SAINT-GOBAIN PFD1 AstiPure User manual

PFD1/PFS1 –OPERATING INSTRUCTIONS
INDEX DATE N°
03 27/09/01 DC01020US
PUMP
PFD1/PFS1
OPERATING INSTRUCTIONS
SAINT-GOBAINPERFORMANCEPLASTICSASTI SAINT-GOBAINPERFORMANCEPLASTICSASTI
(Headquarters) (Factory)
41, boulevard des Bouvets E.A.D.A.C. des Berthilliers
F-92741 NANTERRE CEDEX F-71850 CHARNAY LES MACON
Tel: 33. (0) 1.55.68.59.59 Tel: 33. (0) 3.85.20.27.00
Fax: 33. (0) 1.55.68.59.68 Fax: 33. (0) 3.85.29.18.48
SAINT-GOBAINPERFORMANCEPLASTICS
7301 Orangewood Avenue
GARDEN GROVE, CA 92841
Phone: [phone]
Fax: [phone]
http://www.astipure.com -http://www.plastics.saint-gobain.com

PFD1/PFS1 –OPERATING INSTRUCTIONS
INDEX DATE N°
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INDEX Page
I –General 2
I.1 –Introduction
I.2 –Materials
I.3 –Operation description
I.4 –Pump Data
II –Quick checklist 2
II.1 –Shipment
II.2 –Reception
III –Installation and operation 3
III.1 –Testing
III.2 –Set up
III.3 –Connections
III.3.1 –Air/nitrogen connections
III.3.2 –Fluid connections
III.4 –Initial tests and Adjustments
IV –Applications 4
IV.1 –Chemical compatibility
IV.2 –Contamination
IV.3 –Temperature range
IV.4 –Applications
IV.5 –Limitations of use
V –Maintenance 5
V.1 –Trouble shooting
V.2 –Preventive maintenance
V.2.1 –Continuous operation
V.2.2 –Intermittent operation
V.3 –Comments
VI –Dismantling and Repair 6
VI.1 –How to dismantle
VI.2 –Examination
VI.3 –Stripping and assembling the pump
VI.3.1 –Replacing the shuttle valve
VI.3.2 –Replacing the bellows
VI.3.3 –Replacing the central shaft and shaft composite rings
VI.3.4 –Replacing the PTFE sleeves
VI.3.5 –Replacing the bellow and body O.rings
VI.3.6 –Replacing the manifold O.rings
VI.3.7 –Replacing other parts
VII –Warranty 11
Appendix: Spare parts list
Maintenance kits
Section view (drawing “APP 1 REF”)
Part numbers table (“APP 1 REF”)
General arrangement drawing (drawing “APP 1 EXT”)
Flow rate/discharge pressure curves
Pneumatic diagram (drawing “APP 1 CAB”)

PFD1/PFS1 –OPERATING INSTRUCTIONS
INDEX DATE N°
03 27/09/01 DC01020US
2/11
Thank you for selecting a SAINT-GOBAIN PERFORMANCE PLASTICS ASTI model PFD1 AstiPure™
pump, series 2 (or PFS1: slurry applications).
I –General
I.1 –Introduction
The Model PFD/PFS is a pneumatically operated TEFLON®pump. There are no internal or external
metal parts.
The pump is designed for handling corrosive, inflammable and sterile fluids. It meets the requirements of
the semiconductor, pharmaceutical and chemical industries.
I.2 –Materials
All wetted parts are manufactured in TEFLON®PFA HP and PTFE.
Other parts are made of high-tech plastics such as PVDF, PEEK etc.
There are no metal parts.
I.3 –Operation
The pump is pneumatically operated; two bellows joined by a central shaft reciprocate horizontally. The
suction and delivery strokes alternate from one side of the pump to the other.
The pump is self-priming and has four balls, which seat on lip seals (check valves).
The pumping frequency of a bellows pump is much slower than an equivalent diaphragm pump and
results in an extended life for the bellows.
Pulsation dampers with wetted parts in TEFLON®PFA and PTFE are available as an option. This
dampens the pulse by approximately 65 to 80%. The pulsation damper for the PFD1/PFS1 pump is
AMC1/AMS1.
I.4 –Pump Data
Flow rate 2.5 GPM (600 l/h)
Discharge pressure 58 PSI max. (4 bar)
Suction head 10 feet water column (3 m)
Max. air consumption 6 SCFM (10 m³/h) NTP
Connections 3/8”x1/2” or 10x13 mm TEFLON®flared tube or 1/2” MNPT thread.
Air connection 1/4" I/D gas female thread
Tubing ∅3/32”x5/32” (2.5x4 mm) maximum
10 feet (3 m) < length < 20 feet (6 m)
Weight 4.5 lbs (2 kg)
Also available three larger capacity pumps with optional pulsation dampers:
PFD2/PFS2 Flow rate 5 US GPM (20 l/min) AMC2/AMS2
PFD3/PFS3 Flow rate 12.5 US GPM (50 l/min) AMC3/AMS3
PFD4/PFS4 Flow rate 25 US GPM (100 l/min) AMC4/AMS4
II –Quick checklist
II.1 –Shipment
Pumps are cleaned and assembled in our clean room, then double sealed in plastic bags to ensure they
are not contaminated in transit. They are then packed in cartons with Polyethylene protection.

