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bar to psi, inHg, mH2O and ftH2O Conversion Table

Look up a pressure for 1 to 1000 bar to find the conversion value in pounds per square inch, inches of mercury, metres of water column or feet of water column.

Alternatively you can use the pressure unit converter to calculate the equivalent bar value in other units.

The inHg pressure units shown below are for mercury at 0°C, (32°F). The mH2O and ftH2O pressure units shown below are for water at 4°C (39.2°F).

Featured bar pressure measurement products

  • Power generation OEM engine oil pressure sensor with 75bar abs range and RS485 - Robust RS485 absolute pressure sensor for OEM engine oil monitoring in power generation. 0-75 bar range, G1/4 male process connection, and M12 electrical connector. 9-32V DC supply.
  • 100 bar pressure logging system with 10hz sampling rate and digital readout - This 100 bar pressure logging system combines a industrial pressure sensor with an indicator and datalogger for accurate pressure testing and data logging at a 10 Hz sampling rate.

Bar Conversion Table

bar psi inHg mH2O ftH2O
1 14.50 29.53 10.20 33.46
2 29.01 59.06 20.39 66.91
3 43.51 88.59 30.59 100.4
4 58.02 118.12 40.79 133.8
5 72.52 147.6 50.99 167.3
6 87.02 177.2 61.18 200.7
7 101.5 206.7 71.38 234.2
8 116.0 236.2 81.58 267.6
9 130.5 265.8 91.77 301.1
10 145.0 295.3 102.0 334.6
11 159.5 324.8 112.2 368.0
12 174.0 354.4 122.4 401.5
13 188.5 383.9 132.6 434.9
14 203.1 413.4 142.8 468.4
15 217.6 442.9 153.0 501.8
16 232.1 472.5 163.2 535.3
17 246.6 502.0 173.4 568.7
18 261.1 531.5 183.5 602.2
19 275.6 561.1 193.7 635.6
20 290.1 590.6 203.9 669.1
21 304.6 620.1 214.1 702.6
22 319.1 649.7 224.3 736.0
23 333.6 679.2 234.5 769.5
24 348.1 708.7 244.7 802.9
25 362.6 738.2 254.9 836.4
30 435.1 885.9 305.9 1004
35 507.6 1034 356.9 1171
40 580.2 1181 407.9 1338
45 652.7 1329 458.9 1505
50 725.2 1476 509.9 1673
55 797.7 1624 560.8 1840
60 870.2 1772 611.8 2007
65 942.7 1919 662.8 2175
70 1015 2067 713.8 2342
75 1088 2215 764.8 2509
80 1160 2362 815.8 2676
85 1233 2510 866.8 2844
90 1305 2658 917.7 3011
95 1378 2805 968.7 3178
100 1450 2953 1020 3346
110 1595 3248 1122 3680
120 1740 3544 1224 4015
130 1885 3839 1326 4349
140 2031 4134 1428 4684
150 2176 4429 1530 5018
160 2321 4725 1632 5353
170 2466 5020 1734 5687
180 2611 5315 1835 6022
190 2756 5611 1937 6356
200 2901 5906 2039 6691
210 3046 6201 2141 7026
220 3191 6497 2243 7360
230 3336 6792 2345 7695
240 3481 7087 2447 8029
250 3626 7382 2549 8364
275 3989 8121 2804 9200
300 4351 8859 3059 10037
325 4714 9597 3314 10873
350 5076 10335 3569 11709
375 5439 11074 3824 12546
400 5802 11812 4079 13382
425 6164 12550 4334 14218
450 6527 13288 4589 15055
475 6889 14027 4844 15891
500 7252 14765 5099 16728
550 7977 16241 5608 18400
600 8702 17718 6118 20073
650 9427 19194 6628 21746
700 10153 20671 7138 23419
750 10878 22147 7648 25091
800 11603 23624 8158 26764
850 12328 25100 8668 28437
900 13053 26577 9177 30110
950 13779 28053 9687 31782
1000 14504 29530 10197 33455

To convert pressure from bar to a higher precision use this pressure unit converter.

Featured bar pressure measurement products

  • 5 bar g pressure transmitter with a 5 volt output suitable for use with MEK solvent MEK solvent compatible pressure transducer with 5 bar g range and 0-5 volt output - Methyl Ethyl Ketone solvent compatible pressure transmitter with a 0-5V dc analogue output for measuring pressures from 0 to 5 bar gauge.
  • Autoclave pressure sensor and display with 10 bar range - We are looking for a autoclave pressure sensor and display for connecting to a laboratory steam sterilising autoclave and operates at about 10 bar @160°C

Primary Sidebar

Wirelessly Measure & Log Pressure

Use this battery powered wireless pressure sensor to transmit readings to a receiver connected to USB, RS485, RS232, cellular network or analog output

Use this battery powered wireless pressure sensor to transmit readings to a receiver connected to USB, RS485, RS232, cellular network or analog output

Products

  • Pressure
  • Level
  • Temperature
  • Interfacing
  • Datalogging
  • Calibration
  • Wireless

Application Selection Guides

  • Absolute Pressure
  • Air Pressure
  • Barometric Pressure
  • Compound Pressure Ranges
  • Dual Temperature and Pressure
  • Hydrostatic Pressure
  • Low Pressure Range
  • Marine Approval
  • Overpressure Protection
  • Pressure Calibration
  • Submersible
  • Suction Pressure

Product Selection Guides

  • Data Loggers
  • Differential Pressure Sensors
  • Digital Pressure Gauges
  • Digital Pressure Sensors
  • Hydrostatic Liquid Level Sensors
  • Millivolt Output Pressure Transducers
  • Pressure Transducers
  • Pressure Transmitters
  • Voltage Output Pressure Transducers

Help Guides

  • Determining the hydrostatic pressure range for a tank level sensor
  • How to get a 10 volt signal from a 4-20mA output pressure sensor
  • Measuring vacuum with negative gauge or absolute ranges
  • Pressure Sensor Accuracy Specifications
  • Measuring liquid level in a sealed tank with a hydrostatic pressure sensor
  • What is the difference between gauge and absolute pressure measurement
  • Measuring the difference in air pressure between rooms
  • Measurement Accuracy
  • Symptons and Causes of Damage to Pressure Transducer Diaphragms
  • How to Connect a 4-20mA Current Loop Pressure Transmitter
  • Difference between vented and non-vented water level measurement
  • Determining water tank volume using hydrostatic pressure
  • What is difference between working, burst and over pressure
  • Process Connections
  • Advantages and Disadvantages of using a 4 to 20 mA Signal
  • Not reading zero when pressure is vented to atmosphere
  • Measuring the volume of liquid in a horizontal cylinder tank
  • Determining calibration error of Bourdon tube pressure gauge
  • What is the difference between zero offset and zero drift?
  • Why use 4-20mA and 3-15 psi rather than 0-20mA & 0-15psi
  • How do you measure the volume of a liquid using pressure
  • What is the difference between vacuum and absolute pressure
  • What does negative and positive gauge pressure mean
  • Measuring negative pressure using a positive differential pressure range
  • Measuring vacuum as a negative gauge pressure using a dp sensor
  • Measuring liquid level in a tank using a dp sensor
  • Measuring density of a liquid using a dp sensor
  • Pressure Sensor Technology Comparative Guide

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