# Amp draw calculator horsepower

Converting **HP** to **Amps**: A general step for converting **HP** to **amps** for all types of circuit is given as: Step1: converting **HP** to watts, by multiplying **HP** with 746. Step2: dividing watts with voltage (V) and efficiency to get the required **amps** (I).

**Calculate** electricity usage and cost per hour, day, week, month, year and decade. The energy cost **calculator** computes how much power (in watts, kilowatts, megawatts, and in gigawatts) an electrical device consumes per hour, day, week, month, year and even ten years (a decade), and total cost associated with this electricity consumption. Generator Sizing and Power **Calculator** is available at My Generator. Visit our main site pages and buy top quality generators online from My Generator. ... If your appliance power information is represented in **Amps** (A), Kilowatts (kW, kVA), or **Horsepower** (**HP**), ... The Water Pump on your farm **draws** 30 **Amps** (7200 Watts) to start up and then drops.

Speaking strictly from the server's power supply ratings I believe it said they **draw** 7 **amps** a piece and there are 2 of them. ... maximum rated **power consumption** a supply can handle before it burns out the fuses and the actual current a server will **draw**. **HP** provides a power **calculator** where you can add the components that will be added to your. How to **Calculate Horsepower** from Motor **Amperage**. We can easily express **Amps** in a formula to obtain **horsepower** as follows: **AMPS** = ( **Horsepower** x 746 ) / Voltage. Example: For a 220V electric motor with a 40-**Amp** LRA or FLA rating. 40A = (**Horsepower** x 746) / V. 40 = (**HP** x 746) / 220 (40 x 220 ) = **HP** x 746 (40 x 220) / 746 = **Horsepower**. 11.8.

100 volt-**ampere** = 0.1341 **hp**: 50 volt-**ampere** = 0.06705 **hp**: 80 volt-**ampere** = 0.1073 **hp**: 110 volt-**ampere** = 0.1475 **hp**: 60 volt-**ampere** = 0.08046 **hp**: 90 volt-**ampere** = 0.1207 **hp**: 120 volt-**ampere** = 0.1609 **hp**: 200 volt-**ampere** = 0.2682 **hp**: 500 volt-**ampere** = 0.6705 **hp**: 800 volt-**ampere** = 1.0728 **hp**: 300 volt-**ampere** = 0.4023 **hp**: 600 volt-**ampere** = 0.8046 **hp**. Line to line Voltage. P (kW) = √3 x PF x I (A) x V L-L (V) / 1000, which means that the power in Kilowatts is calculated by the square root of three multiplied by the power factor times the phase current in **amps** by the line to line voltage RMS. The results are then divided by 1000. Line to neutral Voltage. P (kW) = 3 x PF x I (A) x V L-N (V.

**Calculate** the Real LiPo C Rating. Use this **calculator** to estimate the true C rating of your LiPo Battery Pack. Check in to see how your RC LiPo battery pack performs when new or how it performs as it ages. Using the RC LiPo Battery Pack C Rating **Calculator** To use the **calculator**, 3 pieces of information is needed. LiPo Battery. Basic version of the OuterVision **Power Supply Calculator** allows users to quickly estimate power consumption with minimal selection of PC parts. On the other hand, our Expert, more advanced version of the PSU **Calculator** greatly extends the ability to select various PC parts and components, adds CPU and Graphics card overclocking, and allows. Step #3 – **Calculate** the Slip. The synchronous speed for a four-pole machine is obtained from the relation n = 120 f/p, where f frequency in Hz and p the number of poles. Thus, n = (120) (60)/4 = 1800 r/min. Since the actual speed is 1525 r/min at full load, the slip speed is 1800 – 1525 = 275 r/min, and the slip is (275 r/min)/ (1800 r/min.

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AC three phase kilowatts to **amps calculation** formula [/h] The current I in **amps** is equal to 1000 times the power P in kilowatts, divided by square root of 3 times the power factor times the voltage V in volts: I = 1000× P / ( √ 3 × PF × V ) So **amps** are equal to 1000 times kilowatts divided by square root of 3 times power factor times volts.

**Fuel Pump Calculator**. Industry-Leading Technical Support. Product Questions? 405-217-0701. A Leeson brand motor of the same specification list 12.4 as its running **amperage**. The 1.5 **HP** Baldor motor that turns at 1725 will **draw** 18 **amps** according to its name plate. How many **amps** are in a **horsepower**?Given **horsepower** and volts, it is possible to **calculate amps**.The **calculation** of **amps** uses Ohm's Law, which is **amps** times volts equals .... The motor FLA **calculator** uses.