PFD1/PFS1 –OPERATING INSTRUCTIONS
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II.2 –Reception
Upon receipt of the pump, please check that:
•The carton has not been damaged in transit. If there is any visible damage, immediately contact the
carrier.
•The pump is not damaged. If there are signs of damage, you should report this immediately to
SGPPL ASTI or your local distributor.
•An operating instruction manual has been included in each package. Please request another copy if
it has not been included.
III –Installation and Operation
III.1 –Testing
All pumps are tested with DI water at the factory in our clean room for:
•Maximum flow rate with no back pressure
•Minimum flow rate with no back pressure
•Flow rate with 58 PSI (4 bar) discharge pressure
•Checked for leakage
III.2 –Set up
The pump must be installed horizontally as shown on general arrangement drawing (see appendix
“APP 1 EXT”). This drawing also shows the overall dimensions of the pump etc.
The pump must be positioned on its feet. If not, the check valves will not seat correctly and the pump
may malfunction.
III.3 –Connections
III.3.1 –Air/Nitrogen connection
The pump must be connected to a clean dry air or nitrogen supply. On no account should the air/nitrogen
supply be lubricated, oil or water droplets will cause the shuttle valve to malfunction.
Minimum and maximum supply pressure must be between 29 and 72.5 PSI (2 and 5 bar).
For optimum pump operation, we recommend a supply pressure of 51 PSI (3.5 bar).
The ID of the tube supplying the dry air/nitrogen should not exceed 3/32” (2.5 mm). The tube length
between the pump and on/off valve should be between 10 feet minimum (3 m) and 20 feet maximum
(6 m).
When in aggressive conditions (acid vapors), it is advised to canalize outlet with a tube of minimum
ID 1/4” (6 mm).
The pneumatic on/off valve must be 3-way to ensure the shuttle valve on the pump resets itself when the
pump is switched off. The flow control valve must be positioned before the 3-way on/off valve
(see appendix “APP 1 CAB”).
A remote control box with on/off switch and needle valve (P/N 21 000 04) is available as an optional
extra.

