Instructions - Parts Fusion ™ CS 312666R EN Plural Component, Impingement Mix Air Purge Spray Gun with ClearShot Liquid Technology. For professional use only. For use with non-flammable foam and polyurea. Not for use in explosive atmospheres. 3500 psi (24.5 MPa, 245 bar) Maximum Fluid Working Pressure 80-130 psi (0.56-0.9 MPa, 5.6-9.0 bar) Air Inlet Pressure Range 200° F (94° C) Maximum Fluid Temperature Important Safety Instructions Read all warnings and instructions in this manual.
Contents Related Manuals . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 Models/Mix Chamber Selection Guide . . . . . . . . . 3 Round Pattern Guns . . . . . . . . . . . . . . . . . . . . . . 3 Flat Pattern Guns . . . . . . . . . . . . . . . . . . . . . . . . 4 Wide Round Pattern Gun . . . . . . . . . . . . . . . . . . 5 Warnings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6 Overall View . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 ClearShot Liquid . . . . . .
Related Manuals Related Manuals The following manuals are for accessories used with the Fusion CS spray gun. Visit www.graco.com for the most current manual revisions.
Models/Mix Chamber Selection Guide Models/Mix Chamber Selection Guide Round Pattern Guns Mix Chamber Part Impingement Port Size in. (mm) Equivalent Size Seal Material CS20RD, B RD2020 0.020 (0.50) -000 SST CS00RD, B RD0000 0.029 (0.70) -00 SST CS01RD, B RD0101 0.042 (1.00) -01 SST CS02RD, B RD0202 0.052 (1.30) -02 SST CS03RD, B RD0303 0.060 (1.50) -03 SST * To calculate flow in lb/min, multiply gpm rate by 10. Example: 2 gpm x 10 = 20 lb/min.
Models/Mix Chamber Selection Guide Flat Pattern Guns Mix Chamber Flat Tip Gun Part, Series Part Impingement Port Size in. (mm) Equivalent Size Part Pattern Size in. (mm) Orifice Size in. (mm) CS20F1, B FL2020 0.020 (0.50) -000 FT0424 8-10 (203-254) 0.024 (0.61) CS20F2, B FL2020 0.020 (0.50) -000 FT0438 8-10 (203-254) 0.038 (0.97) CS00F1, B FL0000 0.029 (0.70) -00 FT0424 8-10 (203-254) 0.024 (0.61) CS00F2, B FL0000 0.029 (0.70) -00 FT0438 8-10 (203-254) 0.038 (0.
Models/Mix Chamber Selection Guide * To calculate flow in lb/min, multiply gpm rate by 10. Example: 2 gpm x 10 = 20 lb/min. FLOW RATE in gpm (lpm)* 3.0 (11.4) 2.25 (8.55) 2 FL0 02 FT with XX4 h FT 1 wit 8 tip XX38 tip 0 FL 0 1 8 tip FTXX3 0 with FL000 1.5 (5.7) FTX FL2020 with 0.75 (2.85) X24 tip 0 500 (3.5, 35) 1000 (6.9, 69) 1500 (10.3, 103) 2000 2500 (13.8, 138) (17.4, 172.4) 3000 (20.7, 207) 3500 (24.
Warnings Warnings The following warnings are for the setup, use, grounding, maintenance, and repair of this equipment. The exclamation point symbol alerts you to a general warning and the hazard symbol refers to procedure-specific risk. Refer back to these warnings. Additional, product-specific warnings may be found throughout the body of this manual where applicable.
Warnings WARNING FIRE AND EXPLOSION HAZARD Flammable fumes, such as solvent and paint fumes, in work area can ignite or explode. To help prevent fire and explosion: • Use equipment only in well ventilated area. • Eliminate all ignition sources; such as pilot lights, cigarettes, portable electric lamps, and plastic drop cloths (potential static arc). • Keep work area free of debris, including solvent, rags and gasoline.
Overall View Overall View G U L F X D C V N S A M Y P W T E H TI11324a R FIG.
