Conversions & References

A Useful listing of Units and their Conversion Factors

Factor for Unit Conversion

Useful Units and SI Units

Table for Length Conversion	Length Conversion
Table for Volume Conversion	Area Conversion
Table for Area Conversion	Volume Conversion
Table for Velocity Conversion	Velocity Conversion
Table for Volume Flow Conversion	Volume Flow Conversion
Table for Mass Conversion	Mass Conversion
Table for Density Conversion	Density Conversion
Table for Mass Flow Rate	Mass Flow Rate Conversion
Table for Power Units	Power Conversion
Table for Force Units	Force Conversion
Table for Torque Units	Torque Conversion

Useful Engineering Data and Multiplication Factors

Multiplication Factor for Pressure Conversion	Pressure Conversion
Multiplication Factor for Liquid Flow Conversion	Liquid Flow Conversion
Multiplication Factor for Gas Flow Flow Conversion	Gas Flow Conversion
Useful Engineering Unit Equivalents	Useful Equivalents

Pressure and Liquid Heads

Table for Pressure and Liquid Head Conversion

TEMPERATURE CONVERSIONS

	Temperature Conversion Table
* The table consists of three columns and direct two-way conversions can be made. To use the table, locate the quantity of the units to be converted in the centre column and read off the conversion required in the left or right hand columns
Multiplication Factor for Temperature Conversion	Temperature Conversion Factor
Multiplication Equation for Temperature Conversion Deg.C to Deg.F	Temperature Formula

VISCOMETER COMPARISON AND CONVERSION

Conversion Table for Viscosity Grade of Fluids	Viscosity Grade Conversion Table
Conversion Table for Different Viscosity Units	Viscosity Conversion Table

MATERIAL COMPOSITION, SELECTION AND CORROSION DATA

Elastomers	Elastomer Guide
* This table gives an indication of suitable elastomer material for use in control valve applications. It requires knowledge of the service conditon in which the material will be used, as well as knowledge of the general properties of the material itself. Service temperature, pressure conditions, rate of flow, type of valve action (throttling or on-off), and chemical composition of the flowing fluid should all be known. Usage ratings listed below (Good, Fair, Etc.) should be used as a guide only. Specific compounds within any one material may vary, which could change the usage rating.
Fluid Metals	Fluid Metal Compatibility
* This table rates and compares the compatibility of elastomer material with specific fluids. Note that this information should be used as a guide only. An elastomer which is compatible with a fluid may not be suitable over the entire range of its temperature capability. In general, chemical compatibility decreases with an increase in service temperature.
Corrosion	Corrosion Information Table
* This table is intended to give only a general indication of how various materials will react when in contact with certain fluids. The recommendation cannot be absolute because concentration, temperature, pressure, and other conditions may alter the suitability of a particular material. There are also economic considerations that may influence material selection. Use this table as a guide only.