manual. Source revision or scope: 2020Q3.1; electronics 17.4.Accessed: 2026-09-23.

024Avid Plug and Play router control 22.2Contact assignments

The 22.2 PDF calls itself a later model revision, while Avid’s index calls 22.2 an electronics revision. Both name the same cable families; the contact table and nearby prose disagree about the spindle analog pair.

Avid PnP 22.2

14-pin control42-terminal CRP850DB9 motor

1VFD fault ground2VFD fault input7Spindle FWD contact9Analog speed; table

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (2)

Avid 14-contact control cable, manual table “14-pin Control Cable”; wire colors are manufacturer harness labels

Contact	Published role	Wire color	Domain / applicability
1, 2	VFD fault ground; VFD fault input	Blue; white	Spindle option, input pair
3, 4	Torch-on dry-contact pair	Orange/black; green/black	Plasma option only
5, 6	Divided torch voltage − and +	Red/black; red/white	Plasma option; never raw torch voltage
7, 8	Spindle forward relay contact and common	Orange; green	Spindle option, dry contact
9, 10	Spindle speed analog output and analog common	Red; black	Spindle option, nominal 0–10 V
11	Optional 10 V reference	Blue/white	Spindle option; separate from speed output
12, 13, 14	Arc-OK input; ground; Arc-OK ground	White/black; blue/black; green/white	Plasma option

CRP850-00E terminal groups from each manual's “Phoenix Connector Terminal Blocks” table

Terminal pair or range	Published function	Important boundary
1–16	Eight signal/GND input pairs: FF8, FF7, FF6, FF5, FF4, FF3, FF2, FF1 in that order	NPN signals close to ground; manual lists 12 V input domain
17/18, 19/20, 21/22	Relay 1, Relay 2, spindle relay 5 V digital replica outputs, each paired with GND	These terminals are logic outputs, not the relay's dry contacts
23/24, 25/26	Motor 6 step/GND; motor 6 direction/GND	5 V additional-driver control signals, not motor phases
27/28, 31/32	Motor enable/GND pairs	Check physical jumper and existing motor-enable circuit
29/30	5 V input/GND	Supply input, not a field output
33/34	Spindle forward relay and common	Dry contact; distinct from terminal 21's logic replica
35/36	Spindle PWM/GND	Digital 0–5 V; distinct from 0–10 V analog
37/38	Spindle 0–10 V / analog common	Analog spindle control
39/40, 41/42	12 V input/GND; spindle fault input/GND	Supply input and separate fault input

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Avid PnP.

What is still missing

Do not transfer 17.4 pin claims without reading the 22.2 table and installed controller label; confirm spindle/plasma option.

Source: Avid PnP 22.2 manual. Source revision or scope: 2025Q1.1; PDF says 22.2 Model Revision.Accessed: 2026-09-23.

025Sienci AltMill + SLB-EXT closed-loop controlContact assignments

Sienci’s SLB-EXT drawing labels closed-loop driver, spindle, limits, laser, probe and field-power groups.

SLB-EXT

motor 2×4 headersSPINDLELIMITSE-STOPRS485 RJ25

RJ25 3RS485−RJ25 4RS485+

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

SLB-EXT function groups from the annotated pinout drawing; unnumbered contacts are named, not assigned inferred pin numbers

Board connector	Labels shown	Sticker implication
RS485 RJ25	Contact 3 = 485−; contact 4 = 485+	Only these two contacts are explicitly numbered
SPINDLE	GND, PWM, DIR, EN, SPEED	Do not treat PWM and SPEED as the same electrical output
LIMITS top block	5 VDC, X, Y1, Y2, Z, A, GND	Named board terminals; downstream switch harness remains machine-specific
LIMIT SWITCHES lower headers	VCC, Gd, N/A, SIG at Z, Y2, Y1, X positions; drawing also labels A and DOOR points	Verify the fitted port and cable; N/A is a label, not a signal assignment
STEPPER MOTORS 2×4 headers	AL−, GD, E−, 5V, D−, D+, S−, S+ for each pictured Z, Y2, Y1, X header	Closed-loop driver signals; not motor winding phases
LASER / TLS / PROBE	Laser EN, PW, GND; TLS +5 VDC, TLS, GND; Probe GND, PROBE	Three different accessory interfaces
FLOOD / SWT1 / SWT2 / PWR1 / PWR2 / ADC	FLOOD + and GND; two switch IN/OUT pairs; PWR1/PWR2 +24 VDC and SW GND; ADC + and −	Keep switched power and logic-input roles separate
POWER IN / MOTOR POWER	Board +48 VDC and GND; separate motor-power +48 VDC/GND positions	Supply conductors, never signal terminal equivalents
E-STOP / LED POWER	E-STOP pair, VCC, ACT 1/2/3, GND; LED POWER GND and +5 VDC	Do not infer safety rating from an E-STOP label

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: SLB-EXT.

What is still missing

The 2×4 header drawing lacks a numbered pin-one mating view; determine cable identity and separate driver logic from power.

Source: Sienci SLB-EXT pinout. Source revision or scope: board drawing 2024-04-08.Accessed: 2026-09-23.

026Sienci closed-loop LongMill + SLB-EXTContact assignments

The closed-loop LongMill can use SLB-EXT; this shares the AltMill board map, not an older LongBoard harness.

SLB-EXT

motor 2×4 headersSPINDLELIMITSE-STOPRS485 RJ25

RJ25 3RS485−RJ25 4RS485+

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

SLB-EXT function groups from the annotated pinout drawing; unnumbered contacts are named, not assigned inferred pin numbers

Board connector	Labels shown	Sticker implication
RS485 RJ25	Contact 3 = 485−; contact 4 = 485+	Only these two contacts are explicitly numbered
SPINDLE	GND, PWM, DIR, EN, SPEED	Do not treat PWM and SPEED as the same electrical output
LIMITS top block	5 VDC, X, Y1, Y2, Z, A, GND	Named board terminals; downstream switch harness remains machine-specific
LIMIT SWITCHES lower headers	VCC, Gd, N/A, SIG at Z, Y2, Y1, X positions; drawing also labels A and DOOR points	Verify the fitted port and cable; N/A is a label, not a signal assignment
STEPPER MOTORS 2×4 headers	AL−, GD, E−, 5V, D−, D+, S−, S+ for each pictured Z, Y2, Y1, X header	Closed-loop driver signals; not motor winding phases
LASER / TLS / PROBE	Laser EN, PW, GND; TLS +5 VDC, TLS, GND; Probe GND, PROBE	Three different accessory interfaces
FLOOD / SWT1 / SWT2 / PWR1 / PWR2 / ADC	FLOOD + and GND; two switch IN/OUT pairs; PWR1/PWR2 +24 VDC and SW GND; ADC + and −	Keep switched power and logic-input roles separate
POWER IN / MOTOR POWER	Board +48 VDC and GND; separate motor-power +48 VDC/GND positions	Supply conductors, never signal terminal equivalents
E-STOP / LED POWER	E-STOP pair, VCC, ACT 1/2/3, GND; LED POWER GND and +5 VDC	Do not infer safety rating from an E-STOP label

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: SLB-EXT.

What is still missing

Verify the installed board and harness; a LongMill model name alone does not establish SLB-EXT presence.

