Fluid Power Seal

Design Guide
Catalog EPS 5370
06/2014
If you have questions about the products contained in this catalog, or their applications,
please contact:

Engineered Polymer Systems

Division
phone 801 972 3000
fax 801 973 4019
eps-ccare@parker.com
www.parker.com/eps

Care is taken in the preparation of

this publication; however Parker
shall not be responsible for a
user’s reliance on any inadvertent
typographical errors or omissions.
Information in this catalog is
only accurate as of the date of
publication. For more current
information, please consult the
Parker EPS Division website at
www.parker.com/eps.

Offer of Sale NOTE: Failure or improper selection or improper

use of seals or related items can cause death,
The items described in this document are hereby personal injury and property damage. Parker
offered for sale by Parker Hannifin Corporation, its Hannifin shall not be liable for any incidental,
subsidiaries or its authorized distributors. This offer consequential or special damages that result from
and its acceptance are governed by the provisions use of the information contained in this publication.
in the “Offer of Sale.”

WARNING !
FAILURE OR IMPROPER SELECTION OR IMPROPER USE OF THE PRODUCTS AND/OR SYSTEMS
DESCRIBED HEREIN OR RELATED ITEMS CAN CAUSE DEATH, PERSONAL INJURY AND PROPERTY
DAMAGE.

This document and other information from Parker Hannifin Corporation, its subsidiaries and authorized
distributors provide product and/or system options for further investigation by users having expertise. It
is important that you analyze all aspects of your application, including consequences of any failure and
review the information concerning the product or system in the current product catalog. Due to the variety of
operating conditions and applications for these products or systems, the user, through its own analysis and
testing, is solely responsible for making the final selection of the products and systems and assuring that all
performance, safety and warning requirements of the application are met.

The products described herein, including without limitation, product features, specifications, designs,
availability and pricing, are subject to change by Parker Hannifin Corporation and its related companies at
any time without notice.

© Copyright 2007, 2008, 2014, Parker Hannifin Corporation. All rights reserved. Extracts may only be taken with permission. 05/01/2015

Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
Table of Contents
Introduction 1

Engineering 2

Materials 3

Fluid Power Applications 4

Rod Seals 5

Symmetrical Seals 6

Piston Seals 7

Wipers 8

Wear Rings / Bearings 9

Back-ups 10

Parker Hannifin Corporation

Urethane O-Rings / D-Rings / Head Seals 11
Engineered Polymer Systems Division
Phone: 801 972 3000
Fax: 801 973 4019

www.parker.com/eps Metric Seals 12

 Appendix
A Design Action Request Form Table of Contents

B English / Metric Conversions

C Custom Groove Calculations

AN6226 Gland Dimensions

D & Tolerances (Army / Navy)

MS-28776 (MS-33675) Dash Size

E Grooves (for SH959 Profile WIpers)

Commercial PTFE Back-Ups for Retrofit

F MS-28774 and MS-27595 Grooves

G ISO Gland Tolerances

Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
Fax: 801 973 4019

www.parker.com/eps
Wear Rings / Bearings Catalog EPS 5370/USA

Contents Wear Rings / Bearings

Product Offering ......................... 9-3
Parker offers a complete line of wear ring and bearing products to fit
Engineering ................................. 9-4 any application. Expertise in both engineered hard plastics and in PTFE
Materials ..................................... 9-6 makes Parker the global leader for reciprocating bearing materials.
By incorporating premium material blends with precision machining
Wear Rings / Bearings Profiles
tolerances (down to ±.001"), Parker meets the full spectrum of needs,
WPT........................................ 9-8 from heavy-duty hydraulic cylinders operating under the highest
WRT ..................................... 9-12 temperatures and pressures to pneumatic applications requiring low
PDT ...................................... 9-16 friction, long life and self-lubrication. Parker wear rings are the best
way to combine high performance with value.
PDW...................................... 9-20

Typical Hydraulic Cylinder

Rod Rod Buffer Wear Wear Piston Wear
Wiper Seal Seal Ring Ring Seal Ring

Urethane Urethane
9
Head Seal O-ring

06/01/2014

9-1 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Wear Rings / Bearings
Quality Assurance
All Parker wear ring product lines are
manufacatured at ISO 9000 registered operations.
As such, wear ring production is governed by rigorous
quality standards and procedures through a highly
trained and qualified workforce. With the assistance
of precise, accurate measurement systems and
detailed workmanship criteria, Parker delivers first
class quality and consistency in every shipment.

Manufacturing Excellence
Parker wear rings utilize a precision manufacturing
process that achieves precise flatness on the bearing
surfaces, whereas conventional net-molded bearings
can form “dog bone” cross-sections. The result
is optimal bearing contact area and compressive
strength. The cross-sections shown in Figure 9-1
illustrate the differences between these manufacturing
methods.

Additionally, available sizing is not limited to existing

tooling. Our processes allow for virtually any width to
be produced without assessing a setup charge.

Figure 9-1. Illustrated cross section of Parker wear rings

produced by precision manufacturing (left) vs. conventional net
molding (right).

Features, Advantages and Benefits

Table 9-1.
Feature Advantage Benefit
Dynamic bearing Eliminates metal-to-metal contact Prevents rod, piston and seal damage due
surface contact between components to scoring and reduces warranty costs
9
Precision manufactured Enables tighter hardware clearances Increases seal life by reducing extrusion
cross-section than conventional wear rings gaps associated with conventional wear
rings
Low-friction, premium Reduces frictional heat build-up Lowers operating temperature and
materials increases seal life

Precise flatness on Maximizes bearing contact Prolongs cylinder life through uniform
bearing surface area and compressive strength, sideload resistance
eliminating the “dog bone” effect of
conventional net molded wear rings
Advanced, high Metal particulates and other Protects seals from contamination
performance, polymeric contaminants can be imbedded in
materials the wear ring material

06/01/2014

9-2 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
Wear Rings / Bearings
Product Offering Catalog EPS 5370/USA

Product Line Profiles

No matter what the application Table 9-2: Product Profiles
demands, Parker’s diverse Application (Duty)
bearing product line ensures
that performance requirements

Pneumatic
are met with maximized value.

Medium
When pressure and temperature

Heavy
Light
reach their extremes, WPT and Series Description Page
WRT profiles help reduce the WPT Tight-Tolerance Piston 9-8
seal extrusion gap, assuring the Wear Rings
utmost seal performance and
leakage control. When frictional
forces must be kept to a minimum
in pneumatic applications, PTFE WRT Tight-Tolerance Rod 9-12
bearing profiles PDT and PDW Wear Rings
provide precision fitting and
minimal frictional losses.

PDT PTFE Wear Strip 9-16

for Rod and Piston

PDW PTFE Machined Wear 9-20

Rings for Rod and Piston

06/01/2014

9-3 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Wear Rings / Bearings
Engineering Catalog EPS 5370/USA

FAQs What is the performance difference between

There are many factors to consider standard-tolerance and tight-tolerance wear rings?
when designing a system. Standard-tolerance wear rings have a radial wall tolerance that is
Following are the frequently asked held to ±.0025", while tight-tolerance wear rings are held to ±.001"
questions regarding bearing design (under 6"). Tight-tolerance wear rings allow for a more precise fit
and choosing the right wear ring. of components, resulting in less dimensional “play.” This allows
the extrusion gap to be smaller for tight-tolerance wear rings, thus
increasing the seal’s pressure rating beyond that of standard-tolerance
wear rings. This becomes very important at high temperatures, where
pressure ratings of materials can further be reduced. Although it is
critical to consider every aspect of each application, a general guideline
for product selection can be found in Table 9-2 on page 9-3.

Wear ring grooves call for larger extrusion gaps. How

does this affect the seals’ pressure rating?
Since wear rings are used to eliminate metal-to-metal contact
between moving parts, there must be a larger gap between them, thus
causing a wider extrusion gap. As a result, the seal’s pressure ratings
will decrease. Pre-established gland dimensions outlined in this catalog
always result in a minimum 0.005" clearance for metal components.
As such, standard-tolerance wear rings can reduce a seal’s pressure
capability by up to 50%. Using tight-tolerance wear rings enables the
extrusion gaps to be held closer, and the seal’s pressure ratings are only
reduced by up to 30%. In either case, it is important to select proper
seal and back-up materials to accommodate the increased extrusion
gaps. Alternatively, Parker Integrated Pistons™ boost performance
by providing all of the benefits of wear rings without any increase in
extrusion gap whatsoever.

For applications where the seals will be stressed toward their

maximum capabilities, gland dimensions can be developed using
the equations that accompany each profile. Use these equations to
apply desired machining tolerances and clearances. It is critical when
determining metal-to-metal clearances to consider the material’s
compressive properties, which can be found on page 9-7. It is equally
9 important to evaluate how the applied tolerances will affect the seals’
F
extrusion gap. Please contact Parker or your authorized distributor for
assistance in developing alternate gland dimensions.

How is a proper bearing width selected?

When selecting a bearing width, it is crucial to evaluate the side loads
W
that the bearings will have to withstand. Figure 9-2 shows the total
pressure area, AP, that a radial force from a side load will affect. Area,
AP is calculated as follows:

Ap = ØD x W

Figure 9-2: Total affected pressure where D is the bearing O.D. for pistons or the bearing I.D. for rods, and
area, AP W is the bearing width.
06/01/2014

9-4 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Wear Rings / Bearings Engineering
It is important to note that the pressure distribution temperature. If additional assistance is required,
will not be equally dispersed across this area. please contact Parker or your authorized distributor.
Instead, the pressure profile takes the form shown in
Figure 9-3. The assumed load-bearing area, AL, can What about fluid compatibility and wear
be calculated as follows:
rings?
MolyGard® and WearGard™ compounds are
Ap ØD x W
AL = = compatible with petroleum-based hydraulic fluids,
5 5 transmission fluids, phosphate esters, and many
other fluids. PTFE compounds 0401, 0307, and
To calculate the allowable radial force, F, simply others have outstanding chemical compatibility with
multiply the load-bearing area, AL, by the permissible a wide range of fluids. Please contact Parker for
compressive load (compressive strength) of the material, specific inquiries.
q, and divide by the desired factor of safety, FS.
How does moisture affect wear rings?
To calculate the proper bearing width, W, based on Due to nylon’s inherent swelling in water, it is
a known radial force: recommended that WearGard and MolyGard not
be used in applications where water or moisture is
5xF present. Filled PTFE compounds or other alternative
W= x FS
ØD x q materials such as polyacetal and composite resins
are recommended in such scenarios and are available
from Parker.
Once W is calculated, round up to the next nominal
width (1/8" increments).
Where should the wear ring be installed
To calculate the allowable radial force, F, based on relative to the seals?
a known bearing width: Wear rings should always be installed on the
lubrication (wet) side of the seal for best performance.
AL x q ØD x W x q For rod glands, the wear ring should be on the
F= =
FS 5 x FS pressure side of the rod seal. For pistons, if only one
bearing is to be used, it should be on the side of the
piston opposite the rod. This arrangement keeps the
Compressive Strength, q, can be found in the piston wear ring further away from the rod wear ring.
material properties tables on page 9-7. This value is This becomes critical when the rod is at full extension
based upon known material deflection at 73°F and and provides better leveraging of the two bearing
at a specified load. Parker recommends a factor surfaces.
of safety, FS, of at least 3 to account for changes
in physical properties due to increases in system
Which end cut should be used?
There are three types of end cuts available: butt
cut, angle cut (skive cut) and step cut. The butt
F
cut is the most common and most economical cut. 9
Angle cuts and step cuts provide added performance
by ensuring bearing area overlap at the wear ring’s
gap. In certain applications, step cut wear rings can
be used as buffer seals, protecting the seal from
pressure spikes. Figure 9-4 illustrates these options.

5 5
W
Butt Cut Angle Cut Step Cut

Figure 9-3: Load distribution of radial force, F, and effective Figure 9-4: End cuts
load area, AL
06/01/2014

9-5 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Wear Rings / Bearings
Materials Catalog EPS 5370/USA

Parker Wear Ring / Bearing Materials

Parker’s material offering for wear ring and bearing materials materials
is anchored by over 50 years of manufacturing and material science
expertise. We have specifically engineered our W4733 WearGard™ for
strength to meet or exceed the characteristics of many metals which
have traditionally been used in wear rings.

While many compounds are available, the most commonly used

bearing materials are WearGard and filled PTFE.

Parker also offers other engineered bearing materials for specialized

applications demanding higher temperatures and sideloads. Parker’s
W4738 UltraComp™ CGT (PEEK) provides high temperature bearing
performance up to 500°F. Composite, fabric-reinforced resins are
also available to accommodate sideloads far more severe than glass-
loaded nylon compounds can withstand. Composite resins also resist
moisture swell in water-glycol emulsions and other water-based fluids.
Polyacetal, nylons, molybdenum disulfide, and many different PTFE filler
combinations are also available for specialized applications. Please
contact Parker or your authorized distributor for assistance in selecting
alternative bearing materials.

06/01/2014

9-6 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Wear Rings / Bearings Materials
Table 9-3. Physical and Mechanical Properties of Engineered Plastics
W4733 W4738
Property Unit UltraCOMP™ CGT Test Method
WearGard™ 35% (PEEK®) Carbon-,
Glass-Reinforced Nylon
Graphite-, PTFE-filled
Compressive Strength, q psi 21500 21700 ASTM D695, 73°F
Tensile Strength psi 18300 20400 ASTM D638, 73°F
Tensile Modulus Kpsi 899 — ASTM D638, 73°F
Shear Strength psi 9820 — ASTM D732, 73°F
Flexural Strength psi 25500 33400 ASTM D790, 73°F
Flexural Modulus Kpsi 1100 1175 ASTM D790, 73°F
Notched IZOD Impact Strength Ft-Lbs/in 1.15 1.69 ASTM D256, 73°F
Deformation Under Load ASTM D621, 24 hrs @
% 0.40 — 4000 psi, 73°F
Water Absorption 24 hour immersion,
% 0.50 to 0.70 0.06 ASTM D570, 73°F
Temperature Range °F -65 to +275 -65 to +500 —
M Scale 87 100 ASTM D785
Rockwell Hardness
R Scale 117 — ASTM D785

Table 9-4. Physical and Mechanical Properties of PTFE Compounds

0401 0307
Property Unit 23% Carbon-, Test Method
40% Bronze- 2% Graphite-
Filled PTFE Filled PTFE
Compressive Strength, q psi 9400 3600 ASTM D695, 73°F
Tensile Strength psi 3200 2250 ASTM D1457-81A
Elongation % 250 100 ASTM D4894
Deformation Under Load ASTM D621, 24 hrs
% 4.4 2.5 @ 2000 psi, 70°F
Coefficient of Friction — 0.18 - 0.22 0.08 - 0.11 ASTM D3702
Temperature Range °F -200 to +575 -250 to +575 —
Shore D Hardness — 63 64 ASTM D2240-75

Table 9-5. Physical and Mechanical Properties of Composite Fabric-Reinforced Resins

0810 0811 0812 0813

Property Unit Standard

Polyester
Graphite-
Filled MoS2- Filled PTFE-Filled Test Method 9
Polyester Polyester
Based with Polyester Based Based
PTFE Based

Compressive Strength, q psi 50000 50000 50000 50000 ASTM D695, 73°F
Tensile Strength psi 11000 11000 11000 11000 ASTM D638, 73°F
Tensile Modulus Kpsi 500 500 500 500 ASTM D638, 73°F
Coefficient of Friction — 0.13 - 0.20 0.15 - 0.20 0.15 - 0.20 0.13 - 0.20 ASTM D790, 73°F
Water Absorption 24 hour immersion,
% 0.1 0.1 0.1 0.1 ASTM D570, 73°F
Temperature Range °F -40 to +200 -40 to +200 -40 to +400 -40 to +400 —
Rockwell M Hardness — 100 100 100 100 ASTM D785

12/01/2014

9-7 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Wear Ring / Bearing
WPT Profile Preferred Profile Catalog EPS 5370/USA

WPT Profile, Tight-Tolerance Piston Wear Ring

WPT profile tight-tolerance piston wear rings are the premier bearings
for light- to heavy-duty hydraulic applications. WPT profile wear rings
are available in standard sizes from 1" up to 12" bore diameters (larger
sizes upon request). WPT profile wear rings feature chamfered corners
on the I.D. and are designed to snap closed during assembly to hold
tight against the piston, eliminating bore interference and simplifying
installation.

