Graco KING A Series Operation manual

INSTRUCTIONS - PARTS LIST 307-605
ORACO
SUPERSEDES 0
Rev E
WARNINGS and INSTRUCTIONS
This manual contains IMPORTANT
READ AND RETAIN FOR REFERENCE
With Priming Piston
KING@ AND BULLDOG@ SHOVEL PUMPS
25:l RATIO BULLDOG
175 bar 125LW psil MAXIMUM WORKING PRESSURE
200 liter (55 gellon) drum size
Model 217-565,
Series A
Model 217-564, Series A
19 liter (5 gallon) ram size
2BL) bar (4bw psi) MAXIMUM WORKING PRESSURE
40:l RATIO BULLDOG
200 liter (55 gallon) drum size
Model 217568, Series
A
Model 217-567, Series A
19 liter (5 gallon) ram size
345 bar (5ow psil MAXIMUM WORKING PRESSURE
55:l RATIO KING
200 liter (55 gallon) drum size
Model 217-566, Series
A
Model 217-568 shown
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GRACO INC. P.0. B O X 1441 MINNEAPOLIS, MN 55440 - 1444
@COPYRIGHT 1985, GRACO INC.
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TABLE OF CONTENTS
TERMS. ..................................................................... 1
WARNINGS ............................................................... 2
.INSTALLATION
Grounding .............................................................. 4
Accessories ............................................................ 4
OPERATION
Flush the Pump
........................................................ 5
Start end Adjust the Pump ........................................ 5
Shutdown and Care of the Pump ............................... 5
SERVICE
Troubleahootlng ...................................................... 6
Displacement Pump Service ..................................... 7
PARTS LISTS AND DRAWINGS.. ................................ 10
HOWTO ORDER REPLACEMENT PARTS.... ................. 11
ACCESSORIES...... ................................................... 16
WARRANTY Back Cover
DIMENSIONAL DRAWING
21
TECHNICAL DATA .................................................... la
.........................................
................................................
TERMS
Be sure you read and understand each of these terms
before reading the rest of the manual. be e simple cut, caused by the high prmure injection of fluid directty
FLUlDlNJECTlONlNJURY Asarlousinjury,whichmeyappearto
into the body.
WARNINQ Alerm user to avoid or correct conditions which could NOTE Give8 additionel explanation of a procedure or helpful hints.
ceuse bodily injury.
CAUTION Ale- usar to avoid or correct WnditioM which could
FLUID Anyfihemicel. such as paint. water, saalant, stain, lacquer.
ceusa damage to or destruction of equipment. mlvents, stc., which
is used in the sprey or dispsnsing equipment.
PRESSURE RELIEF PROCEDURE A safety procedure for reliw-
QUN SAFETY LATCH A device on the spray gun or dispensing
valve which can be secured and prevent dispensing fluid through the
ing air and fluid pressur# in the system. gun M valve.

WARNING
HIGH PRESSURE SPRAY CAN CAUSE SERIOUS INJURY. FOR PROFESSIONAL USE ONLY. OBSERVE ALL
WARNINGS. Read and understand
all instruction manuals before operating equipment.
FLUID INJECTION HAZARD
AIS equipment g neretes very high fluid pressure. Spray from
the
gun, leaks or ruptured components can inject fluid
qnerd Safe?
through your skin and into your body and cause extremely
fluid injected or splashed into the eyes or onto the skin can
serious bodily injury, including the need for amputation. Also,
cause serious damage.
any part of the body. NEVER put hand or fingers over the
NEVER point the spray gunldispensing valve at anyone or at
spray tiplnozzle. NEVER try to
" blow back" paint; this is NOT
an air spray system.
ALWAYS have the
tip guard in place on the spray gun when
spraying.
ALWAYS follow the Pressure Relief Procedure, a1
the
vicing any system equipment.
right, before cleaning or removing the spray tiplnoule
or ser-
NEVER try to stop or deflect leaks with your hand or body.
before each use.
Be sure the equipment safety devices are operating properly
Note to Ph sician: In e tio 'n the skin is a traumatic injury, 1'
1s ImportaLt to treaj tie &ry surg/cally as soon as poss~.
ble. Do not delav treatment to research toxicitv. Toxicitv is a
concern with some exotic coatings injected dfrectly into the
blood stream. Consulatation with a plastic surgeon or
reconstructive hand surgeon may be advisable.
Safety
Latch
Whenever you stop spraying, even for a moment, always set
the gunldispensing valve safety latch in the closed or
" safe "
position, making the gunldispensing valve inoperative. Failure
to set the safety latch can result in accidental triggering of the
gunldispensing valve.
Diffuser
lonly on spray guns)
The gun diffuser breaks up spray and reduces the risk of fluid
injection when the tip is not installed. Check the diffuser
operation regularly. Follow the
Pressure Relief Procedure,
to the right, then remove the spray tip. Aim the gun into a
grounded metal pail, holding the gun firmly to the pail. Using
fed is not diffused into an irregular stream, replace the diffuser
the lowmt possible pressure, trigger the gun. If the fluid emit-
immediately.
Tip Guard lonly on spray guns)
ALWAYS have the tip guard in place on the spray gun while
spraying. The tip guard alerts you to the injection hazard and
helps reduce, but does not prevent, accidentally placing your
fingers or any part
of your body close to the spray tip.
Trigger Guard
guard removed. This guard reduces the risk of the gunldis
-
NEVER operate the gunldispensing valve with the trigger
pensing valve triggering accidentally if
it is dropped or
bumped.
8k%x~e%%%n%% cleaning or changing spray
tipslnozzles. If the spray tiplnoule clogs while sprayingldis-
pensing, engage the gunldispensing valve safety latch im -
mediately. ALWAYS follow the Pressure Relief Procedure
and then remove the spray tiplnozzle to clean
it.
pressure is fully relieved and the gun or dispensing valve safety
NEVER wipe
off build - up around the spray tiplnozzle until
latch is engaged.
yo reduce tffe r$ of sertous odlly injury, including injection,
splashing in the eyes, or injury from moving parts, always
follow this procedure whenever you shut
off the pump, when
checking or servicing any pan.of the sprayldispensing system,
when installing, cleaning or changing spray tipslnozzles. and
whenever you stop sprayingldispensing.
2. Shut
off the air to the pump.
1. Engage the gunldispensing valve safety latch.
3. Close the bleed - type master air valve (required in your
4. Disengage the safety latch.
5. Hold a metal part of the gunldispensing valve firmly to the
side of
a grounded metal pail, and trigger the gunldispens-
ing valve to relieve pressure.
ressure ell f Procedye ,
system).
