# Convert Kiloamperes to Coulombs Per Second

Enter the electric current in kiloamperes below to get the value converted to coulombs per second.

Results in Coulombs Per Second: 1 kA = 1,000 C/s

## How to Convert Kiloamperes to Coulombs Per Second

To convert a kiloampere measurement to a coulomb per second measurement, multiply the electric current by the conversion ratio. One kiloampere is equal to 1,000 coulombs per second, so use this simple formula to convert:

coulombs per second = kiloamperes × 1,000

The electric current in coulombs per second is equal to the kiloamperes multiplied by 1,000.

For example, here's how to convert 5 kiloamperes to coulombs per second using the formula above.
5 kA = (5 × 1,000) = 5,000 C/s

Kiloamperes and coulombs per second are both units used to measure electric current. Keep reading to learn more about each unit of measure.

## Kiloamperes

One kiloampere is equal to 1,000 amperes, which are the electrical current equal to the flow of one coulomb per second.

The kiloampere is a multiple of the ampere, which is the SI base unit for electric current. In the metric system, "kilo" is the prefix for 103. A kiloampere is sometimes also referred to as a kiloamp. Kiloamperes can be abbreviated as kA, for example 1 kiloampere can be written as 1 kA.

## Coulombs Per Second

One coulomb per second is equal to one coulomb of charge over one second.

Coulombs per second can be abbreviated as C/s, for example 1 coulomb per second can be written as 1 C/s.

## Kiloampere to Coulomb Per Second Conversion Table

Kiloampere measurements converted to coulombs per second
Kiloamperes Coulombs Per Second
0.001 kA 1 C/s
0.002 kA 2 C/s
0.003 kA 3 C/s
0.004 kA 4 C/s
0.005 kA 5 C/s
0.006 kA 6 C/s
0.007 kA 7 C/s
0.008 kA 8 C/s
0.009 kA 9 C/s
0.01 kA 10 C/s
0.02 kA 20 C/s
0.03 kA 30 C/s
0.04 kA 40 C/s
0.05 kA 50 C/s
0.06 kA 60 C/s
0.07 kA 70 C/s
0.08 kA 80 C/s
0.09 kA 90 C/s
0.1 kA 100 C/s
0.2 kA 200 C/s
0.3 kA 300 C/s
0.4 kA 400 C/s
0.5 kA 500 C/s
0.6 kA 600 C/s
0.7 kA 700 C/s
0.8 kA 800 C/s
0.9 kA 900 C/s
1 kA 1,000 C/s