PFD1/PFS1 –OPERATING INSTRUCTIONS
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III.3.2 –Fluid connections
The pump is self-priming. The inlet is at the bottom and the outlet at the top.
Two optional fittings are available:
•PFD1 210 or PFS1 210: pump is supplied with flared fittings suitable for 3/8”x1/2” (10x13 mm)
TEFLON®tube. The tube needs to be flared prior to fitting using SGPPL ASTI forming tool
(P/N MF11013).
•PFD1 221 or PFS1 221: pump is supplied with 1/2” MNPT male threads on the inlet and outlet. We
recommend using TEFLON®tape when connecting female tube fittings to the PFD/S1 221 pump.
Both the inlet and outlet fittings can be rotated through 180 degrees if necessary, by loosening the nuts
on the inlet and outlet fittings. Then, retighten the nuts.
III.4 –Initial Tests and Adjustments
Before commissioning the pump, we recommend to test it dry with a supply pressure of 72.5 PSI
(5 bar) to ensure the system works correctly (See III.3.1 for the correct connections).
If the pump is cycling too quickly reduce the speed by adjusting the needle valve.
Before using the pump with chemicals please check:
•The body rings (P/N 2706, Mark L) and manifolds are tight,
•The air/nitrogen supply is dry, clean and between 29 and 72.5 PSI (2 and 5 bar),
•The inlet and outlet fluid connections are correctly fitted and tight.
IV –Applications
IV.1 –Chemical compatibility
All PFD/PFS pump wetted parts are manufactured in TEFLON®PTFE and PFA and are suitable for
pumping even the most corrosive concentrated chemicals: H2SO4, HNO3, HF, H3PO4, HCl, NH4OH, KOH,
NaOH, CH3COOH, TMAH, H2O2...
The viscosity of the liquids must be less than 1000 cpo.
PFD pumps can pump liquids containing particles up to 0.02” (0.5 mm).
Very abrasive liquids are not recommended.
Please call either the factory or your local distributor if you require information on chemical compatibility.
IV.2 –Contamination
The “all plastic” construction of the PFD/PFS pump ensures no ionic contamination of the chemical, even
if there is a bellows failure.
Due to the low frequency and amplitude of the bellows pump, SGPPL ASTI guarantees a lower level of
particle contamination when compared to a diaphragm pump.
IV.3 –Temperature range
The pump can handle liquids from 32°F (0°C) up to +212°F (100°C).
When the fluid temperature is greater than 140°F (60°C) you must frequently check that the body rings
(P/N 2706, Mark L) and manifolds are fully tight and that supply pressure is less than 43.5 PSI (3 bar).
For special applications call SGPPL ASTI or your local distributor.

PFD1/PFS1 –OPERATING INSTRUCTIONS
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IV.4 –Applications
The PFD/PFS pump is avolumetric pump. The stroke volume is dependent on the flow rate and
discharge pressure.
In order to know the precise flow rate of the pump, a paddle wheel flow transmitter can be fitted on outlet.
For PFD1/PFS1 the part number of the flow transmitter is DP11013.
•Part number marked K(PFD1 210K or PFS1 210K) indicates that the pump will be supplied with
KALREZ®manifold (P/N 2745K, Mark G) and body O.rings (P/N 2739K, Mark H).
PFS1 pumps are equipped with valve seats without lip (P/N 2711A, Mark I) and bellows with rounded
spires (P/N 2613S, Mark F) in order to pump abrasive products (slurry).
Common applications are:
•Semiconductor Industry: Transfer of ultrapure and corrosive chemicals.
Pump filter recirculation systems.
•Pharmaceuticals and Chemicals: Chemical injection and sampling.
IV.5 –Limitations of use
The standard pumping speed of the PFD1/PFS1 is about 135 strokes/min.
The following should NOT be part of the system:
•Do not connect the pump inlet or outlet with air, nitrogen or liquid under pressure,
•Lubricated and/or wet air/ nitrogen,
•Air supply tubing greater than 3/32” (2.5 mm) ID,
•Air line length between the pump and control valve less than 10 feet (3 m) and more than
20 feet (6 m),
•Air pressure less than 29 PSI (2 bar) or greater than 72.5 PSI (5 bar),
•Inlet connection less than 3/8” (9 mm) ID,
•Restricted suction side (valves, filters...),
•Exceed the recommended liquid temperatures,
•Pumping too viscous or abrasive liquids.
Any of the above may be detrimental to the normal operation and life expectancy of the pump and may
invalidate the warranty.
If the pump is being used with very corrosive chemicals or if it is left for extended periods not in use, we
recommend the system is emptied and flushed.
V –Maintenance
V.1 –Trouble Shooting
If the pump stops for any reason check:
•The air/nitrogen supply,
•That all valves in the chemical lines are open.
Before dismantling the pump, ensure the shuttle valve is in the correct position. Depress the manual
override on the shuttle valve (P/N 2701, Mark A) to re-position the shuttle.