Source: Sienci SLB-EXT product; Sienci SLB-EXT pinout. Source revision or scope: board drawing 2024-04-08.Accessed: 2026-09-23.

027Avid PRO CNC + EX 24.1 stepperContact assignments

Avid publishes 14-pin peripheral functions: Spindle OK, plasma torch and divided voltage (option dependent), spindle forward, DCM and analog speed. Stepper versions also publish DB9/XLR motor phase maps.

Avid EX 24.1 stepper

14-pin control cablemotor DB9/XLR

1Spindle OK ground2Spindle OK7Spindle FWD8Spindle DCM9Analog speed10Analog common

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Avid EX 14-pin.

What is still missing

Plasma-only cable omits Spindle OK contacts 1–2; servo harness is not the stepper DB9/XLR map. Confirm EX lid revision, option cable population and safety chain.

Source: Avid EX 24.1 stepper schematics. Source revision or scope: 24.1 stepper.Accessed: 2026-09-23.

028Avid PRO CNC + EX 25.1 stepperContact assignments

Avid publishes 14-pin peripheral functions: Spindle OK, plasma torch and divided voltage (option dependent), spindle forward, DCM and analog speed. Stepper versions also publish DB9/XLR motor phase maps.

Avid EX 25.1 stepper

14-pin control cablemotor DB9/XLR

1Spindle OK ground2Spindle OK7Spindle FWD8Spindle DCM9Analog speed10Analog common

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Avid EX 14-pin.

What is still missing

Plasma-only cable omits Spindle OK contacts 1–2; servo harness is not the stepper DB9/XLR map. Confirm EX lid revision, option cable population and safety chain.

Source: Avid EX 25.1 stepper schematics. Source revision or scope: 25.1 stepper.Accessed: 2026-09-23.

029Avid PRO CNC + EX 24.1 servoContact assignments

Avid publishes 14-pin peripheral functions: Spindle OK, plasma torch and divided voltage (option dependent), spindle forward, DCM and analog speed. Stepper versions also publish DB9/XLR motor phase maps.

Avid EX 24.1 servo

14-pin control cableservo board harness

1Spindle OK ground2Spindle OK7Spindle FWD8Spindle DCM9Analog speed10Analog common

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Avid EX 14-pin.

What is still missing

Plasma-only cable omits Spindle OK contacts 1–2; servo harness is not the stepper DB9/XLR map. Confirm EX lid revision, option cable population and safety chain.

Source: Avid EX 24.1 servo schematics. Source revision or scope: 24.1 servo.Accessed: 2026-09-23.

030Avid PRO CNC + EX 25.1 servoContact assignments

Avid publishes 14-pin peripheral functions: Spindle OK, plasma torch and divided voltage (option dependent), spindle forward, DCM and analog speed. Stepper versions also publish DB9/XLR motor phase maps.

Avid EX 25.1 servo

14-pin control cableservo board harness

1Spindle OK ground2Spindle OK7Spindle FWD8Spindle DCM9Analog speed10Analog common

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Avid EX 14-pin.

What is still missing

Plasma-only cable omits Spindle OK contacts 1–2; servo harness is not the stepper DB9/XLR map. Confirm EX lid revision, option cable population and safety chain.

Source: Avid EX 25.1 servo schematics. Source revision or scope: 25.1 servo.Accessed: 2026-09-23.

031Inventables X-Carve 2015 + Arduino/gShieldContact assignments

Inventables’ 2015 assembly directs black, green, white and red wire order at each of the three labelled gShield motor blocks.

Arduino/gShield

X motor blockY motor blockZ motor block

leftmostblacksecondgreenthirdwhiterightmostred

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: gShield 2015.

What is still missing

The published color sequence is not a verified A+/A−/B+/B− phase table; identify actual windings and switch harness before rewiring.

Source: X-Carve 2015 electronics assembly. Source revision or scope: 2015 assembly.Accessed: 2026-09-23.

032Inventables X-Carve + X-ControllerConnector groups

Inventables names independent X/Y1/Y2/Z motor terminal plugs, limit signal/ground blocks, PWM/GND and 0–10 V spindle control. Its Y2 wire order differs from the other motors.

X-Controller

XY1Y2ZPWM/GND0–10 V

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: X-Controller.

What is still missing

Read the current official diagram for physical contact positions; controller signal outputs cannot directly power a spindle.

Source: X-Controller usage. Source revision or scope: X-Controller usage.Accessed: 2026-09-23.

033Onefinity Original Woodworker Gen 1 + BuildboticsContact assignments

Onefinity’s packing list assigns M0 to X, M1 and M2 to Y, and M3 to Z. The related Buildbotics v1.0 manual publishes a 25-pin I/O table; it is not a conventional PC parallel port.

Onefinity Buildbotics-derived controller

M0–M3 motorDB25 I/O

M0XM1YM2YM3ZBB ref 22Probe

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Buildbotics-derived.

What is still missing

The generic Buildbotics table must be checked against the Onefinity fork/board revision and installed DB25 adapter before any label.

Source: Onefinity Woodworker packing list; Buildbotics v1.0 I/O. Source revision or scope: Buildbotics manual v1.0.Accessed: 2026-09-23.

034OpenBuilds MiniMill + BlackBox X32Connector groups

OpenBuilds documents this machine with an optional BlackBox control path. X32 names four onboard driver outputs, separate limit/probe/door input groups, tool PWM and 0–10 V output.

BlackBox X32

X/Y/Z/Y2 motorsX/Y/Z limitsProbeDoor0–10 V

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: BlackBox X32.

What is still missing

The build may predate X32; verify the installed X32 versus 4X and inspect the official connector face. Motor outputs are phases, not step/dir.

Source: OpenBuilds MiniMill build; BlackBox X32 layout. Source revision or scope: X32 documentation.Accessed: 2026-09-23.

035OpenBuilds LEAD CNC 1010 + BlackBox X32Connector groups

OpenBuilds documents this machine with an optional BlackBox control path. X32 names four onboard driver outputs, separate limit/probe/door input groups, tool PWM and 0–10 V output.

BlackBox X32

X/Y/Z/Y2 motorsX/Y/Z limitsProbeDoor0–10 V

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: BlackBox X32.

What is still missing

The build may predate X32; verify the installed X32 versus 4X and inspect the official connector face. Motor outputs are phases, not step/dir.

Source: OpenBuilds LEAD CNC 1010 build; BlackBox X32 layout. Source revision or scope: X32 documentation.Accessed: 2026-09-23.

036OpenBuilds LEAD CNC 1515 + BlackBox X32Connector groups

OpenBuilds documents this machine with an optional BlackBox control path. X32 names four onboard driver outputs, separate limit/probe/door input groups, tool PWM and 0–10 V output.

BlackBox X32

X/Y/Z/Y2 motorsX/Y/Z limitsProbeDoor0–10 V

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: BlackBox X32.

What is still missing

The build may predate X32; verify the installed X32 versus 4X and inspect the official connector face. Motor outputs are phases, not step/dir.

Source: OpenBuilds LEAD CNC 1515 build; BlackBox X32 layout. Source revision or scope: X32 documentation.Accessed: 2026-09-23.