Technical Data
Standard Material
W4733 WearGard™
Radial Tolerance
+.000"/ -.002" (up to 6" O.D.); +.000/-.003" (6" to 12" O.D.)
End Cuts
Butt Cut, Angle Cut (Skive Cut), Step Cut

Butt Cut Angle Cut Step Cut

Options
Virtually any width can be produced without assessing a setup charge.
Additionally, other cross-sections not shown are available when required.

WPT Cross-Section

Piston sealing system

comprised of WPT wear rings and BP bi-directional piston seal

06/01/2014

9-8 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
WPT Profile
Part Number Nomenclature — WPT Profile
Table 9-6. WPT Profile

4 7 3 3 WPT 1 2 5 – 0 4 0 0 0 – 0 5 0 0

Material Max. Cross-Section Nominal Width (W) (x1000)

4 Digit Material Code Example: 125 = 1/8" Example: 0.500" X 1000 = 0500
Example: (0125 to 2000 or larger)
4733 = WearGard™
(4733 only for WPT) Nominal Bore Diameter End Cut
(A) (x1000) Example:
Profile Example: Blank = Butt Cut
4.000" X 1000 = 04000 (SKIV, STEP)

Gland Dimensions — WPT Profile

0.015 Max. Radius
(Typ. 2 Places)
D

W A B C Please refer to Engineering Section 2,

page 2-8 for surface finish and additional
hardware considerations.

Table 9-7. WPT Profile — Piston Gland Calculation

A B C D
Bore Diameter Groove Diameter Piston Diameter Groove Width

Range Tol. Calculation Tol. Calculation Tol. Calculation

.125 Cross Section
1.000 - 4.875 +.002/-.000 Dia. A - .251 +.000/-.002 Dia. A - .017 +.000/-.002 D = W + 0.010
5.000 - 7.500 +.004/-.000 Dia. A - .251 +.000/-.003 Dia. A - .018 +.000/-.003 D = W + 0.010
7.500 - 12.000 +.006/-.000 Dia. A - .251 +.000/-.004 Dia. A - .021 +.000/-.004 D = W + 0.010
.062 Cross Section
9
0.875 - 5.625 +.002/-.000 Dia. A - .125 +.000/-.002 Dia. A - .017 +.000/-.002 D = W + 0.010
For custom groove calculations, see Appendix C.

NOTE: For sizes larger than those shown in the table, please contact your local Parker representative.

06/01/2014

9-9 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
WPT Profile
Gland Dimensions — WPT Profile
Table 9-8. WPT Profile — Piston Gland Dimensions, ·Parker Standard Sizes
Hardware Dimensions

A B C D Part Number
Bore Groove Piston Groove
Diameter Diameter Diameter Width

+.002/-.000 +.000/-.002 +.000/-.002 +.010/-.000

1.000 0.875 0.983 D = W + 0.010 4733WPT062-01000-XXXX
1.125 1.000 1.108 D = W + 0.010 4733WPT062-01125-XXXX
1.250 1.125 1.233 D = W + 0.010 4733WPT062-01250-XXXX
1.375 1.250 1.358 D = W + 0.010 4733WPT062-01375-XXXX
1.500 1.375 1.483 D = W + 0.010 4733WPT062-01500-XXXX
1.625 1.500 1.608 D = W + 0.010 4733WPT062-01625-XXXX
1.750 1.625 1.733 D = W + 0.010 4733WPT062-01750-XXXX
1.875 1.750 1.858 D = W + 0.010 4733WPT062-01875-XXXX
2.375 2.250 2.358 D = W + 0.010 4733WPT062-02375-XXXX
2.625 2.500 2.608 D = W + 0.010 4733WPT062-02625-XXXX
+.002/-.000 +.000/-.002 +.000/-.002 +.010/-.000
1.000 0.749 0.983 D = W + 0.010 4733WPT125-01000-XXXX
1.125 0.874 1.108 D = W + 0.010 4733WPT125-01125-XXXX
1.250 0.999 1.233 D = W + 0.010 4733WPT125-01250-XXXX
1.375 1.124 1.358 D = W + 0.010 4733WPT125-01375-XXXX
1.500 1.249 1.483 D = W + 0.010 4733WPT125-01500-XXXX
1.625 1.374 1.608 D = W + 0.010 4733WPT125-01625-XXXX
1.750 1.499 1.733 D = W + 0.010 4733WPT125-01750-XXXX
1.875 1.624 1.858 D = W + 0.010 4733WPT125-01875-XXXX
+.002/-.000 +.000/-.002 +.000/-.002 +.010/-.000
2.000 1.749 1.983 D = W + 0.010 4733WPT125-02000-XXXX
2.125 1.874 2.108 D = W + 0.010 4733WPT125-02125-XXXX
2.250 1.999 2.233 D = W + 0.010 4733WPT125-02250-XXXX
2.375 2.124 2.358 D = W + 0.010 4733WPT125-02375-XXXX
2.500 2.249 2.483 D = W + 0.010 4733WPT125-02500-XXXX
2.625 2.374 2.608 D = W + 0.010 4733WPT125-02625-XXXX
2.750 2.499 2.733 D = W + 0.010 4733WPT125-02750-XXXX
9 2.875 2.624 2.858 D = W + 0.010 4733WPT125-02875-XXXX
3.000 2.749 2.983 D = W + 0.010 4733WPT125-03000-XXXX
3.125 2.874 3.108 D = W + 0.010 4733WPT125-03125-XXXX
3.250 2.999 3.233 D = W + 0.010 4733WPT125-03250-XXXX
3.375 3.124 3.358 D = W + 0.010 4733WPT125-03375-XXXX
3.500 3.249 3.483 D = W + 0.010 4733WPT125-03500-XXXX
3.625 3.374 3.608 D = W + 0.010 4733WPT125-03625-XXXX
3.750 3.499 3.733 D = W + 0.010 4733WPT125-03750-XXXX
3.875 3.624 3.858 D = W + 0.010 4733WPT125-03875-XXXX
3.937 3.687 3.920 D = W + 0.010 4733WPT125-03937-XXXX
Above table reflects recommended cross-sections for bore diameters shown. Alternate cross-sections and additional sizes may be
considered. Consult www.parker.com/eps/FluidPower for additional cross-sections and sizes, hardware specifications, and part number
availability. Contact your Parker representative for assistance.

06/01/2014

9-10 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA

WPT Profile
Gland Dimensions — WPT Profile
Table 9-8. WPT Profile — Piston Gland Dimensions, ·Parker Standard Sizes (cont’d)
Hardware Dimensions

A B C D Part Number
Bore Groove Piston Groove
Diameter Diameter Diameter Width

+.002/-.000 +.000/-.002 +.000/-.002 +.010/-.000

4.000 3.749 3.983 D = W + 0.010 4733WPT125-04000-XXXX
4.125 3.874 4.108 D = W + 0.010 4733WPT125-04125-XXXX
4.250 3.999 4.233 D = W + 0.010 4733WPT125-04250-XXXX
4.375 4.124 4.358 D = W + 0.010 4733WPT125-04375-XXXX
4.500 4.249 4.483 D = W + 0.010 4733WPT125-04500-XXXX
4.625 4.374 4.608 D = W + 0.010 4733WPT125-04625-XXXX
4.750 4.499 4.733 D = W + 0.010 4733WPT125-04750-XXXX
4.875 4.624 4.858 D = W + 0.010 4733WPT125-04875-XXXX
+.004/-.000 +.000/-.003 +.000/-.003 +.010/-.000
5.000 4.749 4.982 D = W + 0.010 4733WPT125-05000-XXXX
5.125 4.874 5.107 D = W + 0.010 4733WPT125-05125-XXXX
5.250 4.999 5.232 D = W + 0.010 4733WPT125-05250-XXXX
5.375 5.124 5.357 D = W + 0.010 4733WPT125-05375-XXXX
5.500 5.249 5.482 D = W + 0.010 4733WPT125-05500-XXXX
5.625 5.374 5.607 D = W + 0.010 4733WPT125-05625-XXXX
5.750 5.499 5.732 D = W + 0.010 4733WPT125-05750-XXXX
6.000 5.749 5.980 D = W + 0.010 4733WPT125-06000-XXXX
6.250 5.999 6.230 D = W + 0.010 4733WPT125-06250-XXXX
6.500 6.249 6.480 D = W + 0.010 4733WPT125-06500-XXXX
6.750 6.499 6.730 D = W + 0.010 4733WPT125-06750-XXXX
7.000 6.749 6.980 D = W + 0.010 4733WPT125-07000-XXXX
7.500 7.249 7.480 D = W + 0.010 4733WPT125-07500-XXXX
+.006/-.000 +.000/-.004 +.000/-.004 +.010/-.000
8.000 7.749 7.979 D = W + 0.010 4733WPT125-08000-XXXX
8.500 8.249 8.479 D = W + 0.010 4733WPT125-08500-XXXX
+.006/-.000 +.000/-.004 +.000/-.004 +.010/-.000
9.000 8.749 8.979 D = W + 0.010 4733WPT125-09000-XXXX
9
9.500 9.249 9.479 D = W + 0.010 4733WPT125-09500-XXXX
10.000 9.749 9.979 D = W + 0.010 4733WPT125-10000-XXXX
10.500 10.249 10.479 D = W + 0.010 4733WPT125-10500-XXXX
+.006/-.000 +.000/-.004 +.000/-.004 +.010/-.000
11.000 10.749 10.979 D = W + 0.010 4733WPT125-11000-XXXX
11.500 11.249 11.479 D = W + 0.010 4733WPT125-11500-XXXX
12.000 11.749 11.979 D = W + 0.010 4733WPT125-12000-XXXX
Above table reflects recommended cross-sections for bore diameters shown. Alternate cross-sections and additional sizes may be
considered. Consult www.parker.com/eps/FluidPower for additional cross-sections and sizes, hardware specifications, and part number
availability. Contact your Parker representative for assistance.

06/01/2014

9-11 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Wear Ring / Bearing
WRT Profile Catalog EPS 5370/USA

WRT Profile, Tight-Tolerance Rod Wear Ring

WRT profile tight-tolerance rod wear rings, when combined with
the WPT profile, complete the premier cylinder bearing system.
Recommended for light- to heavy-duty hydraulic applications, they are
available in standard sizes from 7/8" up to 7" rod diameters (larger sizes
upon request). WRT profile wear rings feature chamfered corners on
the O.D. and are designed to snap open during assembly to hold tight
against the head gland, eliminating rod interference and simplifying
installation.

Technical Data
Standard Material
W4733 WearGard™
Radial Tolerance
+.000"/-.002" (up to 5-3/4" I.D.); +.000/-.003" (5-3/4" to 7" I.D.)

End Cuts
Butt Cut, Angle Cut (Skive Cut), Step Cut

Butt Cut Angle Cut Step Cut

Options
Virtually any width can be produced without assessing a setup charge.
Additionally, other cross-sections not shown are available when required.
WRT Cross-Section

Rod sealing system comprised of

WRT wear ring, BR buffer ring assembly, BT u-cup and AH canned wiper

06/01/2014

9-12 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
WRT Profile
Part Number Nomenclature — WRT Profile
Table 9-9. WRT Profile

4 7 3 3 WRT 1 2 5 – 0 2 0 0 0 – 0 7 5 0

Material Max. Cross-Section Nominal Width (x1000) (W)

4 Digit Material Code Example: 125 = 1/8" Example: 0.750" X 1000 = 0750
Example: (0125 to 2000 or larger)
4733 = WearGard™
(4733 only for WRT) Nominal Rod Diameter End Cut
(x1000) (A1) Example:
Profile Example: Blank = Butt Cut
2.000" X 1000 = 02000 (SKIV, STEP)

Gland Dimensions — WRT Profile

0.015 Max. Radius
(Typ. 2 Places)
D

W
A1 B1 C1 Please refer to Engineering Section 2,
page 2-8 for surface finish and additional
hardware considerations.

Table 9-10. WRT Profile — Rod Gland Calculation

A1 B1 C1 D
Rod Diameter Groove Diameter Throat Diameter Groove Width

Range Tol. Calculation Tol. Calculation Tol. Calculation

.125 Cross Section
.750-5.625 +.000/-.002 Dia. A + .251 +.002/-.000 Dia. A + .017 +.002/-.000 D = W + 0.010"
5.625-7 +.000/-.004 Dia. A + .251 +.003/-.000 Dia. A + .020 +.003/-.000 D = W + 0.010"
7-12 +.000/-.006 Dia. A + .251 +.004/-.000 Dia. A + .021 +.004/-.000 D = W + 0.010"
.062 Cross Section
0.875 - 5.625 +.002/-.000 Dia. A + .125 +.002/-.000 Dia. A + .017 +.002/-.000 D = W + 0.010"
For custom groove calculations, see Appendix C. 9
NOTE: For sizes larger than those shown in the table, please contact your local Parker representative.

06/01/2014

9-13 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
WRT Profile
Gland Dimensions — WRT Profile
Table 9-11. WRT Profile — Rod Gland Dimensions, ·Parker Standard Sizes
Hardware Dimensions

A1 B1 C1 D Part Number
Rod Groove Throat Groove
Diameter Diameter Diameter Width

+.000/-.002 +.002/-.000 +.002/-.000 +.010/-.000

0.875 1.000 0.892 D = W + 0.010 4733WRT062-00875-XXXX
1.000 1.125 1.017 D = W + 0.010 4733WRT062-01000-XXXX
1.125 1.250 1.142 D = W + 0.010 4733WRT062-01125-XXXX
1.250 1.375 1.267 D = W + 0.010 4733WRT062-01250-XXXX
1.375 1.500 1.392 D = W + 0.010 4733WRT062-01375-XXXX
1.500 1.625 1.517 D = W + 0.010 4733WRT062-01500-XXXX
1.625 1.750 1.642 D = W + 0.010 4733WRT062-01625-XXXX
1.750 1.875 1.767 D = W + 0.010 4733WRT062-01750-XXXX
2.250 2.375 2.267 D = W + 0.010 4733WRT062-02250-XXXX
2.500 2.625 2.517 D = W + 0.010 4733WRT062-02250-XXXX
+.000/-.002 +.002/-.000 +.002/-.000 +.010/-.000
0.750 1.001 0.767 D = W + 0.010 4733WRT125-00750-XXXX
0.875 1.126 0.892 D = W + 0.010 4733WRT125-00875-XXXX
1.000 1.251 1.017 D = W + 0.010 4733WRT125-01000-XXXX
1.125 1.376 1.142 D = W + 0.010 4733WRT125-01125-XXXX
1.250 1.501 1.267 D = W + 0.010 4733WRT125-01250-XXXX
1.375 1.626 1.392 D = W + 0.010 4733WRT125-01375-XXXX
1.500 1.751 1.517 D = W + 0.010 4733WRT125-01500-XXXX
1.625 1.876 1.642 D = W + 0.010 4733WRT125-01625-XXXX
1.750 2.001 1.767 D = W + 0.010 4733WRT125-01750-XXXX
1.875 2.126 1.892 D = W + 0.010 4733WRT125-01875-XXXX
+.000/-.002 +.002/-.000 +.002/-.000 +.010/-.000
2.000 2.251 2.017 D = W + 0.010 4733WRT125-02000-XXXX
2.125 2.376 2.142 D = W + 0.010 4733WRT125-02125-XXXX
2.250 2.501 2.267 D = W + 0.010 4733WRT125-02250-XXXX
2.375 2.626 2.392 D = W + 0.010 4733WRT125-02375-XXXX
2.500 2.751 2.517 D = W + 0.010 4733WRT125-02500-XXXX
9 2.625 2.876 2.642 D = W + 0.010 4733WRT125-02625-XXXX
2.750 3.001 2.767 D = W + 0.010 4733WRT125-02750-XXXX
2.875 3.126 2.892 D = W + 0.010 4733WRT125-02875-XXXX
3.000 3.251 3.017 D = W + 0.010 4733WRT125-03000-XXXX
3.125 3.376 3.142 D = W + 0.010 4733WRT125-03125-XXXX
3.250 3.501 3.267 D = W + 0.010 4733WRT125-03250-XXXX
3.375 3.626 3.392 D = W + 0.010 4733WRT125-03375-XXXX
3.500 3.751 3.517 D = W + 0.010 4733WRT125-03500-XXXX
3.625 3.876 3.642 D = W + 0.010 4733WRT125-03625-XXXX
3.750 4.001 3.767 D = W + 0.010 4733WRT125-03750-XXXX
Above table reflects recommended cross-sections for rod diameters shown. Alternate cross-sections and additional sizes may be
considered. Consult www.parker.com/eps/FluidPower for additional cross-sections and sizes, hardware specifications, and part number
availability. Contact your Parker representative for assistance.

