Thermoplastic Pipe & Fittings

7/30/2019 Thermoplastic Pipe & Fittings

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ELECTRONICENGINEERING

ANDSPECIFICATIONS

MANUAL

Eslon Thermoplastics

PO Box 240696,

Charlotte, NC 28224

1-800-578-7681, 704-889-2431

FAX: 704-889-2810


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ESLON THERMOPLASTICS

There are several types of safety-alert messages whichappear throughout this Technical Manual. Familiarizeyourself with these types of messages and the impor-tance of the various signal words, as explained below.

This safety alert symbol indicates impor-tant safety messages in this manual.When you see this symbol be alert to thepossibility of personal injury and carefullyread and fully understand the messagethat follows.

Understanding Safety-Alert Messages

WARNING identifies hazards or unsafe practiceswhich can result in severe personal injury or death ifinstructions, including recommended precautions,are not followed.

CAUTION identifies hazards or unsafe practiceswhich can result in minor injury or product orproperty damage if instructions, including recom-mended precautions, are not followed.

NOTE: The use of the word NOTE signifiesspecial instructions which are impor-tant but not related to hazards.


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ESLON THERMOPLASTICS

2. Only use approved chemicals. Certain chemicals,especially petroleum distillates and derivatives, cancause failure. Every chemical should be verified andapproved in the manufacturers chemical resistancechart (see pages 78 through 89).

System Design1. Allow for flexibility in the design of the system.

Expansion and contraction is greater than for metals.This can cause breaks and leaking points if systemdesign is not flexible to allow for movement. Whenlaying smaller diameters of pipe below ground, thepipe should be snaked in the trench to allow forexpansion and contraction. If solvent cement weldingis used for the method of joining, snaking, pressuretesting, and pipe movement should not be done untilafter the joints have been given sufficient time to dry.

2. Design safeguards into the system to prevent

excessive surge pressures. Water hammer (surge)in a PVC and CPVC system can cause pipe, fittings,and valves to burst. Liquid velocities should notexceed five feet per second maximum.

Installation1. Carefully follow solvent cement welding instruc-

tions (see pages 70 through 73). Failure to correctlyfollow application procedures can reduce the strengthand integrity of joints and cause joint failures. By far, themajority of failures in PVC and CPVC systems are theresult of shortcuts and/or improper joining techniques.

2. Remove rocks and other debris that can rupturepipe when burying pipe in trenches. When laying

PVC and CPVC pipe below the ground, care shouldbe taken to remove all rocks, boards, empty primerand cement cans, brushes, bottles and other debrisfrom the trench. Backfilling and top loading should bewatched very carefully.

3. Follow recommended support spacing for PVCand CPVC piping systems (see chart on page 67).The modulus of elasticity of PVC and CPVC pipe issmaller than it is for metal pipes. Maximum workingtemperature and room temperature should be consid-ered when determining the required support spacing.

Testing1. NEVER use compressed air or gas or air-over-

water boosters to pressure test PVC or CPVCpiping systems. ONLY hydrostatic pressure testingis to be conducted on PVC and CPVC piping systems(see page 73 for proper procedures). Compressed airor gases can surge to high pressures and causeexplosive failures that could seriously injure personnel.

2. Carefully follow all instructions for hydrostaticpressure testing (see page 73). Failure to followthese instructions can result in a system failure.

3. Before water-testing a system, always bleed allentrapped air from system. Entrapped air is amajor cause of surge and burst failure in plastic pipingsystems.

Safety PrecautionsPVC and CPVC plastic piping systems will give excellent,maintenance-free performance over many years usewhen the application and system design is correct forthe product and installation is properly done. It is mostimportant to know the physical properties and limitations

of PVC and CPVC plastic pipe when selecting thesematerials for an application and when designing thesystem for their use (see pages 5 and 6 for more infor-mation about the limitations of PVC and CPVC pipe).

In every case, carefully read and follow installationprocedures. It is very important to know the reputationand abilities of your installation crew or contractor.Professional engineering design of the system andclose supervision of the assembly-installation proce-dures are highly recommended. Any questions con-cerning the application or installation of PVC and CPVCpiping products should be directed to the supplier,manufacturer or consultant.

General1. Protect plastic pipe from contact with hard and

pointed objects. Impact resistance is lower than formetals.

2. Avoid bending pipe. Pipe should not be bent intrenches or in above ground installations. Pipe and

joints that are stressed reduce pressure rating andcan cause failures.

3. Protect pipe from extreme heat and cold. Ex-tremes of heat and cold can cause failure. Allowingliquids to freeze inside PVC/CPVC and metallic pipingcan cause the pipe and/or the joints to crack. Freezeprotection should be designed into the system. Heatbeyond design limits can also cause failures.

4. Protect pipe from sunlight. PVC and CPVC pipecompounds normally do not provide extended protec-tion from the ultraviolet rays of the sun. Therefore,unless the material has been specially formulated toprovide protection, the product must be protected

from sunlight or some damage may occur after yearsof exposure. (See page 53 for additional information.)

Application1. NEVER use PVC and CPVC piping materials to

transport compressed air or gases. Compressedair or gases can surge to high pressures and causeexplosive failures that could seriously injure person-nel. PVC and CPVC pipe and fittings are excellentproducts for transporting water and corrosive chemi-cals, but there are a number of other piping productsthat are especially suited for compressed air andgases. (See pages 5 and 6 for more informationabout the limitations of PVC and CPVC pipe.)

Failure to follow the safety precautions below mayresult in misapplication or improper installation andtesting which can cause severe personal injury and/or property damage.


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Physical Properties of PVC and CorzanTMCPVCPoly(Vinyl Chloride) PVC

This thermoplastic material is the largest volume mem-ber of the vinyl family. It is the most widely used mate-rial for plastic pipe, valves, and fittings.

PVC has many advantages over conventional pipingmaterials. Just a few are:Corrosion Resistance - outstanding chemicalresistance to nearly all acids, alkalis, alcohols,halogens and many other corrosive materials.Fluid Friction - less friction loss as compared to metal-lics. Lower pressure drop = smaller pumps = lesselectricity.Thermal- lower thermal conductivity than formetallics. Less moisture condensation, reduced heatloss, and more uniform fluid temperature. (Insulation isusually not required.)Electrical- a non-conductor of electricity. Eliminatesgalvanic or electrolytic corrosion that causes expen-

sive repairs.Other - weather resistant, high strength-to-weight ratio,dent resistant, non-toxic, maintains properties overlong periods of time, easy to install, maintenance-free.

Chlorinated Poly(Vinyl Chloride) CPVCAn industrial thermoplastic piping material which canbe used for higher temperature applications. It is aspecialty polymer with a higher glass transition point,which means advantages over regular PVC pipe andfittings while retaining the excellent chemical resistantproperties of PVC.

CPVC retains its mechanical strength at highertemperatures.

CPVC = 200F Max.PVC = 140F Max.

PVC and Corzan CPVC pipe and fittings compoundare blended according to strict industry guidelines.Specifications and requirements are set forth by agencies such as the American Society for Testing andMaterials (ASTM) and NSF International (NSF). Com

pliance with these standards assures the customer thathey are receiving products manufactured from materiathat will perform the tasks for which they are designed

ESLON PIPING PRODUCTS

PVC CPVC

Base ResinPoly(vinyl chloride) Chlorinated

Homopolymer Poly(vinyl chloride)

Commercial Classification Type I, Grade 1 Type IV, Grade 1of Rigid Compound* PVC 1120 CPVC 4120

Class Designation 12454-B 23447

BASIC MATERIAL DATA

* NOTE: All Eslon products are manufactured from rigid,un-plasticized compounds. This rigidmaterial is alsoreferred to as U-PVC.

DUCTILITY AND IMPACT RESISTANCEPVC and CPVC piping materials are only to be used forliquid service. They must never be used to conveycompressed air or gas. Compressed air or gases cansurge to high pressures and cause failures that couldseriously injure personnel. Unlike other plastic pipingmaterials such as some types of ABS compounds, PVCand CPVC piping materials do not possess the ductility

and impact resistance required for compressed air/gasservice (Note: Not all ABS piping systems are de-signed to transport compressed air/gas). If PVC orCPVC pipe is used to convey compressed air or gas,an explosive failure in the system can occur resulting insharp fragments accelerated by rapidly decompressingair. This explosive hazard is also present if compressedair or gas, or an air-over-water booster is used topressure test a PVC or CPVC piping system.

PVC and CPVC piping materials must be selected,installed, and tested by qualified persons who areknowledgeable in the application, design, installation,and testing of PVC and CPVC piping systems alongwith the associated hazards.


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MECHANICAL


Specific Material Data

Properties Unit PVC CorzanCPVC Remarks ASTM TestTensile Strength

PSI 7,000 8,000Same in Circumferential

D-638@ 73F Direction

Modulus of Elasticity PSI 400,000 360,000 Ratio of Stress to Elongation D-638Tensile @ 73F (Youngs Modulus)Compressive Strength

PSI 9,600 10,100 D-695@ 73FFlexural Strength

PSI 12,700 15,100Tensile Stress on Bent

D-790@ 73F Sample at FailureIzod Impact Ft.-Lbs./In.

0.65 1.5Impact Resistance of a Notched

D-256@ 73F of Notch Sample to a Sharp BlowRelative Hardness Durometer D 80 3 Equivalent to Aluminum D-2240@ 73F Rockwell R 110-120 119 D-785

THERMODYNAMICS

ELECTRICAL

OTHER

Properties Unit PVC CorzanCPVC Remarks ASTM TestCoefficient of Thermal

in./in./F 2.8 x 10-5

3.4 x 10-5

D-696Linear Expansion per F

Thermal Conductivity BTU/hr./ft.2/F/in. 1.3 0.95Average Specific Heat of0-100C C-177

Specific Heat CAL/g/ C 0.20-0.28Ratio of Thermal Capacityto that of Water at 15C

Maximum OperatingF 140 200

Pressure Rating is DirectlyTemperature Related to TemperatureHeat Distortion

F 158 217Thermal Vibration and

D-648Temperature @ 264 PSI Softening Occurs

Decomposition Point F 400+ 400+Scorching by Carbonizationand Dehydrochloration

Properties Unit PVC CorzanCPVC Remarks ASTM Test

Dielectric Strength VOLTS/MIL 1,400 1,250Electric Insulator and

D-147Non-MagneticDielectric Constant

3.703.25 @

D-15060 Hz @ 30F 1,000 HzPower Factor

% 1.255.007 @

D-15060 Hz @ 30F 1,000 HzSpecific Volume

Ohm/CM 3-5 x 1015 3.4 x 1015 D-257Resistivity @ 73F

NOTE: This data is based on information suppliedby the raw material manufacturers. It should beused as a general recommendation only and notas a guarantee of performance or longevity.