037MyDIYCNC desktop router + EMC2 parallel profileContact assignments

The authored machine manual publishes a sample DB25 profile with spindle, X/Y/Z step-direction and three limit roles.

EMC2/LinuxCNC parallel control

DB25

1Spindle CW2X step3X direction5Y step6Y direction8Z step

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: MyDIYCNC sample profile.

What is still missing

This is a configured software profile, not a continuity guarantee for every assembled DIY machine. Confirm actual breakout wiring and inversion.

Source: MyDIYCNC authored manual mirror. Source revision or scope: eBook v1.4.2, p.94.Accessed: 2026-09-23.

038Onefinity Original Machinist Gen 1 + BB controllerConnector groups

Onefinity support index, “ORIGINAL Series (Gen 1) w/BB Controller”; official breakout-board statement. Controller DB25 source is Buildbotics v1.0, “25-pin I/O Port”.

Onefinity Buildbotics-derived controller

M0–M3 motorDB25 I/O

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Onefinity Buildbotics-derived controller.

What is still missing

Family pairing confirmed; exact Machinist cable-to-M0–M3 assignment not found in official machine document. Do not copy Woodworker motor assignment automatically.

Source: Onefinity support index; official breakout-board statement; Buildbotics v1.0. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

039Onefinity PRO Journeyman Gen 1 + BB controllerConnector groups

Onefinity support index, “PRO Series (Gen 1) w/ BB Controller”; Buildbotics v1.0 DB25 and Onefinity controller-accessory restriction.

Onefinity Buildbotics-derived controller

M0–M3 motorDB25 I/O

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Onefinity Buildbotics-derived controller.

What is still missing

Named Journeyman machine is present in Onefinity forum firsthand report, but individual physical M0–M3 harness map not OEM verified.

Source: Onefinity support index; Buildbotics v1.0 DB25; Onefinity controller-accessory restriction. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

040Genmitsu 3018-PROVer first generation + main control boardConnector groups

SainSmart assembly guide, §§3.3–3.8: X-LIM+, X-LIM−, Y-LIM+, Y-LIM−, Z-LIM+, Z-LIM−, X/Y/Z four-contact motor plugs, spindle red M+ and black M−, E-stop.

Genmitsu GRBL control board

motor headerslimit headersspindle/laser

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Genmitsu GRBL control board.

What is still missing

Good connector names, no actual contact orientation/number for the motor or limit plugs. Do not assume later V2 board same.

Source: SainSmart assembly guide. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

041Genmitsu 3018-PROVer V2 + bundled GRBL 1.1h, 32-bit/TB67S109 boardConnector groups

SainSmart V2 User Manual v1.0, Sep 2022, PDF pp. 4, 16–19, explicitly gives machine/board specification and wiring: spindle red positive/black negative; Y motor four-wire socket; Y limit three-wire socket; X and Z motor and limit sockets in the following wiring pages.

Genmitsu GRBL control board

Y motorY limitspindleX/Z motor and limit

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Genmitsu GRBL control board.

What is still missing

OEM machine-specific board pairing and socket destinations confirmed, but no individual four-contact motor pinout or revision marking on a physical board.

Source: SainSmart V2 User Manual v1.0, Sep 2022. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

042Genmitsu 4030 PROVerXL + 4030 control boardContact assignments

SainSmart 4030/3018 laser cross-use guide explicitly maps the 4030 three-contact laser header 12 V / GND / PWM; warns 3018 laser driver boards can differ.

Genmitsu GRBL control board

laser header 12 V/GND/PWM

laser 112 Vlaser 2GNDlaser 3PWM

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Genmitsu GRBL control board.

What is still missing

Only one 3-contact accessory port, not X/Y/Z/limit/harness map. Useful high-confidence partial.

Source: SainSmart 4030/3018 laser cross-use guide. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

043Genmitsu 4040-PRO + bundled GRBL 1.1h, 32-bit control boxConnector groups

SainSmart 4040-PRO resource page links official User Guide. The downloaded PDF's cover says v2.1 Jun 2026, despite URL filename saying v3.0. PDF printed p. 3 specifies GRBL 1.1h and 32-bit MCU; pp. 18–21 identify red spindle positive, black negative, Z-limit 3-pin plug marked Z, Z-motor 6-pin plug marked Z, X-Z interface, right-Y motor extension.

Genmitsu GRBL control board

Z limitZ motorX–Z interfaceright Y extension

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Genmitsu GRBL control board.

What is still missing

Model/control-box wiring confirmed, but no individual contacts or box PCB revision. Source is image-heavy; filename/cover revision conflict must be shown. The linked file name suggests v3.0, while the downloaded PDF cover says v2.1, June 2026.

Source: SainSmart 4040-PRO resource page; User Guide. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

044Genmitsu 3030-PROVer MAX + supplied GRBL 1.1h 32-bit controller boardConnector groups

SainSmart 3030-PROVer MAX User Manual v1.0, Jul 2023, PDF pp. 4, 19–24, names board and sockets A Axis, Air Pump, Laser, Offline Controller, Y/E/P (Y limit/E-stop/probe), Handwheel, USB, plus 3/6/14-pin controller cables, spindle red positive/black negative, and 8-pin power-box connection.

Genmitsu GRBL control board

A AxisAir PumpLaserOffline ControllerY/E/PHandwheelUSB

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Genmitsu GRBL control board.

What is still missing

OEM machine/control-board pairing and multiple physical connector positions confirmed; exact contact functions inside multiconductor plugs not published as text.

Source: SainSmart 3030-PROVer MAX User Manual v1.0, Jul 2023. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

045Genmitsu 4040-PRO MAX + bundled GRBL 1.1h, 32-bit control boxConnector groups

SainSmart 4040-PRO MAX resource page links the User Guide v2.0 Jun 2026, whose printed p. 4 gives board compatibility/MCU and p. 5 explicitly shows left Y-axis module with control box; pp. 20–23 show machine cable installation.

Genmitsu GRBL control board

left Y-axis modulecontrol boxspindlemachine cables

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Genmitsu GRBL control board.

What is still missing

Exact control-board PCB revision and individual cable contacts not established. Keep distinct from 4040-PRO; no port map should be inherited.

Source: SainSmart 4040-PRO MAX resource page; User Guide v2.0 Jun 2026. Source revision or scope: Manufacturer page; publication revision not established.Accessed: 2026-09-23.

046Shapeoko 3 XXL with Carbide 3D OEM controllerConnector groups

Three 3-pin proximity switch ports X/Y/Z on a PCB riser; four 4-pin motor ports X/Y1/Y2/Z.

OEM controller

X/Y/Z motorproximity switchespowerBitSetter

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: OEM controller.

What is still missing

Per-contact motor phase and sensor pin orientation; PCB revision.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

047Shapeoko Pro XL with Carbide 3D OEM controllerConnector groups

Power 4-pin Pwr_conn, BitSetter 3-pin, X/Y/Z proximity cables at 8-pin connectors, 4-pin X/Y2/Y1/Z motor ports.

OEM controller

X/Y/Z motorproximity switchespowerBitSetter

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: OEM controller.

