Kilopascal Converter - Convert kPa to PSI, Bar, atm & More Pressure Units

Result:

1 kPa = 0.14503768 PSI

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What is a Kilopascal?

Definition

A kilopascal (kPa) is a unit of pressure equal to 1,000 pascals. It measures force per unit area and is commonly used in engineering, meteorology, and automotive applications.

The kilopascal converter helps you easily change kPa values to other pressure units like PSI, bar, and atmosphere.

Common Uses

  • • Tire pressure measurement (typically 200-250 kPa)
  • • Weather reports and atmospheric pressure
  • • HVAC system pressure readings
  • • Medical equipment calibration
  • • Industrial machinery specifications

How Our Kilopascal Calculator Works

1

Enter Value

Type your kilopascal value

2

Choose Units

Select target pressure unit

3

Get Result

Instant pressure conversion

P₂ = P₁ × CF
Conversion formula used

Kilopascal Conversion Formulas

kPa to PSI:

PSI = kPa ÷ 6.89476

Example: 100 kPa = 100 ÷ 6.89476 = 14.5 PSI

kPa to Bar:

Bar = kPa ÷ 100

Example: 200 kPa = 200 ÷ 100 = 2 bar

kPa to atm:

atm = kPa ÷ 101.325

Example: 101.325 kPa = 101.325 ÷ 101.325 = 1 atm

kPa to mmHg:

mmHg = kPa ÷ 0.133322

Example: 13.3322 kPa = 13.3322 ÷ 0.133322 = 100 mmHg

Kilopascal Conversion Table

kPaPSIBaratmmmHgTorr
10.1450.010.00997.57.5
50.7250.050.049337.537.5
101.4500.100.098775.075.0
202.9010.200.1974150.0150.0
507.2520.500.4935375.0375.0
10014.5041.000.9869750.1750.1
15021.7561.501.48041125.11125.1
20029.0082.001.97381500.11500.1
25036.2592.502.46731875.21875.2
30043.5113.002.96082250.22250.2
40058.0154.003.94773000.33000.3
50072.5195.004.93463750.33750.3
750108.7787.507.40195625.55625.5
1000145.03810.009.86927500.67500.6
1500217.55715.0014.803811251.011251.0

Pressure Units Progression Chart

1 kPa

PSI:0.145
Bar:0.01
atm:0.0099

10 kPa

PSI:1.450
Bar:0.10
atm:0.0987

50 kPa

PSI:7.250
Bar:0.50
atm:0.4930

100 kPa

PSI:14.500
Bar:1.00
atm:0.9870

200 kPa

PSI:29.000
Bar:2.00
atm:1.9730

500 kPa

PSI:72.500
Bar:5.00
atm:4.9340

Practice Problems

Problem 1:

Convert 250 kPa to PSI

Solution: 250 ÷ 6.89476 = 36.26 PSI

Problem 2:

Convert 150 kPa to bar

Solution: 150 ÷ 100 = 1.5 bar

Problem 3:

Convert 202.65 kPa to atm

Solution: 202.65 ÷ 101.325 = 2.0 atm

Problem 4:

Convert 50 kPa to mmHg

Solution: 50 ÷ 0.133322 = 375.0 mmHg

Problem 5:

Convert 300 kPa to inHg

Solution: 300 ÷ 3.38639 = 88.58 inHg

Common Kilopascal Examples

Everyday Pressure Values

Car tire pressure:220-250 kPa
Atmospheric pressure:101.3 kPa
Blood pressure (systolic):16 kPa
Water pressure (home):300-500 kPa

Industrial Applications

HVAC systems:50-150 kPa
Steam boilers:1000+ kPa
Hydraulic systems:7000-35000 kPa
Gas pipelines:700-7000 kPa

Frequently Asked Questions

How do I convert kPa to PSI?

To convert kilopascal to PSI, divide the kPa value by 6.89476. For example, 100 kPa ÷ 6.89476 = 14.5 PSI. Our kilopascal converter does this calculation instantly.

What is the difference between kPa and bar?

1 bar equals 100 kPa. Bar is commonly used in Europe for tire pressure, while kPa is the SI unit. Use our pressure converter to switch between these units easily.

Is kPa the same as atmospheric pressure?

Standard atmospheric pressure is 101.325 kPa (or 1 atmosphere). This pressure conversion tool helps you compare kPa values to atmospheric pressure.

Why use a kilopascal calculator?

A kilopascal calculator ensures accurate pressure conversions for engineering, automotive, and scientific applications. It eliminates calculation errors and saves time.

Pressure Unit Comparison Guide

Metric Units

Pascal (Pa): Base SI unit
Kilopascal (kPa): 1,000 Pa
Megapascal (MPa): 1,000,000 Pa
Bar: 100,000 Pa

Imperial Units

PSI: Pounds per square inch
PSF: Pounds per square foot
inHg: Inches of mercury
ftH2O: Feet of water

Other Units

Atmosphere (atm): Standard pressure
Torr: 1/760 of atmosphere
mmHg: Millimeters of mercury
mbar: Millibar

Tips for Using the Kilopascal Converter

Accuracy Tips

  • • Always double-check your input values
  • • Use decimal points for precise measurements
  • • Round results appropriately for your application
  • • Consider temperature effects on pressure readings

Common Mistakes

  • • Confusing gauge pressure with absolute pressure
  • • Using wrong conversion factors
  • • Not accounting for altitude differences
  • • Mixing different pressure measurement systems

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Quick Reference

📏1 meter
3.28 feet
⚖️1 kilogram
2.2 pounds
🌡️0°C
32°F
🥤1 liter
0.26 gallon