#1 Rated Electric Pressure Washer for 2x Cleaning Power
| Product Intro |
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| The Pro 2300-PSI Electric Pressure Washer delivers better-than-gas performance without the fumes, mess, or maintenance. With an easy-to-use handle and five versatile nozzles (15°, 25°, 40°, Soap & Turbo), you’ll have the perfect nozzle to refresh any surface. This powerful unit has a smart-sensing TRUBRUSHLESS™ motor that intelligently adjusts water flow to deliver the ideal amount of pressure for each nozzle. Make any power washing task manageable with our JettFlow™ technology, allowing for 50% more water flow. Add a kink-resistant 25-foot hose and 10-inch wheels for easy maneuverability and you’ll never spend another minute wrangling an unwieldy power washer again. It’s easy to set up, simple to get started, and with a compact footprint, it won’t take up much space in your garage. |
| Key features |
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| TRUBRUSHLESSTM Motor - 2x more torque, longer runtimes, quiet operation, and extended motor life |
| PWMA Certified |
| 2300 Max PSI at 1.2 GPM water flow (2.3 GPM flow at 100 PSI) |
| 25' Kink-Resistant Hose - Superior resistance to kinking and abrasion |
| 35' Power Cord - With inline GFCI for use on all exterior outlets |
| JETTFlow™ Technology - 50% more water flow for rapid rinsing |
| Open-Frame Design - 10" wheels for easy maneuverability |
| 3-Year Limited Tool Warranty |
| 10-Year Motor Warranty (Best in Industry) |
| The No List |
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| No Gas Smell. You no longer have to smell like gas after cleaning |
| No Emissions. Save money and breathe clean air |
| No Maintenance. No tune-ups, no mixing fuels, no messy spills |
| Low Noise. Easy on the ear, low decibel cleaning |
| Warranty + Service |
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| 3 Year Limited Tool |
| 10 Year Brushless Motor Warranty (Best in Industry) |
| Certified by the Pressure Washer Manufacturers’ Association (PWMA) |
Yes, the ideal input pressure is 60 PSI. However, the tolerance of the 60 PSI is 25% (unit tolerates 45-75PSI). If the inlet pressure is below 45 PSI, it will lead to a pressure drop and the machine will not pressurize properly. This often causes the unit to vibrate and sputter. Any higher than 75PSI and the unit may receive internal damage from too much pressure, breaching seals, triggering the thermal valve etc. If the unit does not have the correct PSI, it will not run correctly and the motor can be damaged.
We recommend only using a designated pressure washer soap. You can use any preferred brand of pressure washer soap if it does not contain any harsh chemicals such as bleach, alkaline, or ammonia. Be sure to follow the directions on the pressure washer soap for whether it needs to be diluted—soap should be a watery consistency.
Yes, you can! For units with an onboard soap tank: Soap can only be applied with the black soap nozzle, simply switch it out for the appropriate nozzle that you require for rinsing. Allow a few seconds for the soap suds to clear from the line and then you'll have clean water. For units that use a soap bottle: To rinse, you'll have to remove the soap bottle and reattach the wand with the appropriate nozzle that you require for rinsing.
See the optimum winterizing procedure below: • Disconnect all water connections (garden hose). • Turn on the machine for a few seconds until the remaining water in the pump exits. Turn off immediately. • Use a pressure washer pump saver—follow instructions provided on pump saver. • Roll up the electrical cord and hose neatly, making sure there are no kinks. Ideally, we advise storing the machine and accessories in a room that does not reach freezing temperatures. Do not store near the furnace or other sources of heat as it may dry out the pump seals. Also note that this procedure requires using a pressure washer pump saver that can be purchased at most hardware stores.
No, we only offer cold water pressure washers. The maximum inlet water temperature should not exceed 104 °F (40 °C).
All threaded connections on our pressure washers are an M22 14mm fitting.
Our pressure washers use ¼” quick connect nozzles.
There are a few factors that could cause these reactions such as excess air in the pump or a clogged/faulty nozzle. See all troubleshooting options below. Cleaning Obstructed Nozzles Over time with use, the pressure washer nozzles may collect dust, dirt, and calcium build-up which as a result cause the pressure washer to malfunction while in use. To clean nozzles, soak them in a 50/50 mixture of white vinegar and warm water for a minimum of 15 minutes. Then proceed to poke your nozzle cleaning tool or paper clip through the end of the nozzle hole to poke out any debris. After you have done this, rinse them with warm water. Purge Air from Pressure Washer Set up the unit as per usual and ensure you are not using an extension cord. Remove any nozzle that may be connected at the end of the wand. Make sure that you have a green light on the GFCI on the power cord. Turn your garden hose on but leave the pressure washer turned OFF. With the pressure washer turned off, squeeze on the trigger for about 3 minutes, allowing the water to run through the unit at no pressure. In doing so, you're bleeding the unit out of any air that may be stuck in the pump. After 3 minutes, turn the unit on. Reinstall one of your clean nozzles and continue using the unit. At this stage, if the unit shuts off when a nozzle is installed be sure to try all nozzles. A faulty nozzle may cause the unit to shut down. Additional components to check: • Ensure a nozzle is connected. Be sure to try all nozzles. • Ensure that the water source is fully opened and is at least 60PSI (Refer to: Does my water source have to be of a certain PSI to run the unit properly?) • Check that there is at least 10' of unrestricted garden hose between the hose connection and the unit, any kinks will prevent the flow of water from going into the unit and prevent proper pressure. • For best results, use a 1” (25 mm) or 5/8” (16 mm) garden hose. • Check that the water inlet is not clogged. Disconnect the garden hose, remove the filter and rinse with warm water. • Make sure you are using a working outlet. Be sure to try more than one!
