03 TYPES of | Mechanical Looseness | impact of Machine Misalignment | By Faisal Engineering Services

Описание к видео 03 TYPES of | Mechanical Looseness | impact of Machine Misalignment | By Faisal Engineering Services

Exploring 3 Types of Mechanical Looseness and Machine Misalignment 🔧
Welcome to Faisal Engineering Services, where we cherish the legacy of knowledge sharing! 🚀 In our latest video, we delve into the intricate world of rotating machinery to unravel the secrets behind three distinct types of mechanical looseness and the impact of machine misalignment on energy consumption.

🛠️ Type A Looseness: Discover how a lack of sturdiness in the foundation, base plate, or machine's foot, coupled with ground settlement, can be unveiled through spectral analysis. Keep an eye out for vibration peaks in the first harmonic!

🔩 Type B Looseness: Loose bolts, cracks in pedestals, or issues within the bearing itself—unlike others, this type showcases a unique shape in the spectrum. Dive into the time wave of two pulses per rotation and navigate through the frequency dynamics.

🔗 Type C Looseness: Uncover the complexities of poor fixation between rotor components, known as internal looseness. From bushing and bearing housing mismatches to coupling flange elements, we explore the nonlinear effects and the emergence of sub-harmonic and inter-harmonic components in the spectrum.

💡 Machine Misalignment: Additionally, we shed light on the critical issue of machine misalignment and its direct impact on energy consumption. Learn how misalignment can lead to increased energy usage, affecting the efficiency and performance of your machinery.

📈 Join us on this informative journey where we decode the spectrum of Type C looseness, revealing multiple peaks up to the 10th Harmonic! 🌐 Don't miss out on understanding the heartbeat of your machinery and optimizing energy consumption.

🔗 Share this video with fellow enthusiasts and professionals in the field of engineering! 🛠️💡

🌐 Website: www.faisalengg.com
📧 Email: [email protected]
📱 Contact: +923216227771

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