Properties Unit PVC CorzanCPVC Remarks ASTM TestSpecific Gravity g/cm3 1.42 1.55 Relative Density D-792

Water Absorption % +0.05% +0.03 @ 73F Weight Gain in 24 Hrs. D-570+0.55 @ 212FPoissons Ratio @ 73F 0.38 0.27Cell Designation 12454-B 23447 D-1784Flame Spread E-84 25 15

Self ExtinguishingSmoke Density 500 70-125

E-84


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Piping Products Selection Guide

Socket Dimensions For Bell-End Pipe

Plain End Pipe Modified Pipe

PVC (Polyvinyl Chloride) Type I, Grade 1 CPVC PVC

Plain End Belled Roll-Grooved Threaded

Not above 4"

ASTM D-1785 ASTM D-2241 ASTM F-441 ASTM D-1785 ASTM D-1785 ASTM D-1785D-2241

NSF Approved NSF Approved NSF App. NSF Approved

Schedule 80 Schedule 40 SDR 13.5 SDR 21 SDR 26 Schedule 80 Sch.40 1/2" - 12" SDR 21 2" - 6" Sch. 80 1/2" - 1/4" - 14" 1/2" - 16" 1/2" 3/4" - 6" 1 1/4" - 8" 1/2"- 12" SDR 13.5 1/2" SDR 26 2" - 8"

Schedule 40 SDR 21 3/4" - 6" Sch. 40 2" - 12"1/2" - 12" SDR 26 1 1/4" - 8" Sch. 80 2" - 12"

Schedule 80 Schedule 40 Schedule 80 and/or Schedule 40 CPVC Sch. 80 Schedule 80 and/or Schedule 40 ASTM D-2464ASTM D-2467 ASTM D-2466 ASTM F-439

ASTM F-437

Solvent Cement Welding Solvent Cement Welding Solvent Solvent Victaulic ThreadsCement Cement Style Couplings & PipeWelding Welding Tape Seal

Flange Joint - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Flange Joint - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -Threaded Joint Threaded Joint - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - Threaded Joint - - - - - - - - - - - - - - - - - - - - Threaded Join

Not Recom-mended (Consult Factory) Not above 4"

Refer to pages 9 and 10 Same as Plain End Pipe Rating 50% of Sch. 8Non-threadedPipe Rating

See Pressure/Temperature Chart Refer to page 55 Not Recommended Over 100F (Threaded Only)

Tight Jointing Tight Jointing Tight Jointing Easy Assembly Jointing Iron Pipe Size Pressure Rated Pressure Dissimilar P Corrosion Resistant Corrosion Resistant Energized Seal Valve, Lightweight Lightweight Flexibility Equipment Durable Durable Not Recom-

mended forUndergrounUse

Industrial Fluids Water Supply Industrial Fluids Industrial Fluids Water Supply Industrial Flui

Water Supply Water Supply

Nom. SOCKET ENTRANCE (A) SOCKET BOTTOM (B) Min. Socket Min. Socket Min. SocketPipe Size Length Length Length(Dia. In.). I.D. Min. I.D. Max. I.D. Min. I.D. Max. SDR (C) SCH40 (C) SCH80 (C)

1/2 0.844 0.852 0.832 0.840 1.500 1.500 1.5003/4 1.054 1.062 1.042 1.050 2.000 2.000 2.000

1 1.320 1.330 1.305 1.315 2.500 2.500 2.500

1

1

/4 1.665 1.675 1.650 1.660 3.250 3.250 3.2501 1/2 1.906 1.918 1.888 1.900 3.500 3.500 3.500

2 2.380 2.392 2.357 2.369 4.000 4.000 4.000

2 1/2 2.880 2.894 2.854 2.868 5.000 5.000 5.000

3 3.506 3.522 3.476 3.492 5.500 5.500 5.500

4 4.508 4.526 4.473 4.491 6.500 6.500 6.500

5 5.574 5.594 5.533 5.553 4.000 6.000 6.000

6 6.637 6.659 6.592 6.614 8.000 8.000 8.000

8 8.634 8.664 8.583 8.613 7.000 7.000 7.000

10 10.761 10.791 10.707 10.737 7.500 7.500 7.500

12 12.763 12.793 12.706 12.736 8.500 8.000 8.000

14 14.020 14.050 13.995 13.985 8.000 8.000

16 16.030 16.060 15.955 15.985 8.000

Product

Material

Shape

Standard

NSF Seal

Specificationand Sizes

Fittings

JointingMethods

Max. WorkingPressure

Max. WorkingTemperature

Features

Application

Caution: Eslon Thermoplastics does not recommend its products for use in compressed air or gas systems.

For Special Bell Lengths,Consult Factory.

NOTES:

SDR Pipe Bell Socket dimensions meASTM D2672.

Sch. 40 Pipe Bell Socket dimensionsmeet ASTM F480.

ASTM F480 does not include sizes 1/2thru 1 1/2".Sch. 40 Pipe Bells in these sizes arecovered by ASTM D2672.

Sizes 1/2" through 1 1/2" meet ASTMD2672.

Sizes 2" through 8" meet ASTM F480

Sizes 10" through 16" meet ASTMD2672.

C Min

B

*

*


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THERMOPLASTIC PIPE

Features

Eslon Pipe Availability GuideType Plastic And Specification

PVC SDR PVC SDR PVC PVC Corzan CPVC

26/PR 160(2) 21/PR 200(3) Schedule 40(4) Schedule 80 Schedule 40 & 80Plain Belled Plain Belled Plain Belled Plain Belled Threaded Roll Plain BelledEnd End End End End End End End Both Ends Grooved End End

1/4 q 3/8 q 1/2 (5) q (5) q q q q q 3/4 q q q q q q

1 q q q q q q

11/4 q q q q q q q

11/2 q q q q q q q

2 q q q q q q q q q

2 1/2 q q q q q q q q

3 q q q q q q

q q

4 q q q q q q q q

5 q q q

6 q q q q q q q

8 q q q q q q

10 q q q q q q

12 q q q q q q

14 q q q q

16 q q

(1) Standard lengths - 20 ft. nominal.

(2) Roll-grooved on request, 2-inch through 8-inch diameters.



(5) SDR 13.5/PR315.

s Full range of IPS sizes in 1/4" through 14" Schedule 80PVC, 1/2" through 12" SDR and 1/2" through 16" Sched-ule 40 PVC; plus Corzan CPVC, 1/2" through 12".

s Handles commercial and industrial applications inwhich metal pipe will not withstand the reactiveeffects of chemicals or other corrosive materials.

s Choice of plain, belled or roll-grooved ends for PVCSDR and PVC Schedule 40. PVC Schedule 80available with plain, belled, roll-grooved or threadedends. Corzan CPVC, plain and belled ends.Note: For size/end treatment combinations seePipe Availability Guide below.

s Manufactured In U.S.A. to ASTM material anddimensionalstandards.

s NSF certified forpotable waterservice to Stan-

dard 14/61.s 2" through 8"

PVC Schedule 40triple-markedfor DWV andwell casing.Note: 2 1/2" and5" excluded.

s PVC Schedules 40, 80 and SDR well casing in plainand belled end available in 2" thru 8."

s Light weight facilitates installation with conventionaltools and piping techniques.

sMinimal maintenance requirements with uniform,smooth fluid flow ensures very long service periods.

SPECIFICATIONSEslon thermoplastic pipe is manufactured to the follow-ing standard specifications:

Type Pipe Standard Specifications

Material Dimensions

PVC SDR (Plain End)* ASTM D-1784 ASTM D-2241PVC SDR (Belled End)* ASTM D-1784 ASTM D-2672

PVC Schedule 40* ASTM D-1784 ASTM D-1785PVC Schedule 40 (DWV) ASTM D-1784 ASTM D-2665PVC Schedule 40 (Belled End)* ASTM D-1784 ASTM D-2672

PVC Schedule 80* ASTM D-1784 ASTM D-1785PVC Schedule 80 (Belled End) ASTM D-1784 ASTM D-2672

CPVC Schedule 40 and 80 ASTM D-1784 ASTM F-441CPVC Schedule 40 and 80

(Belled End) ASTM D-1784 ASTM D-2672

*ASTM F480 Well Casing

q Stock Standard Available on Request Corzan is a trademark of The BF Goodrich Company and is registered or under

application in various countries of the world.

Nominal

PipeSize(1)

(Dia. In.)


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Nominal Outside Min. Wall Plain End Threaded Approx.Pipe Size Diameter Thickness Max. W. P. Eslon Max. W. P. Eslon Part Weightin. (mm) in. in. PSI @ 73F Part No. PSI @ 73F Part No. lbs./ft.

1/4 (6.35) 0.540 0.119 1130 1800 570 0.1013/8 (9.53) 0.675 0.126 920 1801 460 0.1391/2 (12.7) 0.840 0.147 850 1802 420 81802 0.2083/4 (19.05) 1.050 0.154 690 1803 340 81803 0.280

1 (25.4) 1.315 0.179 630 1804 320 81804 0.411

1 1/4 (31.75) 1.660 0.191 520 1805 260 81805 0.569

1 1/2 (38.1) 1.900 0.200 470 1806 240 81806 0.690

2 (50.8) 2.375 0.218 400 1808 200 81808 0.957

2 1/2 (63.5) 2.875 0.276 420 1810 210 1.460

3 (76.2) 3.500 0.300 370 1812 190 1.950

4 (101.6) 4.500 0.337 320 1816 160 2.844

5 (127) 5.563 0.375 290 1820 3.953

6 (152.4) 6.625 0.432 280 1824 5.433

8 (203.2) 8.625 0.500 250 1826 Threading Pipe 8.25110 (254) 10.750 0.593 230 1828 Above 4" Is Not 12.243

12 (304.8) 12.750 0.687 230 1830 Recommended 16.831

14 (355.6) 14.000 0.750 220 1832 19.960

16 (406.4) 16.000 0.843 220 25.550

THERMOPLASTIC PIPE

Weights and DimensionsPVC SCHEDULE 80 PIPE

PVC SCHEDULE 40 AND SDR PRI. INTRODUCTION

Understanding Safety-Alert Messages and Safety Precautions

3-4

II. DIMENSIONS OF ESLON PIPE AND FITTINGS

PVC Schedule 40SDR 26/PR 160 SDR 21/PR 200 SDR 13.5/PR 315

Nominal Outside 160 PSI @ 73F 200 PSI @ 73 F 315 PSI @ 73FPipe Size Diameter Min. Wall

Max. W.P.Eslon Approx. Min. Wall Approx. Min. Wall Approx. Min. Wall Appro

in. (mm) in. ThicknessPSI @73F

Part Weight Thickness Weight Thickness Weight Thickness Weighin. No. lbs./ft. in. lbs./ft. in. lbs./ft. in. lbs./ft

1/2 (12.7) 0.840 0.109 600 1402 0.162 0.062 0.1013

/4 (19.05) 1.050 0.113 480 1403 0.219 0.060 0.1221 (25.4) 1.315 0.133 450 1404 0.320 0.063 0.162

1 1/4 (31.75) 1.660 0.140 370 1405 0.431 0.064 0.210 0.079 0.260

1 1/2 (38.1) 1.900 0.145 330 1406 0.519 0.073 0.270 0.090 0.330

2 (50.8) 2.375 0.154 280 1408 0.693 0.091 0.421 0.113 0.521

2 1/2 (63.5) 2.875 0.203 300 1410 1.133 0.110 0.633 0.137 0.761

3 (76.2) 3.500 0.216 260 1412 1.455 0.135 0.923 0.167 1.131

4 (101.6) 4.500 0.237 220 1416 2.050 0.173 1.520 0.214 1.870

5 (127) 5.563 0.258 190 1420 2.780 0.214 2.330 0.265 2.854

6 (152.4) 6.625 0.280 180 1424 3.615 0.255 3.300 0.316 4.052

8 (203.2) 8.625 0.322 160 1432 5.436 0.332 5.600 0.410 6.851

10 (254) 10.750 0.365 140 1440 7.713 0.413 8.686 0.511 10.640

12 (304.8) 12.750 0.406 130 1448 10.195 0.490 12.214 0.606 14.949

14 (355.6) 14.000 0.437 130 1449 11.81016 (406.4) 16.000 0.500 130 1450 15.140


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THERMOPLASTIC PIPE

Weights and DimensionsCORZAN CPVC SCHEDULE 80 PIPE

CORZAN CPVC SCHEDULE 40

Standard pipe lengths = 20 ft. nominal. Working pressures based on water at 73F (23C).

See page 55. If operating temperature is above 73F, working

pressure must be de-rated. See page 55. Bell end pipe has same pressure rating as

plain end. WARNING: Eslon Thermoplastics does not

recommend its products for use incompressed air or gas systems.

