How to Set Up Inputs and Outputs Correctly! #plc #automation #tutorial @ACCautomation

Uploaded August 2026 | Updated September 2026, 3 weeks ago

PLC Step 2: define the I/O. The full conveyor map — X1 Start, X2 Stop (NC), X3 left sensor, X4 right sensor, Y1 motor run, Y2 direction. Four inputs, two outputs.

⚡ QUICK ANSWER
Step 2 of PLC program development is defining the I/O — listing every input and output with its address and description before you write any logic. For this conveyor, the complete map is: X1 is Start, X2 is Stop (wired normally closed), X3 is the left sensor, and X4 is the right sensor. On the output side, Y1 is Motor Run and Y2 is Direction. That's four inputs and two outputs, with no analog I/O needed for this application — everything is simple on/off discrete signals. Notice how the two outputs split the job: Y1 decides whether the motor runs at all, and Y2 decides which way it turns, which is what makes the automatic reverse possible. Also worth noting is that X2, the stop button, is normally closed — the standard, safe wiring practice for a stop, so a broken wire stops the machine rather than leaving it running. In the simulator, the I/O map is already defined by the conveyor scene, so you can go straight to programming. The full conveyor build is in the guide below.

🎮 TRY IT FREE — BUILD THIS CONVEYOR IN THE ACC PLC SIMULATOR
3D scenes, no install, right in your browser: accautomation.ca/simulator

▶ WATCH THE FULL TUTORIAL
PLC Programming Tutorial: Build a Conveyor System: youtu.be/himbbHHZ6HM

📖 FULL STEP-BY-STEP + DOWNLOADS (the complete conveyor build)
accautomation.ca/plc-programming-tutorial-build-a-conveyor-system-acc-simulator

📚 WHAT YOU'LL LEARN
✅ Why you list every input and output with its address before programming
✅ The full conveyor I/O map: X1 Start, X2 Stop (NC), X3 left sensor, X4 right sensor
✅ How the outputs split the job: Y1 motor run, Y2 direction
✅ Why the stop button is wired normally closed
✅ Why no analog I/O is needed for this application

❓ FREQUENTLY ASKED
Q: What is the I/O list for the conveyor program?
A: Four inputs and two outputs — X1 Start, X2 Stop (normally closed), X3 left sensor, X4 right sensor, Y1 motor run, and Y2 direction. No analog I/O is needed. The full build is in the guide.

Q: Why is the stop button wired normally closed?
A: It's the standard safe practice — with a normally closed stop, a broken wire or lost connection stops the machine instead of leaving it running, so the circuit fails to a safe state.

👉 Full conveyor build: accautomation.ca/plc-programming-tutorial-build-a-conveyor-system-acc-simulator

🔗 MORE RESOURCES
🎮 Free ACC PLC Simulator (3D scenes, no install): accautomation.ca/simulator
▶ Step 1 — Define the Task: youtube.com/shorts/Oy310Nk3BNk
▶ Step 5 — Test the Program: youtube.com/shorts/slW0svgah9A
▶ PLC Beginners Guide: accautomation.ca/programming/plc-beginners-guide
▶ All Series: accautomation.ca/series
▶ Free eBooks: accautomation.ca (subscribe for download)

🛒 RECOMMENDED HARDWARE
▶ Shop: automationdirect.com
▶ Parts Guide: accautomation.ca/purchase-find-parts

💬 Questions? Drop a comment below.

🔔 New tutorials every Monday — Subscribe and hit the bell!

#PLC #LadderLogic #IndustrialAutomation #PLCProgramming #ACCAutomation #PLCBasics #LearnPLC #Conveyor #PLCSimulator #Shorts

Regards,
Garry
ACC Automation
accautomation.ca

How to Set Up Inputs and Outputs Correctly! #plc #automation #tutorial

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$Control Panels Smaller Size, Triple Functionality! Control panels keep getting smaller while doing more — driven by capable compact hardware like the Productivity Mini. How panel design has evolved, and why. ⚡ QUICK ANSWER Control panels have changed a lot over the years: they have gotten noticeably smaller while doing more than ever, and the main reason is that the hardware inside them has become far more capable in a much smaller footprint. A compact PLC like the Productivity Mini packs real control capability into a fraction of the space an older system needed, so you can build a smaller panel that still does the job, or fit more capability into the same enclosure. Communication is a big part of it too. Modern controllers talk over Ethernet and serial networks, which means less point-to-point wiring and fewer bulky components, so the panel gets cleaner and tighter. The practical strategies follow from that: choose compact, integrated hardware, lean on networked communication instead of hard wiring everything, and size the enclosure to what the application actually needs rather than defaulting to a large cabinet. The result is panels that save floor space, use less material, and are faster to build, without giving up functionality. It is a genuinely different way to think about panel design than it was two decades ago. The full write-up is in the guide below. 🔧 WHY PANELS GOT SMALLER (AND DO MORE) ▶ Compact hardware packs real capability into a small footprint ▶ A Mini PLC does the work of a much larger older system ▶ Networked comms (Ethernet, serial) mean less point-to-point wiring ▶ Fewer bulky components make for a cleaner, tighter panel ▶ You fit more into the same enclosure, or shrink the enclosure 🧭 COMPACT DESIGN STRATEGIES ▶ Choose compact, integrated hardware ▶ Use networked communication instead of hard-wiring everything ▶ Size the enclosure to the application, not to a default large cabinet ▶ Plan for I/O, expansion and heat as you shrink 📖 FULL WRITTEN TUTORIAL + DOWNLOADS https://accautomation.ca/p1-m622-16dr-mini-plc-is-this-your-factorys-new-best-friend/ 📚 WHAT YOULL LEARN ✅ How control panels have evolved to be smaller and more capable ✅ Why compact hardware like the Productivity Mini enables it ✅ How networked communication reduces wiring and bulk ✅ Practical strategies for compact panel design ✅ What to plan for as you make a panel smaller ❓ FREQUENTLY ASKED Q: Why have control panels gotten smaller? A: Because the hardware inside them has become far more capable in a smaller footprint. A compact PLC like the Productivity Mini does the work of a much larger older system, and networked communication cuts the wiring and bulk, so panels get tighter without losing functionality. The full write-up is in the guide. Q: How do I design a more compact control panel? A: Choose compact, integrated hardware, use networked communication instead of hard-wiring everything, and size the enclosure to what the application actually needs, while still planning for I/O, expansion and heat. 👉 Full walkthrough: https://accautomation.ca/p1-m622-16dr-mini-plc-is-this-your-factorys-new-best-friend/ 🔗 MORE RESOURCES 🎮 Free ACC PLC Simulator (3D scenes, no install): https://accautomation.ca/simulator/ ▶ Productivity 1000 Series: https://accautomation.ca/series/productivity-1000-plc/ ▶ Productivity 2000 Series: https://accautomation.ca/series/productivity-2000-series-plc-p2000/ ▶ PLC Beginners Guide: https://accautomation.ca/programming/plc-beginners-guide/ ▶ Free eBooks: https://accautomation.ca (subscribe for download) 🛒 RECOMMENDED HARDWARE ▶ Shop: https://www.automationdirect.com/ ▶ Parts Guide: https://www.accautomation.ca/purchase-find-parts/ 💬 Questions? Drop a comment below. 🔔 New tutorials every Monday — Subscribe and hit the bell! #PLC #LadderLogic #IndustrialAutomation #PLCProgramming #ACCAutomation #ProductivityPLC #ControlPanel #MiniPLC #AutomationDirect #Shorts Regards, Garry ACC Automation http://www.accautomation.ca$

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