OMAX Corporation 21409 72nd Avenue South Kent, WA USA 98032

Information: Technical Support: E-Mail: Web:

info@protomax.com 1-818-647-1994 support@protomax.com www.protomax.com

This document contains subject matter to which OMAX® Corporation has proprietary rights. Recipients of this document shall not duplicate, use, or disclose information contained herein, in whole or in part, for any use other than the purpose for which this manual was provided.

OMAX Corporation believes the information described in this manual is accurate and reliable. From time to time, design improvements will be made to the OMAX equipment. Photographs, text, and sketches within the body of this manual may not exactly represent your equipment. In general, this manual contains the most up-to-date information available. However, OMAX Corporation cannot accept any responsibility, financial or otherwise, for any consequences arising out of the use of this material. The information contained herein is subject to change, and revisions may be issued to advise of such changes or additions. OMAX strives to continually improve user documentation. If you have any questions or concerns about the content of this user’s guide, please e-mail us at tech_writing@omax.com, or contact us by mail at:

 

OMAX Corporation

Technical Publications

21409 72nd Avenue South

Kent, WA, USA 98032

 

OMAX Corporation is continually improving their equipment to bring you the best in abrasive waterjet machining technology. For that reason, your abrasive waterjet may differ slightly from what is described in this document. If you have any questions, please feel free to contact us at 1-800-838-0343 or e-mail us at support@protomax.com. You can also receive technical support on-line at: Web: https://www.protomax.com.

 

Original Instructions in English
June 2020
©2020 OMAX Corporation

IMPORTANT SAFETY INFORMATION

SAFETY IS YOUR RESPONSIBILITY.

For your own safety, read this guide thoroughly and carefully before installing, operating, maintaining, or troubleshooting the equipment.

Save these instructions.

This guide contains important safety information for the equipment. Careful observance of the safety information will help prevent physical injury, damage to the equipment, and extend the equipment life.

Equipment safety features, safety glasses, hearing protection, and more can reduce potential injury. Exercise caution when installing, operating, and maintaining the equipment. Safety guards and features will not guarantee your safety if you are careless, inattentive, or use poor judgment. If it feels dangerous, do not try it.

YOU ARE RESPONSIBLE FOR YOUR SAFETY IN YOUR SHOP.

Keep the equipment and surrounding area clean and free from clutter

• Remove any installation, operation, or maintenance tools from the equipment before operating.
• Keep the work area clean and clutter free to prevent accidents.
• Keep the equipment clean for optimal performance.

Seek immediate medical attention in the event of an abrasive waterjet injury. Inform the physician of the cause of the injury, what type of waterjet project was done at the time of the accident, and the source of the water.

Because of the stagnant water within the tank, even a seemingly minor break in the skin can introduce harmful bacteria into the wound. Any injury involving contact with the water should be attended to immediately.

Unusual infections with aerophilic microorganisms occurring at lower temperatures have been reported. These may be gram-negative pathogens, such as those found in sewage. Bacterial swabs and blood cultures may therefore be helpful in assisting a physician's diagnosis.

Equipment Grounding Requirements

• Make sure the equipment is properly grounded in accordance with national, state, and local codes. Never remove any prong from the plug. Always plug into a proper electrical outlet.
• To reduce the risk of electric shock, during a malfunction or breakdown, grounding provides the electric current with a path of least resistance. The machine is equipped with an electric cord designed with an equipment-grounding conductor (EGC) and a grounding plug (United States, Canada and Mexico only). You must plug the cord into a matching outlet that is properly installed and grounded in accordance with all local codes and ordinances.
• Do not modify the plug provided—if it does not fit the outlet, have the proper outlet installed by a qualified electrician.
• Connecting the EGC improperly can result in electric shock.
• Contact a qualified electrician or service personnel if you do not understand the grounding instructions, or if in doubt as to whether the equipment is properly grounded.
• Do not use extension cords with the equipment.
• If the cord is damaged or worn, immediately replace it. Contact OMAX for replacement parts and instructions for replacement. The insulation of the EGC is covered with a green or green with yellow-striped surface. If replacement of the electric cord or plug is necessary, do not connect the equipment-grounding conductor to a live terminal. Refer to the equipment-specific wiring configuration.

