Seal Guide Metric

8/13/2019 Seal Guide Metric

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CHESTERTON

Mechanical Seal GuideMetric

ISO 9001

CERTIFIED

Comprehensive referencefor selecting Chestertonmechanical seals


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Mechanical Pump Condition

Pump Design

Pump Dimensions

Fluids Concentration

Carrier Solvent

Cleaning Fluids

Fluid Additives

% Solids

Parameters Pressures

Temperatures

Shaft Speed

System Batch Operation

Continuous

Environmental

Controls

Seal Selection Checklist

The Chesterton Mechanical Seal Guide is a referencesource to help users identify standard mechanical sealrecommendations. This comprehensive guide includesproduct overviews, technical data, seal recommendations

by fluid,environmental control plans and a technicalreference section.

Section 1, Product Overviews, covers the key featuresof our core product line of mechanical seals andseal support systems and includes cut-away andcross-sectional views of each.

Section 2, Mechanical Seal Technical Data,includes seal and installation dimensional data,drawings and standard specifications,including materials and operating limits.

Section 3, Seal Recommendations by Fluid,lists over 1000 commercial fluids with respective seal

recommendations.Seal recommendations only applyto the published fluid concentration and temperature.Due to variances in commercial and technicalrequirements,alternate compatible seal materialsare listed and can be substituted at the users discretion.

Chesterton Mechanical Seal Guide

DisclaimerCautionPlease Read CarefullyThis Guide is intended for use solely by fully trained CHESTERTON Specialists who are also experienced a nd familiar with the wide range of operating conditions and the wide variety o fapplications into which fluid sealing devices are or may be placed.

This seal guide is not an operations or safety manual. Users should rely on their own training and experience in taking all precautions necessary when working around, or makingdecisions about the materials, chemicals, temperature and pressures referred to herein.Hazard Information reflects only the classifications published by European Council Directive 96/54/EC and theInternational Agency for Research on Cancer (IARC), Groups 1, 2A, or 2B.This information is provided only as one reference point and is not intended to be an exhaustive listing of all potential hazards.Likewise, the fact that there is no European Council Directive 96/54/EC or the International Agency of Research on Cancer (IARC),Groups 1, 2A, or 2B hazard reference for some materials should notbe taken to mean that there are no hazards whatsoever associated with the material.As above, for operations and safety purposes,you should rely on your own training, experience or carefulfurther inquiry.

THE INFORMATION FURNISHED IN THIS GUIDE IS PROVIDED ON AN "AS IS" BASIS,WITHOUT ANY WARRANTIES OR PRESENTATIONS, EXPRESS OR IMPLIED, INCLUDING,BUT NOT LIMITED TO,ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE (RESPECTING EITHER THE INFORMATION OR ANY PRODUCTS LISTED IN ASSOCIATION WITH THEINFORMATION). CHESTERTON CANNOT AND DOES NOT WARRANT THE ACCURACY OR COMPELETNESS OF THE INFORMATION. CHESTERTON ASSUMES NO LIABILITY TO YOU OR ANYONE ELSEFOR ANY DECISION OR ACTION TAKEN BY YOU IN RELIANCE UPON THE INFORMATION IN THIS GUIDE.

At ambient conditions, these materials are equallysuitable from a compatibility standpoint; but may not bethe optimum materials as recommended by Chesterton.Services that fall outside these parameters can be

addressed by using the seal selection checklist belowand contacting Chesterton Application Engineering.

Section 4, Environmental Control Plans,outlines the general sealing plan recommendationsand configurations.Properly choosing a seal plancan be accomplished by using the general seal planrecommendations, and can also be supplementedthrough user knowledge, customer requirements andthe assistance of Chesterton Application Engineering.

Section 5,Technical Reference,contains usefultechnical formulas and conversion tables.

We trust youll find this guide to be a useful

reference tool in assisting you to apply Chestertonmechanical seal technology in the field.

Before applying a Chesterton mechanical sealalways check the following:


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Table of Contents

Chesterton Mechanical SealGuideSection 1Product Overview180 and 280 Heavy Duty Cartridge Seals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 2UV Cartridge Seal and ZF Paperstock Seal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 3

155 and 255 Cartridge Seals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 4442 Split Seal and 4400 Gas Seal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 5491 and 891 Rotary Component Seals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 6Stationaries . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 7442M and 280M Mixer Seals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 8186HT Bellows Cartridge Seal and 886HT Rotary Bellows Seal . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 9Single and DualFlow Regulators . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 10Barrier Fluid Tanks and SpiralTrac . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .1 - 11

Section 2Mechanical Seal Technical Data180 Extra Small . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 2180 Small and Large . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 3280 Standard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 4UV . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 6ZF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 7155 Small . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 8155 Large . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 9255 Small . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 10255 Large . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 11442 Standard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 124400 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 14491 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 15891 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 16Stationaries . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 17442M Standard . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 18442M Extra Large . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 19

280M . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 20280M Jumbo . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 21186HT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 22886HT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2 - 23

Section 3Seal Recommendations by FluidSeal Recommendation Key and Descriptions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3 - 2Seal Recommendations and Fluid Compatibility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3 - 3

Section 4Environmental Control PlansPlan 2 Cooling Jacket . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 2Plan 11 Discharge Recirculation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 2Plan 13 Suction Recirculation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 3Plan 21 Cooled Discharge Recirculation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 3Plan 23 Cooling with Pumping Ring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 4Plan 32 Flush . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 4Plan 52 Circulation with External Buffer Fluid Tank . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 5Plan 53 Circulation with Pressurized External Barrier Fluid Tank . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 5Plan 53 Modified Circulation with Pressurized External Barrier Fluid Tank . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 6Plan 54 with DualFlow Circulation with Pressurized External Barrier Fluid Source and DualFlow . . . . . . .4 - 6Plan 54 Circulation with Pressurized External Barrier Fluid Source . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 7Plan 62 Quench . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .4 - 7

Section 5Technical Reference . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .5 - 2

Mechanical

Seal Division


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Section 1

Product Overview


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Product Overview

1 - 2

180 High ReliabilitySingle Cartridge SealA heavy duty single seal for maximumreliability. Excels in tough applications.

280 Heavy DutyDual Cartridge SealA heavy duty dual seal for greatest reliabilityin difficult applications. Ideal for heavy slurries

and viscous fluids.

Patented Self-Centering Lock Ring

Multi-port injection Narrow rotating seal face Full-featured, slotted gland with floating

throttle bushing Rugged, high torque stationary seal Monolithic, low emissions seal faces

Micropolished, responsive seal ring Non-fretting pump/seal parts

Cushioned high strength drives Rugged, high torque monolithic seal faces Geometric double balance Patented Self-Centering Lock Ring

with direct centering Unified Seal Face Alignment

Internal pumping system

Floating flow channel Micropolished, responsive seal rings

* Unified Seal Face Alignment and Self-Centering Lock Ringare trademarks of A.W.Chesterton Co.