What is still missing

Contact-level assignment and board revision.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

048Shapeoko 4 XL with Carbide 3D OEM controllerConnector groups

Same labelled interface groups as Pro XL, documented for Shapeoko 4; Y-right to Y1, Y-left to Y2.

OEM controller

X/Y/Z motorproximity switchespowerBitSetter

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: OEM controller.

What is still missing

Contact-level assignment and installed revision.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

049Shapeoko 5 Pro with S5 controllerConnector groups

18-pin MOTORS bundle, 22-pin SWITCHES bundle, 8-pin POWER PENDANT cable, USB, AC.

S5 Controller

18-pin MOTORS22-pin SWITCHES8-pin pendant

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: S5 Controller.

What is still missing

Full harness contact ordering, revision, safety path.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

050Shapeoko 5.1 Pro with S5 controllerConnector groups

S5 Controller in electronics box; controller/VFD/harness chapter.

S5 Controller

X/Y/Z motorproximity switchespowerBitSetter

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: S5 Controller.

What is still missing

Verify whether connector layout differs from 5 Pro and obtain per-contact map.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

051Shapeoko HDM with WarthogConnector groups

Warthog controller, 36 V supply, VFD; separate RS-422 computer adapter; control cabinet.

Warthog

WarthogRS-422 adapterVFD

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Warthog.

What is still missing

Machine harness pin numbers and controller revision.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

052Shapeoko HDM V3 with WarthogConnector groups

HDM-W1/HDM-W2 harnesses, spindle cable, 6-pin pendant, USB. Distinct HDM V3 documentation.

Warthog

HDM-W1HDM-W2spindle6-pin pendant

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Warthog.

What is still missing

W1/W2 contact-level map and actual revision.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

053X-Carve Pro 4×4 with OEM controllerConnector groups

Labelled motor cables, limit cables, spindle plug, HMI RJ45, USB. Vendor says do not modify/open controller without support guidance.

OEM controller

labelled motorslimitsspindleHMI RJ45

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: OEM controller.

What is still missing

Contact numbers; not an advertised user-serviceable retrofit.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

054MPCNC Primo with JackpotConnector groups

Official configuration: X0, Y0, Z, X1(A), Y1(B); probe gpio.36; 7 active-low inputs, 9–24 V supply.

Jackpot CNC Controller

X/Y/Z/A/B motoractive-low inputsgpio.36 probe

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Jackpot CNC Controller.

What is still missing

Exact harness contact orientation and board firmware/config.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

055LowRider CNC V4 with JackpotConnector groups

Official machine wiring and controller configuration: X, Y0, Z0, Y1(A), Z1(B); probe gpio.36.

Jackpot CNC Controller

X/Y/Z/A/B motoractive-low inputsgpio.36 probe

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: Jackpot CNC Controller.

What is still missing

Exact motor phase contacts and installed board variant.

Source: Manufacturer manual. Source revision or scope: Manufacturer manual as linked.Accessed: 2026-09-23.

056Sienci LongMill MK2 + LongBoardConnector groups

Sienci identifies the MK2 LongBoard and labels four motor outputs plus limit, probe, PWM and direction terminals.

Sienci LongBoard

XY1Y2Z motorslimitsprobeSpinPWM

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: LongBoard.

What is still missing

Contact orientation and actual motor phase order need the fitted board and harness. Do not copy SLB-EXT logic header labels.

Source: Sienci LongBoard details. Source revision or scope: LongMill MK2 LongBoard page.Accessed: 2026-09-23.

057Sienci LongMill MK2.5 + SuperLongBoardContact assignments

Sienci’s MK2.5 assembly shows the four-position motor plug wire order, viewed from the screw-head side: blue, yellow, green, red. Y1 and Y2 are interchangeable on that controller according to the assembly guide.

Sienci SuperLongBoard

XY1Y2Z motorsE-stopprobe

leftmostbluesecondyellowthirdgreenrightmostred

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: SuperLongBoard.

What is still missing

Color order is not a phase-polarity specification; verify fitted board, harness and E-stop behavior. This is not SLB-EXT.

Source: LongMill MK2.5 assembly. Source revision or scope: MK2.5 assembly page.Accessed: 2026-09-23.

058TwoTrees TTC450Pro + maker-documented ESP32 boardConnector groups

The TTC450Pro motherboard diagram names X, Y, Z and A motor headers and separate limit inputs, plus tool setting, air pump, laser, principal-axis spindle, screen and power groups. Driver-edge silk shows DIR/STEP/EN/GND labels, but the figure is not a complete machine-harness pin table.

TwoTrees TTC450Pro control board

X/Y/Z/A motorX/Y/Z/A limitstool-setting inputair pumplaserspindlescreen24 V power

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: TTC450Pro board.

What is still missing

Verify the installed PCB, driver population, mating-face orientation, voltage domains and the machine E-stop path. Do not copy this map to TTC450Ultra.

Source: TwoTrees TTC450Pro motherboard diagram; Manufacturer-hosted annotated figure. Source revision or scope: TTC450Pro annotated diagram; PCB revision not established.Accessed: 2026-09-23.

059TwoTrees TTC450Ultra + LKS CNC V1.0Connector groups

The TTC450Ultra manufacturer diagram shows an LKS CNC V1.0 board with separate X/Y1/Y2/Z/A motor groups, axis limits, probe, E-stop, safety-door, spindle, laser, air-pump and analog-speed interfaces. It documents a different control board from TTC450Pro.

LKS CNC V1.0

X/Y1/Y2/Z/A motorsX/Y/Z/A limitsprobeE-stopsafety doorspindlelaser low/highair pump0–10 V analog

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motion control or motor phases, limits/probe, spindle and safety where fitted. Shared map: LKS CNC V1.0.

What is still missing

The illustration is a group locator, not an installation-ready contact table. Confirm the actual board and cabinet, drive versus logic domains, spindle control and safety chain before a label.

Source: TwoTrees TTC450Ultra mainboard diagram; Manufacturer-hosted annotated figure. Source revision or scope: LKS CNC V1.0 silk in manufacturer diagram.Accessed: 2026-09-23.

CO₂ laser 9 profiles

060K40-style blue box + MYJG40W exampleIdentification lead

Repo guide records PSU labels and one harness variant. No contact-level claim is inferred from that identification. A separate MYJG-40W V20220713 manual prints three literal terminal banks, but it has not been matched to this generic K40 example.

MYJG40W PSU example

MYJG40W PSU terminals

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: MYJG40W PSU example.

What is still missing

Need exact PSU manufacturer sheet. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. Match the actual PSU label and terminal order before using that supplier manual; do not promote this row to a universal K40 map.

Source: SmoothK40 repository guide (secondary); MYJG-40W V20220713 manual (one PSU variant). Source revision or scope: secondary guide, date to inspect.Accessed: 2026-09-23.

061K40 with Mini Gerbil 2 V1.1A retrofitContact assignments

MG2 J3 four-position header is LO, 5V, Gnd, 24V in vendor orientation. X/Y motors are J6/J7, limit plug J5, and PWM is separate. Vendor says K40 harness plugs vary; this is a retrofit package, not every factory K40.