ClearShot Liquid ClearShot Liquid begin to gel, increasing in viscosity. If used, this partially cured ISO will reduce performance and the life of all wetted parts. The amount of film formation and rate of crystallization varies depending on the blend of ISO, the humidity, and the temperature. Read material MSDS to know specific hazards and precautions related to ClearShot Liquid.
Keep Components A and B Separate Keep Components A and B Separate CAUTION To prevent cross-contamination of the equipment’s wetted parts, never interchange component A (isocyanate) and component B (resin) parts. The gun is shipped with the A side on the left. The fluid manifold, fluid housing, side seal assembly, check valve cartridge, and mix chamber are marked on the A side.
Grounding Grounding Disengage To disengage piston safety lock, push knob in and turn counterclockwise until it pops out. There will be a gap between knob and gun body. Check your local electrical code and proportioner manual for detailed grounding instructions. Ground the spray gun through connection to a Graco-approved grounded fluid supply hose. Piston Safety Lock Engage piston safety lock whenever you stop spraying to avoid accidental triggering. Disengaged TI12240a FIG.
Remove Front Cover Remove Front Cover Loss of Air Pressure In event of loss of air pressure, gun will continue to spray. To shut off gun, do one of the following: 1. Follow Pressure Relief Procedure, page 17. • Push in piston safety lock, see page 12. • Close fluid valves A and B. 2. Ensure fluid valves A and B are closed before turning front cover retainer (C). C A A TI11327a TI11327a FIG. 5 FIG.
Setup Setup 1. Close fluid valves A and B. c. Close fluid valves and retighten fluid manifold check valves. TI11328a FIG. 6 2. Connect A (ISO) and B (RESIN) fluid hoses to fluid manifold. TI11337a FIG. 8 4. Engage piston safety lock, page 12. 5. Install ClearShot Liquid cartridge. See ClearShot Liquid Cartridge Installation/Removal , page 23. TI11329a FIG. 7 3. Purge air from fluid lines using feed pump pressure only (less than 500 psi (3.5 MPa, 35 bar)). a. Ensure fluid valves are closed.
Setup 9. Disengage piston safety lock, page 12. 14. Disengage piston safety lock, page 12. TI12240a TI12240a FIG. 10 FIG. 13 10. Trigger gun to check for full mix chamber travel and to prime ClearShot Liquid dosing pump. See ClearShot Liquid Cartridge Installation/Removal, page 23. 15. Test spray onto cardboard. Adjust pressure and temperature to get desired results. 11. Engage piston safety lock, page 12. TI11334a FIG. 14 TI11326a FIG. 11 12. Turn on proportioner. 13.
Shutdown Shutdown Overnight Shutdown 3. Unscrew and remove front cover retainer (C). Remove front cover (U). 1. Follow Pressure Relief Procedure, page 17. 2. Leave air turned on and gun detriggered. Grease gun daily to prevent two-component curing and keep fluid passages clean. Purge air carries grease mist through air chamber (AC), impingement ports (IP), and out mix chamber nozzle (N), coating all surfaces. Use Graco 117773 grease. 4. Using grease gun, dispense a half shot of grease into fitting (G).
Pressure Relief Procedure Pressure Relief Procedure 1. Engage piston safety lock, page 12. TI12240a FIG. 19 4. Trigger gun onto cardboard or into waste container to relieve pressure. TI11326a FIG. 17 CAUTION Air supply is required for gun actuation. Do not disconnect gun air supply until fluid pressure is relieved. 2. Close fluid valves A and B. Leave air valve (W) open. TI11336a FIG. 20 5. Engage piston safety lock, page 12. W Fluid in the hose and proportioner is still under pressure.
Optional Hose Position Optional Hose Position Fluid inlet swivel fittings point to rear. If desired, these positions can be changed so hoses point downward. CAUTION To prevent cross-contamination of gun’s wetted parts, do not interchange A component (isocyanate) and B component (resin) parts. 4. Apply thread sealant to plugs (1e), elbows (35), and male threads of fluid valve assemblies. Install elbows (35) in optional inlets, facing down. Install fluid valve assemblies in elbows.
