RIM-1000 Meter Secrets: Measuring Installed Acorn Stairlift Motors Correctly

1. “Brushed DC Motor Resistance Mystery Solved! Stairlift Grounding Test Reveals All”
2. “Why Your Stairlift Motor Ohm Readings Are Wrong (Ground Outlet Experiment)”
3. “Acorn Stairlift Motor Testing: Shocking Resistance Differences with Grounded Circuits”
4. “RIM-1000 Meter Secrets: Measuring Installed Stairlift Motors Correctly”
5. “Stairlift Repair Pros: Avoid This Critical Motor Resistance Mistake!”
6. “1.0 Ohm Myth Busted: How Grounding Changes Brushed DC Motor Readings”
7. “New vs. Old Stairlift Motors: Resistance Test with Non-Kelvin Meters”
8. “Installed Motor Testing Made Easy: Rob’s Grounded Outlet Method Explained”
9. “The Truth About Acorn Drive & Tilt Motor Resistance (PCB Interference)”
10. “Don’t Trust Your Multimeter! Stairlift Motor Ohm Measurement Guide”
11. “How Complex Electronics Trick Your Motor Resistance Tests (Live Demo)”
12. “Stairlift Motor Diagnostics: Grounded vs. Standalone Resistance Comparison”
13. “Why Batteries & PCBs Mess Up Your Stairlift Repair Measurements”
14. “Non-Kelvin Meter Hacks: Accurate Acorn Motor Resistance in Real-World Setups”
15. “Rob’s Worldwide Stairlift Repairs Exposes Hidden Resistance Errors”

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👋 Calling all stairlift technicians and repair professionals! In this follow-up to our viral brushed DC motor resistance experiment, Rob’s Worldwide Stairlift Repairs dives deeper into a critical testing scenario: **measuring motor resistance when attached to a grounded outlet**.

🔍 **Previously**, we demonstrated how Acorn stairlift drive and tilt motors—rated at 1.0 Ohm standalone—show vastly different readings when installed with PCBs, electronics, and batteries. Now, we’ve upped the ante by introducing a **grounded circuit** to replicate real-world setups. Watch as we reveal why your resistance measurements might be *wildly inaccurate* if you ignore grounding factors!

📊 **In this video**, you’ll discover:
- ✅ How grounding impacts brushed DC motor resistance readings on the RIM-1000 meter.
- ✅ Side-by-side comparisons: New motors vs. aged motors (spoiler: corrosion *dramatically* skews results!).
- ✅ Why non-Kelvin meters struggle with installed motors—and how to compensate.
- ✅ Step-by-step troubleshooting for Acorn stairlifts with erratic Ohm measurements.

💡 **Key Takeaway**: Complex electronics and grounding create “phantom resistance” that misleads even seasoned technicians. Learn Rob’s proven method to isolate motor health from circuit interference, ensuring accurate diagnostics every time.

🛠️ **Perfect for**:
- Stairlift repair teams tired of guesswork.
- Technicians upgrading their diagnostic toolkit.
- Anyone servicing Acorn drive/tilt motors with decades-old wiring.

📈 Don’t let flawed readings cost you time or money. Master the art of resistance testing in grounded systems—**watch now** and level up your repair skills!

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