7. Open the drain valve andlor the pump bleeder valve (re-
6. Engage the gunldispensing valve safety latch.
quired in your systeml, having
a container ready to catch
the drainage.
8. Leave the drain valve open until you are ready to
sprayldispense again.
If you suspect that the spray tip/nozzle or hose is completely
clogged,
or rhat pressure has nor been fully relieved after
following the steps above, VERY SLOWLY loosen the retain-
then loosen completely. Now clear the tiplnozzie or hose.
ing nut or hose end coupling and relieve pressure gradually.
EQUIPMENT MISUSE HAZARD
General Safe
Any misuse ,?the sprayldispensing equipment Or ac- NEVER exceed the recommended working pressure or the
S stem Pressure
cessories, such as overpressurizing. modifying parts, using in -
compatible solvents and fluids, or using worn or damaged maximum air inla pressure stated on your pump or in the
parts, can cause them to rupture and result in injection or TECHNICAL DATA on pages 18-20,
other serious bodily injury, fire, explosion or property damage. Be sure that all sprayldispensing equipment and accessories
NEVER alter or modify any part of this equipment; doing
so
are rated to withstand the maximum working pressure of the
could cause
it to malfunction. pump. DO NOT exceed the maximum working pressure of any component or accessory used in the system.
CHECK
all sprayldispensing equipment regularly and repair or
replace worn or damaged parts immediately. Read and follow
Fluid pqpibiliw
BE SU Et tell flulds and solvents used are chemically com-
the fluid and solvent manufacturer's literature regarding the patible with the wetted parts shown in the TECHNICAL DATA
use of protective clothing and equipment. on pages 1820. Always read the manufacturer's literature
2 307 - 605
before using fluid or solvent in this pump.
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FIRE OR EXPLOSION HAZARD
Static electrlcity is created by the high velocity flow of fluid
through the pump and hose. If every part of the
sprayldispensing equipment is not properly grounded, spark
-
ing may occur, and the system may become hazardous.
Sparking may also occur when plugging in or unplugging a
power supply cord. Sparks can ignite fumes from solvents and
the fluid being sprayedldispensed, dust particles and other
flammable substances, whether you are sprayingldispensing
indoors or outdoors, and can cause
a fire or explosion and
serious bodily injury and property damage.
Do not plug in or
unplug any power supply cords
in the sprayldispensing area
when there is any chance of igniting fumes still in the air.
while using this equipment, STOP SPRAYING IMMEDIATE-
If you experience any static sparking or even
a slight shock
LY. Check the entire system for positive grounding.
Do not
use the system again until the problem has been identified
and
corrected.
Grounding
To reduce the risk of static sparking, around the pump and all
other equipment used or located
inihespray/dispensing area.
structions for your area and type of equipment. BE SURE to
CHECK your local electrical code for detailed grounding
in-
ground all of this equipment:
1. Pump: use a ground wire and clamp as shown in Fig 1.
2. Air and fluid hoses: use only grounded hoses with a max -
imum of 150 m 1500 feet1 combined hose length to ensure
grounding continuity. Refer
to Hose Grounding Con -
tinuity.
3. Air compressor: follow the air compressor manufacturer's
recommendations.
4. Spray gun/dispensing valve: obtain grounding through
connection to a properly grounded fluid hose and pump.
5. Object being sprayed: according to local code.
6. All solvent pails used when flushing, according
to local
code. Use only metalpails, which are conductive. Do not
or cardboard, which interrupts the grounding continuity.
place the pail on a non
- conductive surface, such as paper
7. To maintain grounding continuity when flushing or reliev -
ing pressure, always hold a metal part of the gunldis -
pensing valve firmly to the side of a grounded metal pail,
then trigger the gunldispensing valve.
and washer
(0).
Insert one end of
a 1.5 mm I12 gal minimum
To ground the
pump,
loosen the groundirp lug locknut IA)
ground wire ID1 into the slot in lug IC) and tighten the locknut
securely. See Fig 1. Connect the other end of the wire to a
true earth ground. See ACCESSORIES on page 17 to order a
ground wire and clamp.
Before
flushing, be sure the entire system and flushing pails
Flushing Safety
are properly grounded. Refer to Grounding. above. Follow
spray tip/nozzle from the gunldispensing valve. Always use
the Pressure Relief Procedure on page
2, and remove the
the lowest possible
fluid pressure, and maintain firm metal-to-
during flushing to reduce the risk of injection injury, static
metal contact between the gunldispensing valve and the pail
sparking and splashing.
HOSE SAFETY
hose develops a leak, split or rupture due to any kind of wear,
High pressure fluid
in the hoses can be very dangerous. If the HANDLE AND ROUTE HOSES CAREFULLY. Do not pull on
hoses to move equipment.
Do not use fluids which are not
damage or misuse, the high pressure spray emitted from
it can compatible with the inner tube and cover of the hose. DO NOT
pew damage.
cause an injection injury or other serious bodily injury
or pro - ' expose Graco hoses to temperatures above 82OC (180°FI or
ALL FLUID HOSES
MUST HAVE SPRING GUARDS1 The ,
Hose Grounding Continuity
spring guards help protect the hose from kinks or bends at or Proper hose grounding continuity is essential to maintaining a
close
to the coupling which can result in hose rupture. grounded spray system. Check the electrical resistance of your
air and fluid hoses
at least once a week. If your hose does not
TIGHTEN all fluid connections securely before each use. High have a tag on it which specifies the maximum electrical
pressure fluid can dislodge a loose coupling or allow high resistance, contact the hose supplier or manufacturer for the
pressure spray to be emitted from the coupling. maximum resistance limits. Use a resistance meter in the ap-
NEVER use a damaged hose. Before each use, check the en -
~ resistance exceeds the recommended limits, replace
it im-
propriate range for your hose to check the resistance. If the
tire hose for cuts, leaks, abrasion, bulging cover. or damage or mediately. An ungrounded or poorly grounded hose can make
movement of the hose couplings. If any of these conditions . your system hazardous. Also, read
FIRE OR EXPLOSION
exist, ieplace the hose immediately.
DO NOT try to recouple HAZARD, above.
high pressure hose or mend
it with tape or any other device. A
repaired hose cannot contain the high pressure fluid.
below
-40°C (-4OOF).
MOVING PARTS HAZARD
Moving parts can pinch or amputate your fingers or other
body parts. When the pump
is operating, the p!iming piston
fingers and hands away from the priming piston.