Pressure Conversion FactorsTo Obtain Multiply

Kgf/cm2 PSI x 14.223

BAR PSI x 14.5

1 inch of Hg PSI x 0.4912

1 Ft of Head PSI x 2.309

1 PSI Ft of Head x 0.433

Nominal Outside Min. Wall Max. W. P. Eslon Approx.Pipe Size Diameter Thickness PSI @ 73F Part Weightin. (mm) in. in. Plain End No. lbs./ft

1/4 (6.35) 0.540 0.119 1130 3/8 (9.53) 0.675 0.126 920 1/2 (12.7) 0.840 0.147 850 1501 0.2283/4 (19.05) 1.050 0.154 690 1502 0.308

1 (25.4) 1.315 0.179 630 1503 0.453

1 1/4 (31.75) 1.660 0.191 520 1504 0.624

1 1/2 (38.1) 1.900 0.200 470 1505 0.760

2 (50.8) 2.375 0.218 400 1506 1.050

2 1/2 (63.5) 2.875 0.276 420 1511 1.602

3 (76.2) 3.500 0.300 370 1507 2.146

4 (101.6) 4.500 0.337 320 1508 3.126

5 (127) 5.563 0.375 290

6 (152.4) 6.625 0.432 280 1509 6.077

8 (203.2) 8.625 0.500 250 1510 9.26310 (254) 10.750 0.593 230 1513 13.886

12 (304.8) 12.750 0.687 230 1514 18.536

14 (355.6) 14.000 0.750 220

16 (406.4) 16.000 0.843 220

Corzan CPVC Schedule 40Nominal OutsidePipe Size Diameter Min. Wall Max. W.P. Eslon Part Approx.in. (mm) in. Thickness PSI @73F No. Weight

in. lbs./ft.1/2 (12.7) 0.840 0.109 600 1531 0.1773

/4 (19.05) 1.050 0.113 480 1532 0.2361 (25.4) 1.315 0.133 450 1533 0.350

1 1/4 (31.75) 1.660 0.140 370 1534 0.474

1 1/2 (38.1) 1.900 0.145 330 1535 0.569

2 (50.8) 2.375 0.154 280 1536 0.763

2 1/2 (63.5) 2.875 0.203 300 1541 1.246

3 (76.2) 3.500 0.216 260 1537 1.586

4 (101.6) 4.500 0.237 220 1538 2.254

5 (127) 5.563 0.258 190

6 (152.4) 6.625 0.280 180 1539 3.981

8 (203.2) 8.625 0.322 160 1540 5.980

10 (254) 10.750 0.365 140 1542 8.558

12 (304.8) 12.750 0.406 130 1543 11.220

14 (355.6) 14.000 0.437 130 16 (406.4) 16.000 0.500 130


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PALLET AND TRUCKLOAD QUANTITIES

PVC & Corzan CPVC PipePALLET TRUCK LOAD QUANTITIESFor 20 Ft. Nominal Lengths of Schedule 40, Schedule 80, and SDR/PR Pipe

Nominal Approximate Pallet Weight (lbs)PipeSize CPVC CPVC(In.) Sch. 40 Sch. 80 PR. 125 PR. 160 PR. 200 PR. 315 Sch. 40 Sch. 80

1/2 1248 1594 579 790 17453/4 1086 1380 522 618 1192 1515

1 1022 1304 430 532 1124 1434

1 1/4 1737 2277 831 870 1066 1909 24931 1/2 1614 2131 742 862 1044 1774 2342

2 2732 3751 1369 1682 2068 3006 4110

2 1/2 3025 3882 1362 1715 2051 1470 1880

3 2734 3645 1422 1755 2138 3007 4006

4 2146 2956 1301 1605 1962 2359 3244

5 2168 3059 1478 1826 2224

6 1638 2436 1216 1497 1828 1798 2719

8 1559 2347 1605 1955 872 1330

10 1738 2734 1952 2382 1212 1958

12 1057 1720 1258 1532 1159 1891

14 731 1220

16 626

* Quantities and pallet sizes subject to change. Consult factory for exact footage.

NominalPallet SpecificationsPipe

Approx. Pallet

Size Ft. per Pallet* Ft. per T/L Pallet Size Pallet per T/LDimensions

(In.) PVC CPVC PVC CPVC PVC CPVC PVC CPVC PVC CPVC1/2 7520 7520 421,120 421,120 1/4 1/4 56 56 14 1/2" x 24" 14 1/2" x 24"3/4 4820 4820 269,920 269,920 1/4 1/4 56 56 14 1/2" x 24" 14 1/2" x 24"

1 3100 3100 173,600 173,600 1/4 1/4 56 56 14 1/2" x 24" 14 1/2" x 24"

1 1/4 3920 3920 109,760 109,760 1/2 1/2 28 28 14 1/2" x 45" 14 1/2" x 45"

1 1/2 3020 3020 84,560 84,560 1/2 1/2 28 28 14 1/2" x 45" 14 1/2" x 45"

2 3860 3860 61,760 61,760 Full Full 16 16 25 1/2" x 4 6 1/2" 25 1/2" x 4 6 1/22 1/2 2620 1160 41,920 41,920 Full Full 16 28 25 1/2" x 4 6 1/2" 10" x 46 1/2

3 1840 1840 29,440 29,440 Full Full 16 16 24 1/4" x 4 5 1/4" 24 1/4" x 4 5 1/44 1020 1020 16,320 16,320 Full Full 16 16 27" x 44" 27" x 44"

5 760 9,120 Full 16 27" x 48"

6 440 440 7,040 7,040 Full Full 16 16 26 1/2" x 4 2 1/2" 26 1/2" x 4 2 1/28 280 140 4,480 3,360 Full 3/4 16 24 26" x 46 1/2" 16" x 37 1/210 220 140 2,640 3,360 Full 3/4 12 24 28 3/4" x 4 6 1/2" 28 3/4" x 4 6 1/212 100 100 1,600 1,600 Full Full 16 16 27" x 41" 27" x 41"

14 60 1,440 Full Full 24 15" x 45"

16 40 800 Full Full 20 17 1/2" x 35"


12/10012

MANUFACTURERS PRODUCTSPECIFICATIONSchedule 40 & 80 Corzan CPVC Industrial Pipe

Corzan is a trademark of The BF Goodrich Company and is registered orunder application in various countries of the world.

Scope:This specification sheet covers the manufacturersrequirements for CPVC Schedule 40 and 80 IPS pres-sure pipe. This pipe meets or exceeds the industrystandards set forth by the American Society for Testingand Materials and NSF International, Standards 14/61.

All pipe and raw materials are manufactured in the USA.

CPVC Materials:Rigid CPVC (chlorinated polyvinyl chloride) used in theextrusion of Schedule 40 and 80 pipe is of Type IV,Grade 1 compound as stated in ASTM D-1784. Rawmaterial used in extrusion shall contain the specifiedamounts of color pigment, stabilizers, and other addi-tives approved by NSF International.

Dimensions:

Physical dimensions and tolerances of CPVC Schedule40 and 80 pipe meet the requirements of ASTM standardspecification F-441.

Marking:CPVC Schedule 40 and 80 pipe is marked as prescribedin ASTM F-441 to indicate the manufacturers name ortrademark, material designation code, the nominal pipesize, the Schedule size with the pressure rating in PSIfor water at 73F, the ASTM designation number F-441and the NSF seal for potable water.

Sample Specification:

All CPVC Schedule 40 and 80 pipe shall conform toASTM F-441. Schedule 80 socket fittings shall conformto ASTM F-439 and ASTM F-437 for threaded Schedule80 fittings. Both pipe and fittings shall be the productof one manufacturer, as manufactured by EslonThermoplastics (or approved equal), Charlotte, NorthCarolina, USA, 1-800-578-7681.

MEMBERASTM

INTERNATIONAL ASSOCIATION

OF PLASTICS DISTRIBUTORS

MEMBER

IAPD


13/100

MANUFACTURERS PRODUCTSPECIFICATIONSchedule 40 & 80 PVC Industrial PipeScope:This specification sheet covers the manufacturersrequirements for PVC Schedule 40 and Schedule 80 IPSpressure pipe. This pipe meets or exceeds the industrystandards set forth by the American Society for Testingand Materials and NSF International, Standards 14/61.


PVC Materials:Rigid PVC (polyvinyl chloride) used in the extrusion ofSchedule 40 and 80 pipe is of Type I, Grade 1 com-pound as stated in ASTM D-1784. Raw material used inextrusion shall contain the specified amounts of colorpigment, stabilizers, and other additives approved byNSF International.

Dimensions:

Physical dimensions and tolerances of PVC Schedule40 and 80 pipe meet the requirements of ASTM stan-dard specification D-1785. Socket dimensions of belledend pipe meet the requirements of ASTM D-2672 orF-480.

Marking:PVC Schedule 40 and 80 pipe is marked as prescribedin ASTM D-1785 to indicate the manufacturers name ortrademark, material designation code, the nominal pipesize, the Schedule size with the pressure rating in PSIfor water at 73F, the ASTM designation numberD-1785, and the NSF seal for potable water.

Sample Specification:All PVC Schedule 40 and 80 pipe shall conform toASTM D-1785. Schedule 40 fittings shall conform toASTM D-2466, Schedule 80 socket fittings to ASTMD-2467 and ASTM D-2464 for threaded Schedule 80fittings. Belled end pipe socket dimensions shallconform to ASTM D-2672 or F-480. Both pipe andfittings shall be the product of one manufacturer, asmanufactured by Eslon Thermoplastics (or approvedequal), Charlotte, North Carolina, USA, 1-800-578-7681.

MEMBERASTM INTERNATIONAL ASSOCIATIONOF PLASTICS DISTRIBUTORS

MEMBER

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14/10014

MANUFACTURERS PRODUCTSPECIFICATION

Scope:This specification sheet covers the manufacturers re-quirements for PVC standard dimension ratio pressurerated pipe. This pipe meets or exceeds the industrystandards set forth by the American Society for Testingand Materials and NSF International, Standard 14/61.


PVC Materials:Rigid PVC (polyvinyl chloride) used in the extrusion ofSDR pressure rated pipe is of Type I, Grade 1 com-pound as stated in ASTM D-1784. Raw material used inextrusion shall contain the specified amounts of colorpigment, stabilizers, and other additives approved byNSF International.

Dimensions: (Plain End)

Physical dimensions and tolerances of PVC SDR pressurerated pipe meet the requirements of ASTM standardspecification D-2241, Product standard PS-22-70.

Dimensions: (Bell End)Physical dimensions and tolerances of SDR pressurerated pipe meet the requirements of ASTM standardspecification D-2672 or F-480.

Marking:PVC SDR pressure rated pipe is marked as prescribedin ASTM standard D-2241 to indicate the manufac-turers name or trademark, material designation code,

the nominal pipe size, the standard dimensional ratio(SDR) and/or the pressure rating in PSI for water at73F, the ASTM designation number D-2241, and theNSF seal for potable water.

Sample Specification:All PVC SDR/PR 160, 200 and 315 pipe shall conformto ASTM D-2241 for plain end and ASTM D-2672 orF-480 for bell end. SDR pipe shall be the productof one manufacturer, as manufactured by EslonThermoplastics (or approved equal), Charlotte,North Carolina, USA, 1-800-578-7681.

PVC SDR Pressure Rated Pipe

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15/100

MANUFACTURERS PRODUCTSPECIFICATION

Scope:This specification sheet covers the manufacturers re-quirements for PVC drain, waste, and vent pipe. Thispipe meets or exceeds the industry standards set forthby the American Society for Testing and Materials andNSF International, Standard 14/61.


PVC Materials:Rigid PVC (polyvinyl chloride) used in the extrusion ofDWV pipe is of Type I, Grade 1 compound. Specifica-tions for this material can be found in ASTM D-1784. Rawmaterial used in extrusion shall contain the specifiedamounts of color pigment, stabilizers, and other addi-tives approved by NSF International.

Dimensions:

Physical dimensions and tolerances of PVC-DWV pipemeet the requirements of ASTM standard specificationD-2665.

Marking:PVC-DWV pipe is marked as prescribed in ASTMD-2665 to indicate the manufacturers name or trade-mark, the ASTM designation code number D-2665, thenominal pipe size, the material abbreviation PVC, andthe product abbreviation DWV spaced along the entirepipe length at not more than two (2) foot intervals. Pipeshall be marked on both sides.

