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Eastwood Technical Assistance: 800.544.5118  >>  techelp@eastwood.com

To order parts and supplies: 800.345.1178  >>  eastwood.com 

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SPECIFICATIONS

TANK VOLUME

#51117

 

5 gallons/50-lbs. abrasive media

#51118

 

10 gallons/100-lbs. abrasive media

#51119

 

20 gallons/200-lbs. abrasive media

Hose Length (all)

 

8 ft. x 1/2" I.D.

Working Pressure (all)

 60-125 psi

AIR & ABRASIVE MEDIA SUPPLY REQUIREMENTS

Hose I.D.

Hose Length

Nozzle I.D.

CFM @ 90 psi

Abrasive Use/Hr

3/8"

50 ft.

2mm

10

30-lbs.

3/8"

25 ft.

2.5mm

12

80-lbs.

1/2"

50 ft.

3mm

16

120-lbs.

3/4"

25 ft.

3.5mm

20

150-lbs.

2. 

The second most common problem encountered with Abrasive Blasting is clumping and caking of media due to media  

contamination due to moisture and/or large particle contamination.  

 

This can occur in the Abrasive Flow Manifold located at the underside Tank outlet, in the Nozzle or in the Tank. 

 

Remove source of moisture contamination.

  

  Drain water trap frequently during use. Do not allow moisture to fill more than 1/2 the water trap bowl.  

  Do not leave water standing in water trap when done blasting. 

 

Removal of moisture or particle contaminated media from the Tank may be necessary. To do so:

 

•  Close the Abrasive Flow Valve. 

•  Release pressure on the Safety Trigger. 

•  Close the Throttling Valve and the Air Supply Valve. 

•  Disconnect air supply hose from abrasive blaster. 

•  Press the Safety Trigger until air stops flowing and Pressure Gauge reads “0". 

•  Open and remove Inlet Fill Cap. 

•  Invert blaster and shake out contaminated media. 

•  Refill Tank. The use of an Eastwood #22022 Blast Media Screen Sifter or a #50417 Abrasive Media Funnel Strainer is  

  highly recommended to help avoid possible media clogging. 

 

To clear Nozzle:

 

•  Close the Abrasive Flow Valve. 

•  Release pressure on the Safety Trigger. 

•  Close the Throttling Valve and the Air Supply Valve. 

•  Disconnect air supply hose from abrasive blaster. 

•  Press the Safety Trigger until air stops flowing and Pressure Gauge reads “0". 

•  Remove Nozzle and clear clog with a piece of wire or suitable object. 

•  Replace Nozzle and “retune” the blaster for optimal flow. 

 

To clear Abrasive Flow Manifold at Tank Outlet:

 

•  Close the Throttling Valve. This will divert full pressure to the Tank. 

•  Release pressure on the Safety Trigger. This will discharge a slow, soft stream of blast media. 

•  Reopen the Throttling Valve and “retune” the blaster for optimal flow. 

 

To clear Abrasive Flow Manifold at Flow Port:

 

•  Close the Abrasive Flow Valve. This will divert full pressure to the Flow Hose and Abrasive Hose. 

•  Release pressure on the Safety Trigger. This will discharge a rapid, thin stream of blast media. 

•  Reopen the Abrasive Flow Manifold and “retune” the blaster for optimal flow. 

 

If the above steps fail to clear the clog:

 

•  Close the Abrasive Flow Valve. 

•  Release pressure on the Safety Trigger. 

•  Close the Throttling Valve and the Air Supply Valve. 

•  Disconnect air supply hose from abrasive blaster. 

•  Press the Safety Trigger until air stops flowing and Pressure Gauge reads “0". 

•  Open and remove Inlet Fill Cap. 

•  Invert blaster and shake out contaminated media.

PARTS LIST

(1)  Tank Assembly with pre-installed Outlet Manifold, Inlet Hose, Pressure Relief Valve and Fill Cap with Seal Ring
(1)  Left and Right Handle Bars with Handgrips (Two Pieces in #’s 51117 & 51118, One Piece in #51119)
(1)  Blast Hood
(1) Funnel
(1)  Inlet Manifold and Moisture Separator Assembly
(1)  Air Inlet Tube
(1)  Pressure Gauge
(1)  Air Inlet Valve
(1)  Roll of Pipe Thread Tape
(1)  1/4" Female Quick Connect Fitting
(1)  Blast Hose and Safety Valve/Nozzle Assembly (Inc. 2mm Nozzle)
(3)  Additional Nozzles (2mm, 2.5mm & 5mm)
(4)  6mm x 1-3/8" (35mm) Long Screws
(4)  6mm Nuts
(4)  6mm Washers
(1)  Front Support Leg
(1) Axle
(2) Wheels
(3)  1/2" x 1/4" Axle Washers
(3)  1-1/2" x 1/8" Cotter Pins
(1)  Replacement 2-1/8" x 1-3/4" x 3/16" Fill Cap Seal Ring
(1)  Replacement 11/16" x 3/8" Nozzle Seal Ring 
(1)  Instructions (#51116Q)

Summary of Contents for 51117

Page 1: ...PA 19464 USA US and Canada 800 345 1178 Outside US 610 718 8335 Fax 610 323 6268 eastwood com ACCESSORIES 22022 Abrasive Sifter Screen 11 50417 Abrasive Media Funnel Strainer 8 12123 Blast Nozzle Sealing Pads 3 Pack 51556 2mm Blast Nozzle 3 Pack 12111 2 5mm Blast Nozzle 3 Pack 12112 3mm Blast Nozzle 3 Pack 51557 3 5mm Blast Nozzle 3 Pack 11780 Replacement Safety Trigger Assembly Deadman Valve 1379...