Mini Gerbil 2

J3J5J6 XJ7 YPWM

J3 firstLOJ3 second5VJ3 thirdGndJ3 fourth24V

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: Mini Gerbil 2.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: AwesomeTech MG2 installation; Type 2 PSU install. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

062K40 Type 2 PSU with Mini Gerbil 2 retrofitContact assignments

J3 four-position low-voltage harness, X/J6, Y/J7, limit/J5, and a separate single PWM lead to PSU IN (center of its G IN 5V three-position terminal). This is a distinct documented PSU/harness case but shares the MG2 board map; if deduplicating hardware profiles, combine with #1.

Mini Gerbil 2

J3J5J6 XJ7 YPWM

J3LO/5V/Gnd/24VPSU INPWM lead

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: Mini Gerbil 2.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware. This Type 2 PSU is a distinct harness variant but shares the Mini Gerbil 2 control board with profile 1.

Source: AwesomeTech Type 2 PSU install. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

063K40 with Mini Gerbil 3Contact assignments

Vendor says J5 limit order, when looking from board edge over ribbon: GND, Y, X, GND, 5V; MG3 has laser, X/Y and air-assist interfaces. The official product pinout is an image and needs visual transcription/check before any more contacts are claimed. Do not copy MG2 J3 orientation onto MG3 without inspecting MG3 artwork.

Mini Gerbil 3

J3J5J6 XJ7 YPWM

J5 edge 1stGNDJ5 2ndYJ5 3rdXJ5 4thGNDJ5 5th5V

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: Mini Gerbil 3.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: AwesomeTech MG3 product and pinout map; vendor forum J5 answer. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

064LightObject Solo II + LO-X7s DSPIdentification lead

The LightObject Solo II product page identifies its LO-X7s DSP controller.

LO-X7s DSP

laser PSUmotorswater/door protection

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: LO-X7s DSP.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware. The formerly cited Solo II manual URL returns 404; no manual-derived harness claim is asserted here.

Source: LightObject Solo II product. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

065LightObject Ranger III + Trocen AWC7813 touchscreenIdentification lead

The LightObject Ranger III product page identifies its Trocen AWC7813 touchscreen controller.

Trocen AWC7813 touchscreen

laser PSUmotorswater/door protection

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: Trocen AWC7813 touchscreen.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware. The formerly cited Ranger III manual URL returns 404; no manual-derived water-protection mapping is asserted here.

Source: LightObject Ranger III product. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

066LightObject Legend + Trocen 7824 DSP (conditional build)Identification lead

The cited maker or manufacturer page identifies this machine/control pairing. Confirm installed controller before mapping; product page internally broadens variant scope.

Trocen 7824 DSP (conditional build)

laser PSUmotorswater/door protection

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: Trocen 7824 DSP (conditional build).

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: LightObject Legend product. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

067LightObject Saturn II + Trocen hybrid controllerIdentification lead

The cited maker or manufacturer page identifies this machine/control pairing. Exact Trocen model not given; dual tube/metal autofocus makes generic Ruida CN5 wiring unsafe to infer.

Trocen hybrid controller

laser PSUmotorswater/door protection

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: Trocen hybrid controller.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: LightObject Saturn II product. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

068LightObject Titan + Ruida hybrid controllerIdentification lead

The cited maker or manufacturer page identifies this machine/control pairing. Exact Ruida controller suffix/board revision absent; no machine harness mapping.

Ruida hybrid controller

laser PSUmotorswater/door protection

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: Ruida hybrid controller.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: LightObject Titan product. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

Diode laser 19 profiles

069Ortur Laser Master 3, OLM-ESP-PRO-V2.4Identification lead

Board, motor class, supply family, safety functions. No contact-level claim is inferred from that identification. Ortur identifies OLM3-specific replacement motherboard stock and says its board options are not interchangeable with the OLM2 S2, OLM2 Pro S2, OLM3 LE or H10 variants.

OLM-ESP-PRO-V2.4

Internal harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: OLM-ESP-PRO-V2.4.

What is still missing

No public external terminal map found. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. Firmware also determines the I/O function; a replacement-board photograph cannot establish a safe connector-contact map.

Source: Published source in Chapters 1–2; Ortur replacement-board compatibility. Source revision or scope: OLM-ESP-PRO-V2.4 support page.Accessed: 2026-09-23.

070Sculpfun S30 + 32-bit air-assist boardConnector groups

Sculpfun’s current 32-bit replacement-board listing names this model, and its board photo labels X/Y motor, X/Y limit, laser V+/V−/PWM and air-assist connector groups. The listing says S30 and S30 Pro now share that replacement board.

Sculpfun 32-bit board option

X motorY motorX limitY limitlaser V+/V−/PWMair assist

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: Sculpfun 32-bit board option.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware. The product photo is a connector-group locator, not a numbered mating-face map or proof of the board shipped in every unit. Check board silk and supply before use; the S30 Pro Max is a separate option.

Source: Sculpfun S30 product; replacement board listing. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

071Sculpfun S30 Pro + 32-bit board optionConnector groups

Sculpfun’s current 32-bit replacement-board listing names this model, and its board photo labels X/Y motor, X/Y limit, laser V+/V−/PWM and air-assist connector groups. The listing says S30 and S30 Pro now share that replacement board.

Sculpfun 32-bit board option

X motorY motorX limitY limitlaser V+/V−/PWMair assist

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: Sculpfun 32-bit board option.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware. The product photo is a connector-group locator, not a numbered mating-face map or proof of the board shipped in every unit. Check board silk and supply before use; the S30 Pro Max is a separate option.

Source: Sculpfun motherboard listing; Sculpfun S30 Pro product. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

072Sculpfun S30 Pro Max + dedicated board optionIdentification lead

The cited maker or manufacturer page identifies this machine/control pairing. Do not reuse S30/S30 Pro board pinout; 20 W machine/24 V input differs.

Sculpfun 32-bit board option

laserX/Y motorslimitsair assist

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: Sculpfun 32-bit board option.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Sculpfun motherboard listing; machine listing. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

073TwoTrees TTS-55 Pro + MKS LS ESP32 PRO V2.1Connector groups

5.5 W module, two Y steppers and one X; diagram labels >10 connector groups, not contact order. The manufacturer-hosted board drawing identifies connector groups, not each contact position.

MKS LS ESP32 PRO V2.1

X motorY motorsZ motorlaserlimits

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: MKS LS ESP32 PRO V2.1.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Maker brief introduction; maker diagram page. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

074TwoTrees TTS-10 Pro + MKS LS ESP32 PRO V2.1Connector groups

10 W module; owner-reported V1.1 example means check PCB silk before applying diagram. The manufacturer-hosted board drawing identifies connector groups, not each contact position.

MKS LS ESP32 PRO V2.1

X motorY motorsZ motorlaserlimits

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: MKS LS ESP32 PRO V2.1.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware. An owner-reported V1.1 board exists despite the wiki V2.1 drawing.

Source: Maker brief introduction; maker diagram. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

075TwoTrees TTS-20 Pro + MKS LS ESP32 PRO V2.1Connector groups

20 W module; 50 W-class laser output socket appears on common image, but installed harness must be checked. The manufacturer-hosted board drawing identifies connector groups, not each contact position.

