Adjusting Airflow Rate or Dehumidified Airflow Rate in HAP Software|1 TR = 400 CFM?|AMNEAR MEP BIM|

Adjusting Airflow Rate/Dehumidified Airflow Rate in HAP (Hourly Analysis Program)

Is 400 CFM per 1 TR correct? Is machine selection unclear? Does the flowrate seem high?

Included...
1.Do We Really Need 400 CFM for 1 TR?
2.Factors Affecting Airflow Rate
3.Low/Medium/High-Speed Machine Selection?
4.Issues When Airflow Rate is Low or High
5.Adjusting Airflow Rate (AFR) in HAP
6.Supply Temperature Ranges

www.amnear.com
https://amnear.com/

Amnear Engineers offers MEP Consultancy and MEP/BIM Skill development Services.

🔧Adjusting Airflow Rate in HAP (Hourly Analysis Program)


Key Course Details:
Modes: LIVE ONLINE, OFFLINE, VIDEO Course

👥 For Experienced Professionals & Freshers.

🌐 www.amnear.com
📞 Contact: +91 9633358942, +91 8129994094

🕰️ Availability: Available via WhatsApp/Call
💬 WhatsApp for inquiries.

Thanks,
Sajith Babu S Y
MEP/BIM Consultant
Managing Partner
Amnear Engineers
📞 +91 9633358942

Services: MEP designing and drafting (HVAC,PLUMBING,FIRE FIGHTING, ELECTRICAL), BIM Modelling, Revit MEP, Navisworks, Dynamo, Quantity surveying, Cost estimation
#hvacdesigning#hvacdrafting#hvacdesigning#hvacdesigninganddrafting#mepdesign#mepdesigninganddrafting#mepdrafting#mepcourse#meponlinecourse#mepcourseonline#mep#mepcoursekerala##bestmepinstitutionkerala#meponlinecoursekerala#bim#revit#hvac#mepcourse#meponline#bimonline#bestmepinstituion#bestbiminstitute#hvaccourse#hvaconline##quantitysurveying#amnear