Sure just as long as the fitting is a compatible size. The pressure might be a little less but it should work
To prevent water from backing up in your laundry room, you can install a long washer drain hose that reaches a proper drainage point. This will allow the water to flow out effectively and prevent any potential backups.
Using an extra long washer drain hose in a laundry room setup allows for more flexibility in positioning the washing machine, making it easier to connect to the plumbing. This can help prevent kinks and blockages in the hose, reducing the risk of leaks and water damage. Additionally, a longer hose can provide better drainage and prevent standing water in the hose, which can lead to mold and mildew growth.
Around 3 days depending on water pressure.
It depends on the flow rate in the hose and that depends on the water pressure.
When looking for a high-quality hose power washer, consider features such as high pressure levels, adjustable nozzle settings, durable construction materials, and a reliable motor. These features can ensure efficient cleaning performance and long-lasting durability.
Usually there is a gap around the washer hose that lets enough air in that it does not need a vent.
Yes, but not very well. The small pump within a pressure washer is designed to PUSH water, not pull it- and the rate of flow is very small. It would pump a long time to move a major amount of water. The pump will also not handle dirty water very well.
On the 1992-1996 Camry wagon, the rear washer uses the front washer reservior. There is a long hose connecting the rear washer with the front reservior.
The best features to look for in a power washer sprayer for effective cleaning are high pressure output, adjustable nozzle settings, a detergent tank for cleaning solutions, a long hose for reach, and a durable construction for long-lasting use.
When using a high pressure pump, you'll find that a smaller output nozzle gives *shorter* spray than a large nozzle. Small nozzles limit the flow. Yet with a garden hose things are reversed. Why? It's because the long narrow hose and the pipes connecting it are acting like "friction." If you turn on the water, the hose rubs against the wate, and water flows relatively slowly out the end of the hose. Also, the water pressure at the open end of the hose is very low. Now install a garden sprayer at the hose end. This will greatly slow down the water flow, and the effect of friction is greatly reduced. The pressure at the far end of the hose rises, and this high pressure can create a very long (but narrow) spray. Another way to explain is with numbers. The greater the fluid resistance is to a constant flow, the greater the pressure-difference must be across that resistance. The fluid resistance value of the hose is large, while the resistance value of the hose-end is small, and since the same flow goes through both the hose and through its end-opening, most of the pressure-difference appears along the hose, while very little pressure-difference appears between the hose and its opening. Now install a very narrow opening. If the fluid resistance of this nozzle is the same as the fluid resistance of the hose, then half of the faucet pressure appears along the hose, while the other half appears between the hose-end and the outside world. The nozzle has increased the pressure at the hose end. And if the fluid resistance value of the nozzle is much greater than that of the hose, then nearly all of the faucet pressure will appear at the nozzle. So, to produce a long jet of water, use a very wide hose and a very narrow nozzle. Or even better, entirely get rid of the resistance created by the hose, and connect the nozzle directly to a high pressure water pump.
The inlet pressure can be as low as 45 PSI as long as there is a flow of about 3 gpm. The pump will easily pump it to 1500 psi through the appropriate nozzle