Convert Cubic Meters per Hour (m³/h) to Liters per Second (L/s)

1 m³/h = 0.278 L/s

How many Liters per Second in a Cubic Meter per Hour?Printable chart →

Converting flow rates from cubic meters per hour (m³/h) to liters per second (L/s) is essential in various applications, such as water management and industrial processes. With a conversion factor of 1 m³/h equaling 0.277778 L/s, this tool helps you achieve precise calculations effortlessly.

Cubic Meter per Hour (m³/h)

Liter per Second (L/s)

0.277778

≈ 9/32 L/s

Conversion Formula

L/s = m³/h × 0.277778

Reverse: m³/h = L/s × 3.59999

Quick mental math: To quickly estimate, divide the m³/h value by 3.6 to get an approximate L/s value.

Conversion Examples

1 m³/h × 0.277778 =

0.278 L/s

1 Cubic Meters per Hour = 0.278 Liters per Second

5 m³/h × 0.277778 =

1.389 L/s

5 Cubic Meters per Hour = 1.389 Liters per Second

10 m³/h × 0.277778 =

2.778 L/s

10 Cubic Meters per Hour = 2.778 Liters per Second

25 m³/h × 0.277778 =

6.944 L/s

25 Cubic Meters per Hour = 6.944 Liters per Second

50 m³/h × 0.277778 =

13.889 L/s

50 Cubic Meters per Hour = 13.889 Liters per Second

100 m³/h × 0.277778 =

27.778 L/s

100 Cubic Meters per Hour = 27.778 Liters per Second

Cubic Meter per Hour to Liter per Second Table

Quick convert your value:

m³/h =—L/s

Start:Step:Rows:Precision:

Cubic Meter per Hour (m³/h)	Liter per Second (L/s)	Fraction
1	0.2778	9/32
6	1.6667	1 43/64
11	3.0556	3 1/16
16	4.4445	4 7/16
21	5.8333	5 53/64
26	7.2222	7 7/32
31	8.6111	8 39/64
36	10	—
41	11.3889	11 25/64
46	12.7778	12 25/32
51	14.1667	14 11/64
56	15.5556	15 9/16
61	16.9445	16 15/16
66	18.3334	18 21/64
71	19.7223	19 23/32
76	21.1112	21 7/64
81	22.5	22 1/2
86	23.8889	23 57/64
91	25.2778	25 9/32
96	26.6667	26 43/64

Unit Definitions

What is a Cubic Meter per Hour (m³/h)?

Metric (SI)Worldwide

A cubic meter per hour (m³/h) is a unit of volumetric flow rate that indicates how many cubic meters of fluid pass through a point in one hour.

History

The cubic meter is part of the metric system, which was developed in France during the late 18th century. It has since become the standard unit for measuring volume in most countries worldwide.

Current Use

Today, m³/h is commonly used in various industries, including water management, HVAC systems, and manufacturing processes.

Learn more about Cubic Meter per Hour

What is a Liter per Second (L/s)?

Metric (SI)Worldwide

A liter per second (L/s) is a metric unit of flow rate that measures how many liters of fluid pass through a certain point in one second.

History

The liter originated in France in the 18th century and is derived from the cubic decimeter. It is widely used in scientific, culinary, and industrial applications.

Current Use

L/s is frequently used in engineering, environmental science, and various fluid measurement applications, providing critical data for flow rate assessments.

Learn more about Liter per Second

Frequently Asked Questions

How does this conversion apply to water flow in a home?

If you have a water pump rated at 100 m³/h, you can determine its flow rate in liters per second by using the conversion factor. 100 m³/h equals approximately 27.7778 L/s. This means that your pump can deliver around 27.8 liters of water every second, which is useful for ensuring adequate water supply for multiple faucets or irrigation systems.

Can I use this conversion in cooking or food processing?

Yes, understanding flow rates is particularly useful in food processing. For example, if a recipe or machine specifies a flow rate of 50 m³/h for liquid ingredients, converting this to liters per second gives you about 13.8889 L/s. This helps you manage ingredient flow precisely, ensuring consistency in your final product.

How is this conversion relevant in construction?

In construction, water flow rates are critical for mixing concrete or managing site drainage. If a concrete mixer operates at 200 m³/h, converting this to liters per second results in about 55.5556 L/s. This allows construction managers to plan water supply logistics efficiently, ensuring that concrete is mixed properly and meets quality standards.

What about in scientific experiments?

In laboratories, precise flow rates are crucial. If an experiment requires a liquid flow of 10 m³/h, converting this gives you approximately 2.77778 L/s. This accuracy ensures that chemical reactions occur as intended, which is vital for achieving reliable and reproducible results.

How does this relate to fitness and sports?

In the context of sports and fitness, monitoring fluid intake can be vital. If a hydration system dispenses water at a rate of 30 m³/h, converting this shows it provides about 8.3334 L/s. Athletes can use this information to ensure they are staying hydrated effectively during training sessions or competitions.

Popular Flow Rate Conversions

Liter per Minute to Gallon per MinuteL/min → GPM Gallon per Minute to Liter per MinuteGPM → L/min Liter per Minute to Cubic Meter per HourL/min → m³/h Cubic Meter per Hour to Liter per Minutem³/h → L/min Liter per Second to Liter per MinuteL/s → L/min Cubic Foot per Minute to Liter per MinuteCFM → L/min

Convert Cubic Meter per Hour to Other Units

Cubic Meter per Hour to Liter per Second→ L/s Cubic Meter per Hour to Liter per Hour→ L/h Cubic Meter per Hour to Liter per Hour→ L/h Cubic Meter per Hour to Cubic Meter per Second→ m³/s Cubic Meter per Hour to Gallon per Minute→ GPM Cubic Meter per Hour to Cubic Foot per Minute→ CFM Cubic Meter per Hour to Cubic Meter per Second→ m³/s Cubic Meter per Hour to Gallon per Minute→ GPM

Related Conversions

Liter per Minute to Liter per SecondL/min → L/s Liter per Minute to Cubic Meter per HourL/min → m³/h Liter per Second to Liter per MinuteL/s → L/min Liter per Second to Liter per HourL/s → L/h Liter per Second to Cubic Meter per HourL/s → m³/h