MKS LS ESP32 PRO V2.1

X motorY motorsZ motorlaserlimits

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: MKS LS ESP32 PRO V2.1.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Maker brief introduction; maker diagram. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

076TwoTrees TS2 10 W + MKS DLC32 V2.0Connector groups

10 W head, auto-focus; shared board socket groups. The manufacturer-hosted board drawing identifies connector groups, not each contact position.

MKS DLC32 family

X motorY1/Y2Z motorlaser TTLlimits

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: MKS DLC32 family.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Maker TS2-10W model page; maker board diagram. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

077TwoTrees TS2 20 W + MKS DLC32 V2.0Connector groups

20 W head; same V2.0 group map. The manufacturer-hosted board drawing identifies connector groups, not each contact position.

MKS DLC32 family

X motorY1/Y2Z motorlaser TTLlimits

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: MKS DLC32 family.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Maker TS2 20 W brief; maker diagram. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

078TwoTrees TS2 40 W + MKS DLC32 family, board revision to inspectIdentification lead

The cited maker or manufacturer page identifies this machine/control pairing. Manual focus rather than TS2-10/20 autofocus; no *40W-specific* board diagram verified in this pass. Do not blindly apply V2.0's laser output rating.

MKS DLC32 family

X motorY1/Y2Z motorlaser TTLlimits

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: MKS DLC32 family.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Maker TS2 series brief. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

079TwoTrees TS2-20 MAX + MKS DLC32 familyIdentification lead

The cited maker or manufacturer page identifies this machine/control pairing. Larger 450 × 900 mm travel; confirm actual PCB revision and output harness.

MKS DLC32 family

X motorY1/Y2Z motorlaser TTLlimits

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: MKS DLC32 family.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Maker TS2-MAX series brief, Chinese. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

080TwoTrees TS2-40W MAX + MKS DLC32 familyIdentification lead

The cited maker or manufacturer page identifies this machine/control pairing. 40 W class; confirm power path and PCB revision before sharing 20 MAX electrical labels.

MKS DLC32 family

X motorY1/Y2Z motorlaser TTLlimits

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: MKS DLC32 family.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: maker TS2-MAX brief. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

081Aufero Laser 1 + OLM-PRO-V1.2Identification lead

The cited maker or manufacturer page identifies this machine/control pairing. 180 × 180 mm, 24 V / 2 A; no numbered connector map. The official support page identifies the controller and machine but does not publish a harness pinout.

OLM-PRO-V1.2

Internal X/Y/laser harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: OLM-PRO-V1.2.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Ortur support AL1. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

082Aufero Laser 2 + OLM-PRO-V1.2Identification lead

The cited maker or manufacturer page identifies this machine/control pairing. 390 × 390 mm, 24 V / 2 A; shared controller, distinct machine harness/size unverified. The official support page identifies the controller and machine but does not publish a harness pinout.

OLM-PRO-V1.2

Internal X/Y/laser harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: OLM-PRO-V1.2.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Ortur support AL2. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

083Ortur Laser Master 3 LE + OLM-ESP-PRO-V2.4Identification lead

The cited maker or manufacturer page identifies this machine/control pairing. 24 V / 4 A, NEMA 17 X/Y, listed Wi-Fi/USB/SD; same named board as existing LM3 but separate machine model. Do not count as independent board contact map. The official support page identifies the controller and machine but does not publish a harness pinout.

OLM-ESP-PRO-V2.4 / V2.4D (source conflict)

Internal X/Y/laser harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: OLM-ESP-PRO-V2.4 / V2.4D (source conflict).

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware. Ortur’s support page lists V2.4, while its OLM3/OLM3 LE comparison lists V2.4D for LE; identify the installed board before reuse.

Source: Ortur support LM3 LE; Ortur OLM3 vs OLM3 LE board comparison. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

084Ortur Laser Master H10 + OLM-ESP-H10_V2.7Identification lead

The cited maker or manufacturer page identifies this machine/control pairing. 24 V / 6 A and 20 W module; board is a different family from LM3. No signal-pin data. The official support page identifies the controller and machine but does not publish a harness pinout.

OLM-ESP-H10_V2.7

Internal X/Y/laser harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: OLM-ESP-H10_V2.7.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Ortur support H10. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

085Ortur F10 conveyor laser + OLM-ESP-F10_V2.7Identification lead

The cited maker or manufacturer page identifies this machine/control pairing. 400 × 3000 mm conveyor machine, 24 V / 6 A; added feed-axis and interlock interfaces need model-specific map. The official support page identifies the controller and machine but does not publish a harness pinout.

OLM-ESP-F10_V2.7

Internal X/Y/laser harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: OLM-ESP-F10_V2.7.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Ortur support F10. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

086Ortur H20 + OLM-ESP-H20_V2.7 per supportIdentification lead

The cited maker or manufacturer page identifies this machine/control pairing. Manufacturer disagreement; do not assert one universal board revision. Distinct H20 machine, but controller needs physical verification. The official support page identifies the controller and machine but does not publish a harness pinout.

OLM-ESP-H20 V2.7 / V2.2 (source conflict)

Internal X/Y/laser harness

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Reference family: OLM-ESP-H20 V2.7 / V2.2 (source conflict).

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware. Ortur primary pages disagree on H20 board revision.

Source: Ortur support H20; maker comparison. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

087TwoTrees TS1 + maker-documented mainboardConnector groups

The TwoTrees TS1 manufacturer board diagram labels the Y-limit, laser, X/Y motor, fan, switch, power, USB/COM and Bluetooth-module locations. The machine-specific source does not show an X-limit connector.

TwoTrees TS1 mainboard

Y limitlaserY motorX motorfanswitchpowerUSB/COMBluetooth module

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Laser control, motor drive, interlocks; exact electrical domains need source check. Shared map: TwoTrees TS1 board.

What is still missing

The diagram names connector groups but not their full contact order, wire colors or electrical ratings. Compare the board silk and fitted laser module before any label.

Source: TwoTrees TS1 mainboard diagram; Manufacturer-hosted original figure. Source revision or scope: TS1 diagram; board revision not printed clearly.Accessed: 2026-09-23.

Pen plotter 12 profiles

088AxiDraw model family, EBB controllerConnector groups

USB serial and B1/B2 servo control. No contact-level claim is inferred from that identification. For an AxiDraw V3 only, the pen servo uses the lowest EBB B1 three-pin header with black ground toward the machine rear; optional narrow-band brushless servo uses B2.

EBB family

EBB USBV3 B1 pen servooptional B2 narrow-band servo

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: EBB family.

What is still missing

No external step/dir map. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. This V3 orientation cannot be generalized to every AxiDraw body or EBB revision.

Source: Published source in Chapters 1–2; Evil Mad Scientist AxiDraw V3 servo orientation. Source revision or scope: EBB board revision to inspect.Accessed: 2026-09-23.

089Makeblock XY Plotter V2.0Connector groups

Official firmware/USB instructions, no external driver map. No contact-level claim is inferred from that identification. The official assembly diagram on PDF p.45 routes two Me Stepper Drivers to Me Baseboard Ports 1 and 2, two limit-switch pairs through adapters to Ports 3 and 8, and the pen servo to Port 7.

Me baseboard / Arduino Leonardo firmware

RJ25 Port 1 motor 1RJ25 Port 2 motor 2Port 3 limit 1/2Port 7 servoPort 8 limit 3/4

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: Me baseboard / Arduino Leonardo firmware.