Amps= HP × 746 V × η × PF. Thus, the current inampsis equal tohorsepowertimes 746 divided by the voltage times the efficiency η times the power factor. For example, let's find the currentdrawinampsof a 1horsepowermotor that runs at 120 volts with a 90% efficiency.Amps= 1 HP × 746 W 120 V × .9.Amps= 746 120 V × .9.

So 36 total **amps** being **drawn** from the battery. Equation: (36 x 1000)/60 = 600 mah’s consumed per minute. I have a 9000 mah battery. So 9000/600 = 15 minutes of 65% continuous power usage. Example 2: **Amps** x Volts = Watts sport planes are about 100w per lb.that is around 10a or so on a 3s battery for example.

Generator Size to Start Motors. Instructions: Fill in the **HP** of the motor (s) in their starting sequence, select the start method (DOL - Direct On Line or Star Delta) and press **Calculate**. The required generator size will then be displayed at the bottom. 3 Phase (415 volt @ 50Hz) 1 Phase (240 volt @ 50Hz) Starting Sequence. Motor **HP**. Start Method.

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Suppose you have 120 volts and 10 **amps** for a kitchen essential, and you can determine the exact value by using the watts law. W=V X A. 1200= 120 X 10. So, it is apparent from the equation that wattage equals volts and **amps**, and it’s essential to **calculate** the **amps** and volts using a.

**Calculate** the **amp draw**. We use the basic electric power equation for this. If we know the wattage and voltage, we can quite easily **calculate** the **amp draw**. ... 1 **HP** = 746 Watts. 1 kW = 3413 BTU . You may also like. AWG Wire Gauge Chart For All 44 Wires (Ampacity Chart) 40 **Amp** Wire Size: 40A Wire Gauge For 220, 240 Volt Circuit (+ NEC Code).

Three pumps of a pump station (30, 10, and 1 ½ **horsepower**) are connected to the power source of 460-volts, 3-phase. From table 430-150, they **draw** 40 **amps**, 14 **amps**, and 3 **amps** respectively. The figure we would plug into the **calculator** would be: (40 x 1.25) + 14 + 3 = 50 + 14+ 3 = 67 **amps**. Allowable Voltage Drop. For example, if there are three 15-**amp** motors in the circuit, the ampacity rating of the wire feeding the circuit must exceed 15 + 15 + (15 * 1.25) = 48.75 **Amps**. There are exceptions to this requirement, which would include interlocks of two or more motors to prevent them from running at the same time. Typically, the nominal system voltage for. One way to find out the actual current **draw** is with a multimeter / **amp**-meter. The voltage of car’s battery fluctuates from about 11.5 to 14 volts, depending on whether the car is running or not. So at 11.5v, 150W will **draw** about 13.04 **amps** And. **Hp** To **Amps Ampere** Conversion **Calculator** Formula Table Chart If A Motor S **Hp** Is 50 Voltage 208 3 Phase How Do You Find The Full Load **Ampere** Of Quora ... How Many **Amps** Does A 7 **Hp** Motor **Draw**; Facebook; Prev Article.About The Author. masuzi More from this Author . Add Comment Cancel reply. Volts. Volts is the force and is most commonly used in cordless tool. First we must convert from **hp** to kW using this formula : 1 **Hp** = 0.746 kW. After that use the formula kW to **ampere** : For 3 phase power supply ; kW = I x V x 1.732 x pf. For 1 phase power supply ; kW = I x V x pf. Example :-. 1 unit induction motor power rated 25 **hp**,200 VAC,3 phase,90 % power factor,calculated the full load **ampere**. **Calculation** :-.

Step 1: Multiply the AC voltage by the motor efficiency, the power factor, the current. .