• Make sure that the equipment is connected to an outlet that matches the plug configuration.
• The equipment must not be connected to any different type of electric circuit.
• No adapter is available, or should be used with this equipment.
• For countries other than United States, Canada and Mexico; OMAX does not supply a suitably rated industrial grade plug.
• Contact a qualified electrician or service personnel for installation of a suitably rated industrial grade plug in accordance with national, state, and local codes.

In abrasive waterjet cutting, garnet particles are accelerated with high-pressure water to hit the material creating a residue of abrasive grit and eroded particles from the cut material. Eventually, this residual sludge settles to the catcher tank bottom and accumulates until it must be removed for disposal. Depending upon the material makeup of this sludge, different disposal constraints will be imposed by the various local and federal regulations. For example, when cutting toxic materials, such as lead or radioactive metals, appropriate measures for the safe disposal of this type of contaminated water and sludge must be rigidly followed. Always consult with your local utilities company about sewage or water treatment requirements and proper sludge disposal procedures.

When you cut aluminum, the small particles in the tank react with the water to generate hydrogen. Usually, hydrogen bubbles to the surface and escapes into the shop in harmless, low concentrations.

Take care that no ignition source (such as open flame or electrostatic discharge) is nearby the equipment.

Watch for hydrogen bubbles when machining aluminum. If you cut a lot of aluminum, you will create aluminum powder from the removed material. This powder will accumulate at the bottom of the tank along with your garnet. The aluminum then reacts with the water, releasing Hydrogen gas in the process. If you cut a lot of aluminum on a regular basis, then this is something to take into consideration.

Do not allow smoking near the machine. Take care that no ignition source (such as open flame or electrostatic discharge) is nearby the equipment. Do not store flammable materials near the equipment. Be especially careful when cutting materials that create sparks, such as titanium—these can ignite gases in the tank.

Required Tools

The following table contains a list of tools with the appropriate sizes that are needed to maintain the ProtoMAX. Tools listed with part numbers are included with the ProtoMAX or are available for purchase. Contact technical support for more information.

Additional tools needed to operate and maintain this equipment are in the applicable equipment guides.

Icon	Tool	Size(s)
	Safety glasses
	Open-end wrench	1/2 in, 5/8 in., 3/4 in., 13/16 in., 1 in., 10 mm, 17 mm, 19 mm
	Torque wrench	15–102 in-lb (2–12 N·m), 50–75 ft-lb (68–102 N·m)
	Crowfoot	5/8 in., 13/16 in., 1 in., 19 mm
	Allen wrench	1.5 mm, 3 mm, 4 mm, 5 mm
	Bucket	1 gal
	Funnel, wide mouth
	Shop rags
	Blue Goop® (P/N 302692)
	Acid brush
	Synthetic grease, electrical insulating (P/N 203996)
	Stand-off tool (P/N 317876)
	Screwdriver, flat	#2
	Filter wrench (P/N 208885)
	Grease, silicone (P/N 209100)	0.5 oz
	Gloves, safety
	Soft blow mallet
	Scrub brush
	Hex socket	3 mm, 4 mm, 5 mm
	Anti-seize compound
	Spray bottle
	Gloves, latex
	Grease syringe P/N 309325 (prefilled with 204248 grease, synthetic, molydisulfide, NLGI 1-1/2, jetlube)
	Grease gun (P/N 318411)
	Strainer
	Hand shovel
	Brush, long flexible handle
	Seal removal tool (P/N 316852)

Maintenance Schedule

The following maintenance activities and schedules are provided to aid in the development of a successful maintenance program. After any maintenance procedure, flush the high-pressure lines. Use the maintenance log to record all performed maintenance to ensure a clean and efficient abrasive waterjet system.