What is still missing

Need exact board-level evidence. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. The diagram does not number RJ25 contacts or give motor winding order; p.48 colors are not a phase map.

Source: Published source in Chapters 1–2; Makeblock XY Plotter V2.0 assembly PDF. Source revision or scope: XY Plotter V2.0 assembly guide.Accessed: 2026-09-23.

090Original EggBot + verified EBB v2.4Contact assignments

The maker’s EBB v2.4 schematic publishes two onboard motor-driver winding outputs and a pen-arm servo connector. Firmware 2.1.4+ defaults B1/RB1 to pen-servo output, B0 to alternate pause, B3 to engraver output and B4 to alternate pen-down output; firmware 2.2.4+ starts servo up.

EiBotBoard v2.4

JP13JP16JP17JP18JP1 servo

JP1 1GNDJP1 2servo 5 VJP1 3RB1 servoJP13 1/2Motor 1 winding

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

EBB v2.4 schematic nets, with connector reference and numbered contacts

Board connector and contact	Net / function	Boundary
JP13: 1, 2	Motor 1 winding output M1_OUT1B, M1_OUT1A	Driver output pair; actual EggBot mechanism assignment not implied
JP16: 1, 2	Motor 1 winding output M1_OUT2A, M1_OUT2B	Second driver output pair
JP17: 1, 2	Motor 2 winding output M2_OUT1B, M2_OUT1A	Driver output pair
JP18: 1, 2	Motor 2 winding output M2_OUT2A, M2_OUT2B	Second driver output pair
JP1: 1, 2, 3	GND, servo 5 V, RB1 pen-servo signal	Servo supply and logic signal, separate from motor supply
JP19 / JP20	Optional 4-contact duplicates of motor 1 / motor 2 output nets	Marked unpopulated; no sticker endpoint without board inspection

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: EBB v2.4.

What is still missing

Motor connector nets are phase outputs, not step/dir; check actual EBB revision, populated headers and mechanism mapping. Verify firmware separately from board v2.4; optional external step/dir headers in the schematic may be unpopulated.

Source: EBB v2.4 schematic; EBB firmware boot configuration. Source revision or scope: EBB v2.4.Accessed: 2026-09-23.

091Polargraph (Arduino Uno) with serial step/direction driver profileContact assignments

Arduino digital 3 motor A enable, 4 A step, 5 A direction, 6 B enable, 7 B step, 8 B direction; pen servo usually 9 (verify firmware build selection). These are Arduino signal pins for external drivers, not motor winding wires. This is a configurable open-source machine; installed hardware must match compiled profile.

Polargraph Arduino Uno

Arduino digital pinsmotor driver inputs

D3Motor A enableD4A stepD5A directionD6B enableD7B stepD8B direction

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: Polargraph Arduino Uno.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Author's Polargraph Server a1 `configuration.ino`; author README. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

092Polargraph (Arduino Uno) with ULN2003 and 28BYJ-48 motorsContact assignments

Block states Motor A ULN2003 IN1=6, IN2=7, IN3=8, IN4=9; Motor B IN1=2, IN2=3, IN3=4, IN4=5. Pin 9 collides with the usual pen servo, so do not depict simultaneous pen lift on 9. Firmware source contains alternative AccelStepper argument ordering; copy the stated physical IN mapping, not array order.

Polargraph Arduino Uno

Arduino digital pinsmotor driver inputs

D6–D9Motor A IN1–IN4D2–D5Motor B IN1–IN4

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: Polargraph Arduino Uno.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: author `configuration.ino`. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

093Polargraph (Arduino Uno) with Adafruit Motor Shield v1Connector groups

Motor A uses shield stepper 1, motor B stepper 2; both are bipolar motor phase outputs, not step/direction. Actual four screw-terminal contact ordering needs the Adafruit v1 shield schematic and verification of the real shield revision.

Polargraph Arduino Uno

Arduino digital pinsmotor driver inputs

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: Polargraph Arduino Uno.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Author README; author `configuration.ino`. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

094Polargraph (Arduino Uno) with Adafruit Motor Shield v2Connector groups

AFMS.getStepper(...,1) -> motor A, getStepper(...,2) -> motor B. Different shield electronics than v1; no direct external step/dir. Verify actual shield terminal order from Adafruit schematic before sticker use.

Polargraph Arduino Uno

Arduino digital pinsmotor driver inputs

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: Polargraph Arduino Uno.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Author README; author `configuration.ino`. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

095Bantam Tools NextDraw 8511 with EBB familyConnector groups

Machine/EBB pairing established; exact board PCB revision, motor wire colors and contact numbering absent.

EBB family

motor outputspen servoUSB

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: EBB family.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Bantam model index; NextDraw EBB firmware support. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

096Bantam Tools NextDraw 1117 with EBB familyConnector groups

Larger A3 size; no distinct contact map published in the pages read.

EBB family

motor outputspen servoUSB

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: EBB family.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: model index; EBB firmware support. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

097Bantam Tools NextDraw 2234 with EBB familyConnector groups

A1 model, separate initial setup guide; board revision/connector map unproven.

EBB family

motor outputspen servoUSB

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: EBB family.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: model index; EBB firmware support. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

098Marginally Clever Makelangelo 5 + RepRapDiscount RUMBA control boardIdentification lead

The cited maker or manufacturer page identifies this machine/control pairing. Machine pair is strong but exact shipped RUMBA subrevision, driver slot assignments, limit and servo contact order need a pinned firmware config/actual PCB before a sticker.

RepRapDiscount RUMBA

motor outputsLCD/SDUSB

Inspection targets only. The cited source has not established this machine’s connector layout or contact order.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Reference family: RepRapDiscount RUMBA.

What is still missing

Verify the actual controller revision, connector mating view, machine harness, supply ratings and interlocks. Do not reuse this board map on another model without matching installed hardware.

Source: Maker Dan's Makelangelo 5 bug report; maker's 2026 board supply note; maker firmware repository. Source revision or scope: Manufacturer or maker page; publication revision not established.Accessed: 2026-09-23.

099OpenBuilds ACRO + BlackBoxConnector groups

The OpenBuilds ACRO maker build explicitly offers the BlackBox wiring path alongside other controller options. The exact BlackBox generation is not fixed by that build page.

OpenBuilds BlackBox

X/Y motorslaser or pen controllimits

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Motor drive, pen lift or servo, USB/control. Shared map: BlackBox family.

What is still missing

Identify whether the installed board is 4X or X32, then read its motor, tool and limit connector manual. Do not reuse X32 contacts on an older BlackBox.

Source: OpenBuilds ACRO build. Source revision or scope: Maker build; controller option.Accessed: 2026-09-23.

Controller reference 8 profiles

100Generic Mach3 + PC parallel portConnector groups

Manual provides setup examples; software pin roles configurable. No contact-level claim is inferred from that identification.

Mach3 / configurable PC port

Configurable DB25

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Controller-side only; machine harness dependent. Shared map: Mach3 / configurable PC port.

What is still missing

No machine profile without BOB and active config. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: Mach3 setup guide revision to inspect.Accessed: 2026-09-23.

