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Industrial Unit Converter

Industrial Unit Converter is a free industrial unit conversion and calculation tool website for engineers, providing conversion and engineering calculation functions in fields such as HVAC, pumps, compressed air, electrical, and process engineering. Information shows that it includes more than 140 tools, covering common conversions such as SCFM and ACFM, PSI and bar, GPM and m³/h, BTU/hr and kW, kW and HP, voltage drop, wire size, pump head, air changes per hour, and more. All tools are provided as online calculators, suitable for engineers to quickly complete unit conversions and basic engineering calculations during design and on-site work.

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About this tool

Industrial Unit Converter is a free collection of industrial unit conversion and calculation tools for engineers. The website title is Industrial Engineering Tools, and it mainly serves scenarios such as HVAC, pumps, compressed air, electrical, and process engineering.

Purpose The website is used for online conversion and calculation of common physical quantities and engineering parameters in industrial fields, helping engineers perform rapid conversions in HVAC, pumping systems, compressed air systems, electrical systems, and process design, reducing the time spent on manual calculations and looking up conversion tables.

Main capabilities According to the information, the website provides more than 140 free online calculators, covering multiple professional areas:

  1. Gas flow conversion: SCFM and ACFM, ACFM and SCFM, SCFM and CFM, SCFH and SCFM, ICFM and SCFM, NCFM and SCFM, Nm³/h and SCFH, Sm³/h and m³/h, LPM and CFM, CFM and LPM, CFM and m³/h, CFM and m³/min, m³/min and CFM, CFM and L/s, CFM and kg/hr, CFM and m³/h, ACFM and ICFM, CFM and m³/min, leakage rate SCFM and CFM, orifice flow conversion SCFM, cylinder air consumption, compressed air flow and HP, etc.
  2. Liquid flow and pump calculations: GPM and L/s, GPM and LPM, GPM and m³/h, m³/h and GPM, LPM and GPM, imperial GPM and US GPM, pump head, NPSH, NPSHa, PSI and feet of head, feet of head and PSI, bar and meters of head, head loss and PSI, suction head and PSI, pump affinity laws, pump efficiency, specific speed, water horsepower, etc.
  3. Pressure and vacuum conversion: PSI and bar, bar and PSI, kPa and PSI, MPa and PSI, PSI and kPa, PSI and MPa, PSIA and PSIG, PSIG and PSIA, bar and atmosphere, inches of mercury and PSI, inches of water column and PSI, PSI and inH₂O, Torr and psi, psi and Torr, psi and mmHg, mmHg and PSI, Torr and mbar, bar and kg/cm², kg/cm² and bar, kg/cm² and PSI, inHg vacuum and atm, etc.
  4. HVAC and ventilation conversions: BTU/hr and kW, BTU/hr and Watts, kW and BTU/hr, tons of refrigeration and kW, CFM per Ton, EER and kW/Ton, FPM and m/s, m/s and FPM, sensible heat calculation, latent heat calculation, air changes per hour (ACH), ACH and CFM, duct velocity and CFM, static pressure and CFM, wet-bulb temperature and relative humidity, HVAC load (tons), tons of refrigeration and kW, etc.
  5. Electrical calculations: kW and HP, HP and kW, kW and Amps (single-phase and three-phase), voltage drop (NEC and IEEE 141), wire size, etc.
  6. Temperature conversion: the material only shows "Fahrenheit to Rankine Converter | °F to °R Free Online" and its description "Convert Fahrenheit to Rankine by adding"; the specific content of other temperature conversion tools is not provided.

How to use All tools are free online calculators that users can access and use directly through the web page without installing additional software. Each calculator page usually includes conversion formulas, conversion factors, and brief explanations, such as 1 kW = 1.34102 HP, 1 HP = 0.7456999 kW, 1 bar = 10.1974 meters of water column, 1 psi = 27.6806726 inH₂O, etc. Some tools provide correction conditions, such as SCFM and ACFM conversion involving altitude and temperature corrections, and NPSH calculation involving absolute pressure, etc.

Applicable scenarios Suitable for industrial engineering scenarios such as HVAC system design, pump selection and performance analysis, compressed air system evaluation, electrical distribution design, and process engineering calculations, and especially suitable for engineers, technicians, and students who need to quickly perform unit conversions or basic engineering calculations.

Limitations The material does not provide information such as the website's charging model, whether registration is required, mobile support, calculation accuracy guarantees, or data storage methods. The specific input parameters, output results, and calculation steps of some tools are not fully shown in the material; actual use should be based on the content of the website page.