PFD1/PFS1 –OPERATING INSTRUCTIONS
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If the pump starts, check that the following was not the cause:
•The air/nitrogen connections (See III.3.1),
•The air/nitrogen quality,
•Has the pump been serviced correctly? (See V.2 Preventive maintenance).
Before dismantling the pump check the following:
•The air/nitrogen supply is “OFF”,
•The chemical and discharge lines are empty and there is no pressure,
•All in line valves are closed,
•You follow your local Health and Safety Regulations with regard to particular chemicals.
V.2 –Preventive Maintenance
V.2.1 –Continuous Operation
When the pump is used continuously, it is necessary to replace the following parts every year:
•Shaft composite rings P/N 7135F
•Central shaft P/N 2615
Important: these parts should always be replaced together.
During routine maintenance checks, examine the following parts and change them if necessary:
•Bellows P/N 2613 (PFD) or 2613S (PFS)
•Shuttle valve P/N 2701
•Viton bellow O.ring P/N 2725
•Body O.ring P/N 2739
•Manifold O.ring P/N 2745
•Lip seal P/N 2711 (PFD) or 2711A (PFS)
•PTFEsleeves P/N 7220
•Silencers P/N 7185
•Ball valves P/N 2712
V.2.2 –Intermittent operation
If the pump is used intermittently, it is advised to replace all wearing parts every 18 months (shaft
composite rings and central shaft) and to check other parts (bellows, shuttle valve, lip seal...).
If the pump is left standing full of chemical for long periods all the Viton O.rings should be replaced.
V.3 –Comments
If the pump is used to pump hot chemicals in excess of 140°F (60°C) the preventive maintenance
schedule time scale should be divided by 2:
•Every 6 months check as for continuous operation,
•Every 9 months check as for intermittent operation.
The above is based on SGPPL ASTI's experience.
SGPPL ASTI cannot be held responsible for premature failures if the pump is misused or
damaged due to an incorrect application.
VI –Dismantling and Repair
Attention: Part numbers quoted in this manual are those used on a “standard” PFD/PFS pump. Before
ordering, please check the spare parts list, the section view of the pump and the part numbers table (see
encl. documents).

PFD1/PFS1 –OPERATING INSTRUCTIONS
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VI.1 –How to dismantle
Before dismantling the pump, refer to the Maintenance schedule V.1, and proceed as follows:
•Disconnect the air/nitrogen supply,
•Remove the inlet and outlet connections (beware of any chemical droplets remaining on the inside),
•Rinse the outside of the pump in DI water to remove all trace of chemicals,
•Remove pump support screws.
VI.2 –Examination
To comply with your local Health and Safety Regulations it is essential the pump and all parts are
thoroughly cleaned both on the inside and outside.
See V.2 for the Preventive Maintenance Schedule.
To repair the pump, refer to schedules V.1 and V.2.1.
VI.3 –Stripping and assembling the pump
The SGPPL ASTI design ensures that the pumps are easy to strip and assemble.
The only tools required are a screwdriver to replace the shuttle valve (see VI.3.1) and a strap wrench to
remove body rings (P/N 2706, Mark L). All other items can be removed and replaced by hand. A tools kit
for the whole maintenance is available (P/N KPFD1), as well as maintenance kits
(P/N AIR PFD1, LIQ PFD1, and MEC PFD1), and a preventive maintenance box (P/N PM PFD1 or PM
PFS1). For more details on these kits, please report to appendix documents.
Please refer to drawing “APP 1 REF” to visualize marks and part numbers quoted hereafter.
VI.3.1 –Replacing the shuttle valve
The valve is easily removed from the outside:
1) Unscrew the 2 fastening screws –take care not to damage them,
2) Replace with a new factory assembled shuttle valve (P/N 2701, Mark A),
3) Carefully tighten the 2 fastening screws. Do not overtighten,
4) Test with compressed air/nitrogen. Re-tighten if necessary.
VI.3.2 –Replacing the bellows
To replace the bellows proceed as follows:
1) Remove shuttle valve (P/N 2701, Mark A) (see VI.3.1),
2) Unscrew exhaust silencers (P/N 7185),
3) Unscrew the 4 manifold nuts and remove the 4 balls valves (P/N 2712) –take care not to lose them,
4) Remove the 4 manifold O.rings (P/N 2745, Mark G),
5) Position the pump into a bench vice (tighten only over the core P/N 2708),
6) Unscrew the body ring (P/N 2706, Mark L) with a strap wrench while holding the PFA body,
7) Remove the pump body (P/N 7145, Mark K),
8) Now unscrew the bellows (P/N 2613 or 2613S, Mark F) from the central shaft (P/N 2615,
Mark D),
9) Replace with new bellows –moderately hand tighten,
10) To re-assemble follow the above but in reverse order from 8) to 1).
All TEFLON®PTFE and PFA parts are soft; please handle with care to avoid damage. Do not put them
down on their sealing surfaces.
To re-assemble the PFA bodies, hand tighten the body rings (P/N 2706, Mark L), and block them up by
giving 1/8 further turn with the strap wrench. Check that bodies are well positioned so that manifolds are
tight.