Task	Frequency	Reference
Pump maintenance
Change the crankcase oil	After the first 50 hours of operation	Change the Crankcase Oil
	Annually, at pump rebuild, or every 250 hours after the first oil change
Inspect the wet end	Periodically for evidence of leaking, contact technical support if leaking	Inspect the Pump Wet End
Inspect/replace the safety valve	When leaking	Correct Safety Valve Water Leaks Replace the Safety Valve
Water filtration maintenance
Change the water filter	When the filter gauge approaches 25 psi or lower while the pump is running	Change the Water Filter Cartridge and O-Ring
Inspect the filter housing O-ring	Periodically, replace every two years or if leaking	Change the Water Filter Cartridge and O-Ring
Table maintenance
Wash away garnet abrasive accumulation from equipment	Daily and as often as required to maintain a clean working environment	Remove the Accumulated Garnet Clean the Cutting Stage
Remove all garnet, sludge, and slugs from the tank bottom	Whenever garnet abrasive reaches the bottom of the garnet collection bins or when excessive water turbulence is noticed during cutting	Clean the Catcher Tank
Empty and clean the garnet bins	When the garnet bins are full or as garnet accumulates in the bins	Clean the Garnet Bins
Inspect and clean the lid	As needed to ensure visibility of the cutting stage	Clean the Lid
Inspect and clean the cable track	Periodically to prevent the build-up of garnet or other debris that would cause the cables or the track to wear	Clean the Cable Track
Clean the catcher tank filters and drains	As needed or when water flow is restricted, replace when worn, or water flow is restricted	Clean the Catcher Tank Filters and Drains
Clean the frame and side panels	As needed	Clean the Frame Clean the Side Panels
Inspect and replace individual slats	Rotate monthly or more frequently if needed; replace when excessively scored and no longer stable	Rotate or Replace the Slats
High-pressure lines and components	Replace if damaged or if continued leaking occurs; do not try to repair	Maintain the High-Pressure Lines and Components
Lubricate the X- and Y-axis lead screws and linear rails	Annually or if squeaking; inspect the lead screw for dirt or damage, inspect the linear rails for dirt or damage; clean and grease if need	Lubricate the Y-axis Lead Screw and Linear Rail Bearing Carriage Lubricate the X-axis Lead Screw and Linear Rail Bearing Carriages
Replace the electrical enclosure air filters	Approximately once per month, or more frequently if required based on shop conditions to maintain adequate airflow or temperature	Change the Electrical Control Enclosure Air Filter
Nozzle maintenance
Inspect the abrasive tubing	Before use, replace as needed	Replace the Abrasive Tubing
Clean the jewel orifice assembly and nozzle body	Once a week to prevent mineral buildup	Clean the Orifice and Nozzle Body
Change the nozzle filter and inspect, clean and replace the inlet body O-ring	After approximately 40 cutting hours or more frequently if needed	Replace the Nozzle Filter
Rotate or replace the nozzle mixing tube	Rotate 90 degrees (one-quarter turn) every 8 hours of cutting to even out wear; replace as needed	Rotate or Replace the Mixing Tube
Inspect and replace the nozzle splash guard	As needed when cracked, torn, or damaged	Rotate or Replace the Mixing Tube
PC Controller maintenance
Clean the keyboard	Daily or as needed	Per PC manufacturer instructions
Clean the monitor screen	As needed for sharp viewing	Per PC manufacturer instruction
Restart the laptop	Daily	Per PC manufacturer instruction
Update the ProtoMAX software	When OMAX releases updates	Download from the ProtoMAX website
Other as specified in the PC User's Manual (provided by the manufacturer	PC manufacturer-recommended	Per PC manufacturer instruction

Maintenance Log

Run Hours	Maintenance Performed	Done By	Date

6.

Disconnect the power cord from the electrical outlet.

7.

Turn OFF the water supply.

8.

Ensure there is no pressurized water in the high-pressure lines.

9.

Remove the side panels.

18.

Unlock the pump wheels and move the pump out from the machine.

1.

Disconnect the pump, see the Prepare the Pump for Maintenance section.

2.

Remove the pump cover.

3.

Place a rag between the pump crankcase drain plug (Figure 200) and the frame [3] to catch oil drips.

5.

Loosen or remove the oil filler port cap [2] (Figure 200).

10.

Replace the oil filler port cap [2] (Figure 200).

13.

Replace the pump cover.

14.

Reconnect the pump, see Place and Connect the Pump.

15.

Reconnect the high-pressure plumbing, see Connect the High-Pressure Plumbing.

16.

Reset the pump, see Reset the Pump.

17.

Replace the side panels, see Install the Side Panels.

Correct Safety Valve Water Leaks

The following identifies the source of possible water leaks in the safety valve and how to correct them.

Leak	Leak Description	Suspected Cause	Recommended Action
[1]	Leak from safety valve body weep holes	Seat to ceramic ball failure	Replace the Safety Valve
[2]	Leak from T-fitting weep holes	Seat failure	Replace the Safety Valve

Replacing the safety valve is required when leaking occurs during normal cutting operations.

2.

Remove the front and right side panels.

4.

Ensure there is no pressurized water in the high-pressure lines.

13.

Rotate the safety valve so that it is perpendicular to the floor.

