Creator Caleb
Tools kicad
Version 1.0.0
Assets 1 files
💬 Sample prompts Paste any of these into Claude Code to use this molecule
Taprite solenoid Find the Taprite 638-0031 solenoid molecule
Solenoid carrier I need a solenoid carrier molecule for the Teazzers workcell
Pin mapping Show the pin mapping for the Taprite solenoid molecule
Solenoid specs What are the specs for the 638-0031 solenoid carrier?
Install this molecule

Paste this into Claude Code (VS Code panel, Adom editor, or terminal) to install:

Search the Adom Wiki for the molecule "Teazzers Taprite Solenoid 638-0031 v1" (slug: teazzers-taprite-solenoid-638-0031-v1) at https://wiki-ufypy5dpx93o.adom.cloud/wiki/molecules/teazzers-taprite-solenoid-638-0031-v1. Download its symbol (.kicad_sym), footprint (.kicad_mod), and 3D model (.glb/.step) assets into my current KiCad project under symbols/, footprints/, and 3dmodels/ directories. Register them in the project library tables. Show me the files once installed.

Electromechanical carrier molecule for the Taprite 638-0031 DC 24V solenoid valve — 198×102 mm, 6 machine contacts (2× GND, 2× VCC), 4 alignment machine pins. Designed for the Teazzers beverage dispensing workcell.

Overview

PropertyValue
Molecule IDteazzers-taprite-solenoid-638-0031-v1
CustomerTeazzers
Board Size198.0 × 102.0 mm
Layers2 (Top + Bottom copper)
Mounting4× M5 mounting holes (ISO 7380)
ConnectorsJ1 — Phoenix 1985195 terminal (solenoid power), J2 — Molex 0705530001 (solenoid signal)
PowerDC 24V via machine contacts
KiCad Version7/8

Solenoid Details

ParameterValue
ManufacturerTaprite
Part Number638-0031
PowerDC 24V
ConnectorJ2 (Molex 0705530001)

Machine Contact Pin Mapping

This molecule uses 6 machine contacts (MC1–MC6) and 6 machine pins (MP1–MP6) for workcell integration.

Machine Contacts (MCx) — Signal/Power Pads

ContactPositionNetFunction
MC1Left edge (Y=38)GNDGround
MC2Left edge (Y=40)GNDGround
MC3Left edge (Y=42)GNDGround
MC4Left edge (Y=118)VCC+24V Power
MC5Left edge (Y=120)VCC+24V Power
MC6Left edge (Y=122)VCC+24V Power

All machine contacts are on the left edge of the board. MC1–MC3 carry GND (grouped together), MC4–MC6 carry VCC/+24V (grouped together).

Machine Pins (MPx) — Mechanical Alignment

PinPositionNetFunction
MP1Top-left corner (32, 32)NCAlignment pin
MP2Top center (128, 32)NCAlignment pin
MP3Top-right corner (224, 32)NCAlignment pin
MP4Bottom-left corner (32, 128)NCAlignment pin
MP5Bottom center (128, 128)NCAlignment pin
MP6Bottom-right corner (224, 128)NCAlignment pin

All machine pins are unconnected (mechanical alignment only). Uses MachinePinLargeStandard footprint.

Board Components

RefValueFootprintDescription
OBJ1SOLENOIDCalebsLib:Solonoid-Taprite 638-0031Solenoid body outline / mounting
J1TERMINALPressurePump:PHOENIX_1985195Phoenix Contact terminal block — solenoid power
J2MOLEXPressurePump:MOLEX_0705530001Molex connector — solenoid signal
H1–H4MountingHoleMountingHole_5.3mm_M5_ISO7380M5 mounting holes
MC1–MC3MachineContactMediumGND machine contacts
MC4–MC6MachineContactMediumVCC machine contacts
MP1–MP6MachinePinLargeStandardAlignment machine pins

Net Summary

NetConnected Components
GNDMC1, MC2, MC3, J1 pin, J2 pin
VCC (+24V)MC4, MC5, MC6, J1 pin, J2 pin

Fabrication

Gerbers and JLCPCB production files are included in the project under jlcpcb/.

  • Gerber files: jlcpcb/gerber/
  • Production ZIP: jlcpcb/production_files/GERBER-Teazzers_Taprite_Solonoid-638-0031_v1.zip

3D Model

A GLB model (Teazzers_Taprite_Solonoid-638-0031_v1.glb, 1.7 MB) is included for workcell visualization and placement verification.

Files

FileDescription
Teazzers_Taprite_Solonoid-638-0031_v1.kicad_schSchematic
Teazzers_Taprite_Solonoid-638-0031_v1.kicad_pcbPCB layout
Teazzers_Taprite_Solonoid-638-0031_v1.kicad_proKiCad project
Teazzers_Taprite_Solonoid-638-0031_v1.glb3D model (GLB)
jlcpcb/production_files/*.zipJLCPCB fabrication package

Source files

GZ teazzers-taprite-solenoid-638-0031-v1-source.tar.gz
KiCad project source bundle — schematic, PCB, project files, GLB 3D model, and JLCPCB production gerbers
file 452.2 KB

Sub-Skills
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Sub-skills are community-contributed AI skill extensions for this component. They teach AI assistants about specific tools, configurators, or workflows.

Examples:

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  • A community-written design guide for an amplifier circuit
  • An automated test/validation script for a sensor module

How to add one: Click Add Sub-Skill, provide the URL to your skill and a brief description. Submissions are reviewed by the Adom team before going live.

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0 revisions · Molecule # · Updated 2026-05-27 19:23:41

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