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New *MEP Designing and Drafting* Batch starting from *15th July 2025* *Timings - 08:30 PM to 09:30 PM IST* Block your Day for 1 Hour from Monday to Saturday (6 Days a Week) for the next 6 Months to get Indulged in Complete Design knowledge in MEP *6 Months Training Program Schedule as Follows: ( JULY TO DEC 2025 )* *HVAC Design Course* - 15th July 2025 - 20 Sept 2025 Duration - 30 Sessions ( 3 Sessions/ Week, 10 Weeks ) *Plumbing and Fire Fighting Design Course* - 04th Aug 2025 - 10th Nov 2025 Duration - 40 Sessions ( 3 Sessions/ Week, 14 Weeks) *Electrical Design Course* - 10th Oct 2025 - 20 Dec 2025 Duration - 30 Sessions ( 3 Sessions/Week, 10 Weeks) For more info about Fees and Enrolment click here https://wa.me/916388036262 Follow our page for more interesting news about MEP https://lnkd.in/gGsDG8QK

Greetings from *SAN MEP Solutions* Master the *HVAC Design* in this Featured Course Join our 6 Weeks Live 👉🏻HVAC Design Program and Learn the topics from Basic to Advance Level 💯 Course Starting from *15th July 2025*✔️ Timings - *08:30 PM to 09:30 PM IST* Duration - *40 to 45 Days ( Monday, Wednesday, Friday, Saturday)* Key Learning in this Course as follows: 🎯🎯 ✅Introduction to HVAC System ✅Psychometric and its Importance in HVAC ✅Refrigeration and its Properties ✅Ducting System Fundamentals ✅Types of Ducting System and its Design ✅Heat Load Calculation ✅Air Terminal Selection ✅ESP Calculation for AHU/ CSU / FCU ✅Kitchen Ventilation ✅Toilet Ventilation ✅Car Parking / Basement Ventilation ✅Chiller / Cooling Tower Selection ✅Chilled Water & Condensor Water Pipe Sizing ✅VRF Selection ✅Srair Case Pressurization ✅Lift Well Pressurization ✅Smoke Management System and so on.... For more info on Enrolment click here *https://wa.me/916388036262*

New *MEP Designing and Drafting* Batch starting from *15th July 2025* *Timings - 08:30 PM to 09:30 PM IST* Block your Day for 1 Hour from Monday to Saturday (6 Days a Week) for the next 6 Months to get Indulged in Complete Design knowledge in MEP *6 Months Training Program Schedule as Follows: ( JULY TO DEC 2025 )* *HVAC Design Course* - 15th July 2025 - 20 Sept 2025 Duration - 30 Sessions ( 3 Sessions/ Week, 10 Weeks ) *Plumbing and Fire Fighting Design Course* - 04th Aug 2025 - 10th Nov 2025 Duration - 40 Sessions ( 3 Sessions/ Week, 14 Weeks) *Electrical Design Course* - 10th Oct 2025 - 20 Dec 2025 Duration - 30 Sessions ( 3 Sessions/Week, 10 Weeks) For more info about Fees and Enrolment click here https://wa.me/916388036262 Follow our page for more interesting news about MEP https://lnkd.in/gGsDG8QK

🚀 Boost Your MEP Career with MEP Booster! 🔥 📚 Learn Complete MEP Design, Drafting & Modeling 💼 HVAC | Plumbing | Electrical | Firefighting | AutoCAD 2D/3D | Revit MEP & Architecture | BIM MEP 💥 Why Choose Us? 🎯 Industry-Ready Courses 🎓 Learn Anytime, Anywhere 📊 Real-World Projects & Practical Training 🏆 Get Certified & Boost Your Career 🌐 Visit Our Website Now: https://www.mepbooster.com/ 📲 Download the App Today: MEP Booster App https://apnyrh.on-app.in/app/home?orgCode=apnyrh&referrer=utm_source=copy-link&utm_medium=tutor-app-referral 📲 DM or WhatsApp us at +91-7619003443 🔗 Join our WhatsApp community Now: https://chat.whatsapp.com/GY7YyHm9Dj7C6ea4zHUxHA 🎯 Master Your Skills. Get Certified. Build Your Future! 🚀 #MEPDesign #RevitMEP #HVAC #Plumbing #Firefighting #Electrical #MEPBooster