Sample Specification:All PVC-DWV pipe shall conform to ASTM D-2665 andshall be the product of one manufacturer, as manufac-tured by Eslon Thermoplastics (or approved equal),Charlotte, North Carolina, USA, 1-800-578-7681.

Drain, Waste & Vent Pipe (DWV)

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16/10016

ROLL-GROOVED PVC PIPE

SDR, Schedule 40, Schedule 80Eslon Thermoplastics roll-grooved PVC pipe ismanufactured from NSF certified PVC pipe and isroll-grooved at each end for quick connection usingmechanical couplings. It can be used in any applicationwhere PVC pipe is acceptable and where it is desirable

to have a means for quick assembly under adverseconditions.

s Completely re-usable pressure system which doesnot require threading, solvent welding, or flanging.

s Joints are mechanically locked to produce a secure,leak-tight connection under pressure or vacuum.

s A union at every joint allows for speed and ease ofassembly and field maintenance.

s In abrasive applications, pipe can easily be rotated todistribute wear evenly.

Featuress Flexible system permits laying on rough or uneven

terrain.s When using a gasket type coupler, each joint will

absorb some expansion and contraction due to

temperature changes.s Roll-grooved systems facilitate fast add-ons,

modifications, or relocation of the pipe.

MEMBERASTM



MEMBER

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17/100

ROLL-GROOVED PVC PIPE

Dimensions and Weights

* Special Order Not A Stock Item.

NOTES: The rolled groove is formed in each end of a standard 20 ft.nominal length of PVC pipe which complies with the followingspecifications:

ASTM D-1784 for PVC 1120, cell classification 12454-B.

ASTM D-1785 for PVC Schedule 40 and 80 pipe dimensional data.

ASTM D-2241 for PVC SDR 21 and 26 pipe dimensional data.

National Sanitation Foundation for potable water service.

Mechanical couplings and their related specifications are notfurnished by Eslon Thermoplastics, Inc.

NOTE:These maximum pressures are based on limitedshort-term burst testing per ASTM D-1599. They arenot based on long-term hydrostatic testing. You shouldconsult with your Roll-Groove coupling manufacturerto obtain their recommended pressure limitations.

Nom. Pipe Part Outside Min. Wall Approx. Wt. Ft. Per Max. Press

Size (IPS) No. Diameter (In.) Thickness (In.) Lbs./Ft. Pallet @73F

SDR26/PR160

2 91057 2.375 0.091 0.421 3860 160

2 1/2 91058 2.875 0.110 0.633 2620 1603 91059 3.500 0.135 0.923 1840 1604 91060 4.500 0.173 1.520 1020 1606 91062 6.625 0.255 3.300 440 1608 91063 8.625 0.332 5.600 280 160

SDR 21/PR200

2 91107 2.375 0.113 0.521 3860 2002 1/2 91108 2.875 0.137 0.761 2620 200

3 91109 3.500 0.167 1.131 1840 2004 91110 4.500 0.214 1.870 1020 2006 91112 6.625 0.316 4.052 440 200

SCH-40

2 91408 2.375 0.154 0.693 3860 2802 1/2 91410 2.875 0.203 1.133 2620 3003 91412 3.500 0.216 1.455 1840 2604 91416 4.500 0.237 2.050 1020 2206 91424 6.625 0.280 3.615 440 180

*8 91432 8.625 0.322 5.436 280 160*10 91440 10.750 0.365 7.713 220 140*12 91448 12.750 0.406 10.195 100 130

SCH-80

2 91808 2.375 0.218 0.957 3860 4002 1/2 91810 2.875 0.276 1.460 2620 420

3 91812 3.500 0.300 1.950 1840 3704 91816 4.500 0.337 2.844 1020 320

6 91824 6.625 0.432 5.433 440 280*8 91826 8.625 0.500 8.251 280 250*10 91828 10.750 0.593 12.243 220 230*12 91830 12.750 0.687 16.831 100 230

WARNING NEVER usecompressed air or gas in PVC/CPVC pipe

and fittings.

NEVER testPVC/CPVC pipe and fittings with compressedair or gas, or air-over-water boosters.

ONLY use PVC/CPVC pipe for water and approved chemica

Use of compressed air or gas in PVC/CPVC pipe and fittingcan result in explosive failures and cause severe injuryor death.


18/10018

PVC WELL CASING F480

Schedule 40, 80, and SDREslon bell-end PVC well casing provides corrosion-resistant, maintenance-free protection for welldrop-pipe and submersible pumps. Its light weightfacilitates installation with conventional tools and pipingtechniques. It is manufactured to ASTM standards at

Eslons advanced thermoplastic production facility inCharlotte, North Carolina, and is available throughout theUnited States from Eslons fully stocked service centers.

Featuress Meets ASTM D-1784, D-1785, D-2665, and F480

specifications. NSF certified.s Solvent weld joints are strong and water tight.

s Standard in 20' lengths - including bell-end.

s Installation can be accomplished with lighter setting

equipment than is required for metallic piping.s Electrically non-conductive. Reduces job site work

hazards.

s Non-toxic and non-leaching with excellent chemicalresistance.

Dimensions ForASTM F480 Bell-End Pipe

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MEMBER

IAPD

B A

C Min

Nom. SOCKET SOCKETMin.Pipe ENTRANCE (A) BOTTOM (B)

SocketSizeLength (C)(Dia. In.) I.D. Min. I.D. Max. I.D. Min. I.D. Max.

2 2.380 2.392 2.357 2.369 4.0002 1/2 2.880 2.894 2.854 2.868 5.000

3 3.506 3.522 3.476 3.492 5.5004 4.508 4.526 4.473 4.491 6.5006 6.637 6.659 6.592 6.614 8.0008 8.634 8.664 8.583 8.613 7.000

* Other lengths available. Consult factory.


19/100

PVC DUCT

Featuress Extruded seamless PVC duct in all standard

diameters 6" through 16."s For use in industrial and institutional fume handling

systems requiring high resistance to corrosive vapors.s

Ideal for plating, metal finishing and laboratory instal-lations.s Low installed cost as compared to non-corrosive

metallics.s Light weight allows longer runs and speeds installation

with simple tools and piping techniques.s Low maintenance requirements over extended

service periods.s Manufactured in U.S.A. to ASTM material standards.

All dimensions are in inches unless otherwise specified.

Standard duct lengths are 20 ft. nominal.

Eslon Thermoplastic PVC Duct Meets ASTM Material Standard D-1784.

PVC Duct Availability Guide

NominalDuct Eslon Average Average Minimum Maximum Approx.Size Part O.D. O.D. Wall Wall Weight

(dia. in.) No. Tolerance Thickness Thickness lbs./ft.

6 1460 6.625 .020 .172 .202 2.255

8 1462 8.625 .020 .172 .202 2.955

10 1464 10.750 .025 .172 .202 3.699

12 1466 12.750

.025 .172 .202 4.39914 1468 14.000 .030 .172 .202 4.836

16 1470 16.000 .030 .172 .202 5.536

(1.) A significant charge of static electricity can begenerated by the flow of air through plastic duct,

particularly under very dry conditions. If combus-tible particles or gases are being transported, thenvarious electrical ground techniques must be ap-plied. An expert in this area should be consultedduring the design phase.

(2.) The need for closed-head sprinkler systemsmay be necessary if combustible residues oroxidizable materials are likely to accumulate inthe duct work over a period of time.

(3.) Chemical resistance and operating tem-peratures must be evaluated in the same manneras for standard PVC pipe. When in doubt,consult the factory or fabricator.


20/10020

PVC DUCT

Friction Loss (Inches of Water per 100 Feet)(Based on Standard Air of 0.075 lb. per cu. ft. density flowing through average, clean, round galvanized metal ducts

having approximately 40 joints per 1000 ft.)

CubicFeetofAirperMinute


21/100

150 LB. VAN STONE FLANGES

PVC and Corzan CPVC Schedule 80Corzan CPVC and PVC Van Stone flanges provideimportant advantages when installed in piping systemswhich must be occasionally disassembled. Suchsystems are often temporary or have high mobilityrequirements. In addition, flanging is a very practical

alternative when it is environmentally impossible tomake solvent cemented joints on the job site.

MEMBERASTM



MEMBER

IAPD Corzan is a trademark of The BF Goodrich Company and is registered orunder application in various countries of the world.

Featuress Van Stone design facilitates bolt hole alignment by

eliminating the need for two-holing and for matchingquarter marks on flanged tees or elbows.

s New spigot style hub replaces the use of stub-endpipe in fitting sockets.

s Concentric ridges on hub face ensure a tight,positive gasket seal.

s Solid thermoplastic ring and hub provide totalcorrosion resistance without the use of metallics.

Eslon 2-piece Van Stone style PVC and CorzanCPVC flanges meet or exceed the followingspecifications.

s ASTM D1784 PVC and CPVC compoundss ASTM D2467 PVC Schedule 80 socket-type

fittings dimensionss ASTM F439 CPVC Schedule 80 socket-type

fittings dimensions

s ANSI B16.1 Bolt hole pattern and dimensions


22/10022

THERMOPLASTIC FITTINGS

Featuress Complete selection of socket and threaded PVC

and Corzan CPVC fittings. Includes Van Stonespigot hub flanges and one-piece flanges, threadedadapters, O-ring unions, and couplings.

s Provide maximum versatility for installation of PVCor Corzan CPVC piping systems.

s Manufactured in U.S.A. to ASTM material anddimensional standards.

s NSF certified for potable water service.s For ease in joining pipe sections, 6 and 8-inch

couplings are molded with external lips to facilitategripping with manual link chain or wire rope pullers.

s O-ring unions offered with choice of EPDM or VitonO-rings to enhance chemical resistance capabilities.

s One-piece flanges, manufactured on advancedtooling, have superior sealing features.

s Two-piece Van Stone flange design eliminates hole

alignment problems in 11

/2

through 12-inch systems.s Spigot hub Van Stone flanges eliminate stub-endwork necessary when fabricating flanged fittings.

SPECIFICATIONSEslon thermoplastic fittings are manufactured to thefollowing standard specifications.

Type Pipe Standard Specifications

Material Dimensions

PVC Schedule 40* ASTM D-1784 ASTM D-2466

PVC Schedule 80*(Socket-type) ASTM D-1784 ASTM D-2467PVC Schedule 80 (Threaded Type) ASTM D-1784 ASTM D-2464

CPVC Schedule 80 (Socket-type) ASTM D-1784 ASTM F-439CPVC Schedule 80 (Threaded Type) ASTM D-1784 ASTM F-437

* May be used with PVC SDR pipe.

WARNING

NEVER usecompressed air or gas in PVC/CPVC pipeand fittings.

NEVER testPVC/CPVC pipe and fittings with compressedair or gas, or air-over-water boosters.

ONLY use PVC/CPVC pipe for water and approved chemicals.

Use of compressed air or gas in PVC/CPVC pipe and fittingscan result in explosive failures and cause severe injuryor death.



23/100

MANUFACTURERS PRODUCTSPECIFICATIONSchedule 80 Corzan CPVC FittingsScope:This specification sheet covers the manufacturersrequirements for CPVC Schedule 80 pipe fittings.These fittings meet or exceed the standards set by theAmerican Society for Testing and Materials and NSFInternational, Standards 14/61.

All fittings and raw materials are manufactured in the USA.

CPVC Materials:Rigid CPVC (chlorinated polyvinyl chloride) used in themanufacture of Schedule 80 fittings is Type IV, Grade 1compound as stated in ASTM D-1784. Raw materialused in molding shall contain the specified amounts ofcolor pigment, stabilizers, and other additives approvedby NSF International.

Dimensions:

Physical dimensions and tolerances of CPVC Schedule80 IPS fittings meet the requirements of ASTM standardspecification F-439 for socket-type fittings and ASTMF-437 for threaded fittings. Threaded fittings have TaperPipe Threads in accordance with ANSI/ASME B1.20.1.

Marking:CPVC Schedule 80 fittings are marked as prescribed inASTM F-437 and F-439 to indicate the manufacturersname or trademark, material designation, the NSFmark, size of fitting, and ASTM designation F-437(threaded) or F-439 (socket).