PFD1/PFS1 –OPERATING INSTRUCTIONS
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VI.3.3 –Replacing the central shaft and shaft composite rings
Follow the same steps described in V1.3.2 until 8) then:
9) Remove the central shaft (P/N 2615, Mark D),
10) Remove the plastic caps (P/N 1028),
11) Remove the C-PEEK plate screws (P/N 2729) and the rings (P/N 1720),
12) Remove the 4 shaft composite rings (P/N 7135F) from plates (P/N 2709 and 2728, Marks B and C),
13) Clean the plates and the core (P/N 2708) by removing the dust from previous wear by O.rings,
14) Insert 4 new composite rings with tools from our tool kit (P/N KPFD1) as follows:
•Each of the 4 shaft rings (P/N 7135F) is composed of two parts: one O.ring and one sleeve
(Figure 1):
•O.rings can be installed with the O.ring positioning tool P/N 1641.
To install the ring on the inner side of the plate (Figure 2), insert the longer side of the tool in the
plates (P/N 2709 and 2728, Marks B and C),as shown in the drawing. Then place the ring against
the O.ring positioning tool (P/N 1641) and insert it in the groove.
To install the ring on the outer side (Figure 3), insert the shorter side of the O.ring positioning tool
through the inner side of the plate, and place the ring against the positioning tool. Then insert the
ring in its groove.
Figure 1
7135F
Sleeve
O.ring
Inner side
Outer side
Figure 2
Long
Short
1641
Inner side
Figure 3
Long
Short
Outer side

PFD1/PFS1 –OPERATING INSTRUCTIONS
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•Squeeze the sleeve into a “bean”shape, then insert it in the sleeve insertion tool P/N 2680
(Figure 4):
•While holding the O.ring positioning tool (P/N 1641) against the plate, place the sleeve insertion tool
(P/N 2680) into the other side and use the push-button to release the sleeve free on the O.ring
(Figures 5 & 6):
Figure 5 Figure 6
Inner side
Push
Outer side
1641
2680
Figure 4
Step 3
Step 2
Step 1
2680

PFD1/PFS1 –OPERATING INSTRUCTIONS
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•Use the pick (P/N 1643) to correctly position the sleeve in its groove. Be careful not to damage the
sleeve (Figure 7):
•Repeat this operation for the 4 sets of rings.
15) Fit the plates and the body rings (P/N 2706, Mark L) on the core (tighten moderately the screws
P/N 2729), insert first the O.ring (P/N 1720) under the screw head,
16) Fit new plastic caps (P/N 1028) so that tightness between the core and the plates is ensured,
17) Important: lightly wipe the central shaft and shaft composite rings with silicon grease (Molykote
111) before re-assembly. Then insert the central shaft without turning it when threaded part reaches
the O.rings,
18) To re-assemble follow the above instructions but in reverse order.
VI.3.4 –Replacing the PTFE sleeves
Follow the same procedure as for VI.3.3 until 14); after replacing the composite rings, remove the PTFE
sleeves (P/N 7220) from the groove with a blunt pointed instrument. Clean and re-assemble the new part.
A pump that was not originally fitted with PTFE sleeves can be equipped with sleeves. In this case, you
need to change the plates (P/N 2709 and 2728, Marks B and C).
VI.3.5 –Replacing the bellow and body O.rings
After removing the bellows (see V1.3.2, step 8), remove the bellow Viton O.rings (P/N 2725) and the
body O.rings (P/N 2739, Mark H). Then carefully replace the new ones without scratching the surface
of the bellows (P/N 2613 or 2613S, Mark F) or housing (P/N 7145, Mark K).
VI.3.6 –Replacing the manifold O.rings
Follow point VI.3.2, steps 3) and 4). Carefully replace the manifold O.rings (P/N 2745, Mark G). Take
care as these parts are fragile, especially the elbow connectors.
1643
Figure 7