16.

Apply a heavy coat of dielectric compound to the power cord plug [2] (Figure 219).

17.

Aline the notches [1] on the power cord plug and power connector [3], then push until the power cord plug seats in the power connector (Figure 219).

19.

Flush the high-pressure plumbing, see Flush the High-Pressure Plumbing.

20.

Reset the pump, see Reset the Pump.

21.

Install the nozzle, if removed, see Install the Nozzle, perform a nozzle test, and see Test the Nozzle.

22.

With the pump running at high pressure, carefully inspect the safety valve for signs of water leakage. Correct all leakage problems before continuing.

23.

Replace the side panels, see Install the Side Panels.

6.

Apply a heavy coat of dielectric compound to the power cord plug [2] (Figure 219).

7.

Aline the notches [1] on the power cord plug and power connector [3], then push until the power cord plug seats in the power connector (Figure 219).

1.

Open MAKE.

2.

Move the nozzle between two slats.

3.

Click Test.

4.

In Test Operations, select Reset Pump, and click Next.

5.

Click Start Test and check the high-pressure plumbing for leaks (the dialog box closes when the test is complete).

2.

Tilt and lift the filter cover out from the electrical control enclosure.

5.

Press the new filter into the receptacle.

6.

Reinstall the filter cover.

7.

Repeat the steps to change the filter on the other side of the machine.

2.

Disconnect the power cord from the electrical outlet.

3.

Turn OFF the water supply.

4.

Ensure there is no pressurized water in the high-pressure lines.

6.

Remove and discard the filter element.

7.

Wash and rinse the filter housing to remove all sediment and coatings from inside the filter housing.

8.

Inspect the filter housing O-ring [1] for damage and replace it if needed (Figure 242).

12.

Turn ON the water supply.

14.

Reset the pump to recalibrate the pump pressure.

15.

Verify the water pressure when the pump is running.

Rotate or Replace the Slats

In time, table slats can become scored with deep garnet abrasive waterjet cuts and become unable to provide stability and support required for precision cutting. See the Maintenance Schedule for the recommended frequency for this task.

When replacing a defective slat, inspect the slat comb for excessive wear and replaced them as needed. Worn slat combs allow the slats to rock back and forth, which can interfere with cutting precision.

1.

Open the lid and lock it in the upright position.

10.

Remove all badly worn slats.

14.

Remove the screws and t-nuts from the mounting plate.

a.

Rotate the t-nuts to align with the frame slot and tighten the t-nut bolt.

2.

Clean all high-pressure lines and components thoroughly before disassembly to remove all abrasive and debris.

3.

Turn OFF the water, if needed.

4.

Turn OFF the breaker power switch, if needed.

5.

Make sure there is no pressurized water in the high-pressure lines.

1.

Release any pressurized water from the high-pressure lines, see Prepare the High-Pressure Lines for Repair.

2.

Raise the Z-axis approximately 1 in. (3 cm).

4.

If replacing the high-pressure line, loosen and remove the high-pressure fitting that is on the end of the high-pressure line that extends out from the back of the machine. See Maintain the High-pressure Fittings for removal instructions.

9.

Place the slotted collet [2] on the nipple with the tapered end facing the gland nut [1] (Figure 271).

10.

Thread the collar [3] on to the nipple (Figure 271).

16.

Flush the high-pressure plumbing, see Flush the High-Pressure Plumbing.

17.

Reset the pump, see Reset the Pump.

18.

Install the nozzle, if removed, see Install the Nozzle, perform a nozzle test, and see Test the Nozzle.

1.

Thoroughly clean all high-pressure components before disassembly.

2.

Release any pressurized water from the high-pressure lines, see Prepare High-Pressure Lines for Repair.

8.

Place the slotted collet [2] on the nipple with the tapered end facing the gland nut [1] and thread the collar [3] on the nipple (Figure 95).

17.

Flush the high-pressure plumbing, see Flush the High-Pressure Plumbing.

18.

Reset the pump, see Reset the Pump.

19.

Install the nozzle, if removed, see Install the Nozzle, perform a nozzle test, and see Test the Nozzle.

1.

Thoroughly clean all high-pressure components before disassembly.

2.

Release any pressurized water from the high-pressure lines, see Prepare the High-Pressure Lines for Repair.

4.

Replace the component and reassemble high-pressure connections.

a.

Place the high-pressure line [2] in the conduit [1] (Figure 292).

