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SAFETY WARNINGS

HIGH PRESSURE FLUID CAN CAUSE SERIOUS INJURY.  FOR PROFESSIONAL USE ONLY.

OBSERVE ALL WARNINGS. Read And Understand All Instruction Manuals Before Operating Equipment.

MOVING PARTS HAZARD

KEEP HANDS AND FINGERS AWAY FROM THE PRIMING PISTON

DURING OPERATION AND WHENEVER THE PUMP IS CHARGED

WITH AIR to reduce the risk of injury!

 On the pump downstroke the

priming piston extends beyond the intake valve housing to pull the mate-

rial into the pump. The priming piston works under extreme force. During

operation and whenever the pump is charged with air, the priming piston

can severely injure or amputate a hand or finger, or break a tool, caught

between it and the intake valve housing. Always follow the 

Pressure Re-

lief Procedure

, below, before checking, clearing, cleaning, flushing or

servicing any part of the pump.

The air motor piston and fluid piston (located inside the air motor cylinder

and coupling) also move when air is supplied to the motor. Do not place

your hand or fingers into the air motor coupling cavity while the pump is

operating. Before servicing the pump, follow the

 Pressure Relief Proce-

dure

 below to prevent the pump from starting accidentally.

As the ram is raised and lowered, the wiper plate, ram tubes, and pump

mounting bracket move. To reduce the risk of pinching or amputation of

fingers, keep your hands away from the wiper plate, lip of the fluid can,

pump bracket and ram tubes while the ram is operating. Do not shut off

the air supply to the ram while it is raised. Doing so will cause the pump to

fall uncontrolled to the bottom.

EQUIPMENT MISUSE HAZARD

Pressure Relief Procedure

To reduce the risk of serious bodily injury, including fluid splashing

in the eyes or on the skin, or injury from moving parts, always follow

this procedure whenever you shut off the pump, when checking or

servicing any part of the dispensing system, when installing,

cleaning or changing nozzles, and whenever you stop dispensing.

1. Shut off the dispensing valve.
2. Shut off the bleed–type master air valve (required in your sys-

tem), on the main air line.

3. Close the bleed–type master air valve (supplied with your

pump).

4. Trigger the dispensing valve to relieve pressure.
If you suspect that the dispensing valve, nozzle or hose is com-

pletely clogged, or that pressure has not been fully relieved after

following the steps above, VERY SLOWLY open the pump bleeder

valve, having a container ready to catch the drainage. Leave the

pump bleeder valve open until you are ready to dispense again.

VERY SLOWLY loosen the hose end coupling and relieve pres-

sure gradually, then loosen completely. Now clear the nozzle or

hose.

General Safety

Any misuse of the dispensing equipment or accessories, such as

overpressurizing, modifying parts, using incompatible chemicals and flu-

ids, or using worn or damaged parts, can cause them to rupture and result

in fluid splashing in the eyes or on the skin, or other serious bodily injury,

or fire, explosion or property damage.

NEVER alter or modify any part of this equipment; doing so could cause it

to malfunction.

CHECK all dispensing equipment regularly and repair or replace worn or

damaged parts immediately.

Always wear protective eyewear, gloves, clothing and respirator as rec-

ommended by the fluid and solvent manufacturer.

System Pressure

NEVER exceed the maximum fluid working pressure of 60 bar (850 psi)

or the maximum air inlet pressure of 7 bar (100 psi). Refer to the 

TECHNI-

CAL DATA

 on page 18.

Be sure that all dispensing equipment and accessories are rated to with-

stand the maximum working pressure of the pump. DO NOT exceed the

maximum working pressure of any component or accessory used in the

system.

Fluid Compatibility

BE SURE that all fluids and solvents used are chemically compatible with

the wetted parts shown in the 

TECHNICAL DATA

 on page 18. Always

read the manufacturer’s literature before using fluid or solvent in this

pump.

HOSE SAFETY

High pressure fluid in the hoses can be very dangerous. If the hose devel-

ops a leak, split or rupture due to any kind of wear, damage or misuse, the

high pressure spray emitted from it can cause fluid to splash in the eyes

or on the skin, or other serious bodily injury or property damage.

TIGHTEN all fluid connections securely before each use. High pressure

fluid can dislodge a loose coupling or allow high pressure spray to be

emitted from the coupling.

NEVER use a damaged hose. Before each use, check the entire hose for

cuts, leaks, abrasion, bulging cover, or damage or movement of the hose

couplings. If any of these conditions exist, replace the hose immediately.

DO NOT try to recouple high pressure hose or mend it with tape or any

other device. A repaired hose cannot safely contain the high pressure

fluid.

HANDLE AND ROUTE HOSES CAREFULLY

. Do not pull on hoses to

move equipment. Do not use fluids which are not compatible with the in-

ner tube and cover of the hose. DO NOT expose Graco hoses to tem-

peratures above 82

C (180

F) or below –40

C (–40

F).

IMPORTANT

United States Government safety standards have been adopted under the Occupational Safety and Health Act. These standards – particularly the Gen-

eral Standards, Part 1910, and the Construction Standards, Part 1926 – should be consulted.

Summary of Contents for 223-847

Page 1: ...R INLET PRESSURE Model 223 847 Series A Includes Pump Ram and 1 Gallon Wiper Plate Model 223 848 Series A Includes Pump Ram and 3 Kilogram Wiper Plate Model 223 849 Series A Includes Pump Ram and 1 Qu...

