Use us when you
- don't need a full digital twin
- have overflow builds or limited shop bandwidth
- don't want skilled time spent on plate layout and prep
Machine builders, Increase your throughput:
We turn your field control panel BOM into a layout and build-ready mounting plate
Holes drilled with DIN rail and wire duct cut and mounted
No CAD file required
1
Upload your BOM
2
Review and approve
your layout
3
Receive your
mounting plate
“
Engineers are most valuable when making design decisions, and technicians when building. We handle the in-between by turning your BOM into a build-ready plate, so your team isn't wasting skilled time on datasheets and drilling.”
No data sheets
No drilling
Hours saved
How it works
|
| Line | Class | Part number | Manufacturer | Reference Designator | Qty |
|---|---|---|---|---|---|
| 1 | Relay | 704-5024 | Wago | R2 | 1 |
| 2 | PLC Coupler | 750-362 | Wago | PLC1-CPL1 | 1 |
| 3 | DI Module | 750-430 | Wago | PLC1-DI1 | 1 |
| 4 | AI Module | 750-468 | Wago | PLC1-AI1 | 1 |
| 5 | AI Module | 750-469/000-006 | Wago | PLC1-AI2 | 1 |
| 6 | PLC Module | 750-602 | Wago | PLC1_IO1 | 1 |
| 7 | DO Module | 750-1500 | Wago | PLC1-DO1 | 1 |
| 8 | Circuit Breaker | 1019973 | Pheonix Contact | CB6 | 1 |
| 9 | Circuit Breaker | 1019977 | Pheonix Contact | CB2 | 1 |
| 10 | Circuit Breaker | 1020073 | Pheonix Contact | CB1 | 1 |
| 11 | Disconnect | 22003000 | AutomationDirect | Q1 | 1 |
| 12 | Contactor | CWC012-01-30L03 | AutomationDirect | C1/C2 | 2 |
| 13 | Fuse Holder | DN-F6L110 | AutomationDirect | FU1/FU2/FU3 | 3 |
| 14 | Terminal | DN-T12RED-A | AutomationDirect | Panel1-TB2/Panel1-TB6 | 9 |
| 15 | Terminal | DN-TL14S-A | AutomationDirect | Panel1-TB5 | 12 |
| 16 | Power Distribution Block | HPB106-3 | AutomationDirect | PDB1 | 1 |
| 17 | Terminal | DN-T12B-A | AutomationDirect | Panel1-TB4 | 4 |
| 18 | Terminal | KN-G12SP | AutomationDirect | Panel1-TB1 | 1 |
| 19 | Safety Relay | LG5925-48-900-61 | AutomationDirect | SR1 | 1 |
| 20 | Power Supply | PSN24-120 | AutomationDirect | PWS1 | 1 |
| 21 | Terminal | DN-EC1210 | AutomationDirect | 4 | |
| 22 | Terminal | DN-EB35 | AutomationDirect | 6 | |
| 23 | Terminal | DN-EC14 | AutomationDirect | 2 | |
| 24 | Overload Relay | RW17-1D3-U004 | AutomationDirect | 2 | |
| 25 | Estop Button | AR16V0L-01E3R | AutomationDirect | 1 | |
| 26 | Thermocouple Terminal Block | DN-THERM1MN | AutomationDirect | 4 | |
| 27 | Circuit Breaker | 1019998 | Pheonix Contact | CB3/CB4 | 2 |
| 28 | End Module | 750-600 | Wago | PLC1-END | 1 |
- Place disconnect, CB1 (line 10), CB6 (line 8), and power supply (line 20) on the top row.
- Keep 120VAC components low in the panel and away from analog inputs.
- Bottom area preference: line 16 PDB, line 1 relay module, line 12 + line 24 contactor/overload group, line 14 red terminals.
- Keep PLC slice components grouped (except line 1), top row preferred, second row acceptable.
- Place line 15 terminal blocks near PLC for DI/AI wiring from right side entry.
- Use 35mm DIN rail layout with duct around outside and between rails; 1x2" duct is sufficient.