7.

Flush the high-pressure plumbing, see Flush the High-Pressure Plumbing.

8.

Reset the pump, see Reset the Pump.

9.

Install the nozzle, if removed, see Install the Nozzle, perform a nozzle test, and see Test the Nozzle.

2.

Move the Z-axis to the middle of the cutting deck.

3.

Turn OFF the machine and close MAKE.

5.

Place a piece of cardboard on the cutting deck to keep components or tools from falling in the catcher tank.

11.

Slide the rear bellows [2] from the Y-axis carriage (Figure 301).

14.

Turn ON the machine and open MAKE.

15.

Using MAKE, move the Y-axis the full length of travel three times.

20.

Turn ON the machine, move the Z-axis forward until it reaches the hard stop.

22.

Identify if the lead screw support bracket configuration, then complete the applicable procedure.

2.

Pump grease into the linear rail bearing carriage until grease appears at any location along the edge of the carriage [1].

3.

Attach the Y-axis end cap and bellows, see Attach the Y-Axis End Cap and Bellows.

4.

Lubricate linear rail bearing carriage without a grease fitting:

c.

Pump grease into the linear rail bearing carriage until grease appears at any location along the edge of the carriage [1] (Figure 312).

5.

Move the Z-axis to the rear of the cutting deck.

7.

Attach the Y-axis end cap and bellows, see Attach the Y-Axis End Cap and Bellows.

2.

Move the Y-axis to the middle of the cutting deck.

3.

Turn OFF the machine, close MAKE, and close the front lid.

13.

Turn ON the machine, open MAKE, then move the X-axis to one side.

15.

Lubricate linear rail bearing carriages with a grease fitting:

a.

Attach the grease gun nipple to the grease fitting.

16.

Lubricate linear rail bearing carriages without a grease fitting:

c.

Pump the grease into the linear rail bearing carriage until it comes out the edges [1] (Figure 335).

18.

Secure with the clamp.

Keeping the ProtoMAX equipment clean and maintained is essential for long-term operation. Use care when cleaning the equipment because the particles used in abrasive waterjet machining are abrasive. The following instructions focus on best practices for cleaning the machine. A basic cleaning step is included as part of the equipment shutdown checklist, but cleaning the cutting deck area is recommended after cutting a part.

Abrasive waterjet cutting, by its nature, is a messy process. When cutting parts, abrasive in the jet stream erodes the material that is being cut. All of the water and particles create a sludge that builds up in and around the cutting area. Additionally, the mist from the cutting process accumulates on the inside of the cutting deck enclosure. Using the nozzle splash guard is a best practice for helping to keep the machine clean.

Used garnet abrasive by itself is not toxic and can be taken to a dump site or disposed of normally. However, if any hazardous materials were cut, the garnet abrasive waste becomes subject to several environmental regulations. Contact the local officials for proper disposal methods.

Clean the Garnet Bins

The garnet bins capture some of the spent particles introduced into the catcher tank during the cutting process. Particles settle into these bins rather than accumulate in the catcher tank. See the Maintenance Schedule for the recommended frequency for this task.

2.

Lower the water in the catcher tank to below the thumbscrews.

3.

Spray a strong stream of water on the thumbscrews to remove all debris.

5.

Rinse the garnet bins until clean.

6.

Replace the garnet bins and tighten the thumbscrew.

7.

Close the lid.

4.

Close the lid.

Clean the Cutting Stage

The cutting stage is where all of the components to support and cut the material are located, including the cutting deck, the X, Y, and Z-axes, and the nozzle. See the Maintenance Schedule for the recommended frequency for this task.

If cutting plastics or using the polymer cutting deck to support materials while cutting, plastic debris can accumulate on and around the cutting deck area. Excessive plastic debris can build up and clog the drain system.

4.

Close the lid.

3.

Inspect the cable track for damage and if damaged, contact technical support.

4.

Close the lid.

Clean the Catcher Tank Filters and Drains

The catcher tank has an adjustable drain and filter [1] and an overflow drain and filter [2] for maintaining the water level during operation. Each drain is equipped with a filter to keep garnet and other cutting debris in the catcher tank allowing the debris to accumulate in the garnet bins. See the Maintenance Schedule for the recommended frequency for this task.

1.

Open the lid and lock it in the upright position.

2.

Remove the filters from the adjustable drain pipe and overflow drain.

4.

Spray the filters with a strong stream of water to remove debris or replace if needed.