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Product Overview

1 - 3

UV Universal ValueSingle Cartridge SealMigration of advanced Chesterton technologyinto a new performance/value leader.

ZF Zero FlushPaperstock SealDesigned to survive in the harsh, but real-lifeenvironment of paper stock pumps.

Superior state-of-the-artcartridge single seal performance

Compact size plus Adjustable Gland foruniversal fit within the range of process pumps

Easy 2-step installation features auto-centering Eliminates damaging effects of fretting or

miscentering common with low-end seals

Hydraulically balanced design with monolithicseal faces for lasting reliable performance

The first after-market quality sealaffordable for use in new pump service

* Adjustable Gland is a trademark of A.W.Chesterton Co.

Waterless performance,no need for external flush or quench

Fits directly on common Sulzerand ABS/Scanpumps

Micropolished o-ring surfacefor enhanced responsiveness

Advanced SSCG seal face material

provides lowest heat generation possible Self-cleaning action eliminates o-ring hang-up Easy and quick to repair on-site


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1 - 4

155 Single Cartridge SealA versatile single seal for usein a wide variety of applications.

255 Dual Cartridge SealA general duty, dual seal for plant wide use.

Stationary seal Self-Centering Lock Ring

Adjustable gland tabs Monolithic seal faces Low heat generation Non-fretting pump/seal parts 360 degree flush port orientation

Low emissions design

Geometric double balance Self-Centering Lock Ring

Unified Seal Face Alignment

Internal pumping system Floating flow channel Springs isolated from fluids Large barrier fluid ports

Monolithic seal faces* Unified Seal Face Alignment and Self-Centering Lock Ring

are trademarks of A.W. Chesterton Co.


Product Overview


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1 - 5

442 Split Mechanical SealA high performance split seal for universalservice.The 442 Split seal is the worldsmost popular split seal.

Ball and socket O-rings Patented, full vacuum capability Patented, high pressure, positive drive faces Non-fretting pump and seal parts Patented, automatic centering Compact design Stationary, non-clog finger springs

Captive fasteners Adjustable gland tabs

4400 Gas SealA compact cartridge design that usesan in-gland control system (IGCS)to allow for easy, trouble free installation

and maximum in-service reliability.

Fluid sealing on the O.D. of the seal faces Fits any cross-section stuffing box No expensive external controls required Maintains nitrogen pressure regulation

with respect to process pressure. A nitrogenpressure of 1,4 bar g greater than processpressure is always maintained.

Easily transitions to a liquid lubricated sealand back to a non-contacting gas sealduring nitrogen supply loss

Hydrodynamic and unique hydrostatic lift-offmakes starts and stops easy

* IGCS is a trademark of A.W.Chesterton Co.


Product Overview


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Product Overview

1 - 6

491 DINRotary Component SealHigh quality in an economical seal.Fits DIN24960 short seal chambers (L1K).

891Rotary Component SealFits most DIN, ISO and ANSI standard pumpsfor plantwide general service sealing.

Upgrade from single spring component seals Springs out of the fluid, non-clogging Non-fretting pump/seal parts Hydraulically balanced for low heat

generation and long life Monolithic seal faces that stay mated under

fluctuating pressures and temperatures

Low emissions seal faces

Operates at pressures up to 42 bar g Provides plant-wide, reliable general

purpose sealing performance Springs out of the fluid, non-clogging Non-fretting pump/seal parts Hydraulically balanced for low heat

generation and long life

Monolithic seal faces that stay mated underfluctuating pressures and temperatures


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1 - 7


Product Overview

VDMA Stationary Conforms to DIN24960 and

EN12756 dimensions for seal cavities Large section o-ring provides

self aligning features Single torque transmission

L-Shape Stationary General purpose stationary seal Lapped both sides to fit most

stuffing box arrangements Compression fitted for high torque capability

due to absence of drive pins

SASSelf Aligning Stationary Unit Self aligning design compensates for

installation misalignments Compact design, fits 478 gland


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1 - 8


Product Overview

442M Split Mixer SealWith its enhanced radial and axial motioncapability, the 442M is an ideal choice formixers and agitators.The 442M is a proven,

versatile performer.

Ball and socket O-rings Patented, full vacuum capability Patented, high pressure, positive drive faces Non-fretting pump and seal parts Patented, automatic centering Compact design Non-clog finger springs

Captive fasteners

280M Mixer SealThe 280M spring load is not affectedby axial shaft movement, making it an idealchoice on equipment with shaft movement.

Narrow rotating seal faces Cushioned high strength drives Rugged,high torque monolithic seal faces Geometric double balance Patented Self-Centering Lock Ring

with direct centering Unified Seal Face Alignment

Internal pumping system Floating flow channel Micropolished, responsive seal rings

* Unified Seal Face Alignment and Self-Centering Lock Ringare trademarks of A.W.Chesterton Co.


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1 - 9

186HT High TemperatureBellows Cartridge SealCartridge seal designed to fit standardpump bores as well as API pumps.

Proven performancein high temperature services

Full featured gland with flush,quench/vent and drain

High temperature grafoil secondary seals Advanced bellows design

for maximum cycle life

Blister-resistant antimony carbon Heat-treated AM350 bellows core

886HT High TemperatureRotary Bellows SealFits most DIN, ISO,ANSI and API pumps.

Easily upgrades OEM component seals Proven performance

in high temperature services High temperature grafoil secondary seals Advanced bellows design

for maximum cycle life Blister-resistant antimony carbon

Heat-treated AM350 bellows core


Product Overview


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1 - 10

Single FlowFlush/Quench Fluid RegulatorReduce seal water consumptionaccurately and reliably.

DualFlow

Barrier Fluid RegulatorThe Chesterton DualFlow Meter regulatesboth pressure and flow independently

on dual seals. Reliably sets, maintains andmonitors flow and pressure for forcedcirculated dual seal systems.

Conical, self-cleaning indicators Chemically resistant, advanced polymer,

Grilamid 2000LX* front panel Laser cut, non-clog regulator Standard Single Flow

Flow Rates 0,5 2,0 liters/minPressures to 10 bar g

Temperatures to 80C Large Single Flow


Temperature to 80C* Registered Trademark of Dynamit Nobel.

Accurate, oil-filled pressure gauge Measures flows with +/-10% full scale Dual conical, self-cleaning indicators Available in small and large size

configurations Temperatures to 80C Small DualFlow


Standard DualFlowFlow Rates 0,5 2,5 liters/minPressures to 10 bar g

Large DualFlowFlow rates 2,0 10,0 liters/minPressures to 20 bar g

Extra Large DualFlowFlow rates 5,0 30,0 liters/minPressures to 10 bar g


Product Overview


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Product Overview

1 - 11

Barrier Fluid TanksChesterton barrier fluid tanks providemaximum security and reliability

SpiralTrac*

Continuously removes particulate from thestuffing box enhancing seal reliability.