(located at the pump intake) and the air motor plston (located Before attempting to clear an obstruction from the priming pis-
behind the air motor plates) move. Therefore, NEVER operate ton or service the pump, follow the Pressure Relief
Proce-
the pump with the air motor plates removed, and keep your
dum on page 2 to prevent the pump from starting accidentally.
IMPORTANT
United States Government safety standards have been adopted under the Occupational Safety and Health Act. These standards-par-
ticularly the General Standards, Part 1910, and the Construction Standards, Part 1926 - should be consulted.
307-605 3
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TYPICAL
~~
, INSTALLATION
D Ground Wire
E Air Line Filter
F Air Line Oiler
0 Bleed - Type Master Air Valve
J Fluid Drain Valve
H Air Reguletor and Gauge
K Main Fluid Dispensing Hose
L Whip Hose
M Air Supply Hose
N 314 npsmlf) Air Inlet
R Pump Runaway Valve
NOTES: The reference numbers and letters in paren-
theses in the text'refer to the callouts in
Figures 1-4 and
the Parts Drawing.
The Typical Installation shown above
is only
a guide to selecting and installing required
and optional accessories. For assistance in
designing
a system to suit your partlcular
needs, contact your Graco representative.
The dimensional drawing on page
21 gives
measurements needed for installing the pump on a
custom designed mounting. Mounting accessories are
shown on page
16. If your pump is mounted in a ram or
an elevator, refer to the manual supplied with it'for in-
stallation and operation instructions.
Grounding
IRNING1 explained under FIRE OR EXPLOSION HAZARD
Before operating the pump, ground the system as
and
Grounding on page 3.
Accessories
CESSORIES on page 16 and 17 for assistance in setting
Refer to the TYPICAL INSTALLATION drawing and AC-
Sure they are adequately sized to meet the system's re-
up your system.
If you supply your own accessories, be
quirements.
air inlet of the pump. Upstream from the pump air inlet,
Connect
a grounded air supply hose to the 314 npsm(f)
install an air line oiler IF) for automatic air motor lubrica-
tion. Upstream from the oiler, install an air regulator
(H)
and an air line filter (E) to remove harmful dirt and
moisture from your compressed air supply, and
a bleed-
tvDe master air valve (GI. Be sure the valve is easily ac- I
cessible from the pump. A pump runaway valve (d) in -
stalled on the air line senses when the pump is running i
too fast and shuts off the air supply to the motor.
WARNING
Two accessories are required in your system: a
bleed - type master air valve (GI and a fluid drain
valve
IJ). These accessories help reduce the risk
of serious bodily injury including injection,
splashing in the
eyes, and injury from moving
parts
if you are adjusting or repairing the pump.
trapped between
this valve and the pump
after
the
The bleed-type master. air valve relieves air
air is shut off. Trapped air can cause the pump to
cycle unexpectedly. Locate the valve close to the
pump.
The fluid drain valve assists in relieving fluid
gun; triggering
the gun to relieve pressure may
pressure in the displacement pump, hose and
not be sufficient.
Using
a suitable adapter, connect a fluid drain valve (J)
near the 1 " npt(f) fluid outlet of the pump. Then con-
nect
a grounded fluid supply hose (K). For more flexible
gunldispensing valve movement, use a shorter
13 mm
(112 in.) ID hose (L) between the gunldispensing valve
and the main hose.
I
(
4 307-605

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OPERATION
WARNING
cluding injection,'splashing in the eyes, or injury
To reduce the risk of serious bodily injury, in-
from moving parts,. always follow the Pressure
off the pump, when checking or servicing any part
Relief Procedure on page 2 whenever you shut
of the sprayldispensing system, when installing,
whenever you stop spraying.
cleaning or changing spray tips or nozzles, and
Fill the wet-cup (101) one-half full with Graco Throat
Seal Liquid (TSL).
The pump is tested with No. 10 motor oil, which is left
Flush the Pump
in to protect the pump parts.
If the fluid you are using
patible solvent before using the pump.
may
be contaminated by the oil, flush it out with a com-
WARNING
For your safety, read the warning section, FIRE
flushing, and follow all the recommendations
OR EXPLOSION. HAZARD on page 3 before
given there.
Start and Adjust the Pump
Be sure the air regulator (H) is closed. Then open the
bleed
- type master air valve (GI. Hold a metal part of the
gun firmly to the side of a grounded metal pail and hold
the trigger open. Now slowly open the air regulator until
the pump starts.
See the Typical Installation.
the pump and hoses are fully primed. Release the gun
Cycle the pump slowly until
all the air is pushed out and
trigger and engage the safety latch. The pump will stall
against pressure when the trigger
is released.
WARNING
Moving parts can pinch or amputate your fingers
or other body parts. When the pump
is operating,
the priming piston
(Q) (located at the pump in -
taka) and the air motor piston (located behind the
air motor plates) move. Therefore, NEVER
operate the pump with the
air motor plates remov-
ed, and keep your fingers and hands away from
the priming piston.
priming piston
(0) or service the pump, follow the
Before attempting to clear an obstructon from the
Pressure
Relief Procedure on page 2 to prevent
the pump from starting accidentally.
I
valve 1139) slightly. Use the bleeder hole (P) as a prim-
If the pump fails to prime properly, open the bleeder
ing valve until the fluid appears
at the hole. See Fig 2.
Close the bleeder valve.
WARNING
'your hand or fingers to cover the bleeder hole
To reduce the risk of fluid injection,
DO NOT use
when priming the pump.
With the pump and lines primed, and with adequate air
stop
as the spray gunldispensing valve is opened and
pressure and volume supplied, the pump will start and
closed.
Fig 2
FWARNING1
fluid pressure. Always use the lowest air pressure
Use the air regulator to control the pump speed and the
necessary to get the desired results. Higher pressures
cause premature tipinozzle and pump wear.
To reduce
the risk of overpressurizing your
system, which could result
in component rupture
and causa serious bodily injury. NEVER exceed
7
bar (100 psi) MAXIMUM INCOMING AIR
PRESSURE to the pump.
Keep the wet-cup
(101) one - half full with TSL. No
adjustment is necessary to the packing nut due to the
packing design.
pumped. A dry pump will quickly accelerate to
a high
Never allow the pump to run dry of the fluid being
which shuts
OH the air supply to the pump if the pump
speed, possibly damaging itself. A pump runaway valve,
accelerates beyond the preset speed,
is available. See
ACCESSORIES on page 17. If your pump accelerates
quickly, or
is running too fast, stop it immediately and
check the fluid supply. If the supply container
is empty
tainer and prime the pump and the lines with fluid, or
and air has bean pumped into the lines, refill the con-
flush and leave it filled with a compatible solvent. Be sure
to eliminate
all air from the fluid system.