Sample Specification:All CPVC Schedule 80 socket fittings shall conform toASTM F-439, and ASTM F-437 for threaded fittings.Both pipe and fittings shall be the product of one man-ufacturer, as manufactured by Eslon Thermoplastics(or approved equal), Charlotte, North Carolina, USA,1-800-578-7681.


MEMBER

ASTMINTERNATIONAL ASSOCIATIONOF PLASTICS DISTRIBUTORS

MEMBER

IAPD

Weights & Dimensions

Tees & Reducing Tees

Elbows

Couplings

Reducing Couplings

Flanges

Unions and Nipples

Adapters

Caps & Plugs

MENU


24/10024

SCHEDULE 80 FITTINGS

NOTES:

Physical dimensions and tolerances meet the requirements of ASTM Standards F-439, D-2467 for socket-type fittings and F-437, D-2464and F-1498 for threaded fittings.


Dimensions are subject to change without notice. Contact factory for certification.

Weights and Dimensions

PVC AND CPVC SCHEDULE 80TAPER SOCKET DIMENSIONS

(SOLVENT CEMENT STYLE)ASTM D-2467 (PVC)/F-439 (CPVC)

Nom. Socket Entrance I.D. (A) Socket Bottom I.D. (B) Min. SocketPipe

PipeLength (C)

SizeO.D. Min. Max. Min. Max.

1/2 0.840 0.844 0.852 0.832 0.840 0.8753/4 1.050 1.054 1.062 1.042 1.050 1.000

1 1.315 1.320 1.330 1.305 1.315 1.125

1 1/4 1.660 1.665 1.675 1.650 1.660 1.250

1 1/2 1.900 1.906 1.918 1.888 1.900 1.375

2 2.375 2.381 2.393 2.363 2.375 1.500

2 1/2 2.875 2.882 2.896 2.861 2.875 1.750

3 3.500 3.508 3.524 3.484 3.500 1.875

4 4.500 4.509 4.527 4.482 4.500 2.250

6 6.625 6.636 6.658 6.603 6.625 3.000

8 8.625 8.640 8.670 8.595 8.625 4.000

FEMALE TAPER THREADS MALE TAPER THREADSASTM D-2464 (PVC)/F-437 (CPVC) ASTM D-2464 (PVC)/F-437 (CPVC)

ASTM F-1498 ASTM F-1498

AMERICAN NATIONAL STANDARDTAPER PIPE THREADS (NPT)

ASME (ANSI) B1.20.1ASTM F-1498

Nom. OverallPipe Pipe Female Thread Male Thread Pipe Thread Pitch of Threads Height ofSize O.D.

(D) Min. Length (T) Min. Length (S) Length (L) Thread (P) Per In. Thread

1/2 0.840 0.64 0.53 0.7815 .07143 14 .057143/4 1.050 0.65 0.55 0.7935 .07143 14 .05714

1 1.315 0.81 0.68 0.9845 .08696 11.5 .06957

11

/4 1.660 0.85 0.71 1.0085 .08696 11.5 .069571 1/2 1.900 0.85 0.72 1.0252 .08696 11.5 .06957

2 2.375 0.90 0.76 1.0582 .08696 11.5 .06957

2 1/2 2.875 1.21 1.14 1.5712 .12500 8 .100

3 3.500 1.30 1.20 1.6337 .12500 8 .100

4 4.500 1.38 1.30 1.7337 .12500 8 .100

NSF-pw

S

30 90

L

C

B A

T

P

30 D


25/100

SCHEDULE 80CORZAN CPVC FITTINGS

NOTES: Physical dimensions and tolerances meet the requirements of ASTM Standards F-439 for socket-type fittings and F-437 for threaded fittings.

CPVC material meets ASTM Standard D-1784.



* Not molded as a one-piece part, flanges are cemented into tee.

S X S X S S X S X TFIG. 403 FIG. 402

Max. SxSxS - FIG. 501Nom.

O.D. Univ. EslonPipe

Dim. Part PartApprox.

SizeM1 No. No. C H1 G1

Wt.(lb)

1/2 1.2 9801005 5021 0.89 1.367 0.477 0.123/4 1.426 9801007 5022 1.02 1.581 0.561 0.17

1 1.745 9801010 5023 1.141 1.85 0.709 0.27

1 1/4 2.122 9801012 5024 1.265 2.14 0.875 0.4151 1/2 2.373 9801015 5025 1.395 2.377 0.982 0.55

2 2.896 9801020 5026 1.52 2.794 1.265 0.935

2 1/2 3.533 9801025 5020 1.772 3.292 1.52 1.535

3 4.215 9801030 5027 1.895 3.728 1.833 2.475

4 5.188 9801040 5028 2.25 4.625 2.375 3.92

6 7.625 9801060 5029 3.025 6.51 3.5 10.305

8 9.875 9801080 5030 4.008 8.5 4.5 19.87

Max. TxTxT - FIG. 502O.D. Univ. EslonDim. Part Part

Approx.

M2 No. No. T H2Wt.(lb)

1.278 9805005 5031 0.908 1.364 0.155

1.5 9805007 5032 0.78 1.314 0.18

1.813 9805010 5033 1.164 1.82 0.355

2.203 9805012 5034 0.995 1.891 0.452.502 9805015 5035 0.97 2.032 0.635

3.04 9805020 5036 1.049 2.39 0.885

4.285 9805030 5037 1.429 3.176 2.195

5.437 9805040 5038 1.594 3.906 3.91

Max. FLGxFLGxFLG - FIG. 522O.D. Univ. EslonDim. Part Part

Appro

M3 No. No. H3Wt.(

4.25 5330 3.188 1.72

4.62 5331 3.75 2.435 5332 4 3.29

6 5333 4.5 6.03

7.5 5334 5.156 8.9

9 5335 6.016 17.68

11 5336 8.047 31.08

13.5 5337 10.328 63.18

Max. O.D. Dim. SxSxS - FIG. 403Nom.

Univ. EslonPipe

Part PartApprox.

SizeM1 M2 M3 No. No. C1 C2 H1 H2

Wt.(lb)

3

/4 x3

/4x

1

/2 1.417 1.419 1.198 9801101 5380 0.9 1.026 1.478 1.653 0.171 x 1 x 3/4 1.742 1.744 1.419 9801131 5382 1.02 1.152 1.725 1.898 0.265

1 1/2 x 1 1/2 x 1 2.386 2.386 1.756 9801211 5385 1.147 1.404 2.160 2.304 0.485

2 x 2 x 1 2.868 2.866 1.757 9801249 5388 1.142 1.532 2.430 2.399 0.625

2 x 2 x 1 1/2 2.869 2.87 2.381 9801251 5389 1.382 1.530 2.660 2.740 0.76

3 x 3 x 2 4.162 4.176 2.852 9801338 5390 1.525 1.990 3.312 3.450 1.79

4 x 4 x 3 5.212 5.22 4.13 9801422 5392 1.908 2.273 4.220 4.468 3.245

6 x 6 x 4 7.625 7.625 5.25 9801532 5395 2.275 3.025 5.750 5.825 7.915

8 x 8 x 6 9.8125 9.812 7.625 9801585 5396 3.062 4.120 7.625 7.718 16.225

S X S X S T X T X T FLG X FLG X FLG*FIG. 501 FIG. 502 FIG. 522

C H1

M1

NSF-pw

G1

G1

C

H1

T H2

H2

M2

NSF-pw

M

M1

M3

M2

NSF-pwNSF-pw

T

M

C

C1

H1

M M

T

H3

M3

Reducing Tees

Tees

Max. SxSxT - FIG. 402Nom.O.D. Univ. Eslon

PipeDim. Part Part

ApproSize

M No. No. T C H1Wt.(

1

/2 1.282 9802005 5431 0.906 0.907 1.35 0.13/4 1.505 9802007 5432 1.029 1.015 1.583 10.22

1 1.813 9802010 5433 1.145 1.145 1.795 0.3

H2C2H1


26/10026

SCHEDULE 80CORZAN CPVC FITTINGS45Elbows

S X S T X T FLG X FLG*FIG. 503 FIG. 504 FIG. 524


NOTES: Physical dimensions and tolerances meet the requirements of ASTM Standards F-439 for socket-type fittings and F-437 for threaded fittings.




* Not molded as a one-piece part, flanges are cemented into elbow.

Max. TxT - FIG. 504O.D. Univ. EslonDim. Part Part

Approx.

M2 No. No. K2 T J2Wt.(lb)

1 1.315 9819005 5011 0.875 0.676 0.199 0.085

1.526 9819007 5012 1.048 0.695 0.353 0.12

1.806 9819010 5013 1.156 0.855 0.301 0.17

2.215 9819012 5014 1.36 0.898 0.462 0.2752.515 9819015 5015 1.5 0.898 0.602 0.36

3.02 9819020 5016 1.645 0.915 0.73 0.1

9819025

4.4 9819030 5017 2.47 1.615 0.855 1.635

5.445 9819040 5018 2.908 1.596 1.312 2.58

9819060

9819080

Max. FLGxFLG - FIG. 524O.D. Univ. EslonDim. Part Part

Approx.

M3 No. No. K3Wt.(lb)

4.25 5350 2.813 1.097

4.62 5351 3.125 1.4965 5352 3.391 1.934

6 5353 3.688 2.977

7.5 5354 4.094 6.213

5355 5.031 10.782

11 5356 6.281 20.517

13.5 5357 8.047 40.431

Max. SxS - FIG. 505Nom.




Wt.(lb)

1/2 1.206 9806005 5041 0.89 1.403 0.513 0.093/4 1.428 9806007 5042 1.01 1.596 0.586 0.125

1 1.748 9806010 5043 1.14 1.841 0.701 0.2051 1/4 2.114 9806012 5044 1.264 2.148 0.884 0.31

1 1/2 2.377 9806015 5045 1.388 2.396 1.003 0.405

2 2.9 9806020 5046 1.522 2.797 1.275 0.665

2 1/2 3.552 9806025 5040 1.776 3.314 1.538 1.175

3 4.168 9806030 5047 1.89 3.725 1.835 1.56

4 5.328 9806040 5048 2.266 4.609 2.344 2.93

6 7.584 9806060 5049 3.02 6.583 3.563 7.965

8 9.75 9806080 5050 4 8.625 4.625 14.64


Approx.

M2 No. No. T H2 G2Wt.(lb)

1.284 9808005 5051 0.749 1.196 0.447 0.095

1.496 9808007 5052 1.034 1.591 0.557 0.16

1.824 9808010 5053 1.168 1.804 0.644 0.252.21 9808012 5054 1.002 1.875 0.873 0.33

2.5 9808015 5055 0.98 2.024 1.044 0.435

3.063 9808020 5056 1.063 2.438 1.375 0.655

4.324 9808030 5057 1.424 3.182 1.758 1.695

5.442 9808040 5058 1.6 3.885 2.285 2.885


Approx.

M3 No. No. H3Wt.(lb)

4.25 5340 3.156 1.244.62 5341 3.672 1.696

5 5342 3.906 2.22

6 5343 4.734 4.147

7.5 5344 5.031 6.56

9 5345 6.016 11.56

11 5346 8.188 22.28

13.5 5347 10.422 43.668

90Elbows




SizeM1 No. No. K1 C J1

Wt.(lb)

1/2 1.157 9817005 5001 1.188 0.892 0.296 0.073/4 1.391 9817007 5002 1.343 1.008 0.335 0.105

1 1.71 9817010 5003 1.482 1.132 0.35 0.16

11

/4 2.08 9817012 5004 1.638 1.263 0.375 0.2351 1/2 2.35 9817015 5005 1.89 1.387 0.503 0.31

2 2.84 9817020 5006 2.06 1.505 0.555 0.435

2 1/2 3.524 9817025 5000 2.485 1.765 0.72 0.9

3 4.16 9817030 5007 2.66 1.891 0.769 1.21

4 5.23 9817040 5008 3.323 2.258 1.065 2.085

6 7.665 9817060 5009 4.812 3.032 1.78 6.305

8 9.75 9817080 5010 6.25 4.032 2.218 11.61

NSF-pw

H1

C

M1

H3H2

G2 T

M2

M2

NSF-pw

M1

K1

NSF-pw

K3K2

NSF-pw

T M2

M1

C

J1 J2

G1

M3

M3


27/100

90Elbows

S X TFIG. 407


T

C

G1

M2

M2

NSF-pw

G2

Max. SxT - FIG. 407Nom.