Complies with European PressureEquipment Directive, Category 1

Independently certified ASMECode Section VIII Div. 1

304L Construction to prevent scale Large capacity 19,0 liter tank 24 bar g from -30C to 175C

Weld pad level gauge andheat exchanger optional

Low level alarm connection High pressure elliptical heads Cross-flow barrier fluid connections

Available in split and non-split construction Wide variety of configurations available

for various stuffing box geometriesand particulates

Non-contacting, non-wearingpatented device

Vents air from the stuffing box prior

to start-up* Trademark of EnviroSeal Engineering Products Ltd.


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Section 2

Seal Technical Data


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Seal Technical Data

2 - 2

H

CD

A

EMIN

F

J

G MIN

B MAX

V W X

Y

180 EXTRA SMALL Dimensional Data/MetricA B C C D E F G MIN H J V W X Y

MAX MIN MAX MAX MIN MAX 10 mm 12 mm 16 mm MAX

25 104 41 51 39 6 54 73 11 41 120 126 127 033

28 104 44 52 42 6 54 73 11 41 122 128 129 034

30 104 46 57 44 6 54 78 11 41 123 129 130 035

32 104 48 58 46 6 54 80 11 41 124 130 131 035

33 113 49 59 47 6 54 81 83 14 41 125 131 132 036

35 111 51 59 49 6 54 80 82* 14 41 126 132 133 036

38 114 54 61 52 6 54 85 87 14 41 128 134 135 037

40 127 56 68 54 6 54 90 92 13 41 129 135 136 038

42 127 58 66 56 6 54 88 90 13 41 130 136 137 039

43 127 59 69 57 6 54 91 93 13 41 131 137 138 039

*Requires SHCS or D shaped washers.

180 SPECIFICATIONS

STANDARD MATERIALS

Rotary Faces: Carbon, Sintered Silicon Carbide,

Tungsten Carbide

Stationary Faces : Sintered Silicon Carbide,Tungsten Carbide

Elastomers: Fluorocarbon, EP, AFLAS standard

Metal Components: 316SS major components Tungsten Carbide anti-rotation pins

Springs: Alloy C-276

Consult factory for additional materials available

OPERATING LIMITS

Speed Limits: 25 m/s maximum

Temperature Limits: To 150C Ethylene Propylene To 205C Fluorocarbon,AFLAS To 260C Perfluoroelastomer

Pressure Limits: Extra Small Sizes

25 mm through 43 mm 40 bar g* Consult Chesterton Mechanical Seal

Engineering for pressures above 26 bar g Small Sizes

45 mm through 60 mm 40 bar g* Consult Chesterton Mechanical Seal

Engineering for services beyondthese limits

Large Sizes65 mm through 120 mm40 bar g maximum**

Asahi Glass Company Ltd., registered trademark* Use 4 gland bolts above 26 bar g

** 4 gland bolts and environmental controlsrecommended over 19,5 bar g

180 KEY

A Shaft SizeB Maximum Gland DiameterC Stuffing Box Inside DiameterD Inboard Seal DiameterE Required Stuffing Box DepthF Outboard Seal LengthG Minimum Bolt Circle by Bolt SizeH Slot WidthJ Gland WidthV Shaft O-Ring

W Rotary Seal O-RingX Stationary Seal O-RingY Adapter O-Ring


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H

CD

A

EMIN

F

J

G MIN

B MAX

V W X

Y

180 SMALL and LARGE Dimensional Data/MetricA B C C D E F G MIN H J V W X

MAX MIN MAX MAX MIN MAX 10 mm 12 mm 16 mm MAX

45 139 64 73 63 18 49 95 97 13 43 133 139 140 1

48 139 67 73 66 18 49 95* 97* 13 43 134 141 142 1

50 139 69 78 68 18 49 100 102 13 43 136 142 143 153 152 73 87 72 18 49 109 111 115 17 43 137 144 145 1

55 152 74 83 73 18 49 105 107 111 17 43 139 145 146 1

58 152 80 91 78 18 49 114 116 120 17 43 140 148 149 1

60 152 80 91 78 18 49 114 116 120 17 43 142 148 149 1

12 mm 16 mm 20 mm

65 164 92 103 90 22 64 127 131 17 45 231 235 236 2

70 196 96 111 93 22 64 137 141 17 45 232 236 237 2

75 202 102 119 100 22 64 143 147 17 45 234 238 239 2

80 203 106 122 103 22 64 150 154 17 45 236 239 240 2

85 211 111 128 109 22 64 152 156 161 20 45 237 241 242 2

90 214 116 132 113 22 64 160 164 168 20 45 239 242 243 2

95 221 121 137 119 22 64 161 165 170 20 45 240 244 245 2

100 228 127 144 125 22 64 168 172 177 20 45 242 246 247 2110 237 137 154 134 22 64 178 182 186 20 45 245 249 250 2

120 266 146 164 144 22 64 187 191 195 20 45 248 252 253 2

*Requires SHCS or D shaped washers.

Chesterton Mechanical Seal Gu

Seal Technical D


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G MIN

B MAX

H


Seal Technical Data

280 STANDARD Dimensional Data/Metric

A B C C D E F G MIN H V W X

MAX MIN MAX MAX MIN MAX 10 mm 12 mm 16 mm 20 mm

25 104 44 51 44 40 54 73 11 120 126 127 1

28 104 47 52 47 40 54 73 11 122 128 129 1

30 104 49 56 49 40 54 78 11 123 129 130 1

32 104 51 57 51 40 54 80 11 124 130 131 1

33 113 52 58 52 40 54 81 83 14 125 131 132 1

35 111 54 59 54 40 54 80 82 14 126 132 133 1

38 114 57 61 57 40 54 85 87 14 128 134 135 1

40 127 59 68 59 40 54 90 92 13 129 135 136 1

43 127 62 68 62 40 54 91 93 13 131 137 138 1

45 139 64 73 64 40 54 95 97 13 133 139 140 1

48 139 67 73 67 40 54 96 98 13 134 141 142 1

50 139 69 78 69 40 54 100 102 13 136 142 143 1

55 152 74 83 74 40 54 105 107 111 17 139 145 146 1

60 152 79 91 79 40 54 114 116 120 17 142 148 149 1

65 164 92 100 91 52 63 127 131 17 231 235 236 1

70 196 96 113 95 52 63 137 141 17 232 236 237 175 202 102 119 101 52 63 143 147 17 234 238 239 5-