Flat Spray Tips Flat Spray Tips 1. Follow Pressure Relief Procedure, page 17. 2. Unscrew and remove front cover retainer (C). 3. Remove front cover (U) and o-ring (2b). Inspect o-ring. c. Assemble o-ring (47), tip (21), and tip retainer (46) to front of mix chamber (14). 8. Reposition tip horizontally or vertically, or install different tip size. 4. Remove tip retainer (46) and tip (21). Inspect o-ring (47). 5. Remove fluid housing (F). Loosen A and B side seals.
Variable Flow Variable Flow Operation The variable flow feature is designed to provide immediate adjustment between a full flow pattern (determined by mix chamber size) and a user defined reduced flow pattern. Change Variable Flow Adjustment Knob 1. Turn air valve (W) OFF. 2. Turn flow selector knob to variable flow position. See FIG. 27. OFF Safety Stop/Flow Selector Knob Variable Flow Adjustment Knob FIG.
Variable Flow 3. To increase variable flow: push in and turn variable flow knob counterclockwise. To decrease variable flow: push in and turn variable flow knob clockwise. 4. Turn air valve ON, and open fluid valves. Verify that flow selector knob is set to the variable flow position. See FIG. 27. 5. Test spray pattern on cardboard. Repeat steps 1 through 6 until desired spray pattern is reached. Variable Flow Adjustment Knob TI11344a FIG. 28 TI11334a FIG.
Variable Flow 22 312666R
ClearShot Liquid Cartridge Installation/Removal ClearShot Liquid Cartridge Installation/Removal If ClearShot Liquid cartridge removal or installation is difficult, lubricate cartridge o-rings and/or cartridge bore with a few drops of ClearShot Liquid. Water-based lubricants can be used as well. 3. Insert cartridge into gun handle. Ensure cartridge tabs are aligned correctly with cartridge tab recesses in gun handle. Do not use Fusion grease or other petroleum- or vegetable-based lubricants.
ClearShot Liquid Cartridge Installation/Removal Removal Troubleshooting 1. Follow Pressure Relief Procedure, page 17. For ClearShot Liquid cartridge troubleshooting, see Troubleshooting on page 31. 2. Turn air valve (W) OFF. 3. Push in and turn cartridge 1/4 turn counterclockwise (viewed from bottom). TI11338a FIG. 33 4. Pull cartridge out of gun handle. TI11339a FIG.
Maintenance Maintenance Supplied Tool Kit As Needed • Hex Nut Driver; 5/16 1. Clean Outside of Gun, page 26. • Screwdriver; 1/8 blade 2. Clean Mix Chamber Nozzle, page 28, a minimum of once a day. • Nozzle Drill Bit; various sizes depending on nozzle size. See Table 1. 3. Clean Breather Plug, page 26. • Impingement Port Drill Bit; various sizes depending on port size. See Table 3. 4. Clean Fluid Manifold, page 27. 117661 Pin Vise; dual reversible chucks 6. Clean Impingement Ports, page 29.
Maintenance Flush Gun Clean Outside of Gun Wipe off outside of gun with compatible solvent. Use N-Methylpyrrolidone (NMP), Dynasolve CU-6, Dzolv, or an equivalent to soften cured material. 1. Follow Pressure Relief Procedure, page 17. 2. Flush with compatible solvent into a grounded metal pail, holding a metal part of fluid manifold firmly to side of pail. Use lowest possible fluid pressure when flushing. 3. Follow Pressure Relief Procedure, page 17.
Maintenance Clean Fluid Manifold 3. Remove fluid screens by unthreading them from fluid manifold. Clean fluid manifold fluid ports with compatible solvent and brush whenever removed from gun. Do not damage the internal sealing surfaces. Fill fluid ports with grease if left exposed, to seal out moisture. CAUTION To prevent cross-contamination of the check valves, do not interchange A component and B component parts. The A component check valve is marked with an A. Fluid Ports 4.
