Convert Metric Horsepower (PS) to BTUs per Hour (BTU/h)
1 PS = 2,509.63 BTU/h
Converting Metric Horsepower (PS) to BTUs per Hour (BTU/h) is essential for various applications, especially in engineering and HVAC calculations. With the conversion factor of 1 PS equaling 2509.63 BTU/h, ensuring accurate energy measurements is straightforward.
2,509.62736
≈ 2509 5/8 BTU/h
Formula: BTU/h = PS × 2509.63
Conversion Formula
BTU/h = PS × 2509.63
Reverse: PS = BTU/h × 3.9847e-4
Quick mental math: For a quick estimate, remember that 1 PS is roughly 2500 BTU/h; multiply the PS value by 2500 to get a close approximation.
Conversion Examples
1 PS × 2509.63 =
2,509.63 BTU/h
1 Metric Horsepower = 2,509.63 BTUs per Hour
5 PS × 2509.63 =
12,548.1 BTU/h
5 Metric Horsepower = 12,548.1 BTUs per Hour
10 PS × 2509.63 =
25,096.3 BTU/h
10 Metric Horsepower = 25,096.3 BTUs per Hour
25 PS × 2509.63 =
62,740.7 BTU/h
25 Metric Horsepower = 62,740.7 BTUs per Hour
50 PS × 2509.63 =
125,481 BTU/h
50 Metric Horsepower = 125,481 BTUs per Hour
100 PS × 2509.63 =
250,963 BTU/h
100 Metric Horsepower = 250,963 BTUs per Hour
Metric Horsepower to BTU per Hour Table
PS =—BTU/h
| Metric Horsepower (PS) | BTU per Hour (BTU/h) | Fraction |
|---|---|---|
| 1 | 2,510 | 2509 5/8 |
| 2 | 5,019 | 5019 1/4 |
| 3 | 7,529 | 7528 7/8 |
| 4 | 10,039 | 10038 33/64 |
| 5 | 12,548 | 12548 9/64 |
| 6 | 15,058 | 15057 49/64 |
| 7 | 17,567 | 17567 25/64 |
| 8 | 20,077 | 20077 1/64 |
| 9 | 22,587 | 22586 41/64 |
| 10 | 25,096 | 25096 9/32 |
| 11 | 27,606 | 27605 29/32 |
| 12 | 30,116 | 30115 17/32 |
| 13 | 32,625 | 32625 5/32 |
| 14 | 35,135 | 35134 25/32 |
| 15 | 37,644 | 37644 13/32 |
| 16 | 40,154 | 40154 1/32 |
| 17 | 42,664 | 42663 43/64 |
| 18 | 45,173 | 45173 19/64 |
| 19 | 47,683 | 47682 59/64 |
| 20 | 50,193 | 50192 35/64 |
Unit Definitions
What is a Metric Horsepower (PS)?
Metric (SI)Europe, Japan
Metric Horsepower (PS) is a unit of power commonly used in Europe to measure the power output of engines.
History
The term 'horsepower' originated in the late 18th century when James Watt wanted to market his steam engines. The metric horsepower was later defined to provide a standardized measurement.
Current Use
Today, PS is widely used in automotive and engineering fields, particularly in Europe, to quantify engine power and performance.
What is a BTU per Hour (BTU/h)?
ImperialUnited States
BTU per Hour (BTU/h) is a unit of power that measures the rate at which energy is used or transferred, specifically in heating and cooling.
History
The British Thermal Unit (BTU) has been used since the 19th century, and the BTU/h is a common unit in HVAC systems to describe heating and cooling capacities.
Current Use
BTU/h is primarily used in the heating, ventilation, and air conditioning (HVAC) industry, as well as in cooking appliances to indicate the energy output.
Frequently Asked Questions
How is the conversion useful in HVAC systems?
In HVAC systems, understanding the power output is crucial for sizing equipment. For instance, if a heating system has a power output of 5 PS, you can convert that to BTU/h to find its heating capacity. Using the conversion factor, 5 PS equals 12548.15 BTU/h (5 * 2509.63). This information helps in selecting the right furnace or heat pump.
Can you explain the relevance of this conversion in automotive performance?
In the automotive industry, knowing the power output in both PS and BTU/h can help consumers understand engine performance. For example, if a car engine produces 150 PS, that translates to approximately 376,445 BTU/h. This can assist buyers in comparing the performance of vehicles, particularly when considering fuel efficiency and power.
How is this conversion applied in cooking appliances?
In cooking, appliances like ovens and stoves often list their power output in BTU/h. If a stove has a rating of 10 PS, it would provide about 25,096.3 BTU/h of heat. This conversion is vital for chefs and home cooks to ensure they choose the right appliance for their cooking needs, especially when balanced against energy consumption.
What role does this conversion play in construction equipment?
For construction equipment, power ratings are critical for performance evaluation. A generator that operates at 20 PS can deliver about 50,192.6 BTU/h. This conversion helps construction managers determine if the generator meets the energy demands of their tools and equipment, ensuring efficient project completion.
How is this conversion relevant in fitness equipment?
In fitness equipment, particularly in machines like treadmills or stationary bikes, power outputs can indicate performance levels. If a treadmill motor is rated at 3 PS, it can output about 7528.89 BTU/h. This information is useful for consumers seeking machines that can sustain their workout intensities.
