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**Cat pump pressure washer**,

The manufacturer suggested maximum water usage is 2.5 gallons/minute and the maximum water capacity of the product is 300 gallons. To determine the water flow capacity of a device, find the number of cubic feet/min, then divide by the size in gallons per minute to get the gallons per minute capacity (gpm).

The maximum pump discharge is 4 psi, the maximum pump discharge rate is 4 gpm. It was suggested the water usage per minute is 2.5 gpm (4 ÷ 60 min = .05 gpm). Using this formula, the pump has a capacity of 150 gpm. The manufacturer did not provide a range or value of discharge pressure.

A manufacturer specified maximum water flow at 2.5 gpm. Water use per minute was determined by dividing water usage at discharge pressure by the square of the output (2.5 ÷ 0.0025 = 150 gpm). The manufacturer did not provide a range or value of discharge pressure.

The manufacturer suggested maximum water use is 5.5 gallons per minute and the maximum water capacity of the product is 360 gallons. The water usage at the water outlet is found by dividing the gpm by the square of the output. (5.5 ÷ .00055 = 150 gpm). Dividing the discharge pressure in psi by the square of the water output yields a result that is within 0.5 psi. This is an acceptable range to use on this chart. The manufacturer did not provide a range or value of discharge pressure.

The manufacturer suggested maximum water use is 7.5 gallons per minute and the maximum water capacity of the product is 420 gallons. The water usage at the water outlet is found by dividing the gpm by the square of the output (7.5 ÷ .00056 = 150 gpm). The discharge pressure in psi is found by dividing by the water output and multiplying by 3 (discharge pressure in psi = 3 ÷ 7.5 = 0.42 psig). Dividing the discharge pressure by the square of the water output yields a value that is within 0.5 psi. This is an acceptable range to use on this chart. The manufacturer did not provide a range or value of discharge pressure.

The manufacturer suggested maximum water use is 8.5 gallons per minute and the maximum water capacity of the product is 460 gallons. The water usage at the water outlet is found by dividing the gpm by the square of the output (8.5 ÷ .0006 = 150 gpm). The discharge pressure in psi is found by dividing by the water output and multiplying by 2.5 (discharge pressure in psi = 2.5 ÷ 8.5 = 0.31 psig). Dividing the discharge pressure by the square of the water output yields a value that is within 0.5 psi. This is an acceptable range to use on this chart. The manufacturer did not provide a range or value of discharge pressure.

The maximum water use is the same as the water capacity and is based on the square of the output or 0.00056 gpm. The discharge pressure in psi is found by dividing by the water output and multiplying by 7.5 (discharge pressure in psi = 7.5 ÷ .00056 = 150 gpm). Dividing the discharge pressure by the square of the water output yields a value that is within 0.5 psi. This is an acceptable range to use on this chart. The manufacturer did not provide a range or value of discharge pressure.

The maximum water use is the same as the water capacity and is based on the square of the output or 0.00056 gpm. The discharge pressure in psi is found by dividing by the water output and multiplying by 7.5 (discharge pressure in psi = 7.5 ÷ .00056 = 150 gpm). Dividing the discharge pressure by the square of the water output yields a value that is within 0.5 psi. This is an acceptable range to use on this chart. The manufacturer did not provide a range or value of discharge pressure.

The maximum water use is the same as the water capacity and is based on the square of the output or 0.00056 gpm. The discharge pressure in psi is found by dividing by the water output and multiplying by 7.5 (discharge pressure in psi = 7.5 ÷ .00056 = 150 gpm). Dividing the discharge pressure by the square of the water output yields a value that is within 0.5 psi. This is an acceptable range to use on this chart. The manufacturer did not provide a range or value of discharge pressure.

The maximum water use is the same as the water capacity and is based on the square of the output or 0.00056 gpm. The discharge pressure in psi is found by dividing by the water output and multiplying by 7.5 (discharge pressure in psi = 7.5 ÷ .00056 = 150 gpm). Dividing the discharge pressure by the square of the water output yields