80 203 106 122 105 52 63 150 154 17 236 239 240 1

85 211 111 129 110 52 63 152 156 161 21 237 241 242 1

90 214 116 132 115 52 63 160 164 168 21 239 242 243 1

95 221 121 138 120 52 63 161 165 170 21 240 244 245 1

100 228 127 144 126 52 63 168 172 177 21 242 246 247 5-

110 237 137 154 136 52 63 178 182 186 21 245 249 250 1

120 266 146 163 145 52 63 187 191 195 21 248 252 253 5-

E MIN F

AD

V W X X W

C


21/76

2 - 5

280 KEY

A Shaft SizeB Maximum Gland DiameterC Stuffing Box Inside Diameter

D Seal Diameter in Stuffing BoxE Minimum Stuffing Box DepthF Outboard Seal LengthG Minimum Bolt Circle by Bolt SizeH Slot WidthV Shaft O-RingW Rotary O-RingX Stationary O-RingY Lock Ring

280 SPECIFICATIONS

STANDARD MATERIALS**

Rotary Faces: Carbon, Silicon Carbide,Tungsten Carbide

Stationary Faces: Silicon Carbide,Tungsten Carbide

Elastomers: Fluorocarbon, AFLAS or EPR installed

Metal Components: 316SS

Springs: Hastelloy C*

* Haynes International,Inc.,registered trademark** Other materials available upon request Asahi Glass Company Ltd., registered trademark

OPERATING LIMITS

Speed Limits: To 20 m/s

Temperature Limits: To 150C Ethylene Propylene To 205C Fluorocarbon,AFLAS To 260C Perfluoroelastomer

Pressure Limits: To 40 bar g inboard 17 bar g outboard

up to 120 mm shaft size To 20 bar g inboard 13 bar g outboard

up to 200 mm shaft size

Minimum Barrier Fluid Pressure: 2 bar g minimum barrier fluid pressure

recommended to properly lubricateoutboard seal


Seal Technical Data


22/76

A B C E F MIN GMAX MAX 10 mm 12 mm 14 mm 16 mm

A B C C D E F MIN GMAX MIN MAX MIN 10 mm 12 mm 14 mm


Seal Technical Data

2 - 6

UV LARGE Dimensional Data/Metric

UV KEY

A Shaft SizeB Maximum Gland DiameterC Stuffing Box BoreD Minimum Stuffing Box DepthE Outboard Seal LengthF Minimum Bolt Circle by Bolt SizeG Hub Outside Diameter

UV SPECIFICATIONS

STANDARD MATERIALS

Rotary Faces: Carbon,Tungsten Carbide,

Graphitized Sintered Silicon Carbide (SSCG)

Stationary Faces: Graphitized Sintered Silicon Carbide (SSCG),

Sintered Silicon Carbide (SSC)

Metal Components: 316SS Major components


OPERATING LIMITS

Speed Limits: 25 m/s max.

Temperature Limits:

To 150C Ethylene Propylene To 205C Fluorocarbon,AFLAS* To 260C ChemLast

Pressure Limits: Full vacuum to 20 bar g

Consult Chesterton Applications Engineeringfor services beyond these limits

*Asahi Glass Company Ltd. registered trademark

A B C D E F MIN GMAX MAX MIN 10 mm 12 mm 14 mm 16 mm

65 194 102 3,2 63,5 136 138 140 142 122

70 197 105 3,2 63,5 139 141 143 145 125

75 203 113 3,2 63,5 145 147 149 151 131

80 210 119 3,2 63,5 152 154 156 158 134

85 213 122 3,2 63,5 155 157 159 161 141

90 216 125 3,2 63,5 158 160 162 164 144

95 222 131 3,2 63,5 164 166 168 170 150

100 229 138 3,2 63,5 171 173 175 177 157

110 236 148 3,2 63,5 180 182 184 186 164

120 248 158 3,2 63,5 190 192 194 196 167

UV SMALL Dimensional Data/Metric

38 132 69 52 87 89 91 93 76

40 134 70 52 89 91 93 95 78

43 134 70 52 89 91 93 95 78

45 140 75 52 95 97 99 101 84

50 145 80 52 100 102 104 106 89

55 150 85 52 105 107 109 111 94

60 160 93 52 115 117 119 121 104

UV EXTRA SMALL Dimensional Data/Metric

25 118 41 53 7 45 69 71 73 62

30 124 46 58 7 45 75 77 79 68

32 125 48 59 7 45 75 77 79 69

33 126 49 60 7 45 75 77 79 70

35 128 51 64 7 45 80 80 84 72

CA CC AA

DF

BG

EEED

UV Extra Small UV Small UV Large


23/76

G

C


Seal Technical Data

2 - 7

ZF Dimensional Data/Metric

ZF KEYA Shaft SizeB Pump Frame NumberC Maximum Gland DiameterD Stuffing Box Inside DiameterE Minimum Stuffing Box DepthF Outboard Seal LengthG Minimum Bolt Circle by Bolt SizeH Gland ThicknessV Shaft O-RingW Spring Protection O-RingX Rotary O-RingY Stationary O-Ring

ZF SPECIFICATIONSSTANDARD MATERIALS

Rotary/Stationary Faces: Carbon/

Graphitized Sintered Silicon Carbide (SSCG)

Tungsten Carbide/Graphitized Sintered Silicon Carbide (SSCG)

Elastomers: Fluorocarbon, AFLAS* or EPR installed

Metal Components: 316SS Major components


OPERATING LIMITS**

Speed Limits: 25 m/s max.

Temperature Limits:

To 150C Ethylene Propylene To 205C Fluorocarbon,AFLAS

Pressure Limits: Full vacuum to 20 bar g

* Asahi Glass Company Ltd.registered trademark** Consult Chesterton Applications Engineering