101GeckoDrive G540, Rev 8 manualContact assignments

DB25, terminal block, DB9 motor connector maps. The older chapter records a source-specific interface; this profile preserves its model and revision boundary.

GeckoDrive G540 Rev 8

DB25 logicDB9 motor

2–9Axis step/dir group14VFD PWM16Charge pump

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

G540 Rev 8 DB25 pin function summary

Pin group	Published function
1	Output 2
2–9	X Step, X Direction, Y Step, Y Direction, Z Step, Z Direction, A Step, A Direction
10–13	Inputs 1–4
14	VFD PWM (manual labels it 50 Hz)
15	Fault (input to PC)
16	Charge Pump (>10 kHz)
17	Output 1
18–25	GND

Interface reading

Signal domains: Controller-side only; machine harness dependent. Shared map: GeckoDrive G540 Rev 8.

What is still missing

Only if exact integrated driver is present. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: G540 manual Rev 8.Accessed: 2026-09-23.

102CNC4PC C11G, Rev 9.3Contact assignments

DB25 I/O groups, TTL levels, pull direction and jumpers. The older chapter records a source-specific interface; this profile preserves its model and revision boundary.

CNC4PC C11G Rev 9.3

DB25

1–9Buffered outputs10–13Inputs15Input

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Interface reading

Signal domains: Controller-side only; machine harness dependent. Shared map: CNC4PC C11G Rev 9.3.

What is still missing

Record jumper state. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: C11G Rev 9.3.Accessed: 2026-09-23.

103Warp9 ESS, Rev 2Connector groups

Three 26-pin parallel-style ports; DB25 numbering and 5 V limit. No contact-level claim is inferred from that identification.

Warp9 ESS Rev 2

26-pin headers

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Controller-side only; machine harness dependent. Shared map: Warp9 ESS Rev 2.

What is still missing

Machine map is BOB/config dependent. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: ESS Rev 2.Accessed: 2026-09-23.

104Mesa Electronics 7I96SContact assignments

TB1/TB2 step-dir/encoder; TB3 isolated 5–36 V input range. The older chapter records a source-specific interface; this profile preserves its model and revision boundary.

Mesa 7I96S

TB1TB2TB3

TB1 2–5STEP0/DIR0 pairsTB1 8–11STEP1/DIR1 pairs

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (1)

7I96S TB1 connector, manual pages 8–9

TB1 pins	Signal	TB1 pins	Signal
1	GND	13	GND
2–5	STEP0−, STEP0+, DIR0−, DIR0+	14–17	STEP2−, STEP2+, DIR2−, DIR2+
6	+5VP	18	+5VP
7	GND	19	GND
8–11	STEP1−, STEP1+, DIR1−, DIR1+	20–23	STEP3−, STEP3+, DIR3−, DIR3+
12	+5VP	24	+5VP

Interface reading

Signal domains: Controller-side only; machine harness dependent. Shared map: Mesa 7I96S.

What is still missing

Not OEM machine wiring. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: 7I96S manual revision to inspect.Accessed: 2026-09-23.

105Centroid Acorn Rev 3/4Connector groups

Vendor connector schematics and revision-specific maps. No contact-level claim is inferred from that identification.

Centroid Acorn Rev 3/4

Revision-specific I/O

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Controller-side only; machine harness dependent. Shared map: Centroid Acorn Rev 3/4.

What is still missing

Use exact manual and hookup schematic. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label.

Source: Published source in Chapters 1–2. Source revision or scope: Acorn Rev 3/4.Accessed: 2026-09-23.

106Ruida RDC6445G/S, G V1.2 and G/S V1.5 manualsContact assignments

Axis OC output and CN5/CN6 control pins; tube-type differences. The older chapter records a source-specific interface; this profile preserves its model and revision boundary. The separate manufacturer G/S V1.5 manual covers both G and S, and identifies AXIS direction, pulse and +5 V contacts as well as CN5 laser-control contacts.

Ruida RDC6445G/S

CN5CN6axis outputs

CN5 1GNDCN5 2L-ON1CN5 3LPWM1CN5 4WP1

Selected published assignments. Open the full table below when available; otherwise consult the cited source. This locator is not a connector mating view.

Published contact tables (2)

RDC6445G V1.2 CN5 first laser interface, manual page 17

Pin	Label	Published role	Variant note
1	GND	Power ground output	Match against exact PSU domain
2	L-ON1	Laser-enable control	RF laser: unused; glass-tube use depends on PSU logic
3	LPWM1	Laser power control	RF laser: RF-PWM; glass tube: PSU PWM input
4	WP1	Water-protector input	Preserve configured interlock behavior

RDC6445G/S V1.5, separately sourced factual summary; verify the installed controller

Connector	Contact	Published function
AXIS X/Y/Z/U	1	DIR
AXIS X/Y/Z/U	2	PUL
AXIS X/Y/Z/U	3	+5 V
CN5	1	GND
CN5	2	L-ON1
CN5	3	LPWM1
CN5	4	WP1
CN5	5	L-AN1

Interface reading

Signal domains: Controller-side only; machine harness dependent. Shared map: Ruida RDC6445G/S.

What is still missing

Machine PSU and safety remain specific. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. The original Chapter 2 table cites the G-only V1.2 manual; do not assume its revision covers S. Verify the actual controller variant and manual version.

Source: Published source in Chapters 1–2; Ruida RDC6445G/S V1.5 manual. Source revision or scope: RDC6445G V1.2; G/S V1.5.Accessed: 2026-09-23.

107Makerbase MKS DLC32 V2.1Connector groups

Wiki/firmware evidence; linked wiring PDF currently 404. No contact-level claim is inferred from that identification. The official repository now has V2.1_003 PIN and schematic PDFs, with labelled motor, laser, limit, probe, spindle and power groups.

MKS DLC32 V2.1

X/Y/Z motorlaser TTLlimitsprobespindlepower

This profile does not establish contact order. Check the cited source and installed-board revision before wiring.

Interface reading

Signal domains: Controller-side only; machine harness dependent. Shared map: MKS DLC32 V2.1.

What is still missing

Need board schematic and manual. Confirm actual hardware, contact orientation, electrical levels, wire identity, and safety function before a V2-Core label. The folder says V2.1_003 while the drawing title block reads Rev V2.1_002 dated 2021-11-20; verify the actual PCB silk before using a connector position.

Source: Published source in Chapters 1–2; Makerbase V2.1_003 PIN drawing; Makerbase V2.1_003 schematic. Source revision or scope: DLC32 V2.1 source revision conflict.Accessed: 2026-09-23.

Counting, reuse, and label readiness

Each record denotes a named machine/control pairing or a distinct control generation documented for that machine. Shared board maps are identified as shared, and size or option variants without a distinct interface are grouped unless the cited source supports a separately identified configuration. The eight generic reference entries are excluded from the named-machine count. Contact assignments may be partial. The page does not claim 107 independent pinout designs or finished V2-Core labels.

Manufacturer images are linked as sources instead of copied. The diagrams here are original text and CSS locators built from published names. For a sticker, verify machine serial, actual PCB, connector mating view, cable and wire identities, electrical ratings, safety circuit, and a production V2-Core terminal contract. No profile passes that complete gate yet.