06/01/2014

9-14 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
WRT Profile
Gland Dimensions — WRT Profile
Table 9-11. WRT Profile — Rod Gland Dimensions, ·Parker Standard Sizes (cont’d)
Hardware Dimensions

A1 B1 C1 D Part Number
Rod Groove Throat Groove
Diameter Diameter Diameter Width

+.000/-.002 +.002/-.000 +.002/-.000 +.010/-.000

3.875 4.126 3.892 D = W + 0.010 4733WRT125-03875-XXXX
3.937 4.188 3.954 D = W + 0.010 4733WRT125-03937-XXXX
4.000 4.251 4.017 D = W + 0.010 4733WRT125-04000-XXXX
4.125 4.376 4.142 D = W + 0.010 4733WRT125-04125-XXXX
4.250 4.501 4.267 D = W + 0.010 4733WRT125-04250-XXXX
4.375 4.626 4.392 D = W + 0.010 4733WRT125-04375-XXXX
4.500 4.751 4.517 D = W + 0.010 4733WRT125-04500-XXXX
4.625 4.876 4.642 D = W + 0.010 4733WRT125-04625-XXXX
4.750 5.001 4.767 D = W + 0.010 4733WRT125-04750-XXXX
4.875 5.126 4.892 D = W + 0.010 4733WRT125-04875-XXXX
5.000 5.251 5.017 D = W + 0.010 4733WRT125-05000-XXXX
5.125 5.376 5.142 D = W + 0.010 4733WRT125-05125-XXXX
5.250 5.501 5.267 D = W + 0.010 4733WRT125-05250-XXXX
5.375 5.626 5.392 D = W + 0.010 4733WRT125-05375-XXXX
5.500 5.751 5.517 D = W + 0.010 4733WRT125-05500-XXXX
5.625 5.876 5.642 D = W + 0.010 4733WRT125-05625-XXXX
+.000/-.004 +.003/-.000 +.003/-.000 +.010/-.000
5.750 6.001 5.770 D = W + 0.010 4733WRT125-05750-XXXX
6.000 6.251 6.020 D = W + 0.010 4733WRT125-06000-XXXX
6.250 6.501 6.270 D = W + 0.010 4733WRT125-06250-XXXX
6.500 6.751 6.520 D = W + 0.010 4733WRT125-06500-XXXX
6.750 7.001 6.770 D = W + 0.010 4733WRT125-06750-XXXX
7.000 7.251 7.020 D = W + 0.010 4733WRT125-07000-XXXX
Above table reflects recommended cross-sections for rod diameters shown. Alternate cross-sections and additional sizes may be
considered. Consult www.parker.com/eps/FluidPower for additional cross-sections and sizes, hardware specifications, and part number
availability. Contact your Parker representative for assistance.

06/01/2014

9-15 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Wear Ring / Bearing
PDT Profile Catalog EPS 5370/USA

PDT Profile, PTFE Wear Strip for Rod and Piston

PDT profile wear strip is available in a variety of PTFE blends and
provides excellent low-friction performance in pneumatics and light-
duty hydraulics. PDT profile wear strip is available in cut-to-length
versions as well as bulk strip. Cut-to-length part numbers reduce prep
time by providing precision end cuts and ready-to-install diameters.
Bulk strip offers versatility and reduces part number inventory by
providing universal sizing in one part number.

Technical Data
Standard Material
0401 – 40% Bronze-Filled PTFE
0307 – 23% Carbon, 2% Graphite-Filled PTFE
Others available upon request
Radial Tolerance
+.000"/-.004"
End Cuts
Butt Cut, Angle Cut (Skive Cut), Step Cut

Butt Cut Angle Cut Step Cut

Options
PDT Cross-Section
Virtually any width, diameter and cross-section can be produced without
assessing a setup charge.

Piston sealing system comprised of Rod sealing system comprised of

PDT wear strip and B7 piston u-cups PDT wear strip, B3 rod u-cup and SH959 wiper
06/01/2014

9-16 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
PDT Profile
Part Number Nomenclature — PDT Profile
Table 9-12. PDT Profile — Cut-to-Length

0 4 0 1 PDT A 0 1 0 0 0 A 0 2 5 0

Profile Nominal Width (x1000)

Material Style Cut Type Example:
4 Digit Material Code Examples: Examples: 0.250" X 1000 = 0250
Example: A = Piston; 0.062" thick A = Angle Cut (0125 to 2000 or larger)
0401 = Bronze-filled B = Piston; 0.093" thick B = Butt Cut
PTFE C = Piston; 0.125" thick C = Step Cut
(0401, 0307, Others D = Rod; 0.062" thick
Available) E = Rod; 0.093" thick
F = Rod; 0.125" thick Nominal Diameter (x1000)
Example: “A” Style, 01000 = 1.000" Bore
(Bore Dia. for Styles A, B, C)
(Rod Dia. for Styles D, E, F)

Table 9-13. PDT Profile — Bulk Strip

0 3 0 7 PDT H 0 9 3 – 0 6 2 5

Material Profile Style Nominal Width (x1000)

4 Digit Material Code H = Bulk Example:
Example: 0.625" X 1000 = 0625
0307 = Carbon-graphite- Max. Cross-Section (0125 to 2000 or larger)
filled PTFE (0401, 0307, Example: 093 = 0.093"
Others Available) (062, 093, 125, 187)

06/01/2014

9-17 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
PDT Profile
Gland Dimensions — PDT Profile, Piston (Cut-To-Length)
0.015 Max. Radius
(Typ. 2 Places)
D

W A B C Please refer to Engineering Section 2,

page 2-8 for surface finish and additional
hardware considerations.

Table 9-14. PDT Profile — Piston Gland Calculation (Cut-to-Length)

A B C D
Style Bore Diameter Groove Diameter Piston Diameter Groove Width
(Thickness)
Range Tol Calculation Tol. Calculation Tol. +.010/-.000
A
(.062) 1.000 - 2.000 +.002/-.000 Dia. A - .125 +.000/-.002 Dia. A - .021 +.000/-.002 D = W + .010

1.500 - 4.875 +.002/-.000 Dia. A - .187 +.000/-.002 Dia. A - .021 +.000/-.002 D = W + .010
B 5.000 - 7.750 +.004/-.000 Dia. A - .187 +.000/-.003 Dia. A - .022 +.000/-.003 D = W + .010
(.093)
8.000 - 10.000 +.006/-.000 Dia. A - .187 +.000/-.004 Dia. A - .023 +.000/-.004 D = W + .010
2.000 - 4.875 +.002/-.000 Dia. A - .251 +.000/-.002 Dia. A - .021 +.000/-.002 D = W + .010
C 5.000 - 7.750 +.004/-.000 Dia. A - .251 +.000/-.003 Dia. A - .022 +.000/-.003 D = W + .010
(.125)
8.000 - 16.000 +.006/-.000 Dia. A - .251 +.000/-.004 Dia. A - .023 +.000/-.004 D = W + .010
For custom groove calculations, see Appendix C.
NOTE: For sizes larger than those shown in the table, please contact your local Parker Seal representative.

Gland Dimensions — PDT Profile, Rod (Cut-To-Length)

0.015 Max. Radius
(Typ. 2 Places)
D

W Please refer to Engineering Section 2,

A1 B1 C1
page 2-8 for surface finish and additional
hardware considerations.

9
Table 9-15. PDT Profile — Rod Gland Calculation (Cut-to-Length)
A1 B1 C1 D
Style Rod Diameter Groove Diameter Throat Diameter Groove Width
(Thickness)
Range Tol Calculation Tol. Calculation Tol. +.010/-.000
D 0.875 - 2.000 +.000/-.002 Dia. A1 + .125 +.002/-.000 Dia. A1 + .021 +.002/-.000 D = W + .010
(.062)
E 1.500 - 5.000 +.000/-.002 Dia. A1 + .187 +.002/-.000 Dia. A1 + .021 +.002/-.000 D = W + .010
(.093)
1.500 - 3.125 +.000/-.002 Dia. A1 + .251 +.002/-.000 Dia. A1 + .021 +.002/-.000 D = W + .010

F 3.250 - 4.625 +.000/-.002 Dia. A1 + .251 +.002/-.000 Dia. A1 + .021 +.002/-.000 D = W + .010
(.125) 4.750 - 7.500 +.000/-.004 Dia. A1 + .251 +.003/-.000 Dia. A1 + .022 +.003/-.000 D = W + .010
7.500 -10.000 +.000/-.006 Dia. A1 + .251 +.004/-.000 Dia. A1 + .023 +.004/-.000 D = W + .010
For custom groove calculations, see Appendix C.
NOTE: For sizes larger than those shown in the table, please contact your local Parker Seal representative.
11/01/2014

9-18 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
PDT Profile
PDT Bulk Strip

Table 9-16. PDT Bulk Strip Sizes Table 9-17. Recommended Cutting Instructions

T W G CL ±
Rod or Bore
Radial Cross-Section Width Minimum Tolerance for
Diameter Gap Cut Length

0.250 0.500 - 1.750 0.075 ± .010

0.375 1.751 - 3.125 0.140 ± .016
0.062
0.500 3.126 - 4.000 0.175 ± .024
0.625 4.001 - 5.000 0.230 ± .032
0.250 5.001 - 6.000 0.260 ± .040
0.375 6.001 - 7.000 0.320 ± .047
0.093
0.500 7.001 - 8.500 0.380 ± .055
0.625 8.501 - 10.500 0.480 ± .063
0.250 10.501 - 13.000 0.620 ± .071
0.375 13.001 - 16.000 0.750 ± .079
0.500
0.125
0.625
0.750
1.000
NOTE: For sizes larger than those shown in the tables, please contact your local Parker representative.

Formula for Calculating Cut Length, CL

To calculate groove dimensions, use the values for 9
“T” and “G” shown in Tables 9-16 and 9-17 in the
following formulas for cut-to-length PDT strip.

For Pistons:

CL = [(Bore Diameter – T) x p] – G

For Rods:

CL = [(Rod Diameter + T) x p] – G

06/01/2014

9-19 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Wear Ring / Bearing
PDW Profile Catalog EPS 5370/USA

PDW Profile, Machined Wear Ring for Rod and Piston

PDW profile wear rings are precision machined PTFE bearings, lathe
cut to exact size and shape. PDW profile wear rings offer precise fitting
and easy installation. The wide range of available PTFE blends gives
these machined wear rings versatility to accommodate any pneumatic
or light-duty hydraulic application requiring low friction and high
temperature capabilities.

Technical Data
Standard Material
0401 – 40% Bronze-Filled PTFE
0307 – 23% Carbon, 2% Graphite-Filled PTFE
Alternate Materials (Composite Fabric-Reinforced Resins)
0810 – Standard Polyester-based with PTFE
0811 - Graphite-filled Polyester Based
0812 - MoS2-filled Polyester Based
0813 - PTFE-Filled Polyester Based
Additional materials available upon request.
Radial Tolerance
+.000"/-.004"
End Cuts
Butt Cut, Angle Cut (Skive Cut), Step Cut

PDW Cross-Section Butt Cut Angle Cut Step Cut

Options
9 Virtually any width, diameter and cross-section can be produced without
assessing a setup charge.

Piston sealing system comprised Rod sealing system comprised

of PDW machined wear rings and E4 piston u-cups of PDW machined wear ring, E5 u-cup and 8600 wiper
06/01/2014

9-20 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
PDW Profile
Part Number Nomenclature — PDW Profile
Table 9-18. PDW Profile

0 4 0 1 PDW C 0 4 5 0 0 B 0 5 0 0

Material Profile Wear Ring Radial Cut Type Wear Ring Nominal
4 Digit Material Code Cross-Section Style Examples: Width (W) (x1000)
Example: Examples: A = Angle Cut Example:
0401 = Bronze-filled A = Piston; 0.062" thick B = Butt Cut 0.500" X 1000 = 0500
PTFE B = Piston; 0.093" thick C = Step Cut (0125 to 2000 or larger)
(0401, 0307, Others C = Piston; 0.125" thick
Available) D = Rod; 0.062" thick Nominal Diameter (x1000)
E = Rod; 0.093" thick Example: “C” Style, 04500 = 4.500"
F = Rod; 0.125" thick Bore
(Bore Dia. for Styles A, B, C)
(Rod Dia. for Styles D, E, F)

Gland Dimensions — PDW Profile, Piston

0.015 Max. Radius
(Typ. 2 Places)
D

W
A B C Please refer to Engineering Section 2,
page 2-8 for surface finish and additional
hardware considerations.

Table 9-19. PDW Profile — Piston Gland Calculation

A B C D
Style Bore Diameter Groove Diameter Piston Diameter Groove Width
(Thickness)
Range Tol Calculation Tol. Calculation Tol. +.010/-.000
A 0.687 - 2.000 +.002/-.000 Dia. A - .125 +.000/-.002 Dia. A - .021 +.000/-.002 D = W + .010
(.062)
1.500 - 4.999 +.002/-.000 Dia. A - .187 +.000/-.002 Dia. A - .021 +.000/-.002 D = W + .010
9
B 5.000 - 7.999 +.004/-.000 Dia. A - .187 +.000/-.003 Dia. A - .022 +.000/-.003 D = W + .010
(.093)
8.000 - 10.000 +.006/-.000 Dia. A - .187 +.000/-.004 Dia. A - .023 +.000/-.004 D = W + .010

2.000 - 4.999 +.002/-.000 Dia. A - .251 +.000/-.002 Dia. A - .021 +.000/-.002 D = W + .010
C 5.000 - 7.999 +.004/-.000 Dia. A - .251 +.000/-.003 Dia. A - .022 +.000/-.003 D = W + .010
(.125)
8.000 - 16.000 +.006/-.000 Dia. A - .251 +.000/-.004 Dia. A - .023 +.000/-.004 D = W + .010

For custom groove calculations, see Appendix C.

NOTE: For sizes larger than those shown in the table, please contact your local Parker representative.

01/13/2015

9-21 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
PDW Profile
Gland Dimensions — PDW Profile, Rod
0.015 Max. Radius
(Typ. 2 Places)
D

W
A1 B1 C1 Please refer to Engineering Section 2,
page 2-8 for surface finish and additional
hardware considerations.

Table 9-20. PDW Profile — Rod Gland Calculation

A1 B1 C1 D
Style Rod Diameter Groove Diameter Throat Diameter Groove Width
(Thickness)
Range Tol. Calculation Tol. Calculation Tol. +.010/-.000
D 0.312 - 2.000 +.000/-.002 Dia. A1 + .125 +.002/-.000 Dia. A1 + .017 +.002/-.000 D = W + .010
(.062)
E 1.500 - 5.000 +.000/-.002 Dia. A1 + .187 +.002/-.000 Dia. A1 + .021 +.002/-.000 D = W + .010
(.093)
1.500 - 3.125 +.000/-.002 Dia. A1 + .251 +.002/-.000 Dia. A1 + .021 +.002/-.000 D = W + .010

3.250 - 4.625 +.000/-.002 Dia. A1 + .251 +.002/-.000 Dia. A1 + .021 +.002/-.000 D = W + .010
F
(.125)
4.750 - 7.500 +.000/-.004 Dia. A1 + .251 +.003/-.000 Dia. A1 + .022 +.003/-.000 D = W + .010

7.500 - 10.000 +.000/-.006 Dia. A1 + .251 +.004/-.000 Dia. A1 + .023 +.004/-.000 D = W + .010

For custom groove calculations, see Appendix C.