Page 2: ... blast media par ticles have been known to cause cancer and other deadly diseases and must be avoided Always wear your blast hood NIOSH approved respiratory protection ANSI approved safety glasses and heavy duty canvas gloves when operating this equipment In addition levels of hazardous materials such as lead zinc chromate etc may be present in coatings being removed Additional protection may be r...

Page 3: ...90 psi DO NOT exceed 125 psi The safety valve is set to release at 125 psi If the safety valve releases stop all work immediately and release pressure from the tank see Releasing Pressure from the Tank section 3 The third most common cause of unsatisfactory Abrasive Blaster performance is insufficient CFM flow CFM Cubic Feet per Minute This is based on compressor output and is listed on all compre...

Page 4: ...nnect air supply hose from abrasive blaster Press the Safety Trigger until air stops flowing and Pressure Gauge reads 0 Remove Nozzle and clear clog with a piece of wire or suitable object Replace Nozzle and retune the blaster for optimal flow To clear Abrasive Flow Manifold at Tank Outlet Close the Throttling Valve This will divert full pressure to the Tank Release pressure on the Safety Trigger ...

Page 5: ...mbination of two adjustments Throttling Valve and Abrasive Control Valve which will vary widely with different media air supply and atmospheric conditions It is necessary to follow this tuning procedure at the beginning of every blasting job NOTE Operating the blaster with all valves wide open will result in decreased performance and effectiveness Too much air flow not enough media will result in ...

Page 6: ...e replaced immediately if its side walls develop leaks or show blisters in the surface Do not use if any of these problems are present NOZZLE REPLACEMENT 1 Disconnect air supply to Blaster 2 Release pressure in accordance to the Releasing Pressure from the Tank section above 3 While holding the Safety Trigger against spring pressure in the open position unthread the knurled Nozzle Retaining Collar...

Page 7: ...w this tuning procedure at the beginning of every blasting job NOTE Operating the blaster with all valves wide open will result in decreased performance and effectiveness Too much air flow not enough media will result in a high velocity but ineffective stream Too much media not enough air flow will result in a soft weak blast stream a Adjust air pressure with the Throttling Valve The Throttling Va...

Page 8: ...s not pressurized and the air gauge reads 0 To release the pressure from the Tank depress Nozzle Safety Trigger until air stops 2 Close the Air Supply Valve 3 Remove the Filler Cap 4 Using the included Funnel pour the selected abrasive media into the tank Eastwood 13792 Aluminum Oxide 90 Grit Abrasive Media is recommended for best performance CAUTION Do not fill the tank more than 3 4 full The use...

Page 9: ...s not pressurized and the air gauge reads 0 To release the pressure from the Tank depress Nozzle Safety Trigger until air stops 2 Close the Air Supply Valve 3 Remove the Filler Cap 4 Using the included Funnel pour the selected abrasive media into the tank Eastwood 13792 Aluminum Oxide 90 Grit Abrasive Media is recommended for best performance CAUTION Do not fill the tank more than 3 4 full The use...

Page 10: ...w this tuning procedure at the beginning of every blasting job NOTE Operating the blaster with all valves wide open will result in decreased performance and effectiveness Too much air flow not enough media will result in a high velocity but ineffective stream Too much media not enough air flow will result in a soft weak blast stream a Adjust air pressure with the Throttling Valve The Throttling Va...

Page 11: ...e replaced immediately if its side walls develop leaks or show blisters in the surface Do not use if any of these problems are present NOZZLE REPLACEMENT 1 Disconnect air supply to Blaster 2 Release pressure in accordance to the Releasing Pressure from the Tank section above 3 While holding the Safety Trigger against spring pressure in the open position unthread the knurled Nozzle Retaining Collar...

Page 12: ...mbination of two adjustments Throttling Valve and Abrasive Control Valve which will vary widely with different media air supply and atmospheric conditions It is necessary to follow this tuning procedure at the beginning of every blasting job NOTE Operating the blaster with all valves wide open will result in decreased performance and effectiveness Too much air flow not enough media will result in ...

Page 13: ...nnect air supply hose from abrasive blaster Press the Safety Trigger until air stops flowing and Pressure Gauge reads 0 Remove Nozzle and clear clog with a piece of wire or suitable object Replace Nozzle and retune the blaster for optimal flow To clear Abrasive Flow Manifold at Tank Outlet Close the Throttling Valve This will divert full pressure to the Tank Release pressure on the Safety Trigger ...

Page 14: ...90 psi DO NOT exceed 125 psi The safety valve is set to release at 125 psi If the safety valve releases stop all work immediately and release pressure from the tank see Releasing Pressure from the Tank section 3 The third most common cause of unsatisfactory Abrasive Blaster performance is insufficient CFM flow CFM Cubic Feet per Minute This is based on compressor output and is listed on all compre...

Page 15: ... blast media par ticles have been known to cause cancer and other deadly diseases and must be avoided Always wear your blast hood NIOSH approved respiratory protection ANSI approved safety glasses and heavy duty canvas gloves when operating this equipment In addition levels of hazardous materials such as lead zinc chromate etc may be present in coatings being removed Additional protection may be r...

Page 16: ...PA 19464 USA US and Canada 800 345 1178 Outside US 610 718 8335 Fax 610 323 6268 eastwood com ACCESSORIES 22022 Abrasive Sifter Screen 11 50417 Abrasive Media Funnel Strainer 8 12123 Blast Nozzle Sealing Pads 3 Pack 51556 2mm Blast Nozzle 3 Pack 12111 2 5mm Blast Nozzle 3 Pack 12112 3mm Blast Nozzle 3 Pack 51557 3 5mm Blast Nozzle 3 Pack 11780 Replacement Safety Trigger Assembly Deadman Valve 1379...

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