Shutdown and Care
of the Pump
For overnight shutdown, follow the Pressure
Relief Pro -
cedure, above. Always stop the pump at the bottom of
the stroke to prevent the fluid from drying on the exposed
displacement rod and damaging the throat packings.
Always flush the pump before the fluid dries on the
displacement rod. Never leave water or water
- based
fluid in the pump overnight. First, flush with water or a
the pressure, but leave the mineral spirits in the pump to
compatible solvant, then with mineral spirits. Relieve
protect the parts from corrosion.
307-605 5

SERVICE
WARNING
To reduce the risk of serious bodily injury, including injection, splashing in the eyes, or injury from moving parts, al -
ways follow the Pressure Relief Procedure on page 5 when checking or servicing any part of the sprayldispens-
ing system, when installing, cleaning or changing spray tipslnozzles, and whenever you stop sprayingldfspensing.
TROUBLESHOOTING CHART
PROBLEM
Pump fails to operate
Pump operates but:
- output low on both strokes
- output low on downstroke
- output low on upstroke
Erratic or accelerated pump speed
3ck all possible causes and solutic
CAUSE
Restricted line or inadequate air
Insufficient air pressure, closed or
clogged air valves, etc.
Obstructed fluid hose or
gunldispensing valve
Fluid dried on the displacement rod
Dirty or worn air motor parts
Air motor icing
supply
Restricted line or inadequate air
SUPPlY
Insufficient air pressure, closed or
clogged air valves, etc.
Obstructed fluid hose or
gunldispensing valve
Bleeder valve open
Air leaking into supply drum
Fluid too heavy for pump priming
Worn throat packings in displace
-
ment pump
Air motor icing
Fluid too heavy for pump priming
Held open or worn priming piston
Air motor icing
Held open or worn piston valve or
packings
Air motor icing
Exhausted fluid supply
Fluid too heavy for pump priming
Held open or worn piston valve or
packings
Held open or worn priming piston
Worn throat packings in displace
-
ment pump
Air motor icing
before disassembling the pump.
SOLUTION
Clear; see TECHNICAL DATA on
pages
1820
Open, clear
Clear.
Clean;
see SERVICE
Clean; service (see
307-049)
should have 40DF dew point
Check air line moisture content;
Clear; see TECHNICAL DATA on
page
18-20
Open, clear
Clear'
Close
Check inductor or ram plate seal
Use bleeder valve; see page
5; use
inductor or ram unit
Clear; service
should have 40°F dew point
Check air line moisture content;
Use hleeder valve: see page 5: use
inductor on ram unit
Clear; service
should have 40°F dew point
Check air line moisture content;
Clear; service
should have 40°F dew point
Check
air line moisture content;
Refill and prime
Use bleeder valve;
see page 6; use
inductor or ram
unit
Clear; service
Clear; service
Clear; service
should have 40°F.dew point
Check air line moisture content;
" Follow the Pressure Relief Procedure on page 5 and disconnect the fluid line. If the pump starts again when the air is
turned on, the
fluid hose, etc., is clogged.
6 307.605
I

DISPLACEMENT PUMP SERVICE
- WARNING
To reduce the risk of serious bodily injury, in-
cluding injection, splashing in the eyes, or injury
from moving parts, always follow the Pressure
servicing any part of the spray system, when in-
Relief Procedure on page 5 when checking or
stalling, cleaning or changing spray tipslnozzles,
and whenever you stop spraying/dispensing.
I
(See Fig 3 unless otherwise noted)
1. Flush the pump with compatible solvent if possible.
Follow the Pressure Relief Procedure on page
5.
2. Disconnect the hoses, !move the pump from its
mounting, and clamp
It in a VISB. Unscrew the
coupling nut (9) and the tie rod locknuts (3).
and unscrew the connecting rod (11) from the
Remove the cotter pin (1). loosen the jam nut (51,
the displacement pump.
displacement rod
(108). Pull the motor away from
NOTE: If vou are using a repair kit to service the
pump,
use all the new parts even if the old
ones look good. The old parts will not seal
will leak.
See pages 11. 13 or 15 for the
properly with the new parts, and the pump
repair kit for your pump.
*.
3. Place the pump housing (109) in a padded jaw vise
4. Remove the wet - cup (1011. wet-cup packing nut
from the pecking nut.
(1361, and packing nut (140). Remove the packings
5. Push the displacement rod (108) down so that the
priming piston (119) clears the intake cylinder (117).
6. Use two wrenches to oppositely turn and loosen
the hex nuts (120) on the piston rod
(122).
with the outlet (107) against one jaw.
7. Remove the valve plate (118), velve guide (121),
and the priming piston (119).
8. Remove the intake cylinder (117).
9. Remove the u - cup packing (123) from the intake
cylinder's packing housing (REF 117).
10. Holding onto the piston rod (1221, pull the displace -
ment rod (108) through the pump housing (109).
11. Remove the cotter pin and unthread the piston rod
(122) from the displacement rod (108).
12. Remove the piston valve (112). taking care not to
drop the piston
ball (132).
13. Remove all the packings, washers, and spacers
from the piston housing (110).
14. Inspect the outer surface of the displacement rod
(108) and the inner surface of the pump cylinder
1111) for scoring and wear. Replace these parts, if
seal properly and the pump will leak.
If the cylinder is
necessary. If the rod is worn, the packings will not
worn, the pump will not stall against pressure.
15. Clean all the parts in a compatible solvent, inspect
them and replace them
as necessary.
97
4120
TORCIUE TO
64-61 Nm
160-60 it-lb)
Fig 3
307
- 605 7

16. Place an O-ring (125) on the packing nut (140).
Screw the packing nut into the pump housing (109).
NOTE: Lubricate the parts with a lightweight oil
17. Place the packings, one at a time, into the packing
nut
(140) in the following order: the u-cup packing
(106) with the lips of the u - cup packing facing down
in the packing nut,
and then two back-up washers
(105).
before assembling.
18. Loosely install the wet-cup packing nut (1361 and
the wet-cup into the pump housing
(109).
19. Install the packings on the piston in the following
order, (see Fig
4): one u - cup packing (1271 with the
lips facing down, one back-up washer
(130). the
seal spacer
(137). the other back - up washer (130).
the other u-cup packing (127) with the lips facing
up, and the back-up washer
(131). See Fig 4.