NOTE: For sizes larger than those shown in the table, please contact your local Parker representative.

11/01/2014

9-22 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
Appendix
Table of Contents Design Action Request Form A

English / Metric Conversions B

Custom Groove Calculations C

AN6226 Gland Dimensions

& Tolerances (Army / Navy) D

MS-28776 (MS-33675) Dash Size

Grooves (for SH959 Profile WIpers) E

Commercial PTFE Back-Ups for Retrofit

MS-28774 and MS-27595 Grooves F

ISO Gland Tolerances G

Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
Fax: 801 973 4019

www.parker.com/eps
 A
A
Design
Design Action
Action Request
Request Form
Form Catalog EPS 5350/USA
NEED HELP? If you need assistance, please photocopy these pages. Fill out the required information and
fax
NEEDto 801 973 4019.
HELP? If you Submit a sketch if necessary.
need assistance, Use thethese
please photocopy information below and
three pages. Fill other information
out the required in this
catalog to determine
information the(801)
and fax to dimensions needed.
973-4019. Use theWe information
will contact you to discuss
below your
and other specific application
information and to
in this catalog
make recommendations.
determine the dimensions If you need We
needed. helpwill
filling out this
contact youform, please call
to discuss yourParker’s
specificApplications
application Engineering
and make
team at 801 972 3000.
recommendations. If you need help filling out this form, please call Applications Engineering at
(801) 972-3000.
ENGINEERED POLYMER SYSTEMS DIVISION
DESIGN ACTION REQUEST
Applications Engineering Use:
EPS Division Project # ____________________________
2220 South 3600 West Date Entered ________________________
Salt Lake City, UT Date Required _______________________
Prepared by _________________________
Tel: (801) 972-3000
Territory Mgr. ________________________
Fax: (801) 973-4019
Distributor ___________________________
Referred by _________________ Distributor ___________________________
Lead # _____________________ Dist. Sales __________________________

COMPANY: ___________________________________________ FAX NUMBER: _________________________________________

ADDRESS: ___________________________________________ P.O. BOX:______________________ MAIL STOP: __________
CITY: _________________________ STATE: ______________ ZIP:___________________________ COUNTRY: ___________
CONTACT: ____________________ TITLE: _______________ PHONE: _______________________ EXT:_________________
ALT. CONTACT: ________________ TITLE: _______________ PHONE: _______________________ EXT:_________________
E-MAIL: ______________________________________________

EQUIPMENT/MANUFACTURER: _________________________________________________________ MODEL NO.: _____________

EXISTING SEAL MANUFACTURER: ______________________________________________________ PART NO.: ______________
REASON FOR CHANGE: PERFORMANCE DELIVERY NEW APPLICATION PRICE
CURRENT PRICE: ________ @ _____ PCS. MONTHLY USAGE: _____ HOURS OPERATION: _____ HOURS SERV. LIFE: _____
TARGET PRICE: ________ @ _____ PCS. QUOTE QTY.: _____ PROTO QTY.: _____ DATE PROTO REQ’D.: _____
SPECIAL INSPECTION REQUIREMENTS: YES NO SPECIAL PACKAGING REQUIREMENTS: YES NO
EXPLAIN: _____________________________________________________________________________________________________

MOTION
STATIC RECIPROCATING OSCILLATORY ROTARY

PRODUCT TYPE
NON-ROTARY — FILL OUT SECOND PAGE ROTARY — FILL OUT THIRD PAGE
ROD/SHAFT WIPER SOLID SEAL PTFE LIP SEAL
PISTON BEARING SPLIT SEAL ELASTOMER LIP SEAL
INTERNAL FACE VANE BEARING ISOLATOR
EXTERNAL FACE NON-SEAL

01/09/06

06/01/2014

A-1
A-1
EPS Division
Parker Hannifin Corporation
Salt Lake City, UT
Engineered Polymer Systems Division
Tel: (801) 972-3000
Phone: 801 972 3000
Parker Hannifin Corporation www.parkerseals.com
www.parker.com/eps Fax: (801) 973-4019
 Catalog
Catalog EPS
EPS5370/USA
5350/USA
Design Action
Design Action Request
Request Form
Form
A
A
OPERATING PARAMETERS UNIT (CIRCLE ONE) MINIMUM OPERATING MAXIMUM
TEMPERATURE: °K °F °C ____________ ____________ ____________
P R E SS U R E : PSI BAR MPA ____________ ____________ ____________
STROKE LENGTH (RECIPROCATING): INCH MM ____________ ____________
CYCLE RATE: CYCLES/MIN CYCLES/HR HZ ____________ ____________
DEGREE OF ARC (OSCILLATING): DEGREES ____________ ____________ ____________
VELOCITY: FT/MIN. MM/MIN. ____________ ____________ ____________
VACUUM: IN HG TORR ____________ ____________ ____________
ROTARY SPEED RPM ____________ ____________ ____________
MEDIA TO BE SEALED: __________________________________

Rod Piston Face Seal

D E
D
E
B
A

D
B C A
C B A

Other Piston Other Rod

E D D
F
E

F
A B C
A B C

HARDWARE SPECIFICATIONS HARDWARE DRAWINGS INCLUDED WITH DAR: YES NO

A DIAMETER: MIN. ________ MAX. ________ HARDNESS ________ FINISH ________ MAT’L ________
B DIAMETER: MIN. ________ MAX. ________ HARDNESS ________ FINISH ________ MAT’L ________
C DIAMETER: MIN. ________ MAX. ________ HARDNESS ________ FINISH ________ MAT’L ________
D GROOVE WIDTH: MIN. ________ MAX. ________ CAN HARDWARE BE CHANGED? YES NO
E RADIAL CLEARANCE: MIN. ________ MAX. ________ HOW? ________________________________________________
F ROD / PISTON STEP HEIGHT: MIN. ________ MAX. ________
SIDE LOAD (LBS. NEWTONS): _______ PERFORMANCE REQUIREMENTS
MIL-G-5514 O-RING DASH #: ______ BACK-UP WIDTH ____ (CIRCLE ONE)
AS4716 O-RING DASH #: ______ BACK-UP WIDTH ____ FRICTION: LBS OZ GMS BREAKOUT ____ DYNAMIC ____
RUNOUT (TIR) _________________________ EXPECTED LIFE: CYC HRS YRS _______________________
ECCENTRICITY _________________________ MAX. LEAKAGE: DROPS CC/MIN _________________________
MOST CRITICAL ASPECT: _______________________________
CONTAMINATION: ______________________________________
GLAND TYPE METRIC
____ SPLIT ____ OPEN YES
____ SOLID ____ STEPPED NO
01/09/06

06/01/2014
A-2 EPS Division
Salt Lake City, UT
A-2 Parker Hannifin Corporation
Tel: (801) 972-3000
Engineered Polymer Systems Division
Parker Hannifin Corporation www.parkerseals.com Fax: (801) 973-4019
Phone: 801 972 3000
www.parker.com/eps
Fraction/aMetric
English l/Decim al/Metric CoFractions
Conversions: nversion CatalogEPS
Catalog EPS 5350/USA
5370/USA

Fractional Decimal Metric Fractional Decimal Metric Fractional Decimal Metric Fractional Decimal Metric
B
— 0.004 0.10 37/64 0.578 14.68 1 15/32 1.469 37.31 — 2.874 73.00
— 0.010 0.25 — 0.591 15.00 — 1.496 38.00 2 7/8 2.875 73.03
1/64 0.016 0.40 19/32 0.594 15.08 1 1/2 1.500 38.10 — 2.913 74.00
— 0.020 0.50 39/64 0.609 15.48 1 17/32 1.531 38.89 2 15/16 2.938 74.61
— 0.030 0.75 5/8 0.625 15.88 — 1.535 39.00 — 2.953 75.00
1/32 0.031 0.79 — 0.630 16.00 1 9/16 1.562 39.69 — 2.992 76.00
— 0.039 1.00 41/64 0.641 16.27 — 1.575 40.00 3 3.000 76.20
3/64 0.047 1.19 — 0.650 16.50 1 19/64 1.594 40.48 — 3.032 77.00
— 0.059 1.50 21/32 0.656 16.67 — 1.614 41.00 3 1/16 3.062 77.79
1/16 0.063 1.59 — 0.669 17.00 1 5/8 1.625 41.28 — 3.071 78.00
5/64 0.078 1.98 43/64 0.672 17.01 — 1.654 42.00 — 3.110 79.00
— 0.079 2.00 11/16 0.688 17.46 1 21/32 1.656 42.07 3 1/8 3.125 79.38
3/32 0.094 2.38 45/64 0.703 17.86 1 11/16 1.688 42.86 — 3.150 80.00
— 0.098 2.50 — 0.709 18.00 — 1.693 43.00 3 3/16 3.188 80.96
7/64 0.109 2.78 23/32 0.719 18.26 1 23/32 1.719 43.66 — 3.189 81.00
— 0.118 3.00 — 0.728 18.49 — 1.732 44.00 — 3.228 82.00
1/8 0.125 3.18 47/64 0.734 18.65 1 3/4 1.750 44.50 3 1/4 3.250 82.55
— 0.138 3.50 — 0.748 19.00 — 1.772 45.00 — 3.268 83.00
9/64 0.141 3.57 3/4 0.750 19.05 1 25/32 1.781 45.24 — 3.307 84.00
5/32 0.156 3.97 49/64 0.766 19.45 — 1.811 46.00 3 5/16 3.312 84.14
— 0.158 4.00 25/32 0.781 19.84 1 13/16 1.813 46.04 — 3.346 85.00
11/64 0.172 4.37 — 0.787 20.00 1 27/32 1.844 46.83 3 3/8 3.375 85.73
— 0.177 4.50 51/64 0.797 20.24 — 1.850 47.00 — 3.386 86.00
3/16 0.188 4.76 13/16 0.813 20.64 1 7/8 1.875 47.63 — 3.425 87.00
— 0.197 5.00 — 0.827 21.00 — 1.890 48.00 3 7/16 3.438 87.31
13/64 0.203 5.16 53/64 0.828 21.03 1 29/32 1.906 48.42 — 3.465 88.00
— 0.217 5.50 27/32 0.844 21.43 — 1.929 49.00 3 1/2 3.500 88.90
7/32 0.219 5.56 55/64 0.859 21.83 1 15/16 1.938 49.21 — 3.504 89.00
15/64 0.234 5.95 — 0.866 22.00 — 1.970 50.00 — 3.543 90.00
— 0.236 6.00 7/8 0.875 22.23 1 31/32 1.970 50.01 3 9/16 3.562 90.49
1/4 0.250 6.35 57/64 0.891 22.62 2 2.000 50.80 — 3.583 91.00
— 0.256 6.50 — 0.906 23.00 — 2.008 51.00 — 3.622 92.00
17/64
—
0.266
0.276
6.75
7.00
29/32
59/64
0.906
0.922
23.02
23.42
—
2 1/16
2.047
2.062
52.00
52.39
3 5/8
—
3.625
3.661
92.08
93.00
G
9/32
—
0.281
0.295
7.14
7.50
15/16
—
0.938
0.945
23.81
24.00
—
2 1/8
2.087
2.125
53.00
53.98
3 11/16
—
3.688
3.701
93.66
94.00
G
19/64 0.297 7.54 61/64 0.953 24.21 — 2.126 54.00 — 3.740 95.00
5/16 0.313 7.94 31/32 0.969 24.61 — 2.165 55.00 3 3/4 3.750 95.25
— 0.315 8.00 — 0.984 25.00 2 3/16 2.188 55.56 — 3.780 96.00
21/64 0.328 8.33 1 1.000 25.40 — 2.205 56.00 3 13/16 3.813 96.84
— 0.335 8.50 — 1.024 26.00 — 2.244 57.00 — 3.819 97.00
11/32 0.344 8.73 1 1/32 1.031 26.19 2 1/4 2.250 57.15 — 3.858 98.00
— 0.354 9.00 1 1/16 1.062 26.99 — 2.284 58.00 3 7/8 3.875 98.43
23/64 0.359 9.13 — 1.063 27.00 2 5/16 2.312 58.74 — 3.898 99.00
— 0.374 9.50 1 3/32 1.094 27.78 — 2.323 59.00 — 3.937 100.00
3/8 0.375 9.53 — 1.102 28.00 — 2.362 60.00 3 15/16 3.938 100.01
25/64 0.391 9.92 1 1/8 1.125 28.58 2 3/8 2.375 60.33 — 3.976 101.00
— 0.394 10.00 — 1.148 29.00 — 2.402 61.00 4 4.000 101.60
12/32 0.406 10.32 1 5/32 1.156 29.37 2 7/16 2.438 61.91 4 1/16 4.062 103.19
— 0.413 10.50 — 1.181 30.00 — 2.441 62.00 4 1/8 4.125 104.78
27/64 0.422 10.72 1 3/16 1.188 30.16 — 2.480 63.00 — 4.134 105.00
— 0.433 11.00 1 7/32 1.219 30.96 2 1/2 2.500 63.50 4 3/16 4.188 106.36
7/16 0.438 11.11 — 1.221 31.00 — 2.520 64.00 4 1/4 4.250 107.95
29/64 0.453 11.51 1 1/4 1.250 31.75 — 2.559 65.00 4 5/16 4.312 109.54
15/32 0.469 11.91 — 1.260 32.00 2 9/16 2.562 65.09 — 4.331 110.00
— 0.472 12.00 1 9/32 1.281 32.54 — 2.598 66.00 4 3/8 4.375 111.13
31/64 0.484 12.30 — 1.299 33.00 2 5/8 2.625 66.68 4 7/16 4.438 112.71
— 0.492 12.50 1 5/16 1.312 33.34 — 2.638 67.00 4 1/2 4.500 114.30
1/2 0.500 12.70 — 1.339 34.00 — 2.677 68.00 — 4.528 115.00
— 0.512 13.00 1 11/32 1.344 34.13 2 11/16 2.688 68.26 4 9/16 4.562 115.89
33/64 0.516 13.10 1 3/8 1.375 34.93 — 2.717 69.00 4 5/8 4.625 117.48
17/32 0.531 13.50 — 1.378 35.00 2 3/4 2.750 69.85 — 4.724 120.00
35/64 0.547 13.90 1 13/32 1.406 35.72 — 2.756 70.00 4 3/4 4.750 120.65
— 0.551 14.00 — 1.417 36.00 — 2.795 71.00 4 7/8 4.875 123.83
9/16 0.563 14.29 1 7/16 1.438 36.51 2 13/16 2.813 71.44 — 4.921 125.00
— 0.571 14.50 — 1.457 37.00 — 2.835 72.00 5 5.000 127.00

03/03/06

G-1 Parker Hannifin Corporation

06/01/2014
EPS Division
Toll Free: (800) 233-3900
B-1 Parker Hannifin Corporation
www.parkerseals.com Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
English / Metric Conversions
RPM to
RPM to FPM
FPM Conversion
Conversion Catalog EPS 5350/USA

Shaft Diameter Shaft Speed

B Inches Millimeters RPM
12.000 12000
11.000 275,0 11000
10.000 250,0 10000
9000
Surface Speed
8.000 200,0 8000
7.500 FPM Meters/min.
7.000 175,0 12000 7000
6.500
6.000 10000 3000 6000
150,0 9000
5.500 8000 2500
5.000 7000 2000 5000
125,0 6000
4.500 5000 1500 4500
4.000 100,0 4000 4000
3.500 90,0 1000 3500
3000
80,0 800
3.000 700 3000
2.750 70,0 2000 600
2.500 500 2500
60,0 1500
2.250 400
2.000 50,0 1000 300 2000
900
1.750 800
40,0 700 200
1.500 600 1500
35,0 500 150
1.250 400
G 30,0
100
1200
300
1.000 25,0 250 80 1000
0.875 200 900
60
20,0 50 800
0.750 150
40 700
0.625 100 30
15,0 600
75
0.500 12,5 20 500
0.437 50 450
15
10,0 40 12.5 400
0.375
9,0 10 350
30
0.312 8,0 8
7 300
7,0 20 6
0.250 5 250
6,0
4
5,0 10 3 200
0.187