When **calculating** power requirements, consider the starting requirements are only for the initial start and then additional tools may be operated in addition. Remember Ohm’s Law. Watts = Volts x **Amps**. **Amps** = Watts/Volts. So, if you have two of the numbers (e.g. volts, **amps**) then you can find out the other (e.g. watts). . **Calculate** the **amp draw**. We use the basic electric power equation for this. If we know the wattage and voltage, we can quite easily **calculate** the **amp draw**. ... 1 **HP** = 746 Watts. 1 kW = 3413 BTU . You may also like. AWG Wire Gauge Chart For All 44 Wires (Ampacity Chart) 40 **Amp** Wire Size: 40A Wire Gauge For 220, 240 Volt Circuit (+ NEC Code). To calculate the right fuse size in this example, you can either: Use our **calculator** . Fill out our **calculator** at the top of the page and it will provide a recommended fuse size based on your inputs. Calculate fuse size following NEC guidelines. This is the hardest way to size a fuse . Consult the NEC and its guidelines for overcurrent.

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In this case you can use our ‘Battery **Amp Draw Calculator**‘ to check the current drain on your battery when using a regulated mod. Hope this information helps Simba and any more questions feel free to get in touch! 100ml is a LOT of juice!! Maybe you could try reducing the wattage you vape at or increasing your coil resistance.vape juice. Watts / Volts = **Amps** per hour A slightly different example is a 60 watt fridge running on a 12 volt power source uses 60 /12 = 5 **amps**, but only while the motor runs. Also, how many **amps** does a freezer **draw**? 5 **amp**. Secondly, how do you **calculate amp draw**? Divide the watts of a given electrical item by the total number of volts available from. **Transformer Size Calculator**. When sizing a transformer, you need to know the kilovolt-**amps** (KVA) that your machine requires. This tool will allow you **calculate** the KVA that you need. This tool only evaluates common voltages for North America (ie. 24v, 120v, 208v, 240v, 480v, and 600v). If you have a Eurpoean voltage or something else that is.

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240. 250. 580. 290. 300. 696. 348. These are only intended to be guidelines and in all cases the full load **amps** of the **motor** nameplate should be used for final **calculations**. Motors - AC VFD Drive & 3 Phase Power Training About 90 Marketing April 1, 2017. Breaker sizing **calculator** parameter: Choose the method: provide load (in kilowatts or watts) and current (in **amps**) If current selected: rated current of equipment and required safety factor (S.F) to be entered If load selected: For option: For DC, 1∅ AC and 3∅ AC. For DC circuits: voltage (in volts), power (in watts or kilowatts) and safety factor (S.F) (in percentage) are required.

5 **hp**, 230 volts, FLA 20.72, Percent Efficiency 0.86, PF 0.91, SF 1.15. A technician measures the actual running **amperage** and voltage and finds the motor is getting 230 volts and is **drawing** 16 **amps**. The **amperage** is less than full load so the motor is not working at the 5 **hp** it is rated for. But what amount of work is it actually doing?.

240. 250. 580. 290. 300. 696. 348. These are only intended to be guidelines and in all cases the full load **amps** of the **motor** nameplate should be used for final **calculations**. Motors - AC VFD Drive & 3 Phase Power Training About 90 Marketing April 1, 2017. To **calculate** the right fuse size in this example, you can either: Use our **calculator** . Fill out our **calculator** at the top of the page and it will provide a recommended fuse size based on your inputs. **Calculate** fuse size following NEC guidelines. This is the hardest way to size a fuse . Consult the NEC and its guidelines for overcurrent.

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Formula to Convert Electrical **Amps** to Horspower 1 **HP** (**horsepower**) = 745.7 Watts (round to 746 W) To express watts in **amps** or current is not reasonable since these are two different measurement scales (Watts in power and **amps** in coulombs per second). Ohm's Law **Calculator** 3-Phase Delta / Wye **Calculator**. User manuals, specification sheets, CAD.

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Steps to **Calculate** Your Breaker Panel's Total **Amps**. Step 1. Open the cover of your breaker panel. Step 2. Determine every circuit breaker's **amp** rating. Step 3. Add them all and get the load limit of the circuit breakers. Step 4. Get the **amperage** for the electric panel. 1977 schwinn catalog. mage tailoring tbc retals twitter.

Running **Amps**: If you know the running **amps**, and it is different than the "typical" value type the number in the box. Watts running and starting will be calculated based on the voltage you selected. ... **Calc** Watts: Typical: Specific: Typical: Specific: Capacitor Start Induction Motors, 1/3 **HP**: 720: 1300 : Capacitor Start Induction Motors, 1/2 **HP**.