20. Install the piston ball (132) in the piston valve hous-
ing (110). Apply medium grade thread sealant to the
threads of the piston valve
(112). Screw the piston
valve into the piston valve housing, torquing to
81 - 102 Nm (60-76 ft-lb). Screw the piston rod (122)
into the piston valve, aiigning the holes. Insert the
cotter pin
(126).
- 1 30
IDOWN
Fig 4
21. Place the pump housing (109) in the vise. Install a
the pump cylinder (1 11) and slide it into the pump
new O-ring
(125) in the pump housing. Lubricate
housing. Install the other O-ring
(1251.
NOTE: In the 40:l ratio pumps, install the pump
cylinder
so the tapered end faces the bottom
of the pump.
22. Install the displacement rod assembly through the
bottom of the pump, guiding
it carefully through
the throat packings.
23. Install a new u-cup packing (123) in'the intake
cylinder's packing housing (REF
117) so the lips of
the
"u" face up. Install the packing nut (114) and
torque to
34 - 47 Nm (2535 ft-lb). Slide the valve
packing housing assembly, nut first, onto the
piston rod
(1221.
24. Place a new O - ring (124) around the intake cylinder
(117) and screw the cylinder into the pump housing
(109). torquing to 129 - 149 Nm (94-110 ft-lb).
25. Thread the nut (120) onto the bottom of the piston
rod. Install the valve plate
(118). valve guide (121).
priming piston (119). and the other nut (120).
26. Holding both nuts (120) with a wrench, torque the
bottom nut to
54 - 81 Nm (40-60 ft - lb).
27. Tighten the packing nut (140). Torque the wet-cup
nut
(1361 to 54 - 81 Nm (40-60 ft-lb).
28. Reconnect the displacement pump (14) to the air
motor
(15). Refill the wet-cup (101). Reconnect the
ground wire to the'air motor if
it was disconnected
during service.
Throat Packing Periodic Replacement
' 'CAUTION
ment of the throat packings, in addition to the
reaular oumD oackina redacement, is essential.
Agrasive fluids'causethethroat packings to wear
more quickly, and costly damage to the displace
-
ment rod may result from scoring.
mine how freauentlv
YOU
need to change the
Check the throat packings weekly until you deter-
packings to reduce' displacement rod scoring.
Good oackinas should not have any cracks, I
I
Order two washers (part no. 178-119) and one pecking
(part no.
178 - 9571. To change the throat packings:
1. Unscrew the coupling nut (9). Remove the cotter
pin
(11, loosen the jam nut (5) and unscrew the con-
necting rod
(11). See Fig 3.
breaks or wok spots.
I
2. Remove the wet - cup (101). Unscrew the packing
nut
(140) from the cylinder nut (135). Unscrew the
wet
- cup nut (136) from the packing nut (140). See
Fig
3.
3.
Remove the packings and clean all parts. Grease
the new packing and washers. Install the u-cup
packing
(1061 with the lips facing down, end then
two back
- up washers (1051 in the packing nut (140).
See Fig 3.
4. Screw the wet - cup nut (1361 into the packing nut
sure the O-ring
(102) is in place in the wet-cup nut
(140) and torque it to 54-81 Nm (40 - 60 ft - lb). Be
(136). then continue reassembling the pump. See
Fig 3.
i
i
!
!
i
i
I
1,
i
(R.
..
i
8 307-605

PARTS DRAWINGS
AND
PARTS
LISTS
307 - 605 9

26:l BULLDOG PUMP
Model 217-566
15
LIPS OF U - CUP
PACKING FACE DOWN
TO THREADS
U
*"125
113-
*'124-
PACKING FACE UP
LIPS OF U
- CUP
REF 117
I i7-,
140-60 ft - lbl
(..
i
i
,
I
I
i
i
..

PARTS LIST
Model 217-€65, Series A
25:i BULLDOG PUMP; 200 liter (55 gal) drum size
Includes items
1 - 15, below.
REF PART DESCRIPTION
QTY
NO. NO.
1
3 101-712 NUT. lock: 5/E11 with nylon insert 3
1W-103 PIN, cotter 2
7 l.WI37A O - RING: Runn-N
5 101-936 NUT; jam hex; 3/4 - 10 thread
1
1
." _. . -
~~
8 168 - 211 NUT, connecting rod: 3/4
- 10 thread 1
9 168210 NUT. shoulder; 1-1/4"-12 thread
1
10 168-254
ROD, tie; 344 mm (13.56") between
11 168
- 253 ROD, connecting; 171 mm (6.757
shouideri: 5/6-11 thread 3
14 217
- 201 DISPLACEMENT PUMP; see
between
holes 1
15
208-356 AIR MOTOR; see 307-049 for parts
separate parts
list 1
1
Model
217-664, Series A
251 BULLDOG PUMP: 19 liter (5 gall ramsire
Includes items 1 - 16, below.
REF PART DESCRIPTION
NO.
NO. ..
QN
1
3 101 - 712 NUT, lock; 5/E11; with nylon insert 3
100-103 PIN, cotter 1
5 101-936 NUT,
jam hex; 3/4 - 10 thread 1
9 161-544 NUT, shoulder: 1-1/4-12 thread
10 167 - 911
ROD. tie; 178 mm (TI between
1
14 217-201 DISPLACEMENT PUMP; see
shouideri; 5/8 - 11 thread 3
15 208356
AIR MOTOR; see 307 - 049 for parts 1
separate parts list 1
16 166-548 ROD, connecting; 30 mm 11.16 " )
between holes 1
Ultra High Molecular Welght
Polyethylene Packing Conversion Kit 217 - 569
(Must be purchased separately)
'Substitute these parts for the ones shown
in the posi -
tion indicated by the ref. no. All other parts in kit are
standard.
Consists
of the following:
Ref No. Part No. Qtv.
102
106-258 1.
105
178 - 119 2
106
*178-958 1
123
" 178 - 961 1
124
106-260 1
125
106-259 3
126 100 - 103 1
127
*178-959 2
128
107 - 083 1
130
178 - 117 2
Standard Polyurethane Repair.Klt 217-671
(Must be purchased separately)
Consists of the following:
Ref No. Part No.
Qty.
102 106-258
1
105 178 - 119 2
~
..
106 178 - 957 1
123 178-158 1
124
106-260 1
125
106-259 3
126
100-103 1
127
178-168 2
128
107 - 083 1
130
178 - 117 2
Displacement Pump 217-201, Series A
Includes items 101 to 141
REF PART DESCRIPTION
NO. NO.
