SHUTDOWN, FLUSHING AND STORAGE

WARNING

PRESSURE RELIEF PROCEDURE

To reduce the risk of serious bodily injury

,

including fluid injection and splashing in the

 

eyes, or on the skin, always follow this

 

procedure whenever you stop spraying for

 

more than 10 minutes, when shutting down,

 

and before checking or repairing any part of the system.

1.Engage the trigger safety latch.

2.Turn the sprayer off.

3.Remove the ignition cable from the spark plug.

4.Shut off the water supply.

5.Disengage the trigger safety latch and trigger the gun to relieve pressure, and then engage the trigger safety latch again.

6.Before long–term (overnight) storage or transporting of unit, disconnect the water supply, and turn off the fuel supply valve.

MAINTENANCE

Observing regular maintenance intervals helps ensure that you get maximum performance and life from the pressure washer.

There is a break–in period for the engine, pump and gear reducer (if used). After changing the oil in these components following their respective break–in periods, the interval between required changes is longer.

If the unit is operating in dusty conditions, these maintenance checks should be made more often.

WARNING

To reduce the risk of serious bodily injury , including fluid injection, splashing in the eyes or on the skin or injury from moving parts, always follow the Pressure Relief Procedure Warning before proceeding.

1.If the pressure washer will be exposed to freezing temperatures, drain all water out of the pump. If it must be stored in freezing temperatures, flush the unit with a 50% anti–freeze solution. Relieve pressure. Flush the pressure washer before using it again to remove the anti–freeze.

NOTE: An anti–freeze flush kit P/N 802–327 is available to make flushing easier.

CAUTION

If water does freeze in the pressure washer , thaw it in a warm room before trying to start it. DO NOT pour hot water on or into the pump; it may crack the ceramic plungers!

2.After each use, wipe all surfaces of the pressure washer with a clean, damp cloth.

3. Perform the appropriate maintenance.

See

maintenance chart.

 

Interval

What to do

Daily

Clean water inlet screen and

 

filter. Check engine and pump oil

 

levels. Fill as necessary. Check

 

gasoline level. Fill as necessary.

After first 5

Change engine break–in oil.

hours of

Drain oil when warm. Use SAE

operation

30 or 10W–30 detergent oil.

Each 25 hours

Clean and remove air cleaner

of operation

foam. Wash with water and

 

detergent. Dry thoroughly. Rub

 

with oil and squeeze to distribute

 

oil.

After first 50

Change pump break–in oil. Use

hours of

SAE 20 or 30 non–detergent oil.

operation

 

Each 100 hours

Clean or replace paper air

of operation

cleaner cartridge. Tap gently to

or 3 months

remove dirt. Change engine oil.

 

Use SAE 30 or 10W–30

 

detergent oil.

Each 500 hours

Change pump oil. Use SAE 20

of operation

or 30 non–detergent oil.

or 6 months

 

83￿8￿489

Page 7 Page 9
Page 8
Image 8
Graco Inc 800-063, 308-501, 800-062, 800-065, 800-335, 3035, 2245 manual SHUTDOWN, Flushing and Storage, Maintenance
Page 7 Page 9

2245, 3035, 800-335, 800-065, 800-062 specifications

Graco Inc. has made significant strides in the manufacturing of fluid handling systems and equipment, positioning itself as a leader in the industry. Among their well-regarded products are the models 800-062, 308-501, 800-065, 800-335, and 3035. Each of these models comes with unique features and technologies that cater to various industrial applications.

The Graco 800-062 model is known for its reliability and efficiency in fluid transfer applications. It features a durable construction that withstands tough job site conditions. This model is equipped with advanced pneumatic technology, allowing for controlled fluid dispensing, which minimizes waste and enhances precision. Graco's attention to detail in ergonomics also enables operators to handle the device with comfort, reducing user fatigue during prolonged use.

The 308-501 model excels in its versatility, providing multiple output options to meet different operational needs. Its modular design allows for easy upgrades and maintenance. A standout characteristic of this model is its integrated filtration system, which ensures that the fluid remains contaminant-free, ultimately improving the quality of the application.

Moving on to the 800-065 model, this equipment is particularly known for its high flow rates and heavy-duty performance. Ideal for high-volume applications, it combines advanced hydraulic technology with a robust build, making it suitable for both indoor and outdoor environments. The automatic pressure regulation feature enhances its operational safety and extends the service life of the equipment.

The Graco 800-335 model stands out for its compact design, making it a perfect choice for workspaces with limited space. Despite its small footprint, it doesn't compromise on performance. The user-friendly interface allows for easy adjustments, and the model is equipped with low noise technology, making it ideal for noise-sensitive environments.

Finally, the Graco 3035 model is designed for precision and accuracy in fluid dispensing processes. It features intuitive controls and a state-of-the-art monitoring system, allowing for real-time feedback on fluid levels and pressure. An automatic shut-off feature ensures safety and prevents overfilling or accidental spills.

In summary, Graco Inc.'s models 800-062, 308-501, 800-065, 800-335, and 3035 represent a blend of innovation, durability, and user-centered design, making them vital tools in various industrial applications ranging from construction to manufacturing. These models not only enhance productivity but also ensure optimal operational safety, meeting the demands of a rapidly evolving industry.
Top Page Image Contents