PFD1/PFS1 –OPERATING INSTRUCTIONS
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VI.3.7 –Replacing other parts
When dismantling the pump or control unit for service, components found damaged should be
replaced. Alternatively, the pump/control unit can be returned to your distributor or SGPPL
ASTI for examination, estimate, and repair.
Important: Please indicate what chemical was handled, the frequency of use, and the reason for
returning the pump.
A receipt note “Conditions of use” is at your disposal. Do not hesitate to ask for it when needed.
An estimate for repair will be proposed to you and the pump will be returned to you within one week from
date of its acceptance.
VII –Warranty
SGPPL ASTI pumps and accessories are warranted for all parts and labor against faulty workmanship
(return to factory) for one year from delivery date (9000 hours of use).
SGPPL ASTI is not responsible for damage to its products through improper installation, maintenance,
use or attempts to operate them beyond their mechanical capacity, intentionally or otherwise, or for
unauthorized repair.
SGPPL ASTI shall not be liable for any indirect, special, incidental or consequential damages resulting
from the use, failure or malfunction of any product.
® Du Pont's registered trademarks
™ Saint-Gobain Performance Plastics Asti trademark

PFD1/PFS1 –SPARE PARTS LIST
INDEX DATE N°
03 27/09/01 DC01020US
SAINT-GOBAINPERFORMANCEPLASTICSASTI
41 boulevard des Bouvets
F-92000 NANTERRE
Tel: [phone]
Fax: [phone]
http://www.astipure.com
http://www.plastics.saint-gobain.com
PUMPS PFD1 (SERIES 2) & PFS1
PART
NUMBER DESIGNATION QUANTITY
PFD1 210 PFD1 221 PFS1 210 PFS1 221
1028 CAP 4444
1720 FLAT PLATE O RING 4444
2559A PFD1 MANIFOLD TUBE 1/2” 22
2559AZ PFD1Z MANIFOLD TUBE 1/2” 22
2560A PFD1 MANIFOLD PIPE THREAD 1/2 MNPT 22
2560AZ PFD1Z MANIFOLD PIPE THREAD 1/2 MNPT 22
2613 PFD1 BELLOW WITH INSERT 22
2613S PFS1 BELLOW ROUNDED SPIRES WITH INSERT 22
2615 CENTRAL SHAFT 1111
2701 SHUTTLE VALVE 1111
2701F SHUTTLE VALVE PE UHMW SHUTTLE 1111
2706 BODY RING 2222
2706T ETFE BODY RING 2222
2708 CORE 1111
2709 BLADED PLATE 1111
2711 PFD1 LIP SEAL 44
2711A PFS1 SLURRY VALVE SEAT 44
2712 BALL VALVE ∅10 4444
2725 VITON BELLOW O.RING 2222
2728 TAPPED PLATE 1111
2729 C-PEEK 5x50 PLATE SCREW 4444
2739 FEP BODY O.RING 2222
2739K KALREZ BODY O.RING 2222
2745 FEP MANIFOLD O.RING 4444
2745K KALREZ MANIFOLD O.RING 4444
7135F SHAFT COMPOSITE O.RING 4444
7139 VITON PNEUMATIC O.RING 6666
7145 PFA BODY 2222
7185 1/4” EXHAUST SILENCER 2222
7220 PTFE SLEEVE 2222
MS11013 PVDF NUT TUBING 1/2” OD 2222

PFD1/PFS1 –MAINTENANCE KITS
INDEX DATE N°
03 27/09/01 DC01020US
SAINT-GOBAINPERFORMANCEPLASTICSASTI
41 boulevard des Bouvets
F-92000 NANTERRE
Tel : [phone]
Fax : [phone]
http://www.astipure.com
http://www.plastics.saint-gobain.com
PUMP PFD1 (SERIES 2) –MAINTENANCE KITS
PART
NUMBER DESIGNATION QUANTITY
AIR PFD1 LIQ PFD1 MEC PFD1 PM PFD1
1028 CAP 4
1720 FLAT PLATE O RING 2
2613 PFD1 BELLOW WITH INSERT 22
2615 CENTRAL SHAFT 11
2701 SHUTTLE VALVE 11
2711 LIP SEAL 44
2712 BALL VALVE ∅10 44
2725 VITON BELLOW O.RING 22
2729 C-PEEK 5x50 PLATE SCREW 2
2739 FEP BODY O.RING 22
2745 FEP MANIFOLD O.RING 44
7135F SHAFT COMPOSITE O.RING 44
7139 VITON PNEUMATIC O.RING 6
7185 1/4” EXHAUST SILENCER 222
7220 PTFE SLEEVE 2
PUMP PFS1 –MAINTENANCE KIT P/N “PM PFS1”
PART
NUMBER DESIGNATION QUANTITY
1028 CAP 4
1720 FLAT PLATE O RING 2
2613S PFS1 BELLOW ROUDED SPIRES WITH INSERT 2
2615 CENTRAL SHAFT 1
2701 SHUTTLE VALVE 1
2711A VALVE SEAT 4
2712 BALL VALVE ∅10 4
2725 VITON BELLOW O.RING 2
2729 C-PEEK 5x50 PLATE SCREW 2
2739 FEP BODY O.RING 2
2745 FEP MANIFOLD O.RING 4
7135F SHAFT COMPOSITE O.RING 4
7139 VITON PNEUMATIC O.RING 6
7185 1/4” EXHAUST SILENCER 2
7220 PTFE SLEEVE 2