QN
101 178098 WET - CUP
1M T06-258 O - RING, Vlton
1
105 t**178119 WASHER. back - up: acetal homoDoher 2
1
107 178-080 ADAPTER, outlet: M39(m) x 1" npt(f1 1
ii6 t**178-951 PACKING; u - cup; polyurethane 1
108 17E151 ROD, displacement
109 178
- 126 HOUSING, pump
1
110 217-549 HOUSING, valve, piston
1
111 178-154 CYLINDER. Dump 1
1
..
112 217 - 200 VALVE, piston
113 17E086 GUIDE, rod
11A 17R17A NUT. oacklno
...
117 217 - 547 CYLINDER, valve, intake
118 178-111 'PLATE, valve. check
119 178-090 PISTON, priming
120 106-251 NUT. machine. hex: M16
._ - ._ . ." . , ~"
1
1
1
2
121
172 178-089 ROO. oiston
~~
178109 GUI D E , valve
..
1
1
._
123
124
125
126
127
128
130
**178-158 PACKING p; polyurethane 1
1
**lGiL7M O - RING:
"~ ~.
~
**106-259 O - RING; 3
**1W-103 PIN, cotter 1
**178-168 PACKING, u - cup; polyurethane 2
**107-063 O - RING; Won 1
**178-117 WASHER, back - up: acetal homopolymer 2
."_ "_ -
181 l%-lm WASHER.. back-uti
.~
1
1s *IWZ@ BALL , pision
134 178-081 PLATE, tie
1
135 178079 NUT, cylinder; M80
1
136 178-149 NUT, packing, wet-cup 1
1
139 M6-m BLEEDER VALVE ASSEMBLY;
137 178
- 114 SPACER, seal 1
."
~~~ ~ ~
includes items 139a-139c 1
1% 102-039 .PIN. spring
lab 165 - 702 .BODY, bleeder valve
1
1% 165 - 703 .PLUG, bleeder valve
1
1
141 "'172-47l TAG, instruction (not shown)
140
180-394 NUT, packing 1
1
307 numbers in descriptions refer to separate instruction
manuals.
Wecommended 'tool box " spare parts. Keep on hand
to reduce down
time.
*'Supplied in repair kit 217-571.
**.E.x:ra warning'labels and tags are supplied at no charge.
tKeep extra on hand for periodic throat packing repair if
pumping abrasive fluid.
HOW TO ORDER REPLACEMENT PARTS
1. To be sure you receive the correct replacement parts.
kit or accessories,
always give all of the information
requested
in the chart below.
2. Check the parts list to identify the correct part number;
do not use the ref. no. when ordering.
3. Order all parts from your nearest Graco distributor.
I
6 digit
PART
NUMBER
QTY PART DESCRIPTION I
"
I I
I I I
307 - 605 11
..
..
2.
i'.
...
..
.:.
.....
.., .
.. .
PTFE
PTFE

PARTS DRAWING I
40:l BULLDOG PUMP
Model 217-568
200 liter (55 gal) drum size
15
I A
(-1
40:l BULLDOG PUMP
Model 217-587
19 liter (5 gall ram size
I' ~
!
140 PACKING FA
130 "
11
../
W
34 - 47 Nm
12535 ft - lbl
PACKING FACE
UP
REF 117
14080 ft - lbl
"

!
40:l BULLDOG PUMP; 200 liter (55 gal) drum size
Model
217-568, Serles A
Includes items 1 - 15, below
REF PART DESCRIPTION
NO. NO.
1
3
5
7
8
9
10
11
14
15
100-103
101-712
101-936
168211
158674
16821 0
168-254
168.253
217 - 194
208356
P I N . cotter
N~UT, lock; 5/8 - 11 with nylon insert
NUT, jam hex; 3/4
- 10 thread
O
- RING; Buna-N
NUT, connecting rod; 3/4-10 thread
NUT, shoulder: 1-1/4"-12 thread
.
~ ~ ~~~
shoulders; 5/8
- 11 thread
ROD;
tie;
344 mm
(13.56") between
ROD, connecting; 171 rnrn (6.75)
between holes
DISPLACEMENT PUMP; see
separate parts
list
AIR MOTOR; see 307-049
4O:l BULLDOG PUMP; 19 liter (5 gal) ram size
Model 217 - 567, Series A
Includes items 1 - 16, below
REF PART DESCRIPTION
NO.
NO.
QN
2
3
1
1
1
1
3
1
1
1
1 100-103 PIN. cotter 1
3 101 - 712 NUT, lock; 5/8
- 11; with nylon insert 3
5 101 - 936 NUT,
jam hex; 3/4 - 10 thread
9 161-544 NUT, shwlder; 1
- 1/4 - 12 thread
1
10 167 - 911 ROD, tie; 178 rnm (7") between
1
~~
~~..
.
~ ~ ~~~
14 217-194 DISPLACEMENT PUMP: see
shoulders; 5/8
- 11 thread
3
15 209-356 AIR MOTOR; see 307-049 for parts 1
separate parts list
1
16
166-548 ROD, connecting;
30 rnrn (1.16")
between holes 1
Ultra High Molecular Weight
(Must be purchased separately)
Polyethylene Pecking Conversion Kit
217 - 670
" Substitute these parts for the ones shown in the posi-
are standard.
tions indicated by the
ref. no. All other parrs in the kit
Consists of the following:
Ref No.:Part NO.
102 106-258
~~
105 178-116
106 '178 - 960
." "_
123 "178-961
124 1W-260
". "_
126 100-103
125 106-259
428 107083
127 "178-962
,.
130 178-118
QW.
1
2
1
1
1
3
1
2
1
2
Standard Polyurethane Repair Klt 217-672
Consists of the following:
(Must be purchased separately)
Ref No.
Part No.
Qty
102
106-258
1
105 17fl-116 2
~~
. . - . . - -
106 178-159
1
124 106260
1
123 178-158
1
125 106259
3
126 100
- 103 1
I27
178-146 2
128
107-083 1
130 178-118 2
Displacement Pump 217 - 194, Series A
Includes items 101 to 141
REF PART DESCRIPTION
NO. NO.
101
102
105
106
107
109
109
111
110
112
113
117
114,
118
119
120
121
122
123
125
124
126
127
128
130
132
131
134
135
1 37
136
139
139a
139b
139C
141
140
aTy
1
1
2
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
1
.1
3
1
2
1
2
1
1
1
1
1
1
1
1
1
1
1
1
Xl7 numbers in descriptions refer to separate instruction
manuals.
to reduce down
time.