for services beyond these limits

A B C D E F G MIN H V W X YMAX 10 mm 12 mm 16 mm

35 Sulzer 1 118 60 29 34 95 20 126 028 134 225

38 ABS Scan 1 137 96 29 34 114 20 128 029 136 226

40 Sulzer 2 128 70 29 34 105 20 129 030 137 227

45 Sulzer 2 128 70 29 34 105 20 133 031 141 228

48 ABS Scan 2 147 106 30 34 124 20 134 032 142 229

50 Sulzer 3 150 85 29 34 125 20 136 033 144 230

55 Sulzer 3 150 85 29 34 125 20 139 034 147 232

60 Sulzer 4 160 95 29 34 135 20 142 036 150 233

65 Sulzer 4 160 102 38 46 135 26 231 148 236 340

65 ABS Scan 3 173 131 38 46 150 26 231 148 236 340

75 ABS Scan 4 183 141 38 46 160 26 234 151 239 343

80 Sulzer 5 199 119 38 46 170 26 236 152 241 345

85 Sulzer 5 199 122 38 46 170 26 237 153 242 346

90 Sulzer 6 209 125 38 46 180 26 239 153 244 348

95 Sulzer 6 209 131 38 46 180 26 240 154 245 349

100 ABS Scan 5 213 171 38 46 190 26 242 155 247 351

V W X Y

F

H

E

D A


24/76

155 SMALL Dimensional Data/Metric


Seal Technical Data

A B B C C D E F G MIN TABS G MIN 478 J

TABS 478 MIN MAX MIN 8 mm 10 mm 12 mm 8 mm 10 mm 12 mm

K L M N P R S T U W

25 118 108 44 51 43 16 48 70 72 74 71 73 24

28 118 108 47 52 46 16 48 70 72 74 71 73 24

30 124 111 49 57 48 16 48 76 78 80 77 79 24

32 124 114 51 58 50 16 48 77 79 81 78 80 24

33 124 114 52 59 51 16 48 76 78 80 78 80 24

35 128 127 54 62 52 16 48 80 82 84 86 88 24

38 133 127 57 67 56 16 48 85 87 89 86 88 24

40 134 127 59 68 58 16 48 86 88 90 86 88 90 24

43 134 127 62 69 61 16 48 86 88 90 86 88 90 24

45 140 139 64 73 63 16 48 92 94 96 92 94 96 24

48 139 139 67 74 66 16 48 91 93 95 92 94 96 24

50 145 139 69 78 68 16 48 97 99 101 96 98 100 24

55 150 158 74 83 73 16 48 102 104 106 112 114 116 24

60 160 158 79 91 78 16 48 112 114 116 113 115 117 24

9 44 40 12 57 62 120 124 126 1/8

9 47 40 12 57 62 121 126 128 1/8

9 49 40 12 60 68 123 127 129 1/8

9 51 40 12 62 69 124 128 130 1/8

9 52 40 12 62 69 125 129 131 1/8

9 54 40 12 70 72 126 130 132 1/8

9 57 40 12 70 77 128 132 134 1/8

9 59 40 12 73 78 129 134 135 1/8

9 62 40 12 73 78 131 135 137 1/8

9 64 40 12 79 84 132 136 138 1/8

9 67 40 12 79 84 134 139 140 1/8

9 69 40 12 82 89 136 140 142 1/8

9 74 40 12 94 94 139 143 145 1/8

9 80 40 12 99 104 142 146 148 1/8

2 - 8

J K

D A

N M

F

W

UTS

EMIN

L P RC

1,5 mm Spring Gap(Typical)

B MAXG MIN

155 SPECIFICATIONS


Rotary Faces: Silicon Carbide,

Tungsten Carbide

Stationary Faces: Duplex Carbide, Carbon,

Silicon Carbide,Tungsten Carbide

Elastomers: Fluorcarbon or AFLAS installed,

EPR included

Metal Components: 316 SS


OPERATING LIMITS

Speed Limits To 20 m/s

Temperature Limits: To 150C Ethylene Propylene To 205C Fluorcarbon,AFLAS To 260C Perfluoroelastomer

Pressure Limits: To 40 bar g

* Haynes International, Inc.,registered trademark** Other materials available upon request

Asahi Glass Company Ltd., registered trademark

155 KEY

A Shaft SizeB Maximum Gland Tab DiameterC Stuffing Box Inside DiameterD Seal Diameter in Stuffing BoxE Minimum Stuffing Box DepthF Outboard Seal LengthG Minimum Bolt Circle by Bolt SizeJ Hub Gland Flange WidthK Distance from Stuffing Box Face

to Back of TabL Lock Ring DiameterM Distance from Stuffing Box Face

to Set ScrewsN Distance from Stuffing Box Face

to Shaft O-RingP Gland Step DiameterR Hub Gland DiameterS Shaft O-RingT Rotary O-RingU Stationary O-RingV Gland O-Ring

(applies only to large sizes)W NPT Size


25/76

65 194 92 102 90 22 64 132 134 138 27 34 89 56 17 122

70 197 95 105 93 22 64 135 137 141 27 34 92 56 17 125

75 203 100 113 99 22 64 141 143 147 27 34 98 56 17 13180 207 105 116 103 22 64 144 146 150 27 34 102 56 17 134

85 213 110 122 109 22 64 151 153 157 27 34 108 56 17 141

90 216 115 125 113 22 64 154 156 160 27 34 112 56 17 144

95 222 120 131 118 22 64 160 162 166 27 34 117 56 17 150

100 229 127 138 125 22 64 167 169 173 27 34 123 56 17 157

110 236 136 148 134 22 64 174 176 180 27 34 133 56 17 164

120 248 145 158 144 22 64 186 188 192 27 34 142 56 17 176

231 234 236 239

232 235 237 240

234 237 239 242 236 238 240 243

237 240 242 245

239 241 243 246

240 243 245 248

242 245 247 250

245 248 250 253

248 251 253 256

155 LARGE Dimensional Data/MetricA B C C D E F G MIN J K L M N R

MAX MIN MAX MIN 10 mm 12 mm 16 mm

S T U V

K

D A

N M

FE

W

U

VTS

MIN

L RC

2,4 mmSpring Gap(Typical)

J


Seal Technical D


26/76


Seal Technical Data

255 SMALL Dimensional Data/MetricA B C C D E F G MIN H W X Y Z

MAX MIN MAX MAX MIN MAX 8 mm 10 mm 12 mm

25 105 44 46 43 35 55 70 72 74 14 120 124 126 121

28 105 47 49 46 35 55 73 75 77 14 121 126 128 123

30 105 49 51 48 35 55 76 78 80 14 123 127 129 125

32 105 51 52 50 35 55 77 79 81 14 124 128 131 126

33 114 54 58 53 35 55 78 80 82 14 125 129 131 127

35 111 54 59 53 35 55 80 82 84 14 126 130 132 128

38 114 57 62 57 35 55 83 85 87 14 128 132 134 130

40 127 59 61 58 35 55 86 88 90 14 129 134 136 131

43 127 64 69 63 35 55 89 91 93 14 131 135 137 133

45 140 64 66 63 35 55 93 95 97 14 132 137 139 134

48 140 69 74 68 35 55 94 96 98 14 134 139 141 136

50 140 69 71 68 35 55 98 100 102 14 136 140 142 137

55 153 74 76 73 35 55 103 105 17 139 143 145 140

60 153 79 85 79 35 55 113 115 17 142 146 148 144

2 - 10

DC

EMIN F

A

XW Y Y X Z

B MAX

G MIN H

255 SPECIFICATIONS


Rotary Faces: Silicon Carbide,

Tungsten Carbide

Stationary Faces: Duplex Carbide, Carbon, Silicon Carbide,

Tungsten Carbide

Elastomers: Fluorcarbon or AFLAS installed,

EPR included

Metal Components: 316 SS


OPERATING LIMITS

Speed Limits To 20 m/s

Temperature Limits: To 150C Ethylene Propylene To 205C Fluorcarbon,AFLAS To 260C Perfluoroelastomer

Pressure Limits: To 40 bar g inboard To 14 bar g outboard

* Haynes International, Inc.,registered trademark** Other materials available upon request