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**Horsepower** (**hp**) = Voltage x **Amperage** x % EFF x power factor x 1.73/746. = 472V x 20A x 0.90 x 0.85 x 1.73/746 = 17 **Hp**. The quickest method to closely estimate motor **horsepower** is to use a digital clamp meter to measure current and voltage to. If the capacity is given in **amp**-hours and current in **amps**, time will be in hours (charging or discharging). Feel Confused ? So how to **calculate** how long a battery will last? Throw away how long will a battery last **calculator**, and l et’s see an actual case, 10 Ah battery delivering 1A, would last 10 hours. Or if delivering 10A, it would last. The Test Procedure. 1. Disconnect power from the blower motor by shutting it off at the disconnect box to the unit or unplugging the power source. 2. Open the blower compartment of the furnace or air handler. Find the FLA rating of the blower motor. If the motor is direct-drive these numbers can be difficult to read. In this case you can use our ‘Battery **Amp Draw Calculator**‘ to check the current drain on your battery when using a regulated mod. Hope this information helps Simba and any more questions feel free to get in touch! 100ml is a LOT of juice!! Maybe you could try reducing the wattage you vape at or increasing your coil resistance.vape juice.

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Basic version of the OuterVision **Power Supply Calculator** allows users to quickly estimate power consumption with minimal selection of PC parts. On the other hand, our Expert, more advanced version of the PSU **Calculator** greatly extends the ability to select various PC parts and components, adds CPU and Graphics card overclocking, and allows. AC current is calculated by the power factor of 0.86 for single-phase supply and 0.8 for three-phase supply. Look at the table the 1** hp** motor takes will be 1.3 A at 440 Volts three-phase at the same time while using single-phase it takes only 3.8** Amps.** Also 5.

An **amp**, short for **ampere**, is a unit of electrical current. The rate at which electricity flows is measured as an electric current. The electric current is measured in **amps**. An ammeter is a measuring instrument used to measure the current in a circuit. Formula to **calculate amps**. You’re preparing to drive a three phase low-**horsepower** motor rated at 10 **amps**. Single phase to 3 phase power **calculation** input requirement = The square root of 3 (1.732) x 10 **amps**. = 1.732 x 10 **amps**. = 17.32 **Amps**. Single phase power input in this instance is 17.32 **Amps**. The total load **draw** should not be any higher than the rated motor load.

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P (kW) = √3 x PF x I (A) x V L-L (V) / 1000, which means that the power in Kilowatts is calculated by the square root of three multiplied by the power factor times the phase current in **amps** by the line to line voltage RMS. The results are then divided by 1000. Line to neutral Voltage. Here’s our at anchor list as a starting point, note that you need to know **amps** per hour AND an estimate of how many hours you use the item to **calculate** daily **amp** usage. LED Anchor Light .25/hour X 10 hours = 2.5 **amps**/night. Adler Barber Cold Plate – Refrigerator & Freezer 6 **amps**/hour X 24 hours = 144 **amps**/day (theoretically it cycles on. **Amp draw** measures how much** power** your machine consumes during operation.** Horsepower** is a unit of** power** that is the rate at which work is done. Here we are determining the** amp draw** of an electric chain hoist based on the** horsepower** of the motors. Knowing this value is important during the design or development stage of your purchasing process.

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This **battery life calculator** estimates how long a battery will last, based on nominal battery capacity and the average current that a load is **drawing** from it. Battery capacity is typically measured in **Amp**-hours (Ah) or milliamp-hours (mAh), although Watt-hours (Wh) is occasionally used. You can convert Watt-hours to **Amp**-hours by dividing by the. Feel free to reach out to Grieve directly for any specific questions related to oven current **draw** at (847) 546- 8225 or contact us. To estimate the **amperage** of the oven, you will need: Electric service (supply voltage and single or three-phase power) Heat input, if electric heat. Size of powered exhaust system in CFM, if there is one. For example, if there are three 15-**amp** motors in the circuit, the ampacity rating of the wire feeding the circuit must exceed 15 + 15 + (15 * 1.25) = 48.75 **Amps**. There are exceptions to this requirement, which would include interlocks of two or more motors to prevent them from running at the same time. Typically, the nominal system voltage for.

Feel free to reach out to Grieve directly for any specific questions related to oven current **draw** at (847) 546- 8225 or contact us. To estimate the **amperage** of the oven, you will need: Electric service (supply voltage and single or three-phase power) Heat input, if electric heat. Size of powered exhaust system in CFM, if there is one. 2022. 6. 29. · Learn more about how to **calculate** the current **draw** for a 1000W inverter. Cart 0. Home ... This means that the inverter will **draw** more **amps** at the lower voltage and fewer **amps** at the higher voltage. Now that we know the operating range of the inverter, we can determine the battery voltage that is needed. 0.05C is the so-called C-rate, used to measure charge and.