*Recommended
" tool box " spare pam. Keep on hand
'*Supplied in repair kit 217-572
*"*Extra warning labels and tags are supplied at no charge.
tKeep extra on hand for periodic throat packing repair 17
pumping abrasive fluid,
HOW TO ORDER REPLACEMENT PARTS
1. To be sure you receive the correct replacement parts,
kit or accessories, always give all of the information
requested
in the chart below.
2. Check the parts list to identify the correct part number;
do not use the ref. no. when ordering.
3. Order all parts from your nearest Graco distributor.
f I
I I 1 J
307 - 605 13
. : .
.. ,
... .
, ..,
: ..,
..

PARTS DRAWING
55A KING PUMP;
Model
217-568
200 liter (55 gal) drum size
TO THREADS
TORQUE TO
@3"5 I
CI' OS/
14 307 - 605
LIPS OF U - CUP
PACKING FACE UP
" 123
140-60 ft - lbl
"
i

PARTS LIST
55:l KING PUMP; 200 liter (55 gal) drum size
Model 217 - 566, Series A
Includes items 1 - 15
REF PART DESCRIPTION
NO. NO.
1
3
5
7
8
9
10
11
14
15
100-103
101-936
101 - 712
158-674
165-21 1
168
- 210
168-254
166.2%
217-201
207-647
NUT, lock; 5/8 - 11 with nylon insert
PIN, cotter
NUT, jam hex;
3/4 - 10 thread
O
- RING; Buna-N
NUT, connecting rod; 3/4 - 10 thread
NUT, shoulder;
1 - 114 " - 12 thread
shoulders;
5/8 - 11 thread
ROD, tie; 344 mm (13.56") between
ROD, connecting; 171 mm 16.75")
between holes
separate parts list
DISPLACEMENT PUMP; see
AIR MOTOR;
see 306-968 for parts
ON
2
3
1
1
1
1
3
1
1
1
Ultra High Molecular Weight
Polyethylene Packing Conversion Klt 217-569
(Must be purchased separately)
" Substitute these parts for the ones shown in the posi -
tion indicated by the ref. no, All other parts in kit are
standard.
Consists
of the following:
Ref No.Part
102 106.
106 V78.
105 178.
123
*178
124 06:
126
100-
128 107.
125 106.
127 "178.
.2!
N
"
.2!
.1(
.9!
.1'
0. Qty
581
19 2
31
31 1
01
593
x31
32
331
17 2
Standard Poliuretbsne Packing Repair Kit 217 - 671
Consists of the following:
(Must be purchased separately)
Ref No. Part No. Qty
102 106 - 258 1
105 178
- 119 2
123 178-158'
1
125
106 - 259 3
106 178
- 957 1
124 106
- 260 1
126 100-103
1
127 178 - 168 2
128 107-083 1
~~
130 178 - 117 2
Displacement Pump 217-201. Series A
Includes items 101 to 141
REF PART DESCRIPTION
NO. NO.
101
102
105
106
107
108
109
110
111
112
113
114
117
119
118
120
121
122
123
124
125
126
127
130
128
131
132
135
134
136
137
139
178-098
t**178-119
** 106-258
t**vagn
17a151
178 - 080
178-126
217-549
178-154
217 - 200
178-124
217 - 547
178-162
178090
106 - 257
178-109
178-089
"106-260
**106-269
**100-103
*1178-168
**178-117
""107-083
17E163
178086
**17a158
WET - CUP
WASHER, back
- up; acetal
O
- RING, Viton
homopolymer
ADAPTER, outlet;
PACKING, u
- cup; polyurethane
M39lm) x 1 " nptlfl
ROD, displacement
HOUSING, pump
CYLINDER, pump
HOUSING, valve, piston
VALVE, piston
GUIDE, rod
NUT, packing
CYLINDER, valve, intake
PLATE, valve
PISTON, priming
GUIDE, valve
NUT, machine, hex;
M16
ROD, piston
O
- RING;
PACKING, u
- cup; polyurethane
O
- RING;
PIN, cotter
PACKING, u
- cup; polyurethane
O
- RING; Viton
WASHER, back
- up; acetal
WASHER. back-uo
homopolymer
*106-269
BALL, pision
178-1381 PLATE. tie
.., 1"".
iR VALVE ASSEMBLY;
139a 102-039 .PIN, spring
1% 165-702 .BODY, bleeder valve
139c 165 - 703 .PLUG, bleeder valve
140 160-394 NUT, packing,
141 ***172-4n TAG, instructlon (not shown)
includes items
139a-139c
ON
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
2
1
1
1
3
1
2
1
1
2
1
1
1
1
1
1
1
1
1
1
1
1
307 number in description refers to separate instruction
manuels.
Wecommended " 'tool box " spare parts. Keep on hand
to reduce down time.
**Supplied
in repair kit 217-571.
***Extra warning labels and tags are supplied at no charge.
tKeep extra on hand for periodic throat packing repeir if
pumping abrasive fluid.
HOW TO ORDER REPLACEMENT PARTS
1. To be sure you receive the correct replacement parts,
requested in the chart below.
kit or accessories, always give all of the information
2. Check the parts list to identify the correct part number;
do not use the ref. no. when ordering.
3. Order all parts from your nearest Graco distributor.
6 digit
PART
NUMBER
ON PART DESCRIPTION
307 - 605 15
..-
. ,;;.
..
..
:..
..
..
F
..
PTFE
PTFE

~ ~~
ACCESSORIES (Must. be purchased separately)
AIR PRESSURE REGULATOR KIT
205 - 712
14 bar (200 psi) MAXIMUM WORKING PRESSURE
Includes bleed - type master air valve
3/4 NPT7
SWIVEL
AIR
AIR LINE OILER 214-849
17.5 bar 1250psil MAXIMUM WORKING PRESSURE
314 npt inlet and outlet
AIR LINE FILTER
106 - 150
17.5 bar 1250psil MAXIMUM WORKING PRESSURE
314 npt inlet and outlet A
FLUID DRAIN VALVE 210-658
350 bar 15OOO psi) MAXIMUM WORKING PRESSURE
318 nptlf) mbe; Viton seals
TWO - POST 19 LITER 15 gallon) RAM 520 - 075
(5 gallon) drums.
For extruding highly viscous fluids from open
19 liter
200 LITER 155 gallon) RAM 207-279
For extruding highly viscous fluids from open
(55 gallon) drums.
200 liter
SINGLE POST
19 LITER (5 gallon1 RAM 206-450
(5 gallon) pails. If an inductor plate is needed, order
For extruding highly viscous fluids from 19 liter
Inductor Plate Part Number
206 - 747.