Maintenance Clean Mix Chamber Nozzle 1. Engage piston safety lock, page 12. 2. Refer to Table 1. Also see identification chart under Drill Bit Kits, page 53. Use appropriate size drill bit to clean mix chamber nozzle (N). N TI11326a FIG. 39 TI12090a FIG. 40 Table 1: Nozzle Drill Bit Sizes Round Spray 28 Flat Spray Mix Chamber Drill Size in. (mm) Mix Chamber Drill Size in. (mm) RD2020 #58, .042 (1.00) FL2020 3/32, .094 (2.35) RD0000 #55, .052 (1.30) FL0000 3/32, .094 (2.
Maintenance Clean Passages Clean Impingement Ports If necessary, clean out passages in fluid housing and handle with drill bits. All drill bits are available in an accessory kit. Order kit 256526 for ClearShot Handle Drill Kit; see Accessories, page 55. 1. Follow Pressure Relief Procedure, page 17. 2. Disconnect air (D) and remove fluid manifold (M). M D TI11330a FIG. 41 3. Flush Gun, page 26. If gun will not flush, see Mix Chamber and Side Seal Assemblies, page 38. 4. Remove Front End, page 36.
Maintenance 5. Loosen A and B side seals two turns. 6. Pull out mix chamber from back of fluid housing. See Table 2 for appropriate size drill to clean ports. Also see identification chart under Drill Bit Kits, page 53. Some mix chambers have counter bored holes and require two drill sizes to clean impingement ports completely. Impingement Port TI12097a Table 2: Impingement Port Drill Bit Sizes Mix Chamber Impingement Port (IP) Drill Bit Size in. (mm) Counter-bore (CB) Drill Bit Size in.
Troubleshooting Troubleshooting 1. Follow Pressure Relief Procedure, page 17, before checking or repairing gun. 2. Check all possible problems and causes before disassembling gun. PROBLEM Gun does not fully actuate when triggered. CAUTION To prevent cross-contamination of gun’s wetted parts, do not interchange A component (isocyanate) and B component (resin) parts. CAUSE Safety lock engaged. Plugged breather plug (9). Damaged air valve o-rings (15).
Troubleshooting PROBLEM CAUSE Leakage between flat tip and mix Tip not seated properly. chamber. Damaged/missing o-ring (47). Pressure imbalance. Plugged impingement ports. Plugged check valves (44, 45). Viscosities not equal. Plugged fluid screens. A and/or B fluid in gun air section. Damaged side seals (42, 43). Damaged mix chamber (14). Fluid mist from mix chamber. Damaged side seal o-rings (42d, 42e). Tightened flat tip retainer with fluid valves (1b) open. Damaged side seals (42, 43).
Troubleshooting PROBLEM Steady air leakage from muffler. CAUSE Damaged air valve o-rings (4d). Damaged piston o-rings (4a, 4c). Air leakage from front air valve. Damaged air valve o-rings (4d). Air leak between handle and fluid Damaged o-ring (2c or 2d). housing Cannot tighten front cover retainer Installing round mix chamber front (20) until it bottoms out. cover on a flat tip gun. SOLUTION Replace. See Air Valve, page 43. Replace. See Piston, page 42. Replace. See Air Valve, page 43. Replace.
Theory of Operation Theory of Operation Gun Triggered (Fluid Spraying) Gun Detriggered (Air Purging) Mix chamber (14) moves back, shutting off purge air flow. Impingement ports (IP) align with fluid ports of side seals (42, 43), allowing fluid to flow through mix chamber nozzle (N). Mix chamber (14) moves forward, shutting off fluid flow. Impingement ports (IP) open to air chamber (AC), allowing purge air to flow through mix chamber nozzle (N). Flow paths are not shown to scale, for clarity.