SizeM2 No. No. T C G1 G2

Wt.(lb)

1/2 1.284 9807005 5451 0.895 0.906 0.457 0.468 0.113/4 1.5 9807007 5452 1.03 1.024 0.572 0.566 0.155

1 1.806 9807010 5453 1.15 1.105 0.657 0.657 0.23

NOTES:

Physical dimensions and tolerances meet the requirements of ASTM Standards F-439 for socket-type fittings and F-437 for threaded fitting







SizeM1 No. No. L1 C

Wt.(lb)

1/2 1.182 9829005 5061 1.91 0.895 0.063/4 1.402 9829007 5062 2.156 1.024 0.08

1 1.747 9829010 5063 2.4 1.15 0.14

1 1/4 2.07 9829012 5064 2.654 1.284 0.18

1 1/2 2.345 9829015 5065 2.905 1.405 0.235

2 2.839 9829020 5066 3.163 1.528 0.335

2 1/2 3.516 9829025 5060 3.744 1.772 0.655

3 4.154 9829030 5067 4.01 1.892 0.92

4 5.227 9829040 5068 4.744 2.27 1.5256 7.789 9829060 5069 6.298 3.014 3.695

8 10.049 9829080 5070 9.375 4.527 8.07

10* 12.044 9829100 5079 18 7.625 23.28

12* 14.239 9829120 5612 14.625 4.75 33.24


Appro

M2 No. No. L2 TWt.(lb

1.311 9830005 5071 1.602 0.758 0.075

1.524 9830007 5072 1.622 0.75 0.095

1.835 9830010 5073 2.012 0.942 0.16

2.216 9830012 5074 2.204 1.057 0.23

2.515 9830015 5075 2.234 1.071 0.295

3.014 9830020 5076 2.497 1.204 0.415

4.313 9830030 5077 3.188 1.5 1.025

4.324 9830040 5078 3.25 1.54 1.575

S X S T X T

FIG. 507 FIG. 508

* Fabricated parts made from Schedule 80 Pipe.

C

L1

M1

C

CouplingsM2

L2

T

T


28/10028

SCHEDULE 80CORZAN CPVC FITTINGSReducing Couplings

C1

M2M1

C2

LSxS - FIG. 821Nom.

Univ. EslonPipe

Part PartApprox.

Size*No. No. M1 M2 C1 C2 L

Wt.(lb)

3/4 x 1/2 9829101 5532 1.165 1.452 0.906 1.04 2.08 0.08

1 x 1/2 9829130 5533 1.166 1.707 0.909 1.161 2.373 0.1051 x 3/4 9829131 5534 1.454 1.711 1.033 1.158 2.38 0.12

1 1/4 x 1 9829168 5536 1.704 2.075 1.155 1.281 2.656 0.175

1 1/2 x 1 9829211 5538 1.705 2.333 1.156 1.407 3.048 0.22

1 1/2 x 1 1/4 9829212 5539 2.074 2.334 1.28 1.41 3.048 0.24

2 x 1 9829249 5541 1.71 2.848 1.158 1.54 3.54 0.31

2 x 1 1/2 9829251 5543 2.334 2.844 1.408 1.537 3.512 0.35

3 x 2 9829338 5544 2.841 4.131 1.53 1.903 4.125 0.755

4 x 2 9829420 5545 2.842 5.23 1.531 2.282 5.104 1.355

4 x 3 9829422 5546 4.138 5.23 1.901 2.281 5.104 1.46

6 x 4 9829532 5548 5.219 7.547 2.281 3.031 6.719 3.41

NSF-pw

Socket Flanges150 Lb.

VAN STONE FIG. 509-VS

VAN STONE SPIGOTFIG. 509-VS-SPG

L**R

M

C

M

CL**

R

Nom. Max. Univ. Eslon No. Bolt BoltPipe O.D. Part Part Dimensions Bolt Hole Circle

Approx.

Size Dim. M No. No. Holes Dia. Dia.Wt.(lb)

FIG. 509ONE PIECE FLANGES*

L** C R1/2 3.50 9851005 5081 1.105 0.903 0.47 4 0.63 2.375 0.213/4 3.88 9851007 5082 1.206 1.018 0.522 4 0.635 2.75 0.28

1 4.25 9851010 5083 1.339 1.133 0.585 4 0.633 3.125 0.38

1 1/4 4.62 9851012 5084 1.466 1.274 0.651 4 0.62 3.5 0.485

1 1/2 5.00 9851015 5085 1.59 1.392 0.728 4 0.623 3.75 0.61

2 6.00 9851020 5086 1.73 1.513 0.804 4 0.743 4.75 0.97

2 1/2 7.00 9851025 5080 1.958 1.745 0.9 4 0.745 5.5 1.37

VAN STONE STYLE FIG. 509-VSFLANGES L** C R

1 1/2 5.00 9854015 1.810 1.392 0.997 4 0.618 3.869 0.655

2 6.00 9854020 2.02 1.513 1.131 4 0.744 4.738 1.035

3 7.50 9854030 5087 2.076 1.896 0.897 4 0.7 6 1.685

4 9.00 9854040 5088 2.511 2.271 1.087 8 0.76 7.5 2.665

6 11.00 9854060 5089 3.196 3.022 1.217 8 0.9 9.5 3.98

8 13.50 9854080 5090 4.324 4.014 1.51 8 0.895 11.75 7.8

10 16.00 9854100 5471 6.18 5.788 1.69 12 1.025 14.25 12.505

12 19.00 9854120 5472 7.563 7.031 1.689 12 1.028 17 19.45VAN STONE STYLE FIG. 509-VS-SPGSPIGOT FLANGES L** C R

3 7.50 9856030 5467 3.122 1.87 0.897 4 0.75 6 2.025

4 9.00 9856040 5468 3.66 2.257 1.087 8 0.75 7.5 3.17

6 11.00 9856060 5469 4.5 3 1.25 8 0.875 9.5 5.145

8 13.50 9856080 5470 5.76 3.984 1.51 8 0.875 11.75 9.37

*One piece style flanges in 3, 4, 6, 8, 10 and 12-inch sizes have been discontinued.**Includes seal ring height (length over-all). C dimension is socket depth or spigot length.

SE

NOTES:

Flange bolt hole patterns meet ANSI B16.5.

CPVC material meets ASTM StandardD-1784.

All dimensions are in inches unlessotherwise specified.

Dimensions are subject to change withoutnotice. Contact factory for certification.NSF-pw

S X SFIG. 821

NOTES:

Physical dimensions and tolerances meet the requirementsof ASTM Standards F-439 for socket-type fittings.

* Consult factory for dimensions all sizes.

M

C

SOCKET FIG. 509

L**

R


29/100

SCHEDULE 80CORZAN CPVC FITTINGSThreaded Flanges150 Lb.

* Includes seal ring height.

R

L*

M

T

THREADEDFIG. 510

ONE PIECE FLANGES FIG. 511

NOTES:

Flange bolt hole patterns meet ANSI B16.5.




Max. FIG. 511Nom.

O.D. Univ. EslonNo. Bolt Bolt

PipeDim. Part Part

Bolt Hole Circle Approx.

SizeM No. No. L* R

Holes Dia. Dia. Wt.(lb)

1/2 3.50 9853005 5101 0.525 0.47 4 0.632 2.373 0.1953/4 3.88 9853007 5102 0.521 0.564 4 0.63 2.743 0.27

1 4.25 9853010 5103 0.631 0.58 4 0.631 3.113 0.36

1 1/4 4.62 9853012 5104 0.712 0.65 4 0.62 3.499 0.488

1 1/2 5.00 9853015 5105 0.781 0.722 4 0.622 3.875 0.615

2 6.00 9853020 5106 0.872 0.802 4 0.74 4.733 0.975

3 7.50 9853030 5107 0.964 0.903 4 0.777 5.986 1.64

4 9.00 9853040 5108 1.166 1.096 8 0.785 7.481 2.835

6 11.00 9853060 5109 1.269 1.122 8 0.91 9.468 4.538 13.50 9853080 5110 1.606 1.471 8 0.908 11.714 7.805

* Includes seal ring height.

Blind Flanges150 Lb.

NSF-pw SE

BLINDFIG. 511

Max. FIG. 510Nom.

O.D. Univ. EslonNo. Bolt Bolt

PipeDim. Part Part

Bolt Hole Circle Approx.

Size

M No. No. L* T R

Holes Dia. Dia. Wt.(lb)

1/2 3.50 9852005 5091 1.01 0.83 0.468 4 0.628 2.375 0.213/4 3.88 9852007 5092 1.012 0.812 0.522 4 0.628 2.75 0.285

1 4.25 9852010 5093 1.169 0.968 0.582 4 0.625 3.125 0.375

1 1/4 4.62 9852012 5094 1.281 1 0.625 4 0.625 3.5 0.505

1 1/2 5.00 9852015 5095 1.25 1 0.688 4 0.625 3.75 0.635

2 6.00 9852020 5096 1.281 1.062 0.813 4 0.741 4.75 0.975

3 7.50 9852030 5097 1.686 1.451 0.898 4 0.74 6 1.655

4 9.00 9852040 5098 2.484 1.563 1.063 8 0.75 7.5 2.685

ONE PIECE FLANGES FIG. 510

L*

M

R


30/10030

SCHEDULE 80CORZAN CPVC FITTINGSUnions (O-Ring Seat)

NipplesCLOSE SHORT LONG

NOTES:

Physical dimensions and tolerances meet the requirements of ASTM Standards F-439 for socket-type fittings and F-437 for threaded fittings.







SizeM1 No. No. L C Q

Wt.(lb)

1/2 1.21 9897005 5111 2.311 0.889 1.981 0.163/4 1.451 9897007 5112 2.57 1.015 2.343 0.245

1 1.765 9897010 5113 2.862 1.135 2.666 0.3551 1/4 2.163 9897012 5114 3.395 1.269 3.087 0.505

1 1/2 2.444 9897015 5115 3.821 1.383 3.806 0.865

2 2.943 9897020 5116 4.187 1.515 4.805 1.46

3 6.91 9897030 5117 4.956 1.88 4.009 4.095

Max. SxS - FIG. 513O.D. Univ. EslonDim. Part Part

Approx.

M2 No. No. L T QWt.(lb)

1.196 9898005 5121 2.117 0.815 1.981 0.165

1.521 9898007 5122 2.351 0.819 2.289 0.255

1.739 9898010 5123 2.648 1.017 2.663 0.352.173 9898012 5124 3.105 1.15 3.09 0.52

2.547 9898015 5125 3.072 1.041 3.809 0.93

3.03 9898020 5126 3.297 1.125 4.785 1.48

4.274 9898030 5127 4.26 1.545 6.914 4.215

S X S T X TFIG. 512 FIG. 513

LL

M2

T T

Q

C C

M1 Q

CLOSE SHORT 3" LONG 4" LONG 5" LONG 6" LONGNom.

Univ. Eslon Univ. Eslon Univ. Eslon Univ. Eslon Univ. Eslon Univ. EslonPipe

Part Part Part Part Part Part Part Part Part Part Part PartSize

No. No. L No. No. L No. No. No. No. No. No. No. No.1/2 9861077 5261 1.125 9861078 5271 1.5 9861081 5281 9861082 5291 9861083 5301 9861084 53113/4 9861104 5262 1.375 9861105 5272 2 9861106 5282 9861107 5292 9861108 5302 9861109 5312

1 9861133 5263 1.5 9861134 5273 2 9861135 5283 9861136 5293 9861137 5303 9861138 5313

1 1/4 9861170 5264 1.625 9861171 5274 2.5 9861172 5284 9861173 5294 9861174 5304 9861175 5314

1 1/2 9861213 5265 1.75 9861214 5275 2.5 9861215 5285 9861216 5295 9861217 5305 9861218 5315

2 9861251 5266 2 9861252 5276 2.5 9861253 5286 9861254 5296 9861255 5306 9861256 5316

3 9861338 5267 2.625 9861339 5277 3 9861341 5297 9861342 5307 9861343 5317

4 9861422 5268 2.75 9861433 5278 4 9861425 5308 9861426 5318

L LL

NSF-pw SE

NOTES:

EDPM O-Ringsare standard.