4,0
150
A straight-edge lined up with the values on any pair of vertical
0.125 lines will cross the third line at the approximate corresponding
3,0
value; e.g. when set at 1.000 in. shaft diameter and 4000 rpm, it
0.100 crosses the middle line at 1050 sfpm. 100

03/03/06

G-2 Parker Hannifin Corporation

EPS Division
Toll Free: (800)06/01/2014
233-3900
www.parkerseals.com
B-2 Parker Hannifin Corporation
Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
English / Metric Conversions

Pressure Conversion
Pressure: PSI / Bar PSI / BAR Catalog EPS 5350/USA

1-40 41-80 81-200 205-500 510-900 910-1500

psi bar psi bar psi bar psi bar psi bar psi bar
B
1 0.07 41 2.83 81 5.59 205 14.13 510 35.17 910 62.76
2 0.14 42 2.90 82 5.65 210 14.48 520 35.86 920 63.45
3 0.21 43 2.97 83 5.72 215 14.82 530 36.55 930 64.14
4 0.28 44 3.03 84 5.79 220 15.17 540 37.24 940 64.83
5 0.34 45 3.10 85 5.86 225 15.51 550 37.92 950 65.52
6 0.41 46 3.17 86 5.93 230 15.86 560 38.62 960 66.21
7 0.48 47 3.24 87 6.00 235 16.20 570 39.31 970 66.90
8 0.55 48 3.31 88 6.07 240 16.55 580 40.00 980 67.59
9 0.62 49 3.38 89 6.14 245 16.89 590 40.69 990 68.28
10 0.69 50 3.45 90 6.21 250 17.24 600 41.37 1000 68.95
11 0.76 51 3.52 91 6.27 255 17.58 610 42.07 1010 69.66
12 0.83 52 3.59 92 6.34 260 17.93 620 42.76 1020 70.34
13 0.90 53 3.65 93 6.41 265 18.27 630 43.45 1030 71.03
14 0.97 54 3.72 94 6.48 270 18.62 640 44.14 1040 71.72
15 1.03 55 3.79 95 6.55 275 18.96 650 44.82 1050 72.41
16 1.10 56 3.86 96 6.62 280 19.31 660 45.52 1060 73.10
17 1.17 57 3.93 97 6.69 285 19.65 670 46.21 1070 73.79
18 1.24 58 4.00 98 6.76 290 20.20 680 43.90 1080 74.48
19 1.31 59 4.07 99 6.83 295 20.34 690 47.59 1090 75.17
G 20 1.38 60 4.14 100 6.90 300 20.69 700 48.27 1100 75.86
21 1.45 61 4.21 105 7.24 310 21.37 710 48.97 1120 77.24
22 1.52 62 4.28 110 7.58 320 22.06 720 49.66 1140 78.62
23 1.59 63 4.34 115 7.93 330 22.75 730 50.34 1160 80.00
24 1.65 64 4.41 120 8.27 340 23.44 740 51.03 1180 81.38
25 1.72 65 4.48 125 8.62 350 24.13 750 51.71 1200 82.76
26 1.79 66 4.55 130 8.89 360 24.82 760 52.41 1220 84.14
27 1.86 67 4.62 135 9.31 370 25.51 770 53.10 1240 85.52
28 1.93 68 4.69 140 9.65 380 26.21 780 53.79 1260 86.90
29 2.00 69 4.76 145 10.10 390 26.89 790 54.48 1280 88.28
30 2.07 70 4.83 150 10.34 400 27.85 800 55.16 1300 89.66
31 2.14 71 4.90 155 10.69 410 28.27 810 55.86 1320 91.03
32 2.21 72 4.97 160 11.03 420 28.96 820 56.55 1340 92.41
33 2.28 73 5.03 165 11.38 430 29.65 830 57.24 1360 93.79
34 2.34 74 5.10 170 11.72 440 30.34 840 57.93 1380 95.17
35 2.41 75 5.17 175 12.07 450 31.03 850 58.61 1400 96.55
36 2.48 76 5.24 180 12.41 460 31.72 860 59.31 1420 97.93
37 2.55 77 5.31 185 12.76 470 32.41 870 60.00 1440 99.31
38 2.62 78 5.38 190 13.10 480 33.10 880 60.69 1460 100.69
39 2.69 79 5.45 195 13.45 490 33.79 890 61.38 1480 102.07
40 2.76 80 5.52 200 13.79 500 34.48 900 62.06 1500 103.45

03/03/06

G-4 Parker Hannifin Corporation

EPS Division
06/01/2014
Toll Free: (800) 233-3900
www.parkerseals.com
B-3 Parker Hannifin Corporation
Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
English / Metric Conversions
Temperature Conversion
Temperature: Celsius / Fahrenheit
Catalog EPS 5350/USA

Celsius Fahrenheit Celsius Fahrenheit Celsius Fahrenheit Celsius Fahrenheit Celsius Fahrenheit

B -169
-168
-273
-270
-7.8
-7.2
18
19
17.8
18.3
64
65
93
99
200
210
343
349
650
660
-162 -260 -6.7 20 18.9 66 100 212 354 670
-157 -250 -6.1 21 19.4 67 104 220 360 680
-151 -240 -5.6 22 20 68 110 230 366 690
-146 -230 -5 23 20.6 69 116 240 371 700
-140 -220 -4.4 24 21.1 70 121 250 377 710
-134 -210 -3.9 25 21.7 71 127 260 382 720
-129 -200 -3.3 26 22.2 72 132 270 388 730
-123 -190 -2.8 27 22.8 73 138 280 393 740
-118 -180 -2.2 28 23.3 74 143 290 399 750
-112 -170 -1.7 29 23.9 75 149 300 404 760
-107 -160 -1.1 30 24.4 76 154 310 410 770
-101 -150 -0.6 31 25 77 160 320 416 780
-96 -140 0 32 25.6 78 166 330 421 790
-90 -130 0.6 33 26.1 79 171 340 427 800
-84 -120 1.1 34 26.7 80 177 350 432 810
-79 -110 1.7 35 27.2 81 182 360 438 820
-73 -100 2.2 36 27.8 82 188 370 443 830
-68 -90 2.8 37 28.3 83 193 380 449 840
-62 -80 3.3 38 28.9 84 199 390 454 850
-57 -70 3.9 39 29.4 85 204 400 460 860
-51 -60 4.4 40 30 86 210 410 466 870
-46 -50 5 41 30.6 87 216 420 471 880
-40 -40 5.6 42 31.1 88 221 430 477 890
-34 -30 6.1 43 31.7 89 227 440 482 900
-29 -20 6.7 44 32.2 90 232 450 488 910 G
-23 -10 7.2 45 32.8 91 238 460 493 920
-17.8 0 7.8 46 33.3 92 243 470 499 930
-17.2 1 8.3 47 33.9 93 249 480 504 940
-16.7 2 8.9 48 34.4 94 254 490 510 950
-16.1 3 9.4 49 35 95 260 500 516 960
-15.6 4 10 50 35.6 96 266 510 521 970
-15 5 10.6 51 36.1 97 271 520 527 980
-14.4 6 11.1 52 36.7 98 277 530 532 990
-13.9 7 11.7 53 37.2 99 282 540 538 1000
-13.3 8 12.2 54 37.8 100 288 550 549 1020
-12.8 9 12.8 55 43 110 293 560 560 1040
-12.2 10 13.3 56 49 120 299 570 571 1060
-11.7 11 13.9 57 54 130 304 580 582 1080
-11.1 12 14.4 58 60 140 310 590 593 1100
-10.6 13 15 59 66 150 316 600 604 1120
-10 14 15.6 60 71 160 321 610 616 1140
-9.4 15 16.1 61 77 170 327 620 627 1160
-8.9 16 16.7 62 82 180 332 630 638 1180
-8.3 17 17.2 63 88 190 338 640 649 1200

03/03/06

G-3 Parker Hannifin Corporation

EPS Division
Toll Free: (800)06/01/2014
233-3900
www.parkerseals.com
B-4 Parker Hannifin Corporation
Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
Custom Groove
Dimensions Catalog EPS 5370/USA

Contents There are times when using standard seal groove dimensions is not
an option. Whether it is for cylinders that have been refinished or off
Piston Gland............................... C-1 sized metal, there are some simple calculations to use to determine
Rod Seal and Rod Wiper............ C-2 what the appropriate groove dimensions should be. The formulas for
calculating custom groove dimensions are included below. C
Piston Wear Ring........................ C-2
Rod Wear Ring........................... C-3

Piston Gland Custom Groove Calculation

Subtract the standard bore diameter from the next smallest standard bore diameter to determine the Offset
Factor. Apply the Offset Factor to the Groove Diameter, X, and the Shoulder Diameter, Y, as shown below.
Groove Width, Z, will remain unchanged.
Offset Factor Diameter: If the required diameter is smaller than the standard
diameter, a negative Offset Factor will be calculated,
and the piston seal will be compressed. In most
Offset = Required – Standard
Factor Bore Diameter Bore Diameter circumstances, Parker advises against compressing
smaller sizes of piston seals to fit oversized bores.
Please contact your local Parker representative for
New Groove Diameter, X: assistance in these cases.

Standard Offset IMPORTANT: It is necessary to calculate the

X = +
Groove Diameter Factor additional stretch that the piston seal will be
subjected to. Do this by using the equation below:

New Piston Diameter, Y:

Additional = Offset Factor
Stretch % X 100
Standard Bore Diameter
Y =
Standard + Offset
Piston Diameter Factor
Parker recommends that the Additional Stretch
Percentage not exceed 5%. If this percentage
does exceed 5%, please contact your local Parker
representative for assistance.

06/01/2014

C-1 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Rod Seal and Rod Wiper
Custom Groove Calculation Catalog EPS 5370/USA

Subtract the required rod diameter from the next largest standard rod diameter to determine the Offset
Factor. Apply the Offset Factor to the Groove Diameter, X, and the Throat Diameter, Y, as shown below.
Groove Width, Z, will remain unchanged.
Offset Factor Diameter If the required diameter is larger than the standard
C diameter, a negative Offset Factor will be calculated,
Offset = Standard Required and the rod seal will be stretched. In most
Factor –
Rod Diameter Rod Diameter circumstances, Parker advises against stretching
smaller sizes of rod seals to fit oversized rods.
Please contact your local Parker representative for
New Groove Diameter, X: assistance in these cases.

Standard Offset IMPORTANT: It is necessary to calculate the

X = –
Groove Diameter Factor additional compression that the rod seal will be
subjected to. Do this by using the equation below:

New Shoulder Diameter, Y:

Additional = Offset Factor
Compression % Standard Bore Diameter X 100
Y =
Standard – Offset
Shoulder Diameter Factor
Parker recommends that the Additional Compression
Percentage not exceed 2%. If this percentage
does exceed 2%, please contact your local Parker
representative for assistance.

Piston Wear Ring Groove Calculation

The formula for calculating piston wear ring grooves using alternative extrusion gaps, metal-to-metal
clearances and machining tolerances:

1. Maximum Groove Diameter, B:

Notes:
B =
Minimum Bore – .001" – 2 X Max. Cross 1. Tolerance for dimension D is +.010" / -.000"
Diameter, A Section 2. Groove radii must not exceed .015" max.
3. Parker recommends a minimum .005" radial
2. Minimum Groove Diameter: metal-to-metal clearance. Using the above
equations may result in metal-to-metal contact if
Minimum = B – Machining the material’s compressive properties are not
Groove Diameter Tolerances considered, contact your local Parker representative
for as
3. Maximum Piston Diameter, C: sistance.

C =
Min. Groove + 2 X Min. Cross – 2 X Desired Min. Radial
Diameter Section Metal-to-Metal Clearance

4. Minimum Groove Width, D:

D =
Nominal Width, W + .010"

01/13/2015

C-2 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
Rod Wear Ring
Groove Calculation Catalog EPS 5370/USA

The formula for calculating rod wear ring grooves using alternative extrusion gaps metal-to-metal clearances
and machining tolerances:

1. Minimum Groove Diameter, B1: Notes:

1. Tolerance for dimension D is +.010" / -.000"
Maximum Rod + .001" + 2 X Max. Cross
B1 = 2. Groove radii must not exceed .015" max. C
Diameter, A1 Section 3. Parker recommends a minimum .005" radial
metal-to-metal clearance. Using the above
2. Maximum Groove Diameter: equations may result in metal-to-metal contact if
the material’s compressive properties are not
Maximum = B1 + Machining considered, contact your local Parker representative
Groove Diameter Tolerances for assistance.

3. Minimum Throat Diameter, C1:

C1 =
Max. Groove - 2 X Min. Cross + 2 X Desired Min. Radial
Diameter Section Metal-to-Metal Clearance

4. Minimum Groove Width, D:

D =
Nominal Width, W + .010"

01/13/2015

C-3 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Notes

06/01/2014

C-4 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
AN6226 Gland Dimensions Catalog EPS 5370/USA

& Tolerances (Army/Navy)

Gland Dimensions — AN6226 Profile

C

C Gland Depth

Gland
D
Depth

A E B

A D B

Rod Piston

Table D-1A. Rod Gland Dimension Tolerances Table D-1B. Piston Gland Dimension Tolerances
Nominal A B C D Nominal B A C E
Gland Rod Groove Groove Throat Gland Bore Groove Groove Piston
Depth Diameter Diameter Width Diameter Depth Diameter Diameter Width Diameter
1/8 +.000/-.001 +.002/-.000 +.002/-.000 1/8 +.003/-.000 +.000/-.001 +.000/-.001
3/16 +.000/-.001 +.002/-.000 +.002/-.000 3/16 +.003/-.000 +.000/-.002 +.000/-.001
1/4 +.000/-.002 +.003/-.000 +.010/-.010 +.003/-.000 1/4 +.003/-.000 +.000/-.003 +.010/-.010 +.000/-.001
5/16 +.000/-.002 +.004/-.000 +.004/-.000 5/16 +.003/-.000 +.000/-.004 +.000/-.002
3/8 +.000/-.002 +.005/-.000 +.004/-.000 3/8 +.004/-.000 +.000/-.005 +.000/-.002

Please refer to Engineering Section 2, page 2-8 for surface finish and additional hardware considerations.