Step #3 – **Calculate** the Slip. The synchronous speed for a four-pole machine is obtained from the relation n = 120 f/p, where f frequency in Hz and p the number of poles. Thus, n = (120) (60)/4 = 1800 r/min. Since the actual speed is 1525 r/min at full load, the slip speed is 1800 – 1525 = 275 r/min, and the slip is (275 r/min)/ (1800 r/min. The Test Procedure. 1. Disconnect power from the blower motor by shutting it off at the disconnect box to the unit or unplugging the power source. 2. Open the blower compartment of the furnace or air handler. Find the FLA rating of the blower motor. If the motor is direct-drive these numbers can be difficult to read. How to use the **motor rated current calculator**: The above tool requires following data for **calculation**: Motor Type – Single-phase or three-phase. (Mandatory) Motor rated power in **HP** or kW. (Mandatory) Input supply voltage. (Mandatory) Motor. 100 volt-**ampere** = 0.1341 **hp**: 50 volt-**ampere** = 0.06705 **hp**: 80 volt-**ampere** = 0.1073 **hp**: 110 volt-**ampere** = 0.1475 **hp**: 60 volt-**ampere** = 0.08046 **hp**: 90 volt-**ampere** = 0.1207 **hp**: 120 volt-**ampere** = 0.1609 **hp**: 200 volt-**ampere** = 0.2682 **hp**: 500 volt-**ampere** = 0.6705 **hp**: 800 volt-**ampere** = 1.0728 **hp**: 300 volt-**ampere** = 0.4023 **hp**: 600 volt-**ampere** = 0.8046 **hp**.

This **transformer calculator** helps you to quickly and easily **calculate** the primary and secondary full-load currents of the transformer. It also determines the turns ratio and type of transformer ... (**Amps**)= kVA × 1000 / V. Three Phase Transformer Full-Load Current (**Amps**) = kVA × 1000 / (1.732 × V) Where: kVA = transformer rating (kilovolt.

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Three pumps of a pump station (30, 10, and 1 ½ **horsepower**) are connected to the power source of 460-volts, 3-phase. From table 430-150, they **draw** 40 **amps**, 14 **amps**, and 3 **amps** respectively. The figure we would plug into the **calculator** would be: (40 x 1.25) + 14 + 3 = 50 + 14+ 3 = 67 **amps**. Allowable Voltage Drop.

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Watts. **Amps** multiplied by Volts equals Watts, which is the measurement used to determine the amount of energy. The higher the wattage is, the more power and output from the appliance. In terms of the hosepipe example, this would refer to the amount of water being released.

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Large Landscape Lighting Design System Power **Draw** Formula. Again, if you want to connect twenty landscape lights to a low volt transformer, and the lights are pulling 4W / 7VA / 35 Watts of halogen power **draw** on the system, you would need a 300 watt transformer. (20 lights X 7 VA = 140 voltage **Amps**, so it’s best to use a 300 Watt) since 150W. So 36 total **amps** being **drawn** from the battery. Equation: (36 x 1000)/60 = 600 mah’s consumed per minute. I have a 9000 mah battery. So 9000/600 = 15 minutes of 65% continuous power usage. Example 2: **Amps** x Volts = Watts sport planes are about 100w per lb.that is around 10a or so on a 3s battery for example.

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If motors they will **draw** more current @ 208 than the 240 rating but will still use roughly the same power. You need to figure total VA first and then divide by voltage to **calculate** the **amperage**, and factor in the 1.73 if balanced across three phases. I come up with 3200 VA @ 208 volts = 15.4 **amps**.

