MechSimulator

Pressure Gauge Simulator

Interactive pressure measurement trainer — 0–100 PSI — LC = 2 PSI

Mode
Precision (LC) 2 PSI
Click & drag needle  |  ←→ Arrow keys  |  Scroll wheel
Pressure
50
psi
PSI
50
psi
Pounds/sq.in
BAR
3.447
bar
Bar
kPa
344.7
kPa
Kilopascals
READING & CONVERSION
PSI: gauge reading  ·  BAR: 1 bar = 14.504 psi  ·  kPa: 1 bar = 100 kPa
PSI = 50 psi  (gauge reading)
BAR = 50 ÷ 14.504 = 3.447 bar
Pressure = 3.447 bar = 344.7 kPa

How to Read a Pressure Gauge — Online PSI BAR kPa Practice

A pressure gauge measures the pressure of gases or liquids in pipelines, tanks, cylinders, and hydraulic systems. This free online simulator covers 0–100 PSI with 2 PSI least count and a dual scale showing PSI, BAR and kPa simultaneously — essential for students in pneumatics, hydraulics, and fluid power training.

How to Read an Analogue Pressure Gauge

Step 1: Identify the scale units (PSI, BAR, or kPa). Step 2: Count the number of divisions between major marks to find the value of each small division. For this simulator each small division = 2 PSI. Step 3: Read the needle position — if it falls between marks, interpolate to the nearest graduation.

Pressure Unit Conversions

Key conversions to memorise: 1 BAR = 14.504 PSI, 1 BAR = 100 kPa, 1 PSI ≈ 6.895 kPa. The dual-scale gauge in this simulator displays all three simultaneously, reinforcing unit recognition — a critical competency in pneumatics, HVAC, automotive, and process instrumentation training.

Types of Pressure Gauges

Common types include: Bourdon tube gauges (most common for industrial applications), diaphragm gauges (for low pressures and corrosive media), and digital pressure gauges (for high-accuracy electronic measurement). This simulator models the standard Bourdon-type analogue gauge.

Who Uses This Simulator?

Designed for pneumatics and hydraulics students, automotive technology trainees, HVAC technicians in training, process plant operators, and any TVET learner who needs to demonstrate pressure gauge reading competency.