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∗ The software (Download ver. or Web ver.) is available free of charge.
Please check the software precautions before use.
Please check the software precautions before use.
Calculation Software / Energy Saving Program
Air Consumption / Required Air Flow Capacity Charge and Discharge to/from Tank
Moment of Inertia / Position of Center of Gravity
Pneumatic – Flow Rate / Pressure / Pressure Drop / Sonic Conductance Pneumatic Pressure Change / Temperature Change / Air Quantity / Status Change Factory Main Piping Pressure Drop / Recommended Flow Rate Humidity Conversion / Condensed Water Amount
Liquid・Saturated Steam・Gas – Flow Rate / Pressure / Pressure Differential / Flow Coefficient CO2Emissions / Compressor Power
Energy Saving Program
Pneumatic Circuit Diagram Creation Program
Select from Equipment List
■Calculation Software・Energy Saving Program
Calculate the amount of air consumed (air consumption L (ANR)) and the required flow rate (required air volume L/min (ANR)) when using pneumatic equipment, and use this information to determine usage and select the size of pressure reducing valves and other components.
This tool can calculate the pressure changes inside tanks when filling/emptying tanks, transferring fluid between two tanks, or releasing air from tanks that are constantly pressurized.
This tool calculates the combined inertial moment and center of gravity of loads consisting of multiple parts. It is used to select rod less cylinders, rotary actuators, and other components.
Calculates the flow rate, pressure, and sound velocity conductance in a circuit where one or more pneumatic devices are connected in series and in parallel.
This tool can calculate pressure changes and air volume when filling or discharging tanks and cylinders, as well as temperature and pressure changes due to compression and expansion.
This tool can calculate pressure drops in main pipes within factories and recommended air flow rates. This is used to select the size of pipes installed in factory ceilings.
This tool can calculate changes in humidity and dew point when changing from one state to another and you can calculate the amount of moisture that condenses due to changes in pressure and temperature.
A circuit consisting of one or more devices for liquids, saturated steam, or gases (other than air) connected in series or in parallel enables the calculation of flow rate, pressure, pressure difference, and capacity coefficient (Cv, Kv).
This tool can calculate CO2 emissions from air pressure equipment and electricity use, loss costs from air leaks, and compressor power.