Table D-2. AN6226 Gland Dimensions — Inch

A B C D E
(Rod)
Rod (Rod)
Groove
Diameter Groove Width (Bore)
Diameter Throat Part Number
Piston
(Bore) Diameter*
Bore (Bore) Diameter**
Groove Diameter Groove Width
Diameter
0.125 0.500 0.218 0.126 0.498 42956226-01
0.187 0.562 0.218 0.188 0.560 42956226-02
0.250 0.625 0.218 0.251 0.623 42956226-03
0.312 0.687 0.218 0.313 0.685 42956226-04
0.375 0.750 0.218 0.376 0.748 42956226-05
0.437 0.812 0.218 0.438 0.810 42956226-06
*If used with wear rings, refer to wear ring throat diameter, see Section 9.
**If used with wear rings, refer to wear ring piston diameter, see Section 9.
For custom groove calculations, see Appendix C.
Part numbers shown as example only. Consult www.parker.com/eps/FluidPower for part number availability.
Contact your Parker representative for assistance.
06/01/2014

D-1 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
AN6226 Gland Dimensions
Table D-2. AN6226 Gland Dimensions — Inch (Continued)
A B C D E
(Rod)
Rod (Rod)
Groove
Diameter Groove Width (Bore)
Diameter Throat Part Number
Piston
(Bore) Diameter*
Bore (Bore) Diameter**
Groove Diameter Groove Width
Diameter
0.500 0.875 0.218 0.501 0.873 42956226-07
0.250 0.750 0.281 0.251 0.748 42956226-08
0.312 0.812 0.281 0.313 0.810 42956226-09
0.375 0.875 0.281 0.376 0.873 42956226-10
0.437 0.937 0.281 0.438 0.935 42956226-11
D 0.500 1.000 0.281 0.501 0.998 42956226-12
0.562 1.062 0.281 0.563 1.060 42956226-13
0.625 1.125 0.281 0.626 1.123 42956226-14
0.687 1.187 0.281 0.688 1.185 42956226-15
0.750 1.250 0.281 0.751 1.248 42956226-16
0.812 1.312 0.281 0.813 1.310 42956226-17
0.875 1.375 0.281 0.876 1.373 42956226-18
0.937 1.437 0.281 0.938 1.435 42956226-19
1.000 1.500 0.281 1.001 1.498 42956226-20
1.062 1.562 0.281 1.063 1.560 42956226-21
1.125 1.625 0.281 1.126 1.623 42956226-22
1.187 1.687 0.281 1.188 1.685 42956226-23
1.250 1.750 0.281 1.251 1.748 42956226-24
1.250 1.875 0.344 1.252 1.873 42956226-25
1.375 2.000 0.344 1.377 1.998 42956226-26
1.500 2.125 0.344 1.502 2.123 42956226-27
1.625 2.250 0.344 1.627 2.248 42956226-28
1.750 2.375 0.344 1.752 2.373 42956226-29
1.875 2.500 0.344 1.877 2.498 42956226-30
2.000 2.625 0.344 2.002 2.623 42956226-31
2.125 2.750 0.344 2.127 2.748 42956226-32
2.250 2.875 0.344 2.252 2.873 42956226-33
2.375 3.000 0.344 2.377 2.998 42956226-34
2.500 3.125 0.344 2.502 3.123 42956226-35
2.500 3.250 0.406 2.502 3.248 42956226-36
2.625 3.375 0.406 2.627 3.373 42956226-37
2.750 3.500 0.406 2.752 3.498 42956226-38
2.875 3.625 0.406 2.877 3.623 42956226-39
3.000 3.750 0.406 3.002 3.748 42956226-40
*If used with wear rings, refer to wear ring throat diameter, see Section 9.
**If used with wear rings, refer to wear ring piston diameter, see Section 9.
For custom groove calculations, see Appendix C.
Part numbers shown as example only. Consult www.parker.com/eps/FluidPower for part number availability.
Contact your Parker representative for assistance.

06/01/2014

D-2 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
AN6226 Gland Dimensions
Table D-2. AN6226 Gland Dimensions — Inch (Continued)

A B C D E
(Rod)
Rod (Rod)
Groove
Diameter Groove Width (Bore)
Diameter Throat Part Number
Piston
(Bore) Diameter*
Bore (Bore) Diameter**
Groove Diameter Groove Width
Diameter
0.125 0.375 0.156 0.126 0.373 42956226-41
0.187 0.437 0.156 0.188 0.435 42956226-42
0.250 0.500 0.156 0.251 0.498 42956226-43
0.312 0.562 0.156 0.313 0.560 42956226-44
0.375 0.625 0.156 0.376 0.623 42956226-45
0.437 0.687 0.156 0.438 0.685 42956226-46 D
0.500 0.750 0.156 0.501 0.748 42956226-47
0.625 1.000 0.218 0.626 0.998 42956226-48
0.750 1.125 0.218 0.751 1.123 42956226-49
0.875 1.250 0.218 0.876 1.248 42956226-50
1.000 1.375 0.218 1.001 1.373 42956226-51
1.125 1.500 0.218 1.126 1.498 42956226-52
1.250 1.625 0.218 1.251 1.623 42956226-53
*If used with wear rings, refer to wear ring throat diameter, see Section 9.
**If used with wear rings, refer to wear ring piston diameter, see Section 9.
For custom groove calculations, see Appendix C.
Part numbers shown as example only. Consult www.parker.com/eps/FluidPower for part number availability.
Contact your Parker representative for assistance.

06/01/2014

D-3 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Notes

06/01/2014

D-4 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
MS-28776 (MS-33675) Dash Size Catalog EPS 5370/USA

Grooves (for SH959 Profile Wipers)

Gland Dimensions

Please refer to Engineering Section 2, page 2-8 for surface finish and
additional hardware considerations.

Table E-1. Gland Dimensions — Inch

A B C D E Example Part Number
Dash Rod Groove Groove Shoulder Max. Wiper Compound Profile &
Size Diameter Diameter Width Diameter Axial Width Code Dash Size
+.000/-.002 +.004/-.000 +.003/-.003 +.005/-.000
-1 0.500 0.760 0.107 0.647 0.187 XXXX SH 959-01
-2 0.562 0.823 0.107 0.710 0.187 XXXX SH 959-02
-3 0.625 0.885 0.107 0.772 0.187 XXXX SH 959-03
-4 0.687 0.948 0.107 0.834 0.187 XXXX SH 959-04
-5 0.750 1.010 0.107 0.897 0.187 XXXX SH 959-05
-6 0.812 1.084 0.107 0.960 0.187 XXXX SH 959-06
-7 0.875 1.147 0.107 1.023 0.187 XXXX SH 959-07
-9 1.000 1.272 0.107 1.148 0.187 XXXX SH 959-09
-10 1.062 1.334 0.107 1.210 0.187 XXXX SH 959-10
-11 1.125 1.397 0.107 1.273 0.187 XXXX SH 959-11
-12 1.187 1.459 0.107 1.335 0.187 XXXX SH 959-12
-13 1.250 1.522 0.107 1.398 0.187 XXXX SH 959-13
-14 1.312 1.614 0.107 1.480 0.187 XXXX SH 959-14
-15 1.375 1.677 0.107 1.542 0.187 XXXX SH 959-15
-16 1.437 1.739 0.107 1.605 0.187 XXXX SH 959-16
-17 1.500 1.802 0.107 1.668 0.187 XXXX SH 959-17
-M 1.562 1.865 0.107 1.731 0.187 XXXX SH 959-M
-18 1.625 1.927 0.107 1.793 0.187 XXXX SH 959-18
-19 1.750 2.052 0.107 1.918 0.187 XXXX SH 959-19
-A 1.812 2.115 0.107 1.981 0.187 XXXX SH 959-A
-20 1.875 2.177 0.107 2.043 0.187 XXXX SH 959-20
-21 2.000 2.302 0.107 2.178 0.187 XXXX SH 959-21
For custom groove calculations, see Appendix C.

11/01/2014

E-1 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
MS-28776 (MS-33675) Dash Size Grooves (for SH959 Profile Wipers)
Table E-1. Gland Dimensions — Inch (Continued)

A B C D E Example Part Number

Dash Rod Groove Groove Shoulder Max. Wiper Compound Profile &
Size Diameter Diameter Width Diameter Axial Width Code Dash Size
+.000/-.003 +.004/-.000 +.003/-.003 +.005/-.000
-22 2.125 2.427 0.107 2.303 0.187 XXXX SH 959-22
-23 2.250 2.552 0.107 2.428 0.187 XXXX SH 959-23
-24 2.375 2.677 0.107 2.553 0.187 XXXX SH 959-24
-25 2.500 2.802 0.107 2.678 0.187 XXXX SH 959-25
+.000/-.003 +.004/-.000 +.003/-.003 +.005/-.000
-26 2.625 2.989 0.122 2.834 0.211 XXXX SH 959-26
-27 2.750 3.114 0.122 2.959 0.211 XXXX SH 959-27
-28 2.875 3.239 0.122 3.084 0.211 XXXX SH 959-28
-29 3.000 3.364 0.122 3.209 0.211 XXXX SH 959-29
-30 3.125 3.489 0.122 3.334 0.211 XXXX SH 959-30
-31 3.250 3.614 0.122 3.459 0.211 XXXX SH 959-31
-32 3.375 3.739 0.122 3.584 0.211 XXXX SH 959-32
-33 3.500 3.864 0.122 3.709 0.211 XXXX SH 959-33
-34 3.625 3.989 0.122 3.834 0.211 XXXX SH 959-34
E -35 3.750 4.114 0.122 3.959 0.211 XXXX SH 959-35
-36 3.875 4.239 0.122 4.084 0.211 XXXX SH 959-36
-37 4.000 4.427 0.138 4.240 0.238 XXXX SH 959-37
-38 4.125 4.552 0.138 4.365 0.238 XXXX SH 959-38
-39 4.250 4.677 0.138 4.490 0.238 XXXX SH 959-39
-41 4.500 4.927 0.138 4.740 0.238 XXXX SH 959-41
-42 4.625 5.052 0.138 4.865 0.238 XXXX SH 959-42
-43 4.750 5.177 0.138 4.990 0.238 XXXX SH 959-43
-45 5.000 5.427 0.138 5.240 0.238 XXXX SH 959-45
-47 5.250 5.677 0.138 5.490 0.238 XXXX SH 959-47
-49 5.500 5.927 0.138 5.740 0.238 XXXX SH 959-49
-51 5.750 6.239 0.154 6.022 0.264 XXXX SH 959-51
-53 6.000 6.489 0.154 6.272 0.264 XXXX SH 959-53
+.000/-.004 +.005/-.000 +.003/-.003 +.005/-.000
-55 6.500 6.989 0.154 6.772 0.264 XXXX SH 959-55
-56 6.750 7.239 0.154 7.022 0.264 XXXX SH 959-56
-57 7.000 7.489 0.154 7.272 0.264 XXXX SH 959-57
-L 7.375 7.864 0.154 7.647 0.264 XXXX SH 959-L
-59 7.500 7.989 0.154 7.772 0.264 XXXX SH 959-59
-62 8.500 8.989 0.154 8.772 0.264 XXXX SH 959-62
+.000/-.005 +.005/-.000 +.003/-.003 +.010/-.000
-63 9.000 9.489 0.154 9.272 0.264 XXXX SH 959-63
-64 9.500 9.989 0.154 9.772 0.264 XXXX SH 959-64
-65 10.000 10.489 0.154 10.272 0.264 XXXX SH 959-65
-66 10.500 10.989 0.154 10.772 0.264 XXXX SH 959-66
-FF 11.250 11.739 0.169 11.522 0.289 XXXX SH 959-FF
-68 11.500 11.989 0.169 11.772 0.289 XXXX SH 959-68
-69 12.000 12.489 0.169 12.272 0.289 XXXX SH 959-69
-70 12.500 12.989 0.169 12.772 0.289 XXXX SH 959-70
-K 13.750 14.239 0.169 14.022 0.289 XXXX SH 959-K
-77 14.000 14.489 0.169 14.272 0.289 XXXX SH 959-77
-Q 14.250 14.739 0.169 14.522 0.289 XXXX SH 959-Q
For custom groove calculations, see Appendix C.
NOTE: For sizes larger than those shown in the table, please contact your local Parker Seal representative.

06/01/2014

E-2 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
Commercial PTFE
Back-up Ring Dimensions Catalog EPS 5370/USA

Commercial PTFE Back-up Ring Dimensions per MS28774

Part Dimensions — PDBA Profile, Split Ring

C

A
E Please refer to Engineering Section 2,
page 2-8 for surface finish and additional F
D hardware considerations.

Table F-1. PDBA Dimensions, Split Ring

Seal Dimensions Seal Dimensions
Dash Dash
# B E # B E
A D A D
MS Radial C Split MS Radial C Split
Inside Split Inside Split
28774 Cross- Width Angle 28774 Cross- Width Angle
Dia. Gap Dia. Gap
Section Degree Section Degree
+.001/ +.001/
-.001 -.001
004 0.109 .052/.054 .045/.052 .000/.005 39 024 1.148 .052/.054 .045/.052 .000/.005 22
005 0.124 .052/.054 .045/.052 .000/.005 33 025 1.210 .052/.054 .045/.052 .000/.005 22
006 0.140 .052/.054 .045/.052 .000/.005 30 026 1.273 .052/.054 .045/.052 .000/.005 22
007 0.171 .052/.054 .045/.052 .000/.005 26 027 1.335 .052/.054 .045/.052 .000/.005 22
008 0.202 .052/.054 .045/.052 .000/.005 22 028 1.398 .052/.054 .045/.052 .000/.005 22
009 0.234 .052/.054 .045/.052 .000/.005 22 110 0.390 .085/.087 .045/.052 .000/.006 22
010 0.265 .052/.054 .045/.052 .000/.005 22 111 0.452 .085/.087 .045/.052 .000/.006 22
011 0.327 .052/.054 .045/.052 .000/.005 22 112 0.515 .085/.087 .045/.052 .000/.006 22
012 0.390 .052/.054 .045/.052 .000/.005 22 113 0.577 .085/.087 .045/.052 .000/.006 22
013 0.455 .052/.054 .045/.052 .000/.005 22 114 0.640 .085/.087 .045/.052 .000/.006 22
014 0.518 .052/.054 .045/.052 .000/.005 22 115 0.702 .085/.087 .045/.052 .000/.006 22
015 0.580 .052/.054 .045/.052 .000/.005 22 116 0.765 .085/.087 .045/.052 .000/.006 22
016 0.643 .052/.054 .045/.052 .000/.005 22 117 0.832 .085/.087 .045/.052 .000/.006 22
017 0.705 .052/.054 .045/.052 .000/.005 22 118 0.895 .085/.087 .045/.052 .000/.006 22
018 0.768 .052/.054 .045/.052 .000/.005 22 119 0.957 .085/.087 .045/.052 .000/.006 22
019 0.830 .052/.054 .045/.052 .000/.005 22 120 1.020 .085/.087 .045/.052 .000/.006 22
020 0.898 .052/.054 .045/.052 .000/.005 22 121 1.082 .085/.087 .045/.052 .000/.006 22
021 0.960 .052/.054 .045/.052 .000/.005 22 122 1.145 .085/.087 .045/.052 .000/.006 22
022 1.023 .052/.054 .045/.052 .000/.005 22 123 1.207 .085/.087 .045/.052 .000/.006 22
023 1.085 .052/.054 .045/.052 .000/.005 22 124 1.270 .085/.087 .045/.052 .000/.006 22
NOTE: Measure Split Gap using a Mandrel with “A” Diameter.
06/01/2014

F-1 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Commercial PTFE Back-up Ring Dimensions
Table F-1. PDBA Dimensions, Split Ring (cont'd)

Seal Dimensions Seal Dimensions

Dash Dash
# B E # B E
A D A D
MS Radial C Split MS Radial C Split
Inside Split Inside Split
28774 Cross- Width Angle 28774 Cross- Width Angle
Dia. Gap Dia. Gap
Section Degree Section Degree
+.001/ +.001/
-.001 -.001
125 1.332 .085/.087 .045/.052 .000/.006 22 233 2.881 .118/.120 .045/.052 .000/.007 22
126 1.397 .085/.087 .045/.052 .000/.006 22 234 3.006 .118/.120 .045/.052 .000/.007 22
127 1.459 .085/.087 .045/.052 .000/.006 22 235 3.131 .118/.120 . 045/.052 .000/.007 22
128 1.522 .085/.087 .045/.052 .000/.006 22 236 3.256 .118/.120 .045/.052 .000/.007 22
129 1.584 .085/.087 .045/.052 .000/.006 22 237 3.381 .118/.120 .045/.052 .000/.007 22
130 1.647 .085/.087 .045/.052 .000/.006 22 238 3.506 .118/.120 .045/.052 .000/.007 22
131 1.709 .085/.087 .045/.052 .000/.006 22 239 3.631 .118/.120 .045/.052 .000/.007 22
132 1.772 .085/.087 .045/.052 .000/.006 22 240 3.756 .118/.120 .045/.052 .000/.007 22
133 1.934 .085/.087 .045/.052 .000/.006 22 241 3.881 .118/.120 .045/.052 .000/.007 22
134 1.897 .085/.087 .045/.052 .000/.006 22 242 4.006 .118/.120 .045/.052 .000/.007 22
135 1.959 .085/.087 .045/.052 .000/.006 22 243 4.131 .118/.120 .045/.052 .000/.007 22
136 2.022 .085/.087 .045/.052 .000/.006 22 244 4.256 .118/.120 .045/.052 .000/.007 22
137 2.084 .085/.087 .045/.052 .000/.006 22 245 4.381 .118/.120 .045/.052 .000/.007 22
138 2.147 .085/.087 .045/.052 .000/.006 22 246 4.506 .118/.120 .045/.052 .000/.007 22
139 2.209 .085/.087 .045/.052 .000/.006 22 247 4.631 .118/.120 .045/.052 .000/.007 22
140 2.258 .085/.087 .045/.052 .000/.006 22 325 1.513 .182/.184 .065/.075 .000/.007 22
141 2.320 .085/.087 .045/.052 .000/.006 22 326 1.638 .182/.184 .065/.075 .000/.007 22