PLATE
INDUCTOR PLATE 206-747
AIR MOTOR SILENCER
208-804 To reduce the noise of the Kingm pump.
214-766 To reduce the noise of the Bulldog@ pump.
Install on
a barrel ram.
16 307-605

ACCESSORIES (Continued)
GROUNDING CL&MP 103-538
GROUND WIRE 208-950
7.6 m (25 ft) long, 1.5 mm2 (12 gauge
PUMP RUNAWAY VALVE 215 - 362
Shuts off air supply to the pump if the pump ac-
12 bar (180psil MAXIMUM WORKING PRESSURE
celerates beyond the pre - adjusted setting due to an
empty supply container, interrupted fluid supply to
the pump, or excessive cavitation. 314 npt(f).
5wo psi 1345 bad MAXIMUM WORKING PRESSURE
GROUNDED BUNA - N FLUID HOSE
5wo psi (345 barl MAXIMUM WORKING PRESSURE
GROUNDED NEOPRENE FLUID HOSE
To adapt pump outlet to air motor base.
RISER TUBE KIT 218 - 349
27 bar (300 psi) MAXIMUM WORKING PRESSURE
314 npt(m xf) inlet and outlet
Relieves
air trapped in the air line between the pump
air inlet and this valve when closed.
BLEED - TYPE MASTER AIR VALVE 107 - 141
GRACO THROAT SEAL LIQUID
Non - evaporating liquid for wet cup
206-995 0.95 liter (1 quart)
206 - 996 3.8 liter (1 gallon)
3dw psi (210 barl MAXIMUM WORKING PRESSURE
GROUNDED NYLON FLUID HOSE
r
Pan No.
ID
1/4 nptlml x 3 ft (914 mml 3/16 14.8 mml
214-701 114 npsm1fbel swivel
2 ft 1610 mml
3/16 14.8 mml
214.700
Thd. Size
length
210-540
1/4" 16.4 mml 25 ft 17.6 ml 114 npsmlfbel swivel
210 - 541
1/4" 16.4 mml
3/8 npt1mbel
lC0h 130.4 ml
3/8" 19.5 mml
214 - 920
3/8 nptlmbel 50 ft (15.2 ml
318 " 19.5 mml
214-705
3/8 nptlmbel 25 ft 17.6 ml
3/8" (9.5 mml
214-703 114 npsmlfbel swivel
50 ft 115.2 ml
~~~ ~~
114 npsmlfl swivel
L
35oy) psi (240 bad MAXIMUM WORKING PRESSURE
GROUNDED BUNA - N FLUID HOSE
Part NO.^ ID I length IThd. Size i
I
I
I
I
;ROUNDED BUNA - N AIR SUPPLY HOSE
175psi (12 bad MAXIMUM WORKING PRESSURE
ELBOW 178-160
1 " npth x f)
307-605 17
..
..
. ..
.:.:,
>:;,

TECHNICAL DATA
26:l Ratio Bulldog Pump
Maximum working pressure : 175 bar (2500 psi1
Air operating range : 0.7 - 7 bar (10-100 psi)
Maximum recommended pump speed for continuous
Maximum recommanded pump speed for intermittent
Pump cycles per 3.8 liters (per 1 gallon) : 20
operation : 30 cycles par minute
oparation
: 60 cycles per minute
Air inlet size
: 3/4 npsm(f)
Wetted parts : Carbon Steel Zinc - plated, Nitralloy Steel, Polyurethane,
Acetal Homopolymer, Viton'
Stroke length : 120 mm (4.75")
Fluid outlet size : 1" npt(fl
PUMP PERFORMANCE CHART
25:l RATIO BULLDOGO PUMP
140 psi) - "70 psi) --.... 1100 psi)-
AIR CONSUMPTION - Red Curves -
2.8 bar - . - 4.9 bar .----. 7 bar -
OUTLET PRESSURE - Black Curves
BAR PSI
0
TO find Outlet Pressure (barlpsi) at a specfic delivery To find Pump Air Consumption Im3/min-CFM) specific
Iliterlgpmllrnin) and operating air pressure (barlpsi): delivery (literlmin-GPM) and operating air pressure (barlpsi):
2. Read vertical line up to intersection with selected fluid
1. Locate desired delivery along bottom of chart.
2. Read vertical line up to intersection with selected air con-
1. Locate desired delivery along bottom of chart.
outlet pressure curve. Curve slopes from left to right.
Follow
left to scale and read outlet pressure. sumption
CUN~. Curve slopes from right to left. Follow
right to scale and read air consurnptionm left to right.
Follow left to scale and read outlet pressure.
18 307 - 605
i
, ..
1.
!
i ..
I'
..
.. .
.:.. .
PTFEPTFE

TECHNICAL DATA
40:l Ratio Bulldog Pump
Maximum working pressure : 280 bar (4ooo psi)
Air operating range
: 0.7 - 7 bar (10-100 psi)
Maximum recommended pump speed for continuous
Maximukm recommended pump speed for intermittent
Pump cycles per
3.8 liters (per 1 gallon) : 28
operation : 30 cycles per minute
operation
: 80 cycles per minute
Air inlet size
: 3/4 npsm(f)
Wetted parts : Carbon Steel Zinc-plate, Nitralloy Steel, Polyurethane,
Stroke length
: 120 mm (4.75)
Acetal Homopolymer, Viton"
PUMP PERFORMANCE CHART
40:l RATIO BULLDOG " PUMP
Fluid outlet size : 1 " npt(f)
AIR CONSUMPTION - Red Curves
140 psi1 - - - 170 psiI---"' (1OOpsil - 2.8 bar - . - 4.9 bar ....... 7 bar-
OUTLET PRESSURE - Black Curves
TEST FLUID:
No. 10 Motor Oil
PUMP DELIVERY
To find Outlet Pressure (barlpsi) at a specfic delivery
(liter/gpm//rnin) and operating air pressure Ibarlpsi):
2. Read vertical line up to intersection with selected fluid
1. Locate desired delivery along bottom of chart.
outlet pressure curve.
CUNO slopes from left to right.
Follow left to scale and read qutlet pressure,
To find Pump Alr Consumption lm31min-CFM) specific
delivery Iliterlmin-GPM)
and operating air pressure (barlpsi):
1. Locate desired delivery along bottom of chart.
2. Read vertical line up to intersection with selected air con -
sumption curve. Curve slopes from right to left. Follow
right to scale and read air consumption.m left to right.
Follow left
to scale and read outlet pressure.
307 - 605 19
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