Learn from Scratch to Full MEP Design for Airport Project *Duration : 2 Months* *Timings : 10:30 pm to 11:30 pm IST ( Fridays, Saturdays, Sundays) from 04-07-2025* Following details will be covered: 🔷1. *High-Level Design (Conceptual Stage)* 🎯 👉🏻Basis of Design (BOD) Document 👉🏻Preliminary System Diagrams (Single-Line Schematics) 👉🏻Zoning Layout Plans 👉🏻Design Narrative and Code Compliance Summary 👉🏻Load Estimates and Equipment Concept Selection 🔷 2. *Mid-Level Design (Detailed Engineering Stage)* 🎯 HVAC/Plumbing/Firefighting layout Drawings 👉🏻Load Calculation Reports (e.g., HAP outputs) 👉🏻Duct and Pipe Sizing with Hydraulic Calculations 👉🏻Riser Diagrams 👉🏻Equipment Schedules 👉🏻Outline Specifications 🔷 3. *Technical-Level Design (Construction & Commissioning Stage)* 🎯 👉🏻Shop Drawings with Coordination Details 👉🏻Submittal and Product Data Review 👉🏻Installation Details and Builder’s Work Drawings 👉🏻Testing & Commissioning Procedures For more info about Fees and Enrolment click here *https://wa.me/916388036262*

Greetings from *SAN MEP Solutions* Join our 6 Weeks Live 👉🏻HVAC Design Program and Learn the topics from Basic to Advance Level 💯 Course Starting from *15th July 2025*✔️ Timings - *08:30 PM to 09:30 PM IST* Duration - *40 to 45 Days ( Monday, Wednesday, Friday, Saturday)* Key Learning in this Course as follows: 🎯🎯 ✅Introduction to HVAC System ✅Psychometric and its Importance in HVAC ✅Refrigeration and its Properties ✅Ducting System Fundamentals ✅Types of Ducting System and its Design ✅Heat Load Calculation ✅Air Terminal Selection ✅ESP Calculation for AHU/ CSU / FCU ✅Kitchen Ventilation ✅Toilet Ventilation ✅Car Parking / Basement Ventilation ✅Chiller / Cooling Tower Selection ✅Chilled Water & Condensor Water Pipe Sizing ✅VRF Selection ✅Srair Case Pressurization ✅Lift Well Pressurization ✅Smoke Management System and so on.... For more info about Fees and Enrolment click here https://wa.me/916388036262 Follow our page for more interesting news about MEP https://lnkd.in/gGsDG8QK

Why do centrifugal pumps have a larger suction pipe than the discharge pipe? Centrifugal pumps typically have a larger suction pipe than the discharge pipe for the following key reasons: --- ✅ 1. Reduce Suction Pressure Losses A larger suction pipe lowers the frictional losses and velocity of the fluid entering the pump. Lower velocity = lower pressure drop = better Net Positive Suction Head (NPSH). This helps avoid cavitation, a damaging condition where vapor bubbles form and collapse in the pump. --- ✅ 2. Improve Pump Priming and Flow Stability A wider suction pipe ensures a steady, uninterrupted flow to the pump impeller. It also helps in keeping the pump primed (filled with liquid), which is critical for centrifugal pump operation. --- ✅ 3. Maintain Adequate Suction Head The pump relies on suction head (pressure at the suction port) to draw liquid in. A larger diameter helps maintain positive suction pressure, especially when suction lift is involved (pulling from below the pump). --- ✅ 4. Discharge Pipe Can Handle Higher Velocity After the pump impeller adds energy to the fluid, it exits at higher velocity and pressure. A smaller discharge pipe can handle this higher velocity more efficiently without problems like cavitation or air ingress. --- 🔍 Practical Rule of Thumb: Suction line velocity: 0.6–1.5 m/s Discharge line velocity: 2–3 m/s This difference in velocity requirements explains the need for a larger suction line. . . . . #FutureOfEngineering #InnovationInTech #EngineeringSolutions #EngineeringLife #MechanicalEngineering #CivilEngineering #ElectricalEngineering #EngineeringWonders #LikeForLike #FollowMe #ViralPhoto #PhotoOfTheDay #InstaGood #PicOfTheDay #Snapshot #PhotographyLovers #Firefightingandfirealarmsystem #viralfacebook #viralpost