Viton availableupon request.

For O-Ring chemicalresistance, seepages 78 through 89.


31/100


Reducing Bushings

S X S S X FPTFIG. 514 FIG. 515

NOTES:

Physical dimensions and tolerances meet the requirements ofASTM Standards F-439 for socket-type fittings and F-437 forthreaded fittings.



Dimensions are subject to change without notice. Contactfactory for certification.

SxS - FIG. 514Nom.

Univ. EslonPipe

Part PartApprox.

SizeNo. No. Q L C CM

Wt.(lb)

3/4 x 1/2 9837101 5132 1.25 1.379 0.905 0.999 0.035

1 x 1/2 9837130 5133 1.632 1.494 0.895 1.122 0.08

1 x 3/4 9837131 5134 1.628 1.501 1.02 1.13 0.06

1 1/4 x 1/2 9837166 5135 2.061 1.63 0.895 1.248 0.14

1

1

/4 x

3

/4 9837167 5136 2.066 1.617 1.019 1.256 0.1351 1/4 x 1 9837168 5137 2.065 1.688 0.992 1.303 0.105

1 1/2 x 1/2 9837209 5138 2.242 1.742 0.9 1.375 0.175

1 1/2 x 3/4 9837210 5139 2.247 1.759 1.015 1.375 0.185

1 1/2 x 1 9837211 5140 2.24 1.747 1.145 1.375 0.16

1 1/2 x 1 1/4 9837212 5141 2.141 1.547 1.281 1.375 0.105

2 x 1/2 9837247 5142 2.81 1.89 0.904 1.5 0.26

2 x 3/4 9837248 5143 2.813 1.873 1.16 1.504 0.275

2 x 1 9837249 5144 2.821 1.89 1.146 1.502 0.305

2 x 1 1/4 9837250 5145 2.822 1.865 1.262 1.5 0.255

2 x 1 1/2 9837251 5146 2.815 1.87 1.402 1.505 0.205

2 1/2 x 2 9837292 5152 3.26 2.123 1.515 1.75 0.3

3 x 1 9837335 5153 3.895 2.248 1.141 1.875 0.58

3 x 11

/2 9837337 5155 3.891 2.245 1.388 1.875 0.653 x 2 9837338 5156 3.889 2.261 1.506 1.89 0.63

3 x 2 1/2 9837339 5157 3.886 2.263 1.756 1.891 0.445

4 x 2 9837420 5158 4.892 2.644 1.538 2.266 1.17

4 x 3 9837422 5160 4.882 2.643 1.88 2.265 0.965

6 x 3 9837530 5166 7.291 3.72 1.995 3.105 3.225

6 x 4 9837532 5161 7.3 3.724 2.255 6.103 3.005

8 x 6 9837585 5162 9.312 4.514 3.109 4.125 5.955

10 x 8 9837628 5163 10.75 6.5 4.5 5.875 10.07

SxFPT - FIG. 515Univ. EslonPart Part

Appro

No. No. Q T CM LWt.(

9838101 5171 1.373 0.762 1.028 1.336 0.04

9838130 5172 1.676 0.76 1.19 1.49 0.08

9838131 5173 1.678 0.77 1.19 1.506 0.07

9838166 5174 2.065 0.685 1.248 1.625 0.14

9838167 5175 2.062 0.841 1.275 1.626 0.129838168 5176 2.065 1.02 1.303 1.80 0.10

9838209 5177 2.247 0.674 1.367 1.74 0.17

9838210 5178 2.094 0.777 1.402 1.723 0.18

9838211 5179 2.253 0.795 1.373 1.75 0.16

9838212 5180 2.313 1.07 1.4 1.765 0.11

9838247 5181 2.805 0.691 1.495 1.875 0.25

9838248 5182 2.742 0.8 1.543 1.917 0.24

9838249 5183 2.806 0.812 1.495 1.867 0.25

9838250 5184 2.813 0.875 1.531 1.906 0.25

9838251 5185 2.806 0.859 1.499 1.87 0.22

9838338 5195

MPTxFPT - FIG. 516Nom.

Univ. EslonPipe

Part PartApprox.

SizeNo. No. Q L T S

Wt.(lb)

3/4 x 1/2 9839101 5360 1.372 0.998 0.765 0.708 0.03

1 x 1/2 9839130 5361 1.68 1.119 0.762 0.817 0.06

1 x 3/4 9839131 5362 1.676 1.13 0.772 0.822 0.045

1 1/4 x 1/2 9839166 5363 2.063 1.375 0.846 1.008 0.115

1 1/4 x 3/4 9839167 5364 2.063 1.359 0.818 1.004 0.11

1 1/4 x 1 9839168 5365 2.058 1.357 0.803 0.983 0.09

1 1/2 x 3/4 9839210 5366 2.308 1.39 0.823 1.016 0.135

1 1/2 x 1 9839211 5367 2.247 1.375 0.782 1.003 0.12

1 1/2 x 1 1/4 9839212 5368 2.309 1.377 1.004 1.012 0.085

2 x 1 9839249 5369 2.811 1.396 0.771 1.036 0.185

2 x 1 1/4 9839250 5370 2.833 1.418 1.078 1.005 0.19

2 x 1 1/2 9839251 5371 2.807 1.4 0.879 1.029 0.16

NSF-pw

Q

MPT X FPTFIG. 516

Q

C

CML

T

CM

L

T

Q

SL


32/10032


S X FPT MPT X SFIG. 517 FIG. 525

Female Adapters Male Adapters

Max. SxFPT - FIG. 517Nom.

O.D. Univ. EslonPipeDim. Part Part

Approx.Size

M No. No. L C T NWt.(lb)

1/2 1.299 9835005 5221 1.746 0.88 0.765 0.101 0.083/4 1.514 9835007 5222 1.877 1.004 0.759 0.114 0.105

1 1.83 9835010 5223 2.195 1.13 0.966 0.099 0.1651 1/4 2.214 9535012 5224 2.364 1.26 0.985 0.119 0.235

1 1/2 2.507 9535015 5225 2.474 1.388 0.99 0.096 0.3

2 2.999 9535020 5226 2.647 1.51 1.035 0.102 0.41

2 1/2 3.531 9535025 5229 3.375 1.75 1.375 0.188 0.665

3 4.315 9535030 5227 3.549 1.88 1.48 0.189 0.93

4 5.43 9535040 5228 4.035 2.255 1.57 0.21 1.505

Max. MPTxS - FIG. 525Nom.

O.D. Univ. EslonPipeDim. Part Part

Approx.Size

M No. No. C S LWt.(lb)

1/2 1.222 9836005 5210 0.888 0.755 1.888 0.053/4 1.425 9836007 5211 1.015 0.819 2.082 0.07

1 1.745 9836010 5212 1.133 0.981 2.395 0.1151 1/4 2.124 9836012 5213 1.265 1.014 2.602 0.165

1 1/2 2.388 9836015 5214 1.384 1.018 2.705 0.205

2 2.898 9836020 5215 1.51 1.078 2.902 0.295

2 1/2 3.515 9836025 5216 1.765 1.408 3.47 0.575

3 4.203 9836030 5217 1.885 1.585 3.855 0.845

4 5.219 9836040 5218 2.25 1.625 4.313 1.305

FIG. 518Nom.

Univ. EslonPipe

Part PartApprox.

SizeNo. No. M1 C W1

Wt.(lb)

1/2 9847005 5231 1.181 0.9 1.282 0.043/4 9847007 5232 1.393 0.998 1.341 0.055

1 9847010 5233 1.707 1.15 1.56 0.09

11

/4 9847012 5234 2.077 1.265 1.762 0.131 1/2 9847015 5235 2.344 1.388 1.875 0.18

2 9847020 5236 2.845 1.52 2.069 0.269

2 1/2 9847025 5240 3.502 1.776 2.65 0.535

3 9847030 5237 4.141 1.89 2.96 0.75

4 9847040 5238 5.231 2.28 3.5 1.29

6 9847060 5239 7.562 3.055 5.125 3.13

FIG. 520Univ. EslonPart Part

Approx.

No. No. Q L SWt.(lb)

9850005 5251 1.112 0.97 0.714 0.025

9850007 5252 1.375 1.053 0.752 0.04

9850010 5253 1.682 1.204 0.895 0.065

9850012 5254 2.051 1.435 1.001 0.1259850015 5255 2.305 1.441 1.01 0.155

9850020 5256 2.799 1.43 1.006 0.215

9850030 5257 3.5 2.594 1.344 0.44

9850040 5258 4.719 2.563 1.625 0.75

Caps and Plugs

L

C

N

T

M

SOCKET CAP THREADED CAP MPT PLUGFIG. 518 FIG. 519 FIG. 520

NOTES:

Physical dimensions and tolerances meet the requirements of ASTM Standards F-439 for socket-type fittings and F-437 for threaded fittings.



Dimensions are subject to change without notice. Contact factory for certification.NSF-pw

M1

CW1

M2

T

W2

SL

Q

FIG. 519Univ. EslonPart Part

Approx.

No. No. M2 T W2Wt.(lb)

9848005 5241 1.296 0.85 1.293 0.06

9848007 5242 1.515 0.8 1.269 0.075

9848010 5243 1.818 1.01 1.51 0.115

9848012 5244 2.226 1.005 1.5 0.1659848015 5245 2.478 1.013 1.505 0.195

9848020 5246 3.026 1.03 1.75 0.305

9848030 5247 4.286 1.486 2.515 0.800

9848040 5248 5.395 1.6 2.937 1.26

S C

M

L


33/100

MANUFACTURERS PRODUCTSPECIFICATIONSchedule 80 PVC FittingsScope:This specification sheet covers the manufacturersrequirements for PVC Schedule 80 pipe fittings.These fittings meet or exceed the standards set bythe American Society for Testing and Materials andNSF International, Standards 14/61.

All fittings and raw materials are manufacturedin the USA.

PVC Materials:Rigid PVC (polyvinyl chloride) used in the manufactureof Schedule 80 fittings is of Type I, Grade 1 compoundas stated in ASTM D-1784. Raw material used in moldingshall contain the specified amounts of color pigment,stabilizers, and other additives approved by NSF Interna-tional.

Dimensions:Physical dimensions and tolerances of PVC Schedule80 IPS fittings meet the requirements of ASTM standardspecification D-2467 for socket-type fittings and ASTMD-2464 for threaded fittings. Threaded fittings haveTaper Pipe Threads in accordance with ANSI/ASMEB1.20.1.

Marking:PVC Schedule 80 fittings are marked as prescribed inASTM D-2464 and D-2467 to indicate the manufac-turers name or trademark, material designation, theNSF mark, size of fitting, and ASTM designationD-2464 (threaded) or D-2467 (socket).

Sample Specification:All Schedule 80 socket fittings shall conform toASTM D-2467 and ASTM D-2464 for threaded fittings.Both pipe and fittings shall be the product of one manu-facturer, as manufactured by Eslon Thermoplastics(or approved equal), Charlotte, North Carolina, USA,1-800-578-7681.

MEMBERASTM



MEMBER

IAPD

Weights & Dimensions

Tees & Reducing Tees

Elbows

Couplings

Reducing Couplings

Flanges

Unions and Nipples

Reducing Bushings

Adapters

Caps & Plugs

MENU


34/10034

Max. O.D. Dim. SxSxS - FIG. 403Nom.

Univ. EslonPipe

Part PartApprox.