Popular Power Conversions
Watt to KilowattW → kWWatt to MegawattW → MWWatt to GigawattW → GWWatt to HorsepowerW → HPWatt to Metric HorsepowerW → PSWatt to BTU per HourW → BTU/hWatt to Kilovolt-AmpereW → kVAWatt to Ton of RefrigerationW → TRWatt to MilliwattW → mWKilowatt to WattkW → WKilowatt to MegawattkW → MWKilowatt to GigawattkW → GWKilowatt to HorsepowerkW → HPKilowatt to Metric HorsepowerkW → PSKilowatt to BTU per HourkW → BTU/hKilowatt to Kilovolt-AmperekW → kVAKilowatt to Ton of RefrigerationkW → TRKilowatt to MilliwattkW → mWMegawatt to WattMW → WMegawatt to KilowattMW → kWMegawatt to GigawattMW → GWMegawatt to HorsepowerMW → HPMegawatt to Metric HorsepowerMW → PSMegawatt to BTU per HourMW → BTU/hMegawatt to Kilovolt-AmpereMW → kVAMegawatt to Ton of RefrigerationMW → TRMegawatt to MilliwattMW → mWGigawatt to WattGW → WGigawatt to KilowattGW → kWGigawatt to MegawattGW → MWGigawatt to HorsepowerGW → HPGigawatt to Metric HorsepowerGW → PSGigawatt to BTU per HourGW → BTU/hGigawatt to Kilovolt-AmpereGW → kVAGigawatt to Ton of RefrigerationGW → TRGigawatt to MilliwattGW → mWHorsepower to WattHP → WHorsepower to KilowattHP → kWHorsepower to MegawattHP → MWHorsepower to GigawattHP → GWHorsepower to Metric HorsepowerHP → PSHorsepower to BTU per HourHP → BTU/hHorsepower to Kilovolt-AmpereHP → kVAHorsepower to Ton of RefrigerationHP → TRHorsepower to MilliwattHP → mWMetric Horsepower to WattPS → WMetric Horsepower to KilowattPS → kWMetric Horsepower to MegawattPS → MWMetric Horsepower to GigawattPS → GWMetric Horsepower to HorsepowerPS → HPMetric Horsepower to Kilovolt-AmperePS → kVAMetric Horsepower to Ton of RefrigerationPS → TRMetric Horsepower to MilliwattPS → mWBTU per Hour to WattBTU/h → WBTU per Hour to KilowattBTU/h → kWBTU per Hour to MegawattBTU/h → MWBTU per Hour to GigawattBTU/h → GWBTU per Hour to HorsepowerBTU/h → HPBTU per Hour to Metric HorsepowerBTU/h → PSBTU per Hour to Kilovolt-AmpereBTU/h → kVABTU per Hour to Ton of RefrigerationBTU/h → TRBTU per Hour to MilliwattBTU/h → mWKilovolt-Ampere to WattkVA → WKilovolt-Ampere to KilowattkVA → kWKilovolt-Ampere to MegawattkVA → MWKilovolt-Ampere to GigawattkVA → GWKilovolt-Ampere to HorsepowerkVA → HPKilovolt-Ampere to Metric HorsepowerkVA → PSKilovolt-Ampere to BTU per HourkVA → BTU/hKilovolt-Ampere to Ton of RefrigerationkVA → TRKilovolt-Ampere to MilliwattkVA → mWTon of Refrigeration to WattTR → WTon of Refrigeration to KilowattTR → kWTon of Refrigeration to MegawattTR → MWTon of Refrigeration to GigawattTR → GWTon of Refrigeration to HorsepowerTR → HPTon of Refrigeration to Metric HorsepowerTR → PSTon of Refrigeration to BTU per HourTR → BTU/hTon of Refrigeration to Kilovolt-AmpereTR → kVATon of Refrigeration to MilliwattTR → mWMilliwatt to WattmW → WMilliwatt to KilowattmW → kWMilliwatt to MegawattmW → MWMilliwatt to GigawattmW → GWMilliwatt to HorsepowermW → HPMilliwatt to Metric HorsepowermW → PSMilliwatt to BTU per HourmW → BTU/hMilliwatt to Kilovolt-AmperemW → kVAMilliwatt to Ton of RefrigerationmW → TR
Convert Metric Horsepower to Other Units
Metric Horsepower to Watt→ WMetric Horsepower to Kilowatt→ kWMetric Horsepower to Megawatt→ MWMetric Horsepower to Gigawatt→ GWMetric Horsepower to Horsepower→ HPMetric Horsepower to Watt→ WMetric Horsepower to Kilowatt→ kWMetric Horsepower to Megawatt→ MWMetric Horsepower to Gigawatt→ GWMetric Horsepower to Horsepower→ HPMetric Horsepower to Kilovolt-Ampere→ kVAMetric Horsepower to Ton of Refrigeration→ TRMetric Horsepower to Milliwatt→ mWMetric Horsepower to BTU per Hour→ BTU/hMetric Horsepower to Kilovolt-Ampere→ kVAMetric Horsepower to Ton of Refrigeration→ TRMetric Horsepower to Milliwatt→ mW