5.

Reinstall the filters.

6.

Close the lid.

1.

Move the Y-axis and Z-axis out of the way.

3.

Open the lid and lock it in the upright position.

4.

Remove the water from the catcher tank.

6.

Remove the slat or polymer cutting deck for easy access.

8.

Inspect catcher tank armor plating for excessive damage (deep wear spots or holes, worn or thin edges and corners), replace if needed.

11.

Fill the catcher tank with water.

12.

Close the lid.

1.

Remove the water from the catcher tank.

4.

Spray a strong stream of water through the drain pipe and elbow to rinse any debris or sludge from inside the components.

6.

Clean the outside of the flexible pipe and rinse.

7.

Replace the flexible pipe when joints are damaged or loose.

10.

Close the lid.

4.

Inspect and remove all debris from the drain ports.

6.

Reinstall the overflow drain hose to the push-to-connect fittings at the overflow port [2] and drain elbow [1] (Figure 364).

7.

Close the lid.

Remove a Drain Hose and Connection Clog

3.

Press on the center of the panel to secure it to the table frame.

4.

Repeat the steps to install the remaining panels.

5.

Insert the abrasive tube into the abrasive feed block [1] and the nozzle [2] (Figure 370).

6.

Close the lid.

7.

Perform a nozzle test, see Test the Nozzle.

The mixing tube is very brittle and easily broken if dropped or struck hard. The key to a long mixing tube life is maintaining a healthy orifice or jewel. Damage to mixing tubes caused by misaligned jets or a damaged jewel is not apparent when looking through the bore of the mixing tube. The size of the kerf and cutting performance are the best indicators of mixing tube wear. The kerf is the width of the cut made by the abrasive waterjet. With a 0.030 in. (0.762 mm) mixing tube, it can range from 0.015 in. (0.38 mm) to 0.060 in. (1.52 mm), depending on the nozzle, the thickness of the material, and the amount of wear on the mixing tube.

A clogged mixing tube is most frequently caused by using contaminated garnet abrasive. Because the opening in the mixing tube is small, even a small particle of dirt can clog it. Other potential causes of clogging include contaminated or wet garnet abrasive. Metal chips from other shop operations and paper from the garnet abrasive bag are two common sources of contamination. To clear a clogged mixing tube, see 401434-EN Operation, ProtoMAX.

Inspect the mixing tube inlet and outlet ends to see if it needs to be replaced (Figure 372). See the Maintenance Schedule for the recommended frequency for this task.

2.

Place a piece of cardboard or similar material on the cutting deck to keep the mixing tube from falling in the catcher tank.

4.

Clean and inspect the splash guard for damage, replace as needed.

7.

Close the lid.

8.

Perform a nozzle test, see Test the Nozzle.

4.

Submerge the orifice and nozzle body into an ultrasonic cleaner filled with white vinegar.

5.

Run the ultrasonic cleaner for 3–5 minutes or until clean.

6.

Rinse the orifice and nozzle body with clean water.

10.

Clean the nozzle and orifice assemblies. See Clean the Orifice and Nozzle Body for recommended cleaning procedures.

15.

Close the lid.

17.

Close the lid.

18.

Reset the pump, see Reset the Pump.

19.

Perform a nozzle test, see Test the Nozzle.

2.

Thoroughly clean the high-pressure line and components before disassembly.

3.

Place cardboard or similar material onto the cutting deck to prevent injury from sharp slats and tools/parts from dropping into the tank.

9.

Clean and inspect the O-ring [1] for damage, replaced it as needed (Figure 391).

15.

Clean the nozzle and orifice assemblies. See Clean the Orifice and Nozzle Body for recommended cleaning procedures.

20.

Close the lid.

21.

Perform a nozzle test, see Test the Nozzle.

4.

Open the main water source, if needed.

11.

Click Close when the flush is complete.

12.

Wipe off the inlet body threads and the bottom surface of the inlet body before installing the filter and nozzle assembly.

2.

Place a piece of cardboard or other material on top of the slats to keep small parts from falling into the tank.

7.

Clean the nozzle and orifice assemblies. See Clean the Orifice and Nozzle Body for recommended cleaning procedures.

g.

Click Close when the test is complete.

2.

Conduct a nozzle test with abrasive.

Technical Support

Refer to the ProtoMAX website for technical support contact information.

Warranty

Contact Customer Support or go to the ProtoMAX website.