Page 2: ...again VERY SLOWLY loosen the hose end coupling and relieve pres sure gradually then loosen completely Now clear the nozzle or hose General Safety Any misuse of the dispensing equipment or accessories...

Page 3: ...er is recom mended The fitting will leak if the tubing is not cut at 90 SYSTEM COMPONENTS AND ACCESSORIES Refer to Fig 1 Two required safety devices are supplied with your pump a bleed type master air...

Page 4: ...der Valve 128 Fluid Outlet Fitting 208 Bleed Type Master Air Valve 218 Air Assist Valve Pushbutton 224 Clamps 227a Pump Air Regulator 227b Ram Air Regulator 236 Ram Director Valve 239 Wing Screws 257...

Page 5: ...witch 236 to the UP position and let the ram rise to its full height To change the speed at which the ram raises and lowers adjust the air regu lator to increase or decrease the air volume 3 Check tha...

Page 6: ...with a compatible solvent be fore fluid dries in the pump 2 Set the director valve switch 236 to DOWN Allow the ram to go to the lowest position 3 Shut off the air supply to the ram and pump and follo...

Page 7: ...te lodged in container Use air assist button Pump doesn t prime Fluid is too heavy Open pump bleeder valve Wiper plate leaks Ram pressure is too high Reduce air pressure to ram Wiper plate ring is wor...

Page 8: ...ton rod 110 and fluid piston 106 straight up out of the fluid housing 109 Remove the pin 123 and unscrew the priming piston rod from the fluid piston 10 Unscrew the intake valve housing 111 from the f...

Page 9: ...314 in lb 110 REF 110 112 114 115 123 125 BLEED HOLE MUST FACE DOWN 128 135 138 TORQUE TO 2 4 N m 17 33 in lb 141 144 TORQUE TO 0 4 0 6 N m 4 6 in lb 162 163 LIPS MUST FACE DOWN 161 165 111 TORQUE TO...

Page 10: ...the air inlet with the fluid outlet as was noted in step 2 under Disassembly The air valve housing assembly 103a will slide down into the air motor piston 104 Secure the cylinder to the coupling with...

Page 11: ...4 and 15 for parts 1 300 223 851 WIPER PLATE ASSY 1 gallon size Used on Model 223 847 See page 16 for parts 1 223 852 WIPER PLATE ASSY 3 kg size Used on Model 223 848 See page 16 for parts 1 223 853 W...

Page 12: ...DOWN 128 135 138 TORQUE TO 2 4 N m 17 33 in lb 141 144 TORQUE TO 0 4 0 6 N m 4 6 in lb 162 163 LIPS MUST FACE DOWN 161 165 111 TORQUE TO 35 37 N m 298 314 in lb 145 TORQUE TO 1 7 2 3 N m 14 20 in lb R...

Page 13: ...n sst 1 111 186 283 HOUSING valve intake sst 1 112 186 285 STOP sst 1 114 186 296 VALVE intake acetal 1 115 186 286 PISTON priming sst 1 123 110 893 PIN spring 3 3 mm dia x 16 mm long1 125 223 730 VAL...

Page 14: ...4 0 6 N m 4 6 in lb 264 246 242 257 258 NOTE SCREW ITEMS 237 AND 254 IN HANDTIGHT THEN TURN AN ADDITIONAL 1 6 1 4 TURN WITH A WRENCH 237 SEE NOTE 259 234 REF 279 REF B B 278 REF 141 REF 138 REF C C 2...

Page 15: ...TOR male 5 32 4 mm O D tube x 10 32 unf m 3 239 110 888 SCREW wing M6 x 1 0 16 mm 5 8 long 2 240 186 361 RETAINER nut 3 8 24 unf 2b 2 242 110 933 CONNECTOR male 5 32 O D tube x 1 4 18 npt m 1 243 110...

Page 16: ...ube x 10 32 unf 2a m 1 311 110 908 VALVE check 10 32 unf 2b mbe x 1 8 27 npt f 1 PARTS DRAWING AND LIST WIPER PLATE ASSEMBLY 306 307 308 304 305 303 309 302 310 D SEE PAGE 14 311 301 Model 223 851 1 G...

Page 17: ...bar 300 psi MAXIMUM WORKING PRESSURE 1 4 npt f inlet and outlet 030 liter 1 oz bowl capacity 20 micron polypropylene element AIR LINE LUBRICATOR 110 148 21 bar 300 psi MAXIMUM WORKING PRESSURE 030 lit...

Page 18: ...uid Outlet Pressure bar psi at a specific fluid flow ccm or oz min and operating air pressure bar psi 1 Locate desired flow along bottom of chart 2 Follow vertical line up to intersection with selecte...

Page 19: ...UTLET STANDARD LOWERED 416 mm 16 38 in RAISED 650 mm 25 6 in BASE 250 mm 9 85 in INCLUDING AIR REGULATORS AND CLAMPS WHEN USED WITH 1 GALLON CAN 320 mm 12 6 in OPTIONAL FLUID OUTLET FITTING SUPPLIED W...

Page 20: ...be made at a reasonable charge which charges may include the costs of parts labor and transportation DISCLAIMERS AND LIMITATIONS THE TERMS OF THIS WARRANTY CONSTITUTE PURCHASER S SOLE AND EXCLUSIVE RE...

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