Theory of Operation Cutaway View 3 2 (Fluid Housing Assy.; see page 44) 4 (Piston Assy.; see page 44) 14 19 20 45 42 13 6 16 15 44 15 17 5 23 9 1 (Hose Manifold Assy.
Repair Repair Tools Required 4. Unscrew and remove front cover retainer (C). Tools required to complete gun repair procedures: 5. Remove front cover (U). • • • adjustable wrench flat head screwdriver (included) 5/16 hex nut driver (included) U 2b C Lubrication See page 55 to order lubricant. Liberally lubricate all o-rings, seals, and threads. TI12092a Do not lubricate o-ring, seals, and threads on ClearShot Liquid cartridge. Remove Front End Proper attachment of front end is critical.
Repair Attach Front End 4. Turn fluid housing 1/4 turn clockwise to engage slots. Proper attachment of front end is critical. Do not operate gun if front end is loose or not snug against handle. 1. Engage piston safety lock, page 12. TI12094a FIG. 47 5. Replace front cover (U). 6. Screw on front cover retainer (C). TI11326a F FIG. 45 U 2. Liberally lubricate o-rings (2c, 2d) and reassemble on fluid housing. Insert keyed end of mix chamber (14) in socket of piston assembly (4).
Repair Mix Chamber and Side Seal Assemblies See Models/Mix Chamber Selection Guide, page 4, for available mix chamber sizes. 1. Follow Pressure Relief Procedure, page 17. 2. Remove fluid manifold (M). Leave air connected. 5. Remove Front End, page 36. CAUTION To prevent cross-contamination of side seal assemblies, do not interchange A component and B component parts. The A component assembly is marked with an A. 6. Use hex nut driver to remove side seal assemblies (42, 43).
Repair 8. Apply thin coat of lubricant to mix chamber (14). Install mix chamber. Etched A and notch must be on same side as A on fluid housing. Mix chamber is keyed to fit in fluid housing. 11. Line up tabs on seal (42c) and seal housing (42a); insert seal into housing. Push down on seal and turn to lock in place. Line up tabs 14 B { 42d 42c A 42b TI12097b FIG. 52 42e 42a TI12098b FIG.
Repair 12. Check for proper spring (42b) operation, and that the seal (42c) rotates slightly in the seal housing (42a) detents. 13. Liberally lubricate and reinstall side seal assemblies (42, 43). Use hex nut driver to tighten. When the seal is installed correctly the spring will be flexible and all four cross holes of the seal will be completely visible. See FIG. 54 for an example of the correct and incorrect seal installation. 2a B A 43 Correct Seal Installation Cross Hole F 42 TI12096b FIG.
Repair Check Valves 5. Use hex nut driver to remove check valves (44, 45). 1. Follow Pressure Relief Procedure, page 17. 6. Disassemble check valves using a flat head screwdriver. 2. Remove fluid manifold (M). Leave air connected. Clean Fluid Manifold, page 27. 44e M FIG. 58 . TI12095a FIG. 56 3. Flush gun to remove residual A and B components. See Flush Gun, page 26. Follow Pressure Relief Procedure, page 17. 4. Disconnect air (D).
Repair 8. Liberally lubricate o-rings (44e, 44f) and carefully reinstall in fluid housing (F). Use hex nut driver to tighten. 5. Push piston shaft to remove piston (4b). Inspect piston o-ring (4c) and shaft o-rings (4a). 9. Attach fluid manifold (M). Connect air (D). Return gun to service. 4b 4c Piston 4a 1. Follow Pressure Relief Procedure, page 17 2. Disconnect air (D) and remove fluid manifold (M). TI12101a FIG. 62 6. Remove dosing piston. a.