SizeM1 M2 M3 No. No. C1 C2 H1 H2 G

Wt.(lb)

3/4 x 3/4 x 1/2 1.423 1.423 1.208 801101 8330 0.889 1.032 1.465 1.665 0.611 0.155

1 x 1 x 3/4 1.736 1.736 1.415 801131 8332 1.025 1.153 1.734 1.932 0.725 0.2351 1/2 x 1 1/2 x 1 2.395 2.395 1.765 801211 8335 1.148 1.41 2.177 2.304 1.102 0.465

2 x 2 x 1 2.882 2.882 1.765 801249 8338 1.148 1.537 2.445 2.409 1.292 0.59

2 x 2 x 1 1/2 2.885 2.885 2.4 801251 8339 1.401 1.537 2.669 2.75 1.24 0.72

3 x 3 x 2 4 4 2.74 801338 8340 1.53 1.9 3.375 3.469 1.755 1.19

4 x 4 x 3 5.25 5.25 4.17 801422 8342 1.901 2.273 4.230 4.5 2.289 3.1

6 x 6 x 4 7.598 7.598 5.27 801532 8345 2.238 3.028 5.750 5.812 3.762 7.57

8 x 8 x 6 9.75 9.75 7.594 801585 8346 3.125 4.126 7.625 7.718 4.531 15.76

SCHEDULE 80 PVC FITTINGS

Tees

S X S X S T X T X T FLG X FLG X FLGFIG. 801 FIG. 802 FIG. 822

Reducing Tees

S X S X S S X S X TFIG. 403 FIG. 402

Max. SxSxS - FIG. 801Nom.




Wt.(lb)

1/2 1.211 801005 8301 0.895 1.407 0.512 0.113/4 1.424 801007 8302 1.014 1.595 0.581 0.16

1 1.746 801010 8303 1.145 1.846 0.701 0.255

1

1

/4 2.128 801012 8304 1.27 2.157 0.887 0.41 1/2 2.393 801015 8305 1.395 2.412 1.017 0.525

2 2.913 801020 8306 1.521 2.8 1.279 0.885

2 1/2 3.513 801025 8307 1.775 3.282 1.517 1.425

3 4.228 801030 8308 1.9 3.718 1.818 2.31

4 5.312 801040 8309 2.27 4.594 2.324 3.745

6 7.562 801060 8310 3.03 6.531 3.501 9.745

8 9.815 801080 8311 4.128 8.625 4.497 18.48

Max. TxTxT - FIG. 802O.D. Univ. EslonDim. Part Part

Approx.


1.295 805005 8317 0.905 1.137 0.232 0.143

1.514 805007 8318 1.02 1.604 0.584 0.215

1.819 805010 8319 1.17 1.815 0.645 0.375

2.219 805012 8320 1.002 1.883 0.881 0.422.508 805015 8321 0.985 2.053 1.068 0.59

3.042 805020 8322 1.04 2.37 1.33 0.825

3.622 805025 8323 1.45 2.966 1.516 1.47

4.31 805030 8324 1.426 3.18 1.754 2.06

5.418 805040 8325 1.515 3.718 2.203 3.27

Max. FLGxFLGxFLG - FIG. 822O.D. Univ. EslonDim. Part Part

Approx.

M3 No. No. H3Wt.(lb)

4.25 8830 3.156 1.5

4.62 8831 3.250 2.2845.00 8832 4.141 2.44

6.00 8833 4.547 3.79

7.00 8834 5.344 5.73

7.50 8835 5.047 7.83

9.00 8836 6.063 15.61

11.00 8837 8.063 28.543

13.50 8838 10.297 55.207

NOTES:

Physical dimensions and tolerances meet the requirements of ASTM Standards D-2467 for socket-type fittings and D-2464 for threaded fittings.

PVC material meets ASTM Standard D-1784.


Dimensions are subject to change without notice. Contact factory for certification.NSF-pw

C H1

M1

G1

G1

C

H1

T G2 H2

H2G2

M2

G

H2

M

M1

M3

G

M2

T

M

H1C G

C1

H1

T

H3

M3M1 M2

H2C2

Max. SxSxT - FIG. 402Nom.



SizeM No. No. T C H1 H2 G

Wt.(lb)

1/2 1.284 802005 8360 0.903 0.906 1.375 1.375 0.472 0.14

3/4 1.502 802007 8361 1.031 1.028 1.615 1.615 0.584 0.21 1.81 802010 8362 1.152 1.15 1.816 1.816 0.664 0.3


35/100


45Elbows

90Elbows

NOTES:

Physical dimensions and tolerances meet the requirements of ASTM Standards D-2467 for socket-type fittings and D-2464 for threaded fittin




* Not molded as a one-piece part, flanges are cemented into tee.




Approx.

M2 No. No. K2 T J2Wt.(lb)

1 1.325 819005 8118 0.995 0.676 0.319 0.08

1.526 819007 8119 1.193 0.674 0.519 0.115

1.819 819010 8120 1.380 0.847 0.533 0.16

12.214 819012 8121 1.619 0.894 0.725 0.25

12.515 819015 8122 1.812 0.895 0.917 0.3453.025 819020 8123 2.060 0.913 1.147 0.47

3.607 819025 8124 2.664 1.454 1.21 0.885

4.345 819030 8125 2.910 1.542 1.435 1.245

5.435 819040 8126 3.596 1.600 1.839 2.265


Appr

M3 No. No. K3Wt.(

4.25 8845 2.844 1.0

4.62 8846 3.188 1.5

5.00 8847 3.5 1.86.00 8848 3.938 2.5

7.00 8849 4.563 6.1

7.50 8850 4.094 5.0

9.00 8851 5.031 10.2

11.00 8852 6.281 21.3

13.50 8853 8.047 39.8





Wt.(lb)

1/2 1.209 806005 8132 0.893 1.408 0.515 0.083/4 1.43 806007 8133 1.024 1.596 0.572 0.115

1 1.748 806010 8134 1.144 1.841 0.697 0.191 1/4 2.118 806012 8135 1.27 2.159 0.889 0.29

1 1/2 2.38 806015 8136 1.398 2.399 1.001 0.38

2 2.914 806020 8137 1.526 2.803 1.277 0.63

2 1/2 3.538 806025 8138 1.776 3.299 1.523 1.07

3 4.195 806030 8139 1.936 3.747 1.811 1.515

4 5.375 806040 8140 2.266 4.625 2.359 2.56

6 7.575 806060 8141 3.026 6.65 3.624 7.495

8 9.8 806080 8142 4.125 8.6 4.475 14.78


Approx.


1.292 808005 8152 0.906 1.37 0.464 0.11

1.51 808007 8153 1.032 1.615 0.583 0.155

1.82 808010 8154 1.16 1.81 0.65 0.232.218 808012 8155 0.994 1.794 0.8 0.31

2.51 808015 8156 0.984 2.041 1.057 0.41

3.06 808020 8157 1.06 2.37 1.31 0.625

3.63 808025 8158 1.452 2.935 1.483 1.12

4.3 808030 8159 1.124 3.158 1.734 1.55

5.44 808040 8160 1.51 3.736 2.226 2.59


Appr

M3 No. No. H3Wt.(

4.25 8810 3.188 1.04.62 8811 3.75 1.6

5.00 8812 4.109 1.6

6.00 8813 4.531 3.3

7.00 8814 5.313 5.1

7.50 8815 5 6.1

9.00 8816 6.016 10.7

11.00 8817 8.313 20.5

13.50 8818 10.422 37.2

NSF-pw NSF-pw

NSF-pwNSF-pw

M1

C

J1

K1

T

J2

K2

M2

K3

G1 C

H1

M1

M1 M2

H2

G2 T

M2

H3

M3

M3

Max. SxS - FIG. 803Nom.O.D. Univ. Eslon

PipeDim. Part Part

Approx.Size

M1 No. No. K1 C J1Wt.(lb)

1/2 1.163 817005 8101 1.2 0.888 0.312 0.0653/4 1.413 817007 8102 1.352 1.02 0.332 0.1

1 1.732 817010 8103 1.475 1.148 0.327 0.145

1 1/4 2.08 817012 8104 1.66 1.266 0.394 0.22

1 1/2 2.337 817015 8105 1.79 1.386 0.404 0.292 2.845 817020 8107 2 1.504 0 .496 0.415

2 1/2 3.534 817025 8108 2.48 1.758 0.722 0.855

3 4.15 817030 8109 2.702 1.885 0.817 1.14

4 5.235 817040 8110 3.095 2.26 0.835 1.985

6 7.65 817060 8111 4.577 3.03 1.547 5.855

8 9.75 817080 8112 6.25 4.041 2.209 10.64


36/10036


NOTES:

Physical dimensions and tolerances meet the requirements of ASTM Standards D-2467 for socket-type fittings and D-2464 for threaded fittings.




90Elbows

Max. SxSxT - FIG. 407Nom.



SizeM2 No. No. T C G1 G2

Wt.(lb)

1/2 1.197 807005 8180 0.903 0.896 0.541 0.534 0.0853/4 1.503 807007 8181 1.035 1.015 0.61 0.59 0.145

1 1.74 807010 8182 1.151 1.153 0.784 0.786 0.2051 1/4 2.09 807012 8183 1.275 1.274 0.976 0.976 0.3

1 1/2 2.335 807015 8184 1.401 1.395 1.042 1.036 0.37

S X S T X TFIG. 807 FIG. 808




SizeM1 No. No. L1 C

Wt.(lb)

1/2 1.19 829005 8502 1.919 0.899 0.553/4 1.4 829007 8503 2.172 1.035 0.75

1 1.75 829010 8504 2.395 1.145 0.13

1 1/4 2.11 829012 8505 2.672 1.28 0.17

1 1/2 2.369 829015 8506 2.914 1.4 0.22

2 2.846 829020 8507 3.17 1.537 0.315

21

/2 3.516 829025 8508 3.755 1.781 0.623 4.158 829030 8509 4.027 1.901 0.86

4 5.235 829040 8510 4.764 2.276 1.435

6 7.81 829060 8511 6.312 3.02 3.545

8 10.031 829080 8512 9.625 4.542 7.6

10* 11.937 829100 8513 14.562 5.75 16.915

12* 14.031 829120 8514 16.687 6.312 26

14* 15.562 829140 8515 19.437 8.062 36


Approx.

M2 No. No. L2 TWt.(lb)

1.308 830005 8518 1.604 0.753 0.075

1.529 830007 8519 1.621 0.752 0.09

1.84 830010 8520 2.01 0.94 0.15

2.215 830012 8521 2.21 1.055 0.215

2.519 830015 8522 2.227 1.065 0.265

3.024 830020 8523 2.501 1.2 0.395

3.62 830025 8524 3.127 1.46 0.74.313 830030 8525 3.188 1.531 0.965

5.454 830040 8526 3.406 1.585 1.465

* Fabricated parts made from Schedule 80 Pipe

NSF-pw

S X S X TFIG. 407

T

G1

M2

G2

L1

Couplings

M2

C

M2

M1

C

C

L2

T

T


37/100


Reducing Couplings

C1

M2

C2

L

M1

S X SFIG. 821

SxS - FIG. 821Nom.

Univ. EslonPipe

Part PartApprox.

Size*No. No. M1 M2 C1 C2 L

Wt.(lb)

3/4 x 1/2 829101 8532 1.169 1.455 0.907 1.038 2.082 0.075

1 x 1/2 829130 8533 1.17 1.712 0.909 1.163 2.379 0.11 x 3/4 829131 8534 1.456 1.714 1.034 1.164 2.385 0.11

1 1/4 x 1 829168 8536 1.707 2.079 1.154 1.282 2.66 0.155

1 1/2 x 1 829211 8537 1.712 2.342 1.158 1.415 3.058 0.205

1 1/2 x 1 1/4 829212 8538 2.08 2.342 1.282 1.41 3.05 0.225

2 x 1 829249 8539 1.707 2.848 1.158 1.545 3.53 0.28

2 x 1 1/2 829251 8540 2.337 2

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