Click save settings to reload page with unique web page address for bookmarking and sharing the current tool settings, or click swap units to quickly exchange the selected units

**Temperature sensor products**

- Marine aquaculture submersible seawater level & temperature transmitter
- -10…+60°C Temperature Range Sensor with 4-20mA Current Output Signal Transmitter
- 0…35°C Temperature Range Sensor with 4-20mA Current Output Signal Transmitter
- -5…+50degC temperature and 10m range level dual 4-20mA submersible borehole transmitter

## Related Tools

## User Guide

This conversion tool will convert the difference between two temperature readings or an incremental change in temperature to degree Celsius, degree Fahrenheit, Kelvin or degree Rankine measurement units.

A temperature difference, also known as a delta temperature (ΔT), is the result of subtracting two separate isolated temperature readings, or measuring the amount of temperature rise or fall.

Unlike the conversion of readings between two different temperature scales, the conversion for a temperature difference is directly proportional from one unit to another.

This tool will also display a conversion scale tailored to each converted temperature difference.

- Enter the temperature difference or change you would like to convert in the upper input box.
- Select the corresponding units from the upper shortcut buttons or pull down options.
- Select the temperature units from the lower shortcut buttons or pull down options.
- The converted temperature difference will display in the lower answer box.

**Temperature instrumentation products**

- Sea water temperature probe and display for depth to 100 metres
- 4 x clean rooms pressure, humidity & temperature measurement system
- Clean room temp, RH and pressure monitoring

### Conversion Formulas

The following formulas are used by this temperature difference converting tool to convert a temperature increment or difference from one unit to the other:

#### Celsius

°C = °F x 5/9

°C = K

°C = °R x 5/9

#### Fahrenheit

°F = °C x 9/5

°F = K x 9/5

°F = °R

#### Kelvin

K = °C

K = °F x 5/9

K = °R x 5/9

#### Rankine

°R = °C x 9/5

°R = °F

°R = K x 9/5

### Kelvin SI Metric Prefix Temperature Units

These temperature units belong to the SI measurement systems and are derived from the kelvin unit, which is the base SI unit for temperature measurement.

- quectokelvin (qK) – 1 x 10
^{-30}K - rontokelvin (rK) – 1 x 10
^{-27}K - yoctokelvin (yK) – 1 x 10
^{-24}K - zeptokelvin (zK) – 1 x 10
^{-21}K - attokelvin (aK) – 1 x 10
^{-18}K - femtokelvin (fK) – 1 x 10
^{-15}K - picokelvin (pK) – 1 x 10
^{-12}K - nanokelvin (nK) – 1 x 10
^{-9}K - microkelvin (µK) – 0.000001 K
- millikelvin (mK) – 0.001 K
- centikelvin (cK) – 0.01 K
- decikelvin (dK) – 0.1 K
- kelvin (K) – 1 K
- decakelvin (daK) – 10 K
- hectokelvin (hK) – 100 K
- kilokelvin (kK) – 1,000 K
- megakelvin (MK) – 1,000,000 K
- gigakelvin (GK) – 1 x 10
^{+9}K - terakelvin (TK) – 1 x 10
^{+12}K - petakelvin (PK) – 1 x 10
^{+15}K - exakelvin (EK) – 1 x 10
^{+18}K - zettakelvin (ZK) – 1 x 10
^{+21}K - yottakelvin (YK) – 1 x 10
^{+24}K - ronnakelvin (RK) – 1 x 10
^{+27}K - quettakelvin (QK) – 1 x 10
^{+30}K

**Temperature measurement products**

- -10…+60°C Temperature Range Sensor with 4-20mA Current Output Signal Transmitter
- RS485 submersible wastewater level and temperature sensor for 3 metre depth
- Temperature Measuring Submersible Sensors and Instruments
- 200cm range 0-5Vdc output submersible road flood stream depth and PT1000 sensor