Yes, you may use a longer high-pressure hose but please note that the pressure will drop.
Unfortunately, we do not offer extension wands. While you may find something compatible with another brand, know that the pressure could be affected.
0° - Red nozzle: This nozzle is typically used for removing tough stains like rust and debris from concrete and metal. You can also use it for removing caked on mud from heavy construction, farm, or lawn equipment. Do not use this nozzle on wood or home siding or for washing a car because this stream is very powerful and can damage a soft surface. 15° – Yellow nozzle: The yellow pressure washer tip provides high versatility with its 15-degree angle tip. Referred to as the washing tip, it provides plenty of pressure to remove dirt from many surfaces without damage. This pressure washer tip is designed for “sweeping” foliage or debris given its wide angle. This tip is versatile due to its wide area of cleaning and strong pressure application. 25° – Green nozzle: The green colored, 25-degree nozzle is best used to sweep away dirt and mud. Use it to sweep away leaves from decks, driveways, and sidewalks. It can also be used for removing light mildew stains, algae, and bacteria build up from pools. 40° – White nozzle: The white 40-degree tip, referred to as the “fan” tip, creates the widest area of cleaning with relatively low pressure. This pressure washer tip is best used for delicate cleaning applications. It's recommended for light cleaning on wood decks and other soft surfaces. 75° Soap – Black nozzle: The black colored nozzle is a low-pressure detergent nozzle. You use this when applying your preferred detergent for your cleaning projects. Turbo Nozzle: This nozzle rotates in a zero-to-15-degree spray pattern in a circular motion to break down tough dirt and grime. The spray pattern can cover an area of 4 to 8 inches wide depending on the distance between the tip and the surface being cleaned.
Please check the following if your unit is not reaching high pressure: • You are using a 1” (25 mm) or 5/8” (16 mm) garden hose. • There are no kinks, leaks, or blockages at the inlet filter or in the garden or high-pressure hose. • The water supply has been fully opened and is ideally 60 PSI (unit tolerates 45-75PSI). • A high-pressure nozzle is installed. • There is no air in the pump. Purge the unit by turning the machine off and pulling the gun trigger for a few minutes to release pressure then try turning the unit on.
Please be sure to go through the possible causes below: • Make sure the outlet is supplying proper power to the unit. Be sure to check the electrical requirements of your pressure washer and ensure that the circuit can support it. For some of our more powerful units, they must be the only item on the circuit. • If using an extension cord, remove it and try connecting the unit directly to an appropriate outlet. • The pump has residual air pressure. Purge the unit by turning the machine off and pulling the gun trigger for a few minutes to release pressure then try turning the unit back on. • If there is residual friction among components the unit might emit a humming noise but not turn on. To resolve this, disconnect the water supply and turn the unit on for 2-3 seconds. Repeat this a few times or until the motor has successfully powered up.
This is normal. Our units are designed to apply soap at low pressure. If a higher-pressure soap application is desired, we kindly refer you to our high-pressure soap bottle model 51362.
For units with an onboard soap tank: • Ensure that the black soap nozzle is installed and unobstructed. Try blowing through it or use your nozzle cleaning tool to poke out any debris. • The detergent tube may be clogged or damaged. Try removing it and running some warm water through it to clean it and/or to identify damage. • If the detergent is too thick, it will not pull through the assembly. You can use any preferred brand of pressure washer soap if it does not contain any harsh chemicals such as bleach, alkaline, or ammonia. Be sure to always follow the directions on the pressure washer soap for whether it needs to be diluted—soap should be a watery consistency. For units that use a soap bottle: • Make sure that soap bottle is securely attached to the end of the gun. • If the detergent is too thick, it will not pull through the assembly. You can use any preferred brand of pressure washer soap if it does not contain any harsh chemicals such as bleach, alkaline, or ammonia. Be sure to always follow the directions on the pressure washer soap for whether it needs to be diluted—soap should be a watery consistency. • Ensure that the soap bottle is free of debris that could be clogging the opening.
Depending on the pressure washer you purchased, the nozzles can be found either stored directly on the body of the pressure washer, the front panel assembly, or in the gun handle. If the nozzles are missing, you will see empty holes with rubber gromets inside. If you have verified that they are missing, please contact us at 1-888-909-6757 (1-888-90WORKS). We're happy to help!
If your pressure washer is experiencing this issue it can often be resolved with the below troubleshooting: Cleaning Obstructed Nozzles Over time with use, the pressure washer nozzles may collect dust, dirt, and calcium build-up which as a result cause the pressure washer to malfunction while in use. To clean nozzles, soak them in a 50/50 mixture of white vinegar and warm water for a minimum of 15 minutes. Then proceed to poke your nozzle cleaning tool or paper clip through the end of the nozzle hole to poke out any debris. After you have done this, rinse them with warm water. Purge Air from Pressure Washer Set up the unit as per usual and ensure you are not using an extension cord. Remove any nozzle that may be connected at the end of the wand. Make sure that you have a green light on the GFCI on the power cord. Turn your garden hose on but leave the pressure washer turned OFF. With the pressure washer turned off, squeeze on the trigger for about 3 minutes, allowing the water to run through the unit at no pressure. In doing so, you're bleeding the unit out of any air that may be stuck in the pump. After 3 minutes, turn the unit on. Reinstall one of your clean nozzles and continue using the unit. At this stage, if the unit shuts off when a nozzle is installed be sure to try all nozzles. A faulty nozzle may cause the unit to shut down.