Repair 11. Reinstall piston. Shaft is keyed for proper assembly. Push firmly to seat piston. 2. Disconnect air (D) and remove fluid manifold (M). M D TI12102a FIG. 63 12. Install variable flow adjustment knob (X). TI11330a FIG. 65 3. Unscrew air valve plug (13) and remove spring (16). Using a small diameter tool, push spool (17) out from front. Inspect all five o-rings (15). X TI12100a } FIG. 64 } 13 16 13. Attach Front End, page 37. 15 14. Attach fluid manifold (M). 15.
Parts Parts Seal Assembly (42) Detail 42d 42c 3 1 3a 42b 1 4d, 4e, 4f 1 Apply light coating of Fusion grease (31). 2 Apply sealant to threads. 3 Torque to 20-30 in-lb (2.3-3.4 N•m). 4 Torque to 35-40 in-lb (4.0-4.5 N•m).
Parts Parts Ref. Part 1 256466 1a 1b✓ 256462 1c† 256462 1d 1e 1f 1g 1h‡ 1j‡ 1k 2 15B221 100139 117634 117635 256460 256459 15U395 256457 2a 2b✓ 2c✓ 2d✓ 2f 100846 248648 256773 248132 3 256456 3a✓ 256774 3b 257426 3c 257425 4 256454 4a✓ 256772 4b 4c✓ 256775 4d 4e 257424 4f 4g 257426 121642 312666R Description MANIFOLD, hose, assy.
Parts Ref. 40 41 42 42a 42b 42c❄ 42d✓ 42e✓ 43† 43a 43b 43c❄ 43d✓ 43e✓ 44◆ 44a 44b 44c 44d 44e✓ 44f✓ 45◆† 45a 45b 45c 45d 45e✓ 45f✓ 46✠ 47✠ ✿ 49 50 46 Part Description Qty. 256641 MANIFOLD, flush; includes 1 1d, 49, and 50.
Parts Wide and Round Pattern Models Varying Parts Table Reference Number Model CS00WD CS01WD CS02WD CS03WD CS22WD CS01RD CS02RD CS03RD CS20RD CS00RD 14 25 26 Order Kit WD0000 Order Kit WD0101 Order Kit WD0202 Order Kit WD0303 Order Kit WD2222 Order Kit RD0101 Order Kit RD0202 Order Kit RD0303 Order Kit RD2020 Order Kit RD0000 27 Convert Round Pattern to Flat Pattern To convert a round pattern gun to a flat pattern gun, order the following parts. Ref. 14 20 21 46 Part FLxxxx Description Qty.
Parts Detail Views 2-Hose Fluid Manifold (1) Detail 1h ‡ 1f 3 Flat Pattern Detail 14 1g 47 46 21 3 1a 1k TI12106a 1 3 1j ‡ 1b 1e 3 Supplied Tools 1d TI12107a Flush Manifold Detail 36 25-27 37 TI3870a 3 Fluid Inlet Cover Detail 49 40 50 3 1d TI12108a 41 1d 1 Apply lubricant to seals. 3 Apply sealant to threads.
Parts Mix Chamber Kits Round Pattern Mix Chamber Kits Mix Chamber Kit (includes drill bits) Pattern Diameter at 24 in. (609.6 mm) to target in (mm) Nozzle Orifice Size RD2020 5 (127) 0.042 RD0000 8 (203) RD0101 Nozzle Drill Bit Size, in. (mm) Impingement Port Size Impingement Port Drill Bit Size, in. (mm) #58 (1.00) 0.020 0.052 #55 (1.30) 11 (279) 0.060 RD0202 12 (305) RD0303 14 (356) Counterbore Size Counterbore Drill Bit Size, in. (mm) #76 (0.50) 0.060 #53 (1.50) 0.029 #69 (0.
Parts Flat Pattern Mix Chamber Kits Mix Chamber Kit (includes drill bits and o-ring) Impingement Port Size Impingement Port Drill Bit Size, in. (mm) Ref. 47†, O-ring Nozzle Orifice Size Counterbore Size Counterbore Drill Bit Size, in. (mm) FL2020 246360 0.094 3/32 (2.35) 0.020 #76 (0.50) 0.060 #53 (1.50) FL0000 246360 0.094 3/32 (2.35) 0.029 #69 (0.70) 0.060 #53 (1.50) FL0101 246360 0.094 3/32 (2.35) 0.042 #58 (1.00) N/A N/A FL0202 246360 0.094 3/32 (2.35) 0.052 #55 (1.