F 142
143
2.383
2.445
.085/.087
.085/.087
.045/.052
.045/.052
.000/.006
.000/.006
22
22
327
328
1.763
1.888
.182/.184
.182/.184
.065/.075
.065/.075
.000/.007
.000/.007
22
22
144 2.508 .085/.087 .045/.052 .000/.006 22 329 2.013 .182/.184 .065/.075 .000/.007 22
145 2.570 .085/.087 .045/.052 .000/.006 22 330 2.138 .182/.184 .065/.075 .000/.007 22
146 2.633 .085/.087 .045/.052 .000/.006 22 331 2.268 .182/.184 .065/.075 .000/.007 22
147 2.695 .085/.087 .045/.052 .000/.006 22 332 2.393 .182/.184 .065/.075 .000/.007 22
148 2.758 .085/.087 .045/.052 .000/.006 22 333 2.518 .182/.184 .065/.075 .000/.007 22
149 2.820 .085/.087 .045/.052 .000/.006 22 334 2.643 .182/.184 .065/.075 .000/.007 22
210 0.766 .118/.120 .045/.052 .000/.006 22 335 2.768 .182/.184 .065/.075 .000/.007 22
211 0.828 .118/.120 .045/.052 .000/.006 22 336 2.893 .182/.184 .065/.075 .000/.007 22
212 0.891 .118/.120 .045/.052 .000/.006 22 337 3.018 .182/.184 .065/.075 .000/.007 22
213 0.953 .118/.120 .045/.052 .000/.006 22 338 3.143 .182/.184 .065/.075 .000/.007 22
214 1.016 .118/.120 .045/.052 .000/.006 22 339 3.273 .182/.184 .065/.075 .000/.007 22
215 1.078 .118/.120 .045/.052 .000/.006 22 340 3.398 .182/.184 .065/.075 .000/.007 22
216 1.141 .118/.120 .045/.052 .000/.006 22 341 3.523 .182/.184 .065/.075 .000/.007 22
217 1.203 .118/.120 .045/.052 .000/.006 22 342 3.648 .182/.184 .065/.075 .000/.007 22
218 1.266 .118/.120 .045/.052 .000/.006 22 343 3.773 .182/.184 .065/.075 .000/.007 22
219 1.344 .118/.120 .045/.052 .000/.006 22 344 3.898 .182/.184 .065/.075 .000/.007 22
220 1.397 .118/.120 .045/.052 .000/.006 22 345 4.028 .182/.184 .065/.075 .000/.007 22
221 1.459 .118/.120 .045/.052 .000/.006 22 346 4.153 .182/.184 .065/.075 .000/.007 22
222 1.522 .118/.120 .045/.052 .000/.006 22 347 4.278 .182/.184 .065/.075 .000/.007 22
223 1.647 .118/.120 .045/.052 .000/.007 22 348 4.403 .182/.184 .065/.075 .000/.007 22
224 1.772 .118/.120 .045/.052 .000/.007 22 349 4.528 .182/.184 .065/.075 .000/.007 22
225 1.897 .118/.120 .045/.052 .000/.007 22 425 4.551 .235/.237 .106/.110 .000/.008 22
226 2.022 .118/.120 .045/.052 .000/.007 22 426 4.676 .235/.237 .106/.110 .000/.008 22
227 2.147 .118/.120 .045/.052 .000/.007 22 427 4.801 .235/.237 .106/.110 .000/.008 22
228 2.272 .118/.120 .045/.052 .000/.007 22 428 4.926 .235/.237 .106/.110 .000/.008 22
229 2.397 .118/.120 .045/.052 .000/.007 22 429 5.051 .235/.237 .106/.110 .000/.008 22
230 2.522 .118/.120 .045/.052 .000/.007 22 430 5.176 .235/.237 .106/.110 .000/.008 22
231 2.631 .118/.120 .045/.052 .000/.007 22 431 5.301 .235/.237 .106/.110 .000/.008 22
232 2.756 .118/.120 .045/.052 .000/.007 22 432 5.426 .235/.237 .106/.110 .000/.008 22
NOTE: Measure Split Gap using a Mandrel with “A” Diameter.

06/01/2014

F-2 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Commercial PTFE Back-up Ring Dimensions
Table F-1. PDBA Dimensions, Split Ring (cont'd)

Seal Dimensions
Dash
# B E
A D
MS Radial C Split
Inside Split
28774 Cross- Width Angle
Dia. Gap
Section Degree
+.001/
-.001
433 5.551 .235/.237 .106/.110 .000/.008 22
434 5.676 .235/.237 .106/.110 .000/.008 22
435 5.801 .235/.237 .106/.110 .000/.008 22
436 5.926 .235/.237 .106/.110 .000/.008 22
437 6.051 .235/.237 .106/.110 .000/.008 22
438 6.274 .235/.237 .106/.110 .000/.008 22
439 6.524 .235/.237 .106/.110 .000/.008 22
440 6.774 .235/.237 .106/.110 .000/.008 22
441 7.024 .235/.237 .106/.110 .000/.008 22
442 7.274 .235/.237 .106/.110 .000/.008 22
443 7.524 .235/.237 .106/.110 .000/.008 22
444 7.774 .235/.237 .106/.110 .000/.008 22
445 8.024 .235/.237 .106/.110 .000/.008 22
446 8.524 .235/.237 .106/.110 .000/.008 22
447 9.024 .235/.237 .106/.110 .000/.008 22
448 9.524 .235/.237 .106/.110 .000/.008 22
449 10.024 .235/.237 .106/.110 .000/.008 22
450
451
10.524
11.024
.235/.237
.235/.237
.106/.110
.106/.110
.000/.008
.000/.008
22
22
F
452 11.524 .235/.237 .106/.110 .000/.008 22
453 12.024 .235/.237 .106/.110 .000/.008 22
454 12.524 .235/.237 .106/.110 .000/.008 22
455 13.024 .235/.237 .106/.110 .000/.008 22
456 13.524 .235/.237 .106/.110 .000/.008 22
457 14.024 .235/.237 .106/.110 .000/.008 22
458 14.524 .235/.237 .106/.110 .000/.008 22
459 15.024 .235/.237 .106/.110 .000/.008 22
460 15.524 .235/.237 .106/.110 .000/.008 22
NOTE: Measure Split Gap using a Mandrel with “A” Diameter.

NOTE: For sizes larger than those shown in the table, please contact your local Parker Seal representative.

06/01/2014

F-3 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Commercial PTFE Back-up Ring Dimensions
Commercial PTFE Back-up Ring Dimensions per MS27595

Dimensions — PDBB Profile, Solid Ring

C

Please refer to Engineering Section 2, page

2-8 for surface finish and additional hardware
considerations.

Table F-2. PDBB Dimensions, Solid Ring

Seal Dimensions Seal Dimensions Seal Dimensions
Dash A B C Dash A B C Dash A B C
Number I.D. Radial Width Number I.D. Radial Width Number I.D. Radial Width
MS27595 Cross- MS27595 Cross- MS27595 Cross-
Section Section Section
+.001/ +.001/ +.002/
-.000 -.002 -.002
004 0.080 .048/.052 .054/.056 116 0.749 .048/.052 .087/.089 148 2.754 .048/.052 .087/.089
005 0.111 .048/.052 .054/.056 117 0.815 .048/.052 .087/.089 149 2.817 .048/.052 .087/.089
F 006 0.125 .048/.052 .054/.056 118 0.877 .048/.052 .087/.089 +.001/
-.002
007 0.156 .048/.052 .054/.056 119 0.940 .048/.052 .087/.089
008 0.187 .048/.052 .054/.056 120 1.002 .048/.052 .087/.089 210 0.753 .048/.052 .118/.120
009 0.219 .048/.052 .054/.056 +.002/ 211 0.815 .048/.052 .118/.120
010 0.250 .048/.052 .054/.056 -.002 212 0.878 .048/.052 .118/.120
011 0.312 .048/.052 .054/.056 121 1.065 .048/.052 .087/.089 213 0.940 .048/.052 .118/.120
012 0.375 .048/.052 .054/.056 122 1.127 .048/.052 .087/.089 214 1.003 .048/.052 .118/.120
013 0.440 .048/.052 .054/.056 123 1.190 .048/.052 .087/.089 215 1.065 .048/.052 .118/.120
014 0.503 .048/.052 .054/.056 124 1.252 .048/.052 .087/.089 216 1.128 .048/.052 .118/.120
015 0.565 .048/.052 .054/.056 125 1.315 .048/.052 .087/.089 217 1.190 .048/.052 .118/.120
016 0.628 .048/.052 .054/.056 126 1.377 .048/.052 .087/.089 218 1.253 .048/.052 .118/.120
017 0.690 .048/.052 .054/.056 127 1.440 .048/.052 .087/.089 219 1.315 .048/.052 .118/.120
018 0.753 .048/.052 .054/.056 128 1.502 .048/.052 .087/.089 220 1.378 .048/.052 .118/.120
019 0.815 .048/.052 .054/.056 129 1.565 .048/.052 .087/.089 221 1.440 .048/.052 .118/.120
020 0.881 .048/.052 .054/.056 130 1.629 .048/.052 .087/.089 222 1.503 .048/.052 .118/.120
+.002/ 131 1.691 .048/.052 .087/.089 223 1.629 .048/.052 .118/.120
-.002 132 1.754 .048/.052 .087/.089 224 1.754 .048/.052 .118/.120
021 0.943 .048/.052 .054/.056 133 1.816 .048/.052 .087/.089 225 1.880 .048/.052 .118/.120
022 1.006 .048/.052 .054/.056 134 1.879 .048/.052 .087/.089 226 2.005 .048/.052 .118/.120
023 1.068 .048/.052 .054/.056 135 1.942 .048/.052 .087/.089 227 2.130 .048/.052 .118/.120
024 1.131 .048/.052 .054/.056 136 2.004 .048/.052 .087/.089 228 2.255 .048/.052 .118/.120
025 1.193 .048/.052 .054/.056 137 2.067 .048/.052 .087/.089 229 2.380 .048/.052 .118/.120
026 1.256 .048/.052 .054/.056 138 2.129 .048/.052 .087/.089 230 2.505 .048/.052 .118/.120
027 1.318 .048/.052 .054/.056 139 2.192 .048/.052 .087/.089 231 2.630 .048/.052 .118/.120
028 1.381 .048/.052 .054/.056 140 2.254 .048/.052 .087/.089 232 2.755 .048/.052 .118/.120
+.001/ 141 2.317 .048/.052 .087/.089 233 2.880 .048/.052 .118/.120
-.002 142 2.379 .048/.052 .087/.089 234 3.005 .048/.052 .118/.120
110 0.374 .048/.052 .087/.089 143 2.442 .048/.052 .087/.089 235 3.130 .048/.052 .118/.120
111 0.437 .048/.052 .087/.089 144 2.504 .048/.052 .087/.089 236 3.255 .048/.052 .118/.120
112 0.499 .048/.052 .087/.089 145 2.567 .048/.052 .087/.089 237 3.380 .048/.052 .118/.120
113 0.562 .048/.052 .087/.089 146 2.629 .048/.052 .087/.089 238 3.505 .048/.052 .118/.120
114 0.624 .048/.052 .087/.089 147 2.692 .048/.052 .087/.089 239 3.630 .048/.052 .118/.120
115 0.687 .048/.052 .087/.089
06/01/2014

F-4 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Commercial PTFE Back-up Ring Dimensions
Table F-2. PDBB Dimensions, Solid Ring (cont’d)
Seal Dimensions Seal Dimensions
Dash A B C Dash A B C
Number I.D. Radial Width Number I.D. Radial Width
MS27595 Cross- MS27595 Cross-
Section Section
+.001/ +.002/
-.002 -.000
240 3.755 .048/.052 .118/.120 428 4.877 .106/.110 .235/.237
241 3.880 .048/.052 .118/.120 429 5.002 .106/.110 .235/.237
242 4.005 .048/.052 .118/.120 430 5.127 .106/.110 .235/.237
243 4.130 .048/.052 .118/.120 431 5.252 .106/.110 .235/.237
244 4.255 .048/.052 .118/.120 432 5.377 .106/.110 .235/.237
245 4.380 .048/.052 .118/.120 433 5.502 .106/.110 .235/.237
246 4.505 .048/.052 .118/.120 434 5.627 .106/.110 .235/.237
247 4.630 .048/.052 .118/.120 435 5.752 .106/.110 .235/.237
325 1.497 .071/.075 .184/.186 436 5.877 .106/.110 .235/.237
326 1.622 .071/.075 .184/.186 437 6.002 .106/.110 .235/.237
327 1.748 .071/.075 .184/.186 438 6.252 .106/.110 .235/.237
328 1.873 .071/.075 .184/.186 439 6.502 .106/.110 .235/.237
329 1.998 .071/.075 .184/.186 440 6.752 .106/.110 .235/.237
330 2.123 .071/.075 .184/.186 441 7.002 .106/.110 .235/.237
331 2.248 .071/.075 .184/.186 442 7.252 .106/.110 .235/.237
332 2.373 .071/.075 .184/.186 443 7.502 .106/.110 .235/.237
333 2.498 .071/.075 .184/.186 444 7.752 .106/.110 .235/.237
334 2.623 .071/.075 .184/.186 445 8.002 .106/.110 .235/.237
335 2.748 .071/.075 .184/.186 +.003/
336 2.873 .071/.075 .184/.186 -.003 F
337 2.998 .071/.075 .184/.186 446 8.502 .106/.110 .235/.237
338 3.123 .071/.075 .184/.186 447 9.002 .106/.110 .235/.237
339 3.248 .071/.075 .184/.186 448 9.502 .106/.110 .235/.237
340 3.373 .071/.075 .184/.186 449 10.002 .106/.110 .235/.237
341 3.498 .071/.075 .184/.186 450 10.502 .106/.110 .235/.237
342 3.623 .071/.075 .184/.186 +.004/
-.004
343 3.748 .071/.075 .184/.186
451 11.002 .106/.110 .235/.237
344 3.873 .071/.075 .184/.186
452 11.502 .106/.110 .235/.237
345 3.998 .071/.075 .184/.186
453 12.002 .106/.110 .235/.237
346 4.123 .071/.075 .184/.186
454 12.502 .106/.110 .235/.237
347 4.248 .071/.075 .184/.186
455 13.002 .106/.110 .235/.237
348 4.373 .071/.075 .184/.186
+.005/
349 4.498 .071/.075 .184/.186 -.005
+.002/ 456 13.502 .106/.110 .235/.237
-.000
457 14.002 .106/.110 .235/.237
425 4.502 .106/.110 .235/.237 458 14.502 .106/.110 .235/.237
426 4.627 .106/.110 .235/.237 459 15.002 .106/.110 .235/.237
427 4.752 .106/.110 .235/.237 460 15.502 .106/.110 .235/.237
NOTE: For sizes larger than those shown in
the table, please contact your local Parker
Seal representative.

