What is the load which can be supported when 1000 psi oil is acting on a 20 square inch cylinder?

Prepare for the Machinery Lubrication Technician Test. Use flashcards and multiple choice questions with explanations to boost your understanding. Be exam-ready with our comprehensive tools!

To determine the load that can be supported by a hydraulic cylinder, the equation used is:

Load = Pressure × Area

In this scenario, the pressure of the oil is given as 1000 psi (pounds per square inch), and the area of the cylinder is 20 square inches. By plugging in these values into the equation, the calculation unfolds as follows:

Load = 1000 psi × 20 sq in = 20,000 lbs.

This result indicates that the cylinder can support a load of 20,000 pounds when subjected to the specified oil pressure. Understanding this principle is crucial in machinery lubrication and hydraulic systems, where calculations involving load capacity are fundamental for safe and efficient operations.

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