Uploaded August 2026 | Updated September 2026, 3 weeks ago
ACC PLC Simulator gamepad control: map Xbox or PlayStation triggers and sticks to analog inputs AX1-AX5, 0-4095 — the same range as a real potentiometer.
⚡ QUICK ANSWER
ACC PLC Simulator gamepad control turns any controller the browser recognises into a set of analog inputs. In the simulator, the left trigger drives AX1, the right trigger AX2, and the sticks drive AX3 through AX5 — all across 0 to 4095, the same range a real potentiometer or a 4-20mA transmitter produces. Triggers carry a small deadzone at rest and sticks centre at 2048. That means you can sweep an analog input smoothly and watch your scaling logic respond without wiring a pot, a resistor network or a signal generator. In the 3D scenes the sticks steer the camera instead, and the face buttons and D-pad act as the operator pushbuttons.
🎮 THE MAPPING (simulator)
LT / L2 → AX1 (0-4095, 0.05 deadzone at rest)
RT / R2 → AX2 (0-4095, 0.05 deadzone at rest)
Left stick Y → AX3 (centred at 2048)
Left stick X → AX4 (centred at 2048)
Right stick X → AX5 (centred at 2048)
In a 3D scene: right stick orbits the camera, left stick zooms, face buttons and D-pad drive the operator inputs X1-X10. When a scene already controls an address, the scene wins and the gamepad cannot override it.
📖 LAUNCH THE FREE SIMULATOR (no install, runs in your browser)
accautomation.ca/simulator
📚 WHAT YOU'LL LEARN
✅ Connect any controller the browser's Gamepad API recognises — Xbox, PlayStation, generic USB HID, most Bluetooth pads
✅ Drive analog inputs AX1 to AX5 across the full 0-4095 range with triggers and sticks
✅ Sweep an analog value smoothly to test scaling logic, alarm setpoints and deadbands without hardware
✅ Understand why 0-4095 matters — it is what a real potentiometer or 4-20mA transmitter gives you
✅ Use face buttons and the D-pad as operator pushbuttons in the 3D scenes, with the sticks on camera duty
❓ FREQUENTLY ASKED
Q: Why use a gamepad for PLC simulation instead of typing values?
A: Because typing gives you steps and a trigger gives you a sweep. Scaling errors, alarm chatter and deadband problems show up when a value moves smoothly through its range, not when it jumps.
Q: Do the sticks control analog inputs inside the 3D scenes?
A: No. In a scene the sticks are camera controls — right stick orbits, left stick zooms — and the face buttons and D-pad act as the operator pushbuttons. The analog mapping to AX1-AX5 is in the simulator itself.
Q: Which controllers work?
A: Any controller the browser's Gamepad API recognises: Xbox, PlayStation, generic USB HID and most Bluetooth pads. Plug it in, press a button, and the controller badge in the toolbar turns green.
👉 Simulator help and full mapping tables: accautomation.ca/simulator/acc-plc-simulator-help.html
🔗 MORE RESOURCES
▶ ACC PLC Simulator: accautomation.ca/simulator
▶ Scene guide: accautomation.ca/simulator/acc-scene-help.html
▶ PLC Beginners Guide: accautomation.ca/programming/plc-beginners-guide
▶ 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 #PLCSimulator #AnalogIO #LearnPLC #Shorts
Regards,
Garry
ACC Automation
accautomation.ca
ACC PLC Simulator gamepad control: map Xbox or PlayStation triggers and sticks to analog inputs AX1-AX5, 0-4095 — the same range as a real potentiometer.
⚡ QUICK ANSWER
ACC PLC Simulator gamepad control turns any controller the browser recognises into a set of analog inputs. In the simulator, the left trigger drives AX1, the right trigger AX2, and the sticks drive AX3 through AX5 — all across 0 to 4095, the same range a real potentiometer or a 4-20mA transmitter produces. Triggers carry a small deadzone at rest and sticks centre at 2048. That means you can sweep an analog input smoothly and watch your scaling logic respond without wiring a pot, a resistor network or a signal generator. In the 3D scenes the sticks steer the camera instead, and the face buttons and D-pad act as the operator pushbuttons.
🎮 THE MAPPING (simulator)
LT / L2 → AX1 (0-4095, 0.05 deadzone at rest)
RT / R2 → AX2 (0-4095, 0.05 deadzone at rest)
Left stick Y → AX3 (centred at 2048)
Left stick X → AX4 (centred at 2048)
Right stick X → AX5 (centred at 2048)
In a 3D scene: right stick orbits the camera, left stick zooms, face buttons and D-pad drive the operator inputs X1-X10. When a scene already controls an address, the scene wins and the gamepad cannot override it.
📖 LAUNCH THE FREE SIMULATOR (no install, runs in your browser)
accautomation.ca/simulator
📚 WHAT YOU'LL LEARN
✅ Connect any controller the browser's Gamepad API recognises — Xbox, PlayStation, generic USB HID, most Bluetooth pads
✅ Drive analog inputs AX1 to AX5 across the full 0-4095 range with triggers and sticks
✅ Sweep an analog value smoothly to test scaling logic, alarm setpoints and deadbands without hardware
✅ Understand why 0-4095 matters — it is what a real potentiometer or 4-20mA transmitter gives you
✅ Use face buttons and the D-pad as operator pushbuttons in the 3D scenes, with the sticks on camera duty
❓ FREQUENTLY ASKED
Q: Why use a gamepad for PLC simulation instead of typing values?
A: Because typing gives you steps and a trigger gives you a sweep. Scaling errors, alarm chatter and deadband problems show up when a value moves smoothly through its range, not when it jumps.
Q: Do the sticks control analog inputs inside the 3D scenes?
A: No. In a scene the sticks are camera controls — right stick orbits, left stick zooms — and the face buttons and D-pad act as the operator pushbuttons. The analog mapping to AX1-AX5 is in the simulator itself.
Q: Which controllers work?
A: Any controller the browser's Gamepad API recognises: Xbox, PlayStation, generic USB HID and most Bluetooth pads. Plug it in, press a button, and the controller badge in the toolbar turns green.
👉 Simulator help and full mapping tables: accautomation.ca/simulator/acc-plc-simulator-help.html
🔗 MORE RESOURCES
▶ ACC PLC Simulator: accautomation.ca/simulator
▶ Scene guide: accautomation.ca/simulator/acc-scene-help.html
▶ PLC Beginners Guide: accautomation.ca/programming/plc-beginners-guide
▶ 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 #PLCSimulator #AnalogIO #LearnPLC #Shorts
Regards,
Garry
ACC Automation
accautomation.ca