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The following **calculators** compute the various torque aspects of motors. These equations are for estimation only, friction, windage, and other factors are not taken into consideration. **Calculator**-1. Known variables: **Horse Power** and Speed in RPM. Torque is the action of a force producing or tending to produce rotation. Torque = force x distance. **Calculate** Power, Current, Voltage or Resistance. Just enter 2 known values and the **calculator** will solve for the others. Three pumps of a pump station (30, 10, and 1 ½ **horsepower**) are connected to the power source of 460-volts, 3-phase. From table 430-150, they **draw** 40 **amps** , 14 **amps** , and 3 **amps** respectively. Electrical Engineer. Jun 22, 2015. #3. BillyBoy said: We have a two speed motor on several large traveling screens at our cooling water intake. Interestingly the CT measures a LOWER current **draw** when the speed goes from low to high. In low speed we see about 5.5 **amps**. In high speed we see about 4.5 **amps**. This seems just plain wrong to me, but. The 1.5 **HP** Baldor motor that turns at 1725 will **draw** 18 **amps** according to its name plate. How many **amps** are in a **horsepower**? Given **horsepower** and volts, it is possible to **calculate amps**. The **calculation** of **amps** uses Ohm's Law, which is **amps** times volts equals .... "/> unity 2d glow effect; 2003 volvo s60 problems.

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An **amp**, short for **ampere**, is a unit of electrical current. The rate at which electricity flows is measured as an electric current. The electric current is measured in **amps**. An ammeter is a measuring instrument used to measure the current in a circuit. Formula to **calculate amps**. DC Current = 746 x 1 / 400 = 1.865 **Amps**. Hp to AC single phase **amps** calculation: Single-phase AC current I (A) in **amps** is equal to 746 times of **horsepower** P (HP) in HP divided by the product of power factor and phase to the neutral voltage V (V) in volts.. AC single phase current I (A) = 746 x P (HP) / (pf x V (V)) in **Amps**. Note: The single-phase AC current I (A) can be measured through the. So 36 total **amps** being **drawn** from the battery. Equation: (36 x 1000)/60 = 600 mah’s consumed per minute. I have a 9000 mah battery. So 9000/600 = 15 minutes of 65% continuous power usage. Example 2: **Amps** x Volts = Watts sport planes are about 100w per lb.that is around 10a or so on a 3s battery for example. HP = 0.00134 x 230 x 3.8 x 0.86= 1 Hp The Single phase motor capacity is 1 HP. By revising this calculation, 1 HP single phase motor takes 3.8 **Amps**. AC 3 phase **Amps** to HP conversion Formula 3 phase power P (HP) is equal to 0.00402 times of current I (A), Line to the neutral voltage V (L-N) in volts, power factor pf.

**Horsepower** to Kilowatts **Calculation** 1 **hp** = 33,000 ft·lb f / minutes 1 **hp** = 33,000 ft·lb f / 60 seconds 1 **hp** = 550 x 0.3048 x 0.453592376 m·kg f /s 1 **hp** = 76.04022591264 kg f ·m/s applying gravity constant 1 **hp** = 745.699872 N·m/s by definition 1 ft = 0.3048 m 1 lb = 0.453592376 kg we need kilowatts 1 kW = 1000 W 1 **hp** = 745.699872 N·m/s.

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The 1.5 HP Baldor motor that turns at 1725 will **draw** 18 **amps** according to its name plate. How many **amps** are in a **horsepower**? Given **horsepower** and volts, it is possible to calculate **amps**. The calculation of **amps** uses Ohm's Law, which is **amps** times volts equals .... "/> unity 2d glow effect; 2003 volvo s60 problems.

**Amps** to kW **calculator** * Use e for scientific notation. E.g: 5e3, 4e-8, 1.45e12. DC **kilowatts to amps calculation**. The current I in **amps** (A) is equal to 1000 times the power P in kilowatts (kW), divided by the voltage V in volts (V):. I (A) = 1000 × P (kW) / V (V). AC single phase **kilowatts to amps calculation**.

Using the **amperage draw** of the compressor will help any technician determine if the compressor is truly defective. However, the technician must know what the correct **amperage** should be. Joe Marchese is owner of Coldtronics of Pittsburgh. He can be reached at 412-734-4433, www.coldtronics.com, or [email protected] Publication date: 08/04/2003.

TL;DR (Too Long; Didn't Read) Perform a three-**phase power calculation** using the formula: P = √3 × pf × I × V . Where pf is the **power** factor, I is the current, V is the voltage and P is the **power**. Single-**Phase** vs. Three-**Phase Power**. Single- and three-**phase power** are both terms describing alternating current (AC) electricity.

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Volts **calculations**. The voltage V in volts (V) is equal to the current I in **amps** (A) times the resistance R in ohms (Ω): The voltage V in volts (V) is equal to the power P in watts (W) divided by the current I in **amps** (A): The voltage V in volts (V) is equal to the square root of the power P in watts (W) times the resistance R in ohms (Ω):.