Rust / Corrosion Inhibitor Hot Water High Pressure Washer Electric High Pressure Washer 7.5KW Large Power With Steam Function 380V/440V

Electric powered Hot water high pressure washer portable cleaner RSHW7500IE

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IE2 High Efficiency Motor data

Pressure washer data

 Redsun hot water pressure washers have different heating coils created specifically for the amount of water to be heated. And as an extra bonus, you'll feel confident knowing that they're all backed by 2-year warranties our hot washer are commonly used to clean:

• Heavy Construction Equipment
• Trucks, Cars, Trains and Planes or other Transportation 
• Mining, Drilling andHeavy Construction Equipment
• Institutions such as swimming pool,Lawn equipment,Hoods and vents
• Domestic Purposes and Upscale Homes like Playground equipment,Vehicles, light equipment

Select a pressure washer power type below to view our hot water line-up:

Gasoline engine hot pressure washer

• Standard HW15G series
• Commercial HW15GC series
• Hot steam HW15GS series
• HW13GX series with Honda engine
• HW13IC series with Briggs engine
• 5000 series heavy duty hot water pressure washer
• 6000 series industrial duty hot water pressure washer coming soon...

Diesel engine hot pressure washer

• Standard HW6D series
• Standard HW10D series
• Hot steam HW6DS series
• Hot steam HW10DS series
• Commercial HW6DC series
• Commercial HW10DC series  

Electric powered hot water pressure washer

• IEC standard high efficiency motor drive hot water pressure washer
• NEMA standard premium efficiency motor drive hot water pressure washer

How do I know if I need a hot water pressure washer or a cold water pressure washer?

If the surfaces you are cleaning have any kind of grease or oil, you will need ahot water pressure washerto cut through the grease. If you're tackling caked-on dirt or mud,cold water pressure washerwill do the job. If you're still unsure about the type of pressure cleaning machine you need, please contact our sales team.

What's more important in a pressure washer: PSI & GPM?

The answer depends on your pressure cleaning application. When you have heavy soils to wash, GPM (gallons per minute) can be most important. When you have stuck-on grime, PSI (pounds per square inch of pressure) can be most important.

Despite what you see in advertisements or on a product label, volume is the deciding factor and a quality pressure cleaning system will provide the proper balance of volume and pressure. To make sure you choose the ideal power washing machine for your jobs, contact us for more details.

Should I consider a maintenance program for my cold & hot water pressure washer?

Pressure cleaning machines move water under intense pressure, which creates wear & tear on equipment. Coupled with the challenging environmental conditions these machines often operate in, regular maintenance is recommended. Regular oil changes are required on the engine and the pump. And parts that wear, such as belts, nozzles and hoses, need replacement when worn down. Failure to maintain your pressure cleaning systems can become a safety hazard.

What type of pressure cleaning accessories do I really need?

Pressure cleaning accessories are a relatively minor cost that can have a huge impact on making your cleaning faster and less expensive, while also saving wear-and-tear on yourhot &cold water pressure washers.

For example, the vast majority of pressure washers use far too much detergent. The detergent valve is usually opened all the way because the operators like to see lots of suds. A fixed orifice system can be installed to release the concentration of detergent needed to achieve maximum cleaning results while using the minimum amount of detergent.

A hose reel is another advantageous power washing accessory because it helps keep your pressure hose from lying on the ground where it can absorb oil and grease or be damaged by vehicles driving over the hose. A longer pressure hose makes it faster and easier to clean larger areas.

What is the difference between a belt-drive pump and a direct-drive pump?

A high-pressure pump does not turn on its own; rather it is driven by an engine or motor. Pumps driven by motor generally turn at 1100-1500 RPM while gasoline engines turn at a rate of 3000-3600 RPM (1450-3450 RPM for electric motors). There are two predominant ways to connect the pump to an engine or motor: directly (direct-drive) or with a pulley and belt (belt-drive).

Direct-drive pumps are more compact, helping to keep the weight and cost down. Today's direct-drive pumps have been engineered to hold up very well, even under constant use. The weakness, of course, is that a pump turning at 3600 RPM will wear out faster than a pump that turns at 1500 RPM.