Asahi Glass Company Ltd., registered trademark

255 KEY

A Shaft Size

B Maximum Gland DiameterC Stuffing Box Inside DiameterD Seal Diameter in Stuffing BoxE Minimum Stuffing Box DepthF Outboard Seal LengthG Minimum Bolt Circle by Bolt SizeH Slot WidthW Shaft O-RingX Rotary Seal O-Ring (2)Y Stationary Seal O-Ring (2)Z Sleeve O-Ring


27/76

255 LARGE Dimensional Data/MetricA B C C D E F GMIN H W X Y Z


65 164 92 93 91 42 64 127 131 17 231 234 236 23

70 196 95 105 95 42 64 137 141 17 232 235 237 23

75 202 102 112 101 42 64 143 147 17 234 237 239 2380 203 105 115 104 42 64 147 151 17 235 238 240 23

85 211 111 121 110 42 64 152 156 160 21 237 240 242 23

90 214 114 124 114 42 64 156 160 164 21 238 241 243 24

95 221 121 131 120 42 64 161 165 169 21 240 243 245 24

100 228 127 137 126 42 64 168 172 176 21 242 245 247 24

110 237 137 147 136 42 64 177 181 185 21 245 248 250 24

120 266 146 156 145 42 64 187 191 195 21 248 251 253 24

DC

EMIN

F

A

XW Y Y X Z

B MAX

G MIN H


Seal Technical D

255 MOTION CAPABILITIES

Size Range mm Radial Motion* mm Axial Motion mm

Thru 60 0,8 +/ 1,5Thru 120 1,3 +/ 1,9Thru 200 2,3 +/ 3,2*Radial movement may be increased further by enlarging the stuffing box inside diameter.


28/76

2 - 12

442 STANDARD Dimensional Data/MetricA B C C D E F G MIN H L O

MAX MIN MAX MIN 8 mm 10 mm 12 mm 14 mm 16 mm 18 mm 20 mm 22 mm MIN MAX

32 124,7 47,2 53,3 37,6 4,3 45,2 78,9 80,9 82,9 84,9 86,9 59,9 70,9 219

33 124,7 47,2 53,3 37,6 4,3 45,2 78,9 80,9 82,9 84,9 86,9 59,9 70,9 220

35 126,7 49,3 60,5 37,6 4,3 45,2 80,6 82,6 84,6 86,6 88,6 66,8 72,6 221

38 130,3 52,3 63,5 37,6 4,3 45,2 83,9 85,9 87,9 89,9 91,9 69,9 75,9 223

40 133,6 55,6 66,8 37,6 4,3 45,2 87,0 89,0 91,0 93,0 95,0 73,2 79,0 223

43 136,7 58,7 70,0 37,6 4,3 45,2 90,3 92,3 94,3 96,3 98,3 76,2 82,3 224

45 136,7 58,7 70,0 37,6 4,3 45,2 90,3 92,3 94,3 96,3 98,3 76,2 82,3 225

48 139,7 62,0 73,2 37,6 4,3 45,2 93,3 95,3 97,3 99,3 101,3 79,5 85,3 226

50 143,0 65,0 76,2 37,6 4,3 45,2 96,6 98,6 100,6 102,6 104,6 82,6 88,6 226

55 146,3 68,3 79,2 37,6 4,3 45,2 99,9 101,9 103,9 105,9 107,9 85,9 91,9 228

60 152,7 74,7 85,6 37,6 4,3 45,2 106,8 108,8 110,8 112,8 114,8 92,2 98,8 230

65 197,1 85,1 108,0 46,7 6,6 56,9 138,5 140,5 142,5 144,5 146,5 120,7 126,5 231

70 197,1 85,1 108,0 46,7 6,6 56,9 138,5 140,5 142,5 144,5 146,5 120,7 126,5 233

75 203,5 91,4 114,3 46,7 6,6 56,9 144,8 146,8 148,8 150,8 152,8 127,0 132,8 234

80 209,8 97,8 120,7 46,7 6,6 56,9 151,2 153,2 155,2 157,2 159,2 133,4 139,2 236

85 216,2 104,1 127,0 46,7 6,6 56,9 157,5 159,5 161,5 163,5 165,5 139,7 145,5 237

90 216,2 104,1 127,0 46,7 6,6 56,9 157,5 159,5 161,5 163,5 165,5 139,7 145,5 239

95 222,8 110,5 133,4 46,7 6,6 56,9 163,9 165,9 167,9 169,9 171,9 146,1 151,9 241

100 229,1 116,8 139,7 46,7 6,6 56,9 170,5 172,5 174,5 176,5 178,5 152,4 158,5 242

110 241,8 129,5 152,4 46,7 6,6 56,9 183,2 185,2 187,2 189,2 191,2 165,1 171,2 245

115 241,8 129,5 152,4 46,7 6,6 56,9 183,2 185,2 187,2 189,2 191,2 165,1 171,2 247

120 248,2 135,9 158,8 46,7 6,6 56,9 189,5 191,5 193,5 195,5 197,5 171,5 177,5 248

125 286,4 150,1 177,8 73,9 7,4 87,6 214,6 216,6 218,6 190,5 196,6 -354

130 292,8 155,1 184,2 73,9 7,4 87,6 220,9 222,9 224,9 196,9 202,9 -355

135 299,2 160,1 190,5 73,9 7,4 87,6 227,3 229,3 231,3 203,2 209,3 -356

140 299,2 165,2 190,5 73,9 7,4 87,6 227,3 229,3 231,3 203,2 209,3 -358

145 305,6 170,2 196,9 73,9 7,4 87,6 233,6 235,6 237,6 209,6 215,6 -359

150 312,0 175,2 203,2 73,9 7,4 87,6 240,0 242,0 244,0 215,9 222,0 -361

155 209,6 180,1 209,6 73,9 7,4 87,6 246,3 248,3 250,3 222,3 228,3 -362

160 324,7 185,1 215,9 73,9 7,4 87,6 253,0 255,0 257,0 228,6 235,0 -363

165 324,7 190,1 215,9 73,9 7,4 87,6 253,0 255,0 257,0 228,6 235,0 -364

170 331,0 195,1 222,3 73,9 7,4 87,6 259,3 261,3 263,3 235,0 241,3 -364

175 337,5 200,2 228,6 73,9 7,4 87,6 265,7 267,7 269,7 241,3 247,7 -365

180 337,5 205,2 228,6 73,9 7,4 87,6 272,0 274,0 276,0 241,3 254,0 -366

185 343,9 210,2 235,0 73,9 7,4 87,6 272,0 274,0 276,0 247,7 254,0 -367

190 350,2 215,1 241,3 73,9 7,4 87,6 278,4 280,4 282,4 254,0 260,4 -368

195 356,6 220,1 247,7 73,9 7,4 87,6 284,7 286,7 288,7 260,4 266,7 -368


Seal Technical Data

442 SPECIFICATIONS


Rotary Faces: Ceramic Reaction Bonded Silicon Carbide

Stationary Faces: Carbon Reaction Bonded Silicon Carbide

Elastomers: AFLAS, Ethylene Propylene,

Fluorocarbon


Springs: Elgiloy*

OPERATING LIMITS


Temperature Limits: To 120C

Pressure Limits: All 442 seals can withstand operating

pressures from full vacuum 710 mm Hgto the maximum pressures at theconditions listed.