REFERENCE INDICE
Dessiné par :
En date du :
DESIGNATION
j.Be
ASTIPURE Pump 1
APP 1 REF 03
SAINT-GOBAIN PERFORMANCE PLASTICS ASTI
41 Boulevard des Bouvets
92000 Nanterre - France
Tel: [phone]
Fax: [phone]
http://www.astipure.com
TM

24/09/01
Vérifié par :
En date du :
2x 7185
2x L B
4x 1028
2x E
4x 1720
4x 7135F
2x 7220
4x 2729
2x M
2x J
4x G
2x K
2x F
2x H
2 x 2725
D
2708
A
C
6x 7139
4x 2712
4xI

PART NUMBERS TABLE
Piloting Fluid Size Connec- tion Sealing Option ABCDEFGHIJKLM
PF (standard) 1 2701 2709 2728 2615 2613 2745 2739 2711 7145 2706 MS11013
PR 1 2826 2827 2828 2829
PO 1 2826 2827 2828 2829
D1
S12613S 2711A
210 2559A
221 2560A
K2745K 2739K
ZP/N + "Z" 2706T
F2701F
A : Shuttle valve
B : Bladed plate
C : Tapped plate
D : Central shaft
E : Stopper
F : Bellow
G : Manifold O.Ring
H : Body O.Ring
I : Lip seal
J : Manifold
K : Pump body
L : Body ring
M : Nut
PR S1 210 KF
IMPORTANT:
The following reference combination is not relevant:
PO - 1 --- - F
Piloting:
F Standard
R Recirculation
ONo piloting
Fluid:
D Standard
S Slurry
Sealing:
- FEP
KKalrez
Option:
ZTEFZEL nut
FHF shuttle valve
Connection:
210 Flare Fitting Ø 10x13 or 3/8"x1/2"
221 Pipe thread Ø 1/2" MNPT
Date: 27/09/01
Index: 02 APP 1 REF

REFERENCE INDICE
S
SS
SG
GG
GP
PP
PP
PP
PL
LL
L A
AA
AS
SS
ST
TT
TI
II
I
41 Boulevard des Bouvets
F-92741 Nanterre Cedex
FRANCE
Tel: [phone]
Fax: [phone]
Dessiné par:
Validé par: DATE:
DESIGNATION
FM 02/05/00
Pump ASTIPURE 1
APP 1 EXT 00
134.8mm 5.31"
260.4mm
10.25"
90mm
3.54"
7mm
.28"
Ø
120mm
4.72"
26.5mm 1.04"
157mm 6.18"
196mm 7.72"

AstiPure™ PFD1 / PFS1 pump flow rate characteristics
0
0,5
1
1,5
2
2,5
3
3,5
4
4,5
50 150 250 350 450 550 650 750
Flow rate (l/h)
Discharge head (bar)
Air supply 5 bar
Air supply 4 bar
Air supply 3 bar
Air supply 2 bar

REFERENCE INDICE
Dessiné par:
Validé par: DATE:
DESIGNATION
FM 09/05/00
ASTIPURE Pump 1
APP 1 CAB 00
S
SS
SG
GG
GP
PP
PP
PP
PL
LL
L A
AA
AS
SS
ST
TT
TI
II
I
41 Boulevard des Bouvets
F-92741 Nanterre Cedex
FRANCE
Tel: [phone]
Fax: [phone]
VANNE DE REGLAGE
VALVE
VANNE D' ARRET
STOP
Ø2.5x4mm Max - 6m Max
Air 2 à 5 Bar
2m Max
REFOULEMENT FLUIDE
FLUID OUTLET
ASPIRATION FLUIDE
FLUID INLET