Preface
The purpose of this manual is to provide the owner with the necessary instruction to properly operate and maintain the oxygen gas plant of capacity 80 cubic meter per hour.
It is the responsibility of the owner to thoroughly review the instructions contained herein and to become acquainted with the methods of operation and maintenance suggested.sss
Should questions arise concerning the working of the plant feel free to contact us.
Undertaking as to Safety
We have ensured that our equipment is safe and without risk tothe health of the workers when properly used in accordance with the information and advice relating to its use contained inthe Instruction Book/Operator ’s Manual. It will be, therefore, ofutmost importance that you use our equipment only after goingthrough the Book/Manual thoroughly, which has detailedinstructions, information and advice for the safety of operators and workers in your factory.
The equipment is sold and supplied to you on the basis of your express undertaking that you will take the steps specified in the Book/ Manual in order to ensure that the equipment sold and supplied by us will be safe and without risk to the health of your works when properly used.
We have ensured that our equipment is safe and without risk tothe health of the workers when properly used in accordance with the information and advice relating to its use contained inthe Instruction Book/Operator ’s Manual. It will be, therefore, ofutmost importance that you use our equipment only after goingthrough the Book/Manual thoroughly, which has detailedinstructions, information and advice for the safety of operators and workers in your factory.
The equipment is sold and supplied to you on the basis of your express undertaking that you will take the steps specified in the Book/ Manual in order to ensure that the equipment sold and supplied by us will be safe and without risk to the health of your works when properly used.
METRIIC CONVERSION EQUIPMENTS
U.S. TO METRIC
The metric conversion equipments listed below represent the more commonly used measuring units in the engine
| Multiply | By | To obtain |
| Inches (in) | 25.4 | millimeters (mm) |
| Pounds (lbs) | 0.454 | kilograms (kg) |
| Gallons (gals) | 3.785 | liters (l) |
| Horsepower (hp) | 0.746 | kilowatts (kw) |
| British Thermal Units (BTU) | 1055 | joules (J) |
| Degrees Fahrenheit (°F) | 0.556 (°F-32) | degrees Celsius (°C) |
| Pounds per square inch (psi) | 0.0703 ,6.895 ,0.069 | kilograms per square Kilopascal
(kPa) bar |
| Cubic feet per minute (cfm) | 0.0283 | cubic meters per Minute (1/min) |
| Gallons per minute (gpm) | 3.785 | liters per minute (l/min) |
| Torque in foot-pounds (ft-lbs) | 1.356 | Newton meters (N.m) |
| Saybolt Universal Viscosity (SSU) | 0.138 | kilogram meters (kg-m) |
| Less than 100 seconds | 0.226 SSU-195/SSU | Kinematic viscosity (CS) |
| Greater than 100 seconds | 0.22 SSU-135/SSU | Kinematicviscosity (CS) |
