Welcome to Skill Torque – Turning Skills into Power!
In this video, we clear all your concepts on vibration calculations using real industrial machines running at 1000, 1500, and 3000 RPM.
Our Website- www.skilltorque.com
You will learn:
✅ How to convert RPM → Frequency (Hz)
✅ How to calculate Time Period (T = 1/f)
✅ What is Amplitude and how it changes with speed
✅ How to calculate Velocity & Acceleration of vibration
✅ Why high-speed machines vibrate faster but with smaller displacement
✅ Full comparison table for 1000 / 1500 / 3000 RPM
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00:00 – Intro
00:52 – What We Will Learn
01:42 – Why Convert RPM to Frequency?
02:37 – RPM to Frequency: Example Table
03:43 – Interpretation
04:35 – What is Amplitude?
06:50 – Velocity & Acceleration Formulas
07:33 – Full Summary Table
10:42 – Comment Challenge
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🔍 Topics Covered (Slide by Slide)
⚙ Practical Machine Cases Covered
1000 RPM machines
1500 RPM motors
3000 RPM high-speed equipment
These calculations are essential for anyone working in:
✔ Maintenance
✔ Reliability
✔ Condition Monitoring
✔ Vibration Analysis
✔ Industrial Engineering
💬 Comment Challenge (Try These Out!)
1️⃣ Convert 1800 RPM to frequency & time period
2️⃣ Find velocity & acceleration for 0.2 mm at 25 Hz
3️⃣ Which machine is more likely to cause resonance — 1000, 1500, or 3000 RPM?
Top answers will be featured in the next Skill Torque video!
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At Skill Torque, we simplify complex engineering topics with real examples.