1,000 psi to Pa — 1,000 pounds per square inch in pascals

1,000psi6,894,757.29Pa

Exact 1,000 × 6,894.76 = 6,894,757.29

1,000 pounds per square inch in other units

Pascals6,894,757.29Pa
Hectopascals68,947.57hPa
Kilopascals6,894.76kPa
Megapascals6.894757MPa
Millibars68,947.57mbar
Bar68.947573bar
Standard atmospheres68.045964atm
Torr51,714.93Torr
Millimetres of mercury51,714.93mmHg
Inches of mercury2,036.02inHg

psi to Pa at a glance

Pounds per square inchPascals
1 psi6,894.76 Pa
2 psi13,789.51 Pa
3 psi20,684.27 Pa
5 psi34,473.79 Pa
10 psi68,947.57 Pa
20 psi137,895.15 Pa
25 psi172,368.93 Pa
50 psi344,737.86 Pa
100 psi689,475.73 Pa
250 psi1,723,689.32 Pa
500 psi3,447,378.65 Pa
1,000 psi6,894,757.29 Pa

How to convert pounds per square inch to pascals

Multiply by 6,894.76 — one pound per square inch is 6,894.76 pascals. That factor is exact: it comes from the definition of the units rather than from a measurement, so it will not change and does not need rounding.

Working 1,000 × 6,894.76 = 6,894,757.29

In words: about six million eight hundred ninety-four thousand seven hundred fifty-seven pascals.

What these units are

The pound per square inch and the pascal are covered in the pressure unit guide, along with every other unit on this page.

Questions

How many pascals are in a pound per square inch?

One pound per square inch is 6,894.76 pascals. This figure is exact — it comes from the definition of the unit, not a measurement.

What is 1,000 pounds per square inch in pascals?

1,000 pounds per square inch is 6,894,757.29 pascals. The working is 1,000 × 6,894.76 = 6,894,757.29.

What pressure should my tyres be?

Look at the sticker in the driver's door frame or the fuel flap, not the number moulded into the tyre — that one is the tyre's maximum, not the manufacturer's recommendation. Most cars sit somewhere around 32 to 35 psi, which is roughly 2.2 to 2.4 bar.

Is my tyre gauge measuring absolute or gauge pressure?

Gauge pressure — the amount above the surrounding air. A tyre reading 32 psi actually contains about 46.7 psi absolute, because atmospheric pressure of roughly 14.7 psi is already pressing on the other side of the gauge. Conversions on this page are between units, and leave that distinction alone.

Why do weather forecasts use hectopascals and millibars interchangeably?

Because they are the same size. One hectopascal is exactly one millibar, so the change from mbar to hPa was a relabelling rather than a conversion. Standard sea-level pressure is 1013.25 of either.

What is the difference between torr and mmHg?

Almost nothing, and the difference is deliberate. A torr is exactly one seven-hundred-and-sixtieth of a standard atmosphere; the conventional mmHg is defined as exactly 133.322387415 pascals. They diverge by about one part in seven million — invisible in medicine, occasionally not in vacuum work.

Other pressure conversions

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