Parts O-ring Repair Kits The following table indicates the specific o-ring(s) reference number and quantity included in each o-ring kit.
Parts Complete O-ring Kit Placement Guide Each o-ring in kit 256490 is labeled by the reference number. See the table entry for 256490 in O-ring Repair Kits on page 51 for the quantity of each. 42d, 44e 43d, 45e 3a 2d 4c 1b 2c 4a 42e, 43e 44f, 45f 2b Check Valve Filter Screen Kits Kits include 10 filter screens. The 80 mesh filter screen is standard with gun. Part 246357 246358 246359 52 Description 40 mesh (0.015 in., 375 micron) 60 mesh (0.010 in., 238 micron) 80 mesh (0.007 in.
Parts Drill Bit Kits For cleaning gun ports and orifices. Illustrations are actual size for comparison. Not all sizes are used with every gun model. Drill Bit Size Kit Part Qty in Kit nominal 249115 6 246623 in. mm 1/8 0.125 3.18 3 #32 0.116 2.90 246810 3 7/64 0.109 2.77 246813 3 #39 0.099 2.51 246624 3 3/32 0.094 2.39 246812 3 #43 0.089 2.26 246625 3 #44 0.086 2.18 248639 6 2.15 mm 0.085 2.15 249114 6 #45 0.082 2.08 246811 3 2 mm 0.079 2.
Parts Drill Bit Size Kit Part Qty in Kit nominal 246629 6 246808 in. mm #58 0.042 1.07 6 #60 0.040 1.02 248640 6 #61 0.039 0.99 248618 6 #63 0.037 0.94 248891 6 #66 0.033 0.84 246807 6 #67 0.032 0.81 246630 6 #69 0.029 0.74 248892 6 #70 0.028 0.71 246815 6 #73 0.024 0.61 276984 6 #74 0.023 0.57 246631 6 #76 0.020 0.51 246816 6 #77 0.018 0.46 246817 6 #81 0.013 0.
Accessories Accessories Stainless Steel Side Seal Kit Kit 256464 includes 2 stainless steel side seals and 2 o-rings. Polycarballoy Side Seal Kits Kits include a packing o-ring for each polycarballoy side seal. The optional high wear, non-metallic polycarballoy seals are for alternate fluids.
Accessories Solvent Flush Canister Kit Circulation Manifold 256510, 1 qt (0.95 liter) Solvent Cup 256566 Includes flushing manifold to flush gun with solvent. Portable for remote flushing. See manual 309963. Attach to gun fluid manifold to enable preheating of hose. See manual 313058. TI12109a TI12110a Solvent Flush Pail Kit Fusion AP Manifold Adapter 248229 5.0 gal. (19 liter) Pail 258996 Includes flush manifold with individual A and B shutoff valves, and air regulator. See manual 309963.
Technical Data Technical Data Category Maximum Fluid Working Pressure Minimum Air Inlet Pressure Maximum Air Inlet Pressure Air Flow Range Maximum Fluid Temperature Air Inlet Size A Component (ISO) Inlet Size B Component (Resin) Inlet Size Sound Pressure Sound Power, measured per ISO 9416-2 Dimensions Weight Wetted Parts Data 3500 psi (24.5 MPa, 245 bar) 80 psi (0.56 MPa, 5.6 bar) 130 psi (0.
Graco Standard Warranty Graco warrants all equipment referenced in this document which is manufactured by Graco and bearing its name to be free from defects in material and workmanship on the date of sale to the original purchaser for use. With the exception of any special, extended, or limited warranty published by Graco, Graco will, for a period of twelve months from the date of sale, repair or replace any part of the equipment determined by Graco to be defective.
