BF-1001 Blower & Fan Sizing Calculation Tool
BF-1001 Blower & Fan Sizing Calculation Tool is a comprehensive 16-sheet Excel engineering workbook developed for preliminary and detailed engineering support of industrial blower and fan systems.
The workbook covers the complete calculation workflow from system parameters and flow requirements to fan selection, performance evaluation, motor sizing, and final results.
Workbook Includes 16 Sheets
- BF-COVER – Cover, design basis, standards, and fan-type guide
- SYS-PARAMS – System parameters and operating conditions
- FLOW-CALC – Process flow and design airflow calculations
- STATIC-PR – Static pressure calculations
- DUCT-RESIST – Duct, fitting, and component pressure losses
- SYS-CURVE – System resistance curve
- FAN-SELECT – Fan selection and duty-point evaluation
- PERF-CURVE – Fan performance curve
- MOTOR-SIZE – Motor power and rating calculation
- DRIVE-CALC – Drive/belt selection
- SOUND LEVEL – Sound/noise estimation
- VIBRATION – Critical-speed and vibration checks
- FAN-LAWS – Fan affinity-law calculations
- SPEC-TABLE – Equipment specification summary
- BF-ERRORS – Automated validation checks
- BF-RESULTS – Final consolidated design results
Fan Types Covered
- Backward Curved (BC)
- Forward Curved (FC)
- Airfoil (AF)
- Backward Inclined (BI)
- Radial
- Axial / Propeller
- Mixed Flow
- Root/Lobe Blower
Applicable Standards / References
The workbook references commonly used fan and blower engineering practices, including AMCA 210, ISO 5801, ASHRAE, and ANSI/AMCA 208, as indicated in the workbook.
Suitable For
Process Engineers • Mechanical Engineers • HVAC Engineers • EPC Companies • Equipment Engineers • Plant Engineers • Consultants • Engineering Students
Ideal applications include industrial ventilation, process-air systems, dust extraction, exhaust systems, conveying systems, HVAC, wastewater aeration, combustion air and industrial blower applications.
Engineering Disclaimer
Disclaimer: This Excel tool is intended as an engineering calculation and preliminary design aid. Results should be independently reviewed and validated by a qualified engineer against project-specific requirements, manufacturer data, applicable standards, operating conditions, and site conditions before procurement, fabrication, construction, or operation.