06/01/2014

F-5 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Notes

06/01/2014

F-6 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
ISO Gland Tolerances Catalog EPS 5370/USA

Metric Tolerances used for Seal Hardware (per ISO 286-2:1988)

Basic Size H8 H9 H11 f7 f8 h8 h9 h10

mm
Up To and
Above mm
Including

+0.014 +0.025 +0.060 -0.006 -0.006 0 0 0

– 3 0 0 0 -0.016 -0.020 -0.014 -0.025 -0.040
+0.018 +0.030 +0.075 -0.010 -0.010 0 0 0
3 6 0 0 0 -0.022 -0.028 -0.018 -0.030 -0.048
+0.022 +0.036 +0.090 -0.013 -0.013 0 0 0
6 10 0 0 0 -0.028 -0.035 -0.022 -0.036 -0.058
+0.027 +0.043 +0.110 -0.016 -0.016 0 0 0
10 18 0 0 0 -0.034 -0.043 -0.027 -0.043 -0.070
+0.033 +0.052 +0.130 -0.020 -0.020 0 0 0
18 30 0 0 0 -0.041 -0.053 -0.033 -0.052 -0.084
+0.039 +0.062 +0.160 -0.025 -0.025 0 0 0
30 50 0 0 0 -0.050 -0.064 -0.039 -0.062 -0.100
+0.046 +0.074 +0.190 -0.030 -0.030 0 0 0
50 80 0 0 0 -0.060 -0.076 -0.046 -0.074 -0.120
+0.054 +0.087 +0.220 -0.036 -0.036 0 0 0
80 120 0 0 0 -0.071 -0.090 -0.054 -0.087 -0.140
+0.063 +.0100 +0.250 -0.043 -0.043 0 0 0
120 180 0 0 0 -0.083 -0.106 -0.063 -0.100 -0.160
+0.072 +0.115 +0.290 -0.050 -0.050 0 0 0
180 250 0 0 0 -0.096 -0.122 -0.072 -0.115 -0.185

250 315 +0.081

0
+0.130
0
+0.320
0
-0.056
-0.108
-0.056
-0.137
0
-0.081
0
-0.130
0
-0.210
G
+0.089 +0.140 +0.360 -0.062 -0.062 0 0 0
315 400 0 0 0 -0.119 -0.151 -0.089 -0.140 -0.230
+0.097 +0.155 +0.400 -0.068 -0.068 0 0 0
400 500 0 0 0 -0.131 -0.165 -0.097 -0.155 -0.250
+0.110 +0.175 +0.440 -0.076 -0.076 0 0 0
500 630 0 0 0 -0.146 -0.186 -0.110 -0.175 -0.280

630 800 +0.125 +0.200 +0.500 -0.080 -0.080 0 0 0

0 0 0 -0.160 -0.205 -0.125 -0.200 -0.320
+0.140 +0.230 +0.560 -0.086 -0.086 0 0 0
800 1000 0 0 0 -0.176 -0.226 -0.140 -0.230 -0.360
+0.165 +0.260 +0.660 -0.098 -0.098 0 0 0
1000 1250 0 0 0 -0.203 -0.263 -0.165 -0.260 -0.420
+0.195 +0.310 +0.780 -0.110 -0.110 0 0 0
1250 1600 0 0 0 -0.235 -0.305 -0.195 -0.310 -0.500
+0.230 +0.370 +0.920 -0.120 -0.120 0 0 0
1600 2000 0 0 0 -0.270 -0.350 -0.230 -0.370 -0.600
+0.280 +0.440 +1.100 -0.130 -0.130 0 0 0
2000 2500 0 0 0 -0.305 -0.410 -0.280 -0.440 -0.700
+0.330 +0.540 +1.350 -0.145 -0.145 0 0 0
2500 3150 0 0 0 -0.355 -0.475 -0.330 -0.540 -0.860

06/01/2014

G-1 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 Catalog EPS 5370/USA
Notes

06/01/2014

G-2 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
 OFFER OF SALE
The items described in this document and other documents and descriptions provided by Parker Hannifin Corporation, its subsidiaries and its authorized distributors (“Seller”)
are hereby offered for sale at prices to be established by Seller. This offer and its acceptance by any customer (“Buyer”) shall be governed by all of the following Terms and
Conditions. Buyer’s order for any item described in its document, when communicated to Seller verbally, or in writing, shall constitute acceptance of this offer. All goods, services
or work described will be referred to as “Products”.
1. Terms and Conditions. Seller’s willingness to offer Products, or accept an order or any other person, arising out of: (a) improper selection, improper application or other
for Products, to or from Buyer is subject to these Terms and Conditions or any newer misuse of Products purchased by Buyer from Seller; (b) any act or omission, negligent
version of the terms and conditions found on-line at www.parker.com/saleterms/. or otherwise, of Buyer; (c) Seller’s use of patterns, plans, drawings, or specifications
Seller objects to any contrary or additional terms or conditions of Buyer’s order or any furnished by Buyer to manufacture Product; or (d) Buyer’s failure to comply with these
other document issued by Buyer. terms and conditions. Seller shall not indemnify Buyer under any circumstance except
2. Price Adjustments; Payments. Prices stated on Seller’s quote or other as otherwise provided.
documentation offered by Seller are valid for 30 days, and do not include any sales, 12. Cancellations and Changes. Orders shall not be subject to cancellation or
use, or other taxes unless specifically stated. Unless otherwise specified by Seller, change by Buyer for any reason, except with Seller’s written consent and upon terms
all prices are F.C.A. Seller’s facility (INCOTERMS 2010). Payment is subject to credit that will indemnify, defend and hold Seller harmless against all direct, incidental and
approval and is due 30 days from the date of invoice or such other term as required by consequential loss or damage. Seller may change product features, specifications,
Seller’s Credit Department, after which Buyer shall pay interest on any unpaid invoices designs and availability with notice to Buyer.
at the rate of 1.5% per month or the maximum allowable rate under applicable law. 13. Limitation on Assignment. Buyer may not assign its rights or obligations under
3. Delivery Dates; Title and Risk; Shipment. All delivery dates are approximate and this agreement without the prior written consent of Seller.
Seller shall not be responsible for any damages resulting from any delay. Regardless 14. Force Majeure. Seller does not assume the risk and shall not be liable for delay
of the manner of shipment, title to any products and risk of loss or damage shall pass or failure to perform any of Seller’s obligations by reason of circumstances beyond the
to Buyer upon placement of the products with the shipment carrier at Seller’s facility. reasonable control of Seller (hereinafter “Events of Force Majeure”). Events of Force
Unless otherwise stated, Seller may exercise its judgment in choosing the carrier and Majeure shall include without limitation: accidents, strikes or labor disputes, acts of
means of delivery. No deferment of shipment at Buyers’ request beyond the respective any government or government agency, acts of nature, delays or failures in delivery
dates indicated will be made except on terms that will indemnify, defend and hold from carriers or suppliers, shortages of materials, or any other cause beyond Seller’s
Seller harmless against all loss and additional expense. Buyer shall be responsible for reasonable control.
any additional shipping charges incurred by Seller due to Buyer’s acts or omissions.
15. Waiver and Severability. Failure to enforce any provision of this agreement will
4. Warranty. Seller warrants that the Products sold hereunder shall be free from not waive that provision nor will any such failure prejudice Seller’s right to enforce that
defects in material or workmanship for a period of twelve months from the date of provision in the future. Invalidation of any provision of this agreement by legislation
delivery to Buyer or 2,000 hours of normal use, whichever occurs first. The prices or other rule of law shall not invalidate any other provision herein. The remaining
charged for Seller’s products are based upon the exclusive limited warranty stated provisions of this agreement will remain in full force and effect.
above, and upon the following disclaimer: DISCLAIMER OF WARRANTY: THIS
WARRANTY COMPRISES THE SOLE AND ENTIRE WARRANTY PERTAINING TO 16. Termination. Seller may terminate this agreement for any reason and at any time
PRODUCTS PROVIDED HEREUNDER. SELLER DISCLAIMS ALL OTHER WARRANTIES, by giving Buyer thirty (30) days written notice of termination. Seller may immediately
EXPRESS AND IMPLIED, INCLUDING DESIGN, MERCHANTABILITY AND FITNESS terminate this agreement, in writing, if Buyer: (a) commits a breach of any provision
FOR A PARTICULAR PURPOSE. of this agreement (b) appointments a trustee, receiver or custodian for all or any part
of Buyer’s property (c) files a petition for relief in bankruptcy on its own behalf, or by
5. Claims; Commencement of Actions. Buyer shall promptly inspect all Products a third party (d) makes an assignment for the benefit of creditors, or (e) dissolves or
upon delivery. No claims for shortages will be allowed unless reported to the Seller liquidates all or a majority of its assets.
within 10 days of delivery. No other claims against Seller will be allowed unless
asserted in writing within 30 days after delivery. Buyer shall notify Seller of any alleged 17. Governing Law. This agreement and the sale and delivery of all Products
breach of warranty within 30 days after the date the defect is or should have been hereunder shall be deemed to have taken place in and shall be governed and
discovered by Buyer. Any action based upon breach of this agreement or upon any construed in accordance with the laws of the State of Ohio, as applicable to contracts
other claim arising out of this sale (other than an action by Seller for an amount due executed and wholly performed therein and without regard to conflicts of laws
on any invoice) must be commenced within 12 months from the date of the breach principles. Buyer irrevocably agrees and consents to the exclusive jurisdiction and
without regard to the date breach is discovered. venue of the courts of Cuyahoga County, Ohio with respect to any dispute, controversy
or claim arising out of or relating to this agreement.
6. LIMITATION OF LIABILITY. UPON NOTIFICATION, SELLER WILL, AT ITS OPTION,
REPAIR OR REPLACE A DEFECTIVE PRODUCT, OR REFUND THE PURCHASE PRICE. IN NO 18. Indemnity for Infringement of Intellectual Property Rights. Seller shall have
EVENT SHALL SELLER BE LIABLE TO BUYER FOR ANY SPECIAL, INDIRECT, INCIDENTAL no liability for infringement of any patents, trademarks, copyrights, trade dress, trade
OR CONSEQUENTIAL DAMAGES ARISING OUT OF, OR AS THE RESULT OF, THE SALE, secrets or similar rights except as provided in this Section. Seller will defend and
DELIVERY, NON-DELIVERY, SERVICING, USE OR LOSS OF USE OF THE PRODUCTS OR indemnify Buyer against allegations of infringement of U.S. patents, U.S. trademarks,
ANY PART THEREOF, OR FOR ANY CHARGES OR EXPENSES OF ANY NATURE INCURRED copyrights, trade dress and trade secrets (“Intellectual Property Rights”). Seller will
WITHOUT SELLER’S WRITTEN CONSENT, EVEN IF SELLER HAS BEEN NEGLIGENT, defend at its expense and will pay the cost of any settlement or damages awarded in
WHETHER IN CONTRACT, TORT OR OTHER LEGAL THEORY. IN NO EVENT SHALL an action brought against Buyer based on an allegation that a Product sold pursuant
SELLER’S LIABILITY UNDER ANY CLAIM MADE BY BUYER EXCEED THE PURCHASE to this Agreement infringes the Intellectual Property Rights of a third party. Seller’s
PRICE OF THE PRODUCTS. obligation to defend and indemnify Buyer is contingent on Buyer notifying Seller
within ten (10) days after Buyer becomes aware of such allegations of infringement,
7. User Responsibility. The user, through its own analysis and testing, is solely and Seller having sole control over the defense of any allegations or actions including
responsible for making the final selection of the system and Product and assuring all negotiations for settlement or compromise. If a Product is subject to a claim that
that all performance, endurance, maintenance, safety and warning requirements of it infringes the Intellectual Property Rights of a third party, Seller may, at its sole
the application are met. The user must analyze all aspects of the application and expense and option, procure for Buyer the right to continue using the Product, replace
follow applicable industry standards and Product information. If Seller provides or modify the Product so as to make it noninfringing, or offer to accept return of the
Product or system options, the user is responsible for determining that such data Product and return the purchase price less a reasonable allowance for depreciation.
and specifications are suitable and sufficient for all applications and reasonably Notwithstanding the foregoing, Seller shall have no liability for claims of infringement
foreseeable uses of the Products or systems. based on information provided by Buyer, or directed to Products delivered hereunder
8. Loss to Buyer’s Property. Any designs, tools, patterns, materials, drawings, for which the designs are specified in whole or part by Buyer, or infringements
confidential information or equipment furnished by Buyer or any other items which resulting from the modification, combination or use in a system of any Product sold
become Buyer’s property, will be considered obsolete and may be destroyed by hereunder. The foregoing provisions of this Section shall constitute Seller’s sole and
Seller after two consecutive years have elapsed without Buyer ordering the items exclusive liability and Buyer’s sole and exclusive remedy for infringement of Intellectual
manufactured using such property. Seller shall not be responsible for any loss or Property Rights.
damage to such property while it is in Seller’s possession or control. 19. Entire Agreement. This agreement contains the entire agreement between the
9. Special Tooling. A tooling charge may be imposed for any special tooling, including Buyer and Seller and constitutes the final, complete and exclusive expression of the
without limitation, dies, fixtures, molds and patterns, acquired to manufacture terms of sale. All prior or contemporaneous written or oral agreements or negotiations
Products. Such special tooling shall be and remain Seller’s property notwithstanding with respect to the subject matter are herein merged.
payment of any charges by Buyer. In no event will Buyer acquire any interest in 20. Compliance with Law, U. K. Bribery Act and U.S. Foreign Corrupt Practices
apparatus belonging to Seller which is utilized in the manufacture of the Products, Act. Buyer agrees to comply with all applicable laws and regulations, including both
even if such apparatus has been specially converted or adapted for such manufacture those of the United Kingdom and the United States of America, and of the country or
and notwithstanding any charges paid by Buyer. Unless otherwise agreed, Seller shall countries of the Territory in which Buyer may operate, including without limitation
have the right to alter, discard or otherwise dispose of any special tooling or other the U. K. Bribery Act, the U.S. Foreign Corrupt Practices Act (“FCPA”) and the U.S.
property in its sole discretion at any time. Anti-Kickback Act (the “Anti-Kickback Act”), and agrees to indemnify and hold
10. Buyer’s Obligation; Rights of Seller. To secure payment of all sums due or harmless Seller from the consequences of any violation of such provisions by Buyer,
otherwise, Seller shall retain a security interest in the goods delivered and this its employees or agents. Buyer acknowledges that they are familiar with the provisions
agreement shall be deemed a Security Agreement under the Uniform Commercial of the U. K. Bribery Act, the FCPA and the Anti-Kickback Act, and certifies that Buyer
Code. Buyer authorizes Seller as its attorney to execute and file on Buyer’s behalf all will adhere to the requirements thereof. In particular, Buyer represents and agrees that
documents Seller deems necessary to perfect its security interest. Buyer shall not make any payment or give anything of value, directly or indirectly to
11. Improper use and Indemnity. Buyer shall indemnify, defend, and hold Seller any governmental official, any foreign political party or official thereof, any candidate
harmless from any claim, liability, damages, lawsuits, and costs (including attorney for foreign political office, or any commercial entity or person, for the purpose of
fees), whether for personal injury, property damage, patent, trademark or copyright influencing such person to purchase products or otherwise benefit the business of
infringement or any other claim, brought by or incurred by Buyer, Buyer’s employees, Seller.
02/12

G-3 Parker Hannifin Corporation

Engineered Polymer Systems Division
Phone: 801 972 3000
www.parker.com/eps
Worldwide Fluid Power Sealing
North America Asia Pacific Europe
EPS Division, Headquarters China Germany
Salt Lake City, Utah Parker Hannifin Motion & Parker Prädifa
phone 801 972 3000 Control (Shanghai) Co., Ltd. phone 49 7142 351 0
fax 801 973 4019 phone 86 21 2899 5181 fax 49 7142 351293
fax 86 21 5834 8975
Denmark
Polar Seals ApS
phone 45 49 121700
fax 45 49 121701

Belgium
Parker Hannifin,
Advanced Products, NV
phone 32 3 880 81 50
fax 32 3 888 48 62

wer Seal
Your Local Authorized Parker Distributor Design Guide
EPS 5370 Digital 05/2015
Catalog EPS 5370
Parker Hannifin Corporation
06/2014
Engineered Polymer Systems Division
2220 South 3600 West
Salt Lake City, UT 84119
phone 801 972 3000
fax 801 973 4019
www.parker.com/eps U.S. $75.00