- Maintain ~2 inch clearance above and below terminal blocks to nearest duct where feasible.
Step 1
Upload your BOM and layout instructions
Upload the BOM for your control panel and tell us any non-negotiable requirements (wire entry side, terminal location, separation between power/control, etc.) We map your part numbers to mounting requirements and generate a standard layout.
Best fit: small machine field panels Remote I/O, marshaling/terminal panels, and small auxiliary panels—primarily DIN-rail mounted, with plate-mount holes when needed.
Step 2
Review and approve your layout
We send a clean mounting plate layout drawing for approval. If needed, request changes (“leave room for a second PSU,” “move these terminals to the second row,”) and we'll update it to match your conventions.
No need to track down data sheets. Our software handles the hard parts—placing components, maintaining clearances, and ensuring manufacturability.
Step 3
Receive your build-ready mounting plate
- holes drilled and deburred
- rivet nuts + machine screws (strong hold, reusable, no sharp points)
- DIN rail and wire duct cut and mounted
- cleaned, QA'd, and shipped with the mounting plate layout drawing
About Panel Kit
Panel Kit takes the low-leverage work out of field control panels
So your team can stay focused on the machine
How it fits your workflow
As soon as your BOM is final, send it over. We run in parallel while you keep building. You approve the layout, then we ship a plate ready for component install.
FAQ
Frequently asked questions
What does Panel Kit do?
Panel Kit turns your control panel BOM into a fully prepared mounting plate: holes drilled and deburred, with DIN rail and wire duct cut and mounted. Through our proprietary software, we create and provide a technical layout drawing from your BOM line items, special instructions, and industry best practices. You don't need to track down data sheets, make CAD drawings, or drill holes.
What are the benefits of Panel Kit?
Engineers are most valuable when making design decisions, and technicians when building. Panel Kit handles the in-between by turning your BOM into a build-ready plate, so your team isn't burning skilled time on datasheets and drilling. For a typical 24x24 inch field panel, the service saves 6-8 hours of engineer and technician time.
What panels are the best fit?
Best fit are small machine field panels: Remote I/O, marshaling/terminal panels, and small auxiliary panels-primarily DIN-rail mounted, with plate-mount holes when needed. Feel free to contact us if you have another use case.
Do I need a CAD file?
No, no CAD file required. All we need is a BOM (CSV/Excel) for the panel layout preferences or special instructions. Our layouts follow typical conventions and best practices by default. You don't need to specify where every component goes - only special cases.
What exactly do I upload?
Upload your BOM, duct preferences, and special layout instructions (non-negotiables like wire entry side, terminal location, separation between power/control, etc.). Our layouts follow typical conventions and best practices by default.You don't need to specify where every component goes - only special cases.
What do you do with my BOM?
We map your part numbers to mounting requirements and generate a standard layout that maintains clearances, manufacturability, and layout best practices.
What does the review cycle look like?
We send a clean mounting plate layout drawing for approval. If needed, request changes (example requests: "leave room for a second PSU," "move these terminals to the second row"), and we update it to match your conventions.
What do I receive in the shipment?
A prepared mounting plate (holes drilled and deburred; rivet nuts + machine screws; DIN rail and wire duct cut and mounted), cleaned and QA'd, shipped with the mounting plate layout drawing.
Is Panel Kit an engineering / panel design service?
We're not a full control-system engineering service. We handle the in-between work-turning a finalized BOM + your constraints into a build-ready plate-so your team isn't spending skilled time on plate layout and prep.
When should I use Panel Kit?
Use Panel Kit when you: don't need a full digital twin; have overflow builds / limited shop bandwidth; or don't want skilled time spent on plate layout and prep.
Can I order only the layout drawing?
Yes, we find most shops prefer to have both steps taken care of, but you can request just the layout drawing without the full mounting plate service. The drawing will include ordinate dimensions for DIN rail and wire duct placement. We can also provide the DXF for hole drilling.
Will this block my build schedule?
Typically, no: as soon as your panel BOM is final, send it over. We run in parallel while you keep building; you approve the layout, then we ship a plate ready for component install.