Small Sizes 32 mm through 60 mmCarbon/Ceramic (3600 RPM) 24 bar gCarbon/Reaction Bonded Silicon Carbide(3600 RPM) 28 bar g

Pressure Limits: Large Sizes 65 mm through 120 mm

Carbon/Ceramic (1750 RPM) 14 bar gCarbon/Reaction Bonded Silicon Carbide(1750 RPM) 18 bar g

Extra Large Sizes 125 mm through 195 mmCarbon/Ceramic (875 RPM) 14 bar gCarbon/Reaction Bonded Silicon Carbide(875 RPM) 14 bar g

The above pressure limits are for a standard 442 seal.Higher speeds and pressures are possiblewith the use of set screws. Consult factory for higheroperating conditions

Asahi Glass Company Ltd., registered trademark* Elgiloy is a registered trademark of

Elgiloy Limited Partnership** Consult factory for additional materials available


29/76


Seal Technical Data

442 STANDARD Dimensional Data/Metric

2 - 13

442 MOUNTING CONFIGURATIONS

P NPT2 PLACES

L

B

G

C

DF

E

AH

O

M

N

3 BOLTS 4 BOLTS

442 KEY

A Shaft Size

B Maximum Gland DiameterC Min./Max. Stuffing Box DiameterD Gland LengthE Minimum Stuffing Box DepthF Outboard Space RequiredG Minimum Bolt Circle by Bolt SizeH Minimum Stuffing Box Face

Outside Diameter

SIZE M N P NPT

up to 38 mm 13,5 2,4 .25up to 120 mm 13,5 2,4 .375up to 195 mm 26,0 4,8 .5O

L Gland Hub Outside Diameter

M Holder Inside Diameter from BoxN Installation DimensionO Shaft O-Ring NumberP NPT Size


30/76

4400 Dimensional Data/MetricA B C F G MIN H T U V W X Y

MAX MAX MAX 10 mm 12 mm 16 mm 20 mm

25 102 52 54 73 11 -120 -134 -024 -134 -124 -139

28 102 52 54 76 11 -122 -136 -026 -136 -126 -141

30 102 58 54 80 11 -123 -138 -028 -138 -128 -143

32 111 62 54 83 85 14 -124 -140 -029 -140 -130 -145

35 111 62 54 83 85 14 -126 -140 -029 -140 -130 -145

38 114 67 54 86 88 14 -128 -142 -030 -142 -132 -147

40 127 69 54 89 91 14 -129 -144 -031 -144 -134 -149

43 139 72 54 92 94 14 -131 -146 -032 -146 -136 -150

45 139 75 54 95 97 14 -133 -148 -033 -148 -138 -151

48 139 82 54 101 103 14 -134 -150 -034 -150 -140 -152

50 139 82 54 101 103 14 -136 -150 -034 -150 -140 -152

55 152 91 54 111 113 117 18 -139 -151 -036 -152 -144 -153

60 152 92 54 112 114 118 18 -142 -152 -037 -152 -146 -153

65 164 103 57 123 125 129 18 -145 -153 -040 -154 -151 -155

70 196 113 64 135 139 18 -232 -242 -151 -242 -235 -246

75 202 119 64 141 145 18 -234 -243 -152 -243 -236 -247

80 208 125 64 149 152 18 -236 -244 -153 -244 -237 -248

85 211 129 64 151 155 159 21 -237 -245 -153 -245 -238 -249

90 216 135 64 158 162 166 21 -239 -246 -154 -246 -239 -250

2 - 14

HG MIN

B MAX

C

F

T

A

VU Y W X


Seal Technical Data

4400 KEY

A Shaft SizeB Maximum Gland DiameterC Stuffing Box Inside DiameterF Outboard Seal Length

G Minimum Bolt Circle by Bolt SizeH Slot WidthT Shaft O-RingU Rotary Seal O-RingV Rotary Cushion O-RingW Stationary Seal O-Ring

Outside DiameterX Stationary Seal O-Ring

Inside DiameterY Gland Adapter O-Ring

4400 SPECIFICATIONS

STANDARD MATERIALS

Rotary Faces: Sintered Silicon Carbide

Stationary Faces:

Carbon Consult factory for additional

materials availability

Elastomers: Fluorocarbon, EPR,

ChemLast,AFLAS*


Springs: Hastelloy C

Other materials available throughChesterton Engineering Solutions

OPERATING LIMITS

Speed Limits: 25 m/s max.,1,3 m/s min. Contact Chesterton application

engineering regarding applicationsexceeding these limits

Temperature Limits: 260C max. (Elastomers)

Pressure Limits: 25 mm to 65 mm 20 bar g 70 mm to 90 mm 17 bar g

TwinHybrid and Self-Centering Lock Ringare trademarks of A.W.Chesterton Company

* Asahi Glass Company Ltd.,registered trademark Haynes International,Inc.,registered trademark


31/76

EDAC

F

G H

K

JL

B

491 Dimensional Data/Metric

2 - 15


Seal Technical Data

491 SPECIFICATIONSSTANDARD MATERIALS

Seal Faces Available: Carbon rotary face 99.7% Ceramic or Sintered Silicon

Carbide stationary seat

Elastomers: Ethylene Propylene Fluorocarbon

Metal Components: 316SS Rotary holder


OPERATING LIMITS

Speed Limits: Surface speed to 10 m/s Rotational speed to 3600 RPM

Temperature Limits:

To 180C


* Haynes International,Inc., registered trademark

A B C D E F G H J K L

16 28,9 31 23 27 35,0 30 5,0 1,5 4 M4

18 32,3 34 27 33 37,5 30 7,5 2,0 5 M4

20 34,3 36 29 35 37,5 30 7,5 2,0 5 M4

22 36,3 38 31 37 37,5 30 7,5 2,0 5 M4

24 38,4 40 33 39 37,5 30 7,5 2,0 5 M4

25 39,3 41 34 40 37,5 30 7,5 2,0 5 M4

28 42,3 44 37 43 42,5 35 7,5 2,0 5 M5

30 44,3 46 39 45 42,5 35 7,5 2,0 5 M5

32 46,4 48 42 48 42,5 35 7,5 2,0 5 M5

33 48,0 49 42 48 42,5 35 7,5 2,0 5 M5

35 49,5 51 44 50 42,5 35 7,5 2,0 5 M5

38 54,3 58 49 56 44,0 35 9,0 2,0 6 M5

40 56,1 60 51 58 44,0 35 9,0 2,0 6 M5

43 59,1 63 54 61 44,0 35 9,0 2,0 6 M5

45 61,1 65 56 63 44,0 35 9,0 2,0 6 M5

48 64,2 68 59 66 44,0 35 9,0 2,0 6 M5

50 66,1 70 62 70 44,5 35 9,5 2,5 6 M5

53 69,1 73 65 73 46,0 35 11,0 2,5 6 M5

55 71,1 75 67 75 46,0 35 11,0 2,5 6 M5

60 76,1 85 72 80 46,0 35 11,0 2,5 6 M5

65 81,1 90 77 85 46,0 35 11,0 2,5 6 M5

68 86,1 93 81 90 46,3 35 11,3 2,5 7 M5

70 86,1 95 83 92 46,3 35 11,3 2,5 7 M5

75 98,6 104 88 97 59,3 48 11,3 2,5 7 M6

80 104,2 109 95 105 60,0 48 12,0 3,0 7 M6

85 108,1 114 100 110 60,0 48 12,0 3,0 7 M6

90 114,0 119 105 115 62,0 48 14,0 3,0 7 M6

100 117,6 129 115 125 62,0 48 14,0 3,0 7 M6

110 133,5 139 125 135 62,0 48 14,0 3,0 7 M6


32/76


Seal Technical Data

891 Dimensional Data/MetricA C D E F

16 30,45 35,00 115 120

18 32,28 35,00 116 121

20 34,29 35,00 117 12222 36,30 35,00 118 123

24 38,30 35,00 119 125

25 39,29 35,00 120 125

28 42,29 35,00 122 127

30 44,30 35,00 123 128

32 46,30 44,45 124 130

33 47,90 44,45 125 131

35 49,48 44,45 126 132

38 54,28 44,45 128 134

40 56,08 44,45 129 135

43 59,08 44,45 131 137

45 61,09 44,45 133 139

48 64,11 44,45 134 14150 66,09 44,45 136 142

55 71,07 44,45 139 145

60 77,14 44,45 142 148

65 83,01 44,45 145 151

70 86,08 44,45 148 152

75 98,43 50,80 234 238

80 104,78 50,80 236 240

A C D E F

85 107,95 50,80 237 241

90 114,30 50,80 239 243

95 117,48 50,80 240 244100 123,83 50,80 242 246

110 133,35 50,80 246 249

120 152,40 92,07 351 356

125 158,75 92,07 353 358

130 165,10 92,07 354 360

135 171,45 92,07 356 362

140 171,45 92,07 357 362

145 177,80 92,07 359 363

150 184,15 92,07 361 364

155 190,50 92,07 361 365

160 196,85 92,07 363 366

165 196,85 92,07 363 366

170 203,20 92,07 364 367175 209,55 92,07 365 368

180 215,90 92,07 366 369

185 215,90 92,07 366 369

190 222,25 92,07 367 370

195 228,60 92,07 368 371

200 234,95 92,07 369 372

891 KEY

A Shaft SizeC Outer DiameterD Operating LengthE Static O-RingF Dynamic O-Ring

891 SPECIFICATIONS

STANDARD MATERIALS

Seal Faces Available: Grade P658RC Carbon Reaction Bonded Silicon Carbide Solid Tungsten Carbide

Elastomers: Fluoroelastomer installed Ethylene Propylene supplied as spare ChemLast available upon request


Available in Alloy, Alloy 20,Titanium,Monel**, Nickel or Hastelloy B* or C*


OPERATING LIMITS

Temperature Limits: To 205C with Fluoroelastomer To 150C with Ethylene Propylene 15C to 260C with ChemLast

Pressure Limits: 711 mm Hg vacuum to 42 bar g

depending on shaft size and speed Sizes 18 mm to 30 mm limited to 21 bar g max. Sizes 40 mm to 110 mm limited to 42 bar g max. Sizes 120 mm to 200 mm limited to 28 bar g max.

* Haynes International,Inc., registered trademark** Inco family of companies registered trademark

E F

C

D

A


33/76

SHAFT A B C O-RING D ESIZE

18 32,6 6,5 17,0 26,58 x 3,53 33 26,5

20 34,6 6,5 17,0 28,17 x 3,53 35 28,5

22 36,6 6,5 17,0 29,74 x 3,53 37 30,5

24 38,6 6,5 17,0 31,94 x 3,53 39 32,5

25 39,6 6,5 17,0 32,92 x 3,53 40 33,5

28 42,6 6,5 17,0 36,09 x 3,53 43 36,5

30 44,6 6,5 17,0 37,69 x 3,53 45 38,5

32 47,6 6,5 17,0 40,87 x 3,53 48 41,5

33 47,6 6,5 17,0 40,87 x 3,53 48 41,5

35 49,6 6,5 17,0 44,04 x 3,53 50 43,5

38 55,6 7,0 18,0 48,00 x 4,00 56 48,5

40 57,6 7,0 18,0 50,00 x 4,00 58 50,5

43 60,6 7,0 18,0 52,00 x 4,00 61 53,5

45 62,6 7,0 18,0 55,00 x 4,00 63 55,5

48 65,6 7,0 18,0 58,00 x 4,00 66 58,5

50 69,6 8,5 20,0 60,00 x 4,50 70 61,5

55 74,6 8,5 20,0 65,00 x 4,50 75 66,5

60 79,5 8,5 20,0 70,00 x 4,50 80 71,5

65 85,4 8,5 20,0 75,00 x 4,50 85 76,5

70 91,4 10,0 22,0 82,00 x 5,00 92 82,5

75 96,4 10,0 22,0 87,00 x 5,00 97 87,5

80 104,3 10,0 22,5 95,00 x 5,50 105 94,5

85 109,3 10,0 22,5 100,00 x 5,50 110 99,5

90 114,3 10,0 22,5 105,00 x 5,50 115 104,5

95 119,3 10,0 22,5 110,00 x 5,50 120 109,5

100 124,3 10,0 22,5 115,00 x 5,50 125 114,5

110 134,3 10,0 22,5 120,00 x 5,50 135 124,5

SHAFT A B C D O-RINGSIZE

25 40,0 6,4 53,2 16 125

28 43,0 6,4 56,4 16 127

30 45,0 6,4 59,5 16 128

32 47,2 6,4 59,4 16 130

33 48,0 6,4 59,5 16 131

35 50,4 6,4 61,2 16 132

38 56,8 6,4 69,1 16 134

40 59,0 6,4 72,2 16 135

42 61,0 6,4 72,2 16 137

43 62,0 6,4 78,6 16 137

45 64,0 6,4 78,6 16 139

48 67,0 6,4 81,8 16 141

50 69,0 6,4 81,8 16 142

53 72,0 6,4 88,1 16 144

55 74,0 6,4 94,5 16 145

60 77,4 6,4 98,4 16 148

65 85,3 6,4 107,2 16 151

70 87,3 6,4 111,1 25,4 235

75 93,6 6,4 115,8 25,4 237

80 100,0 6,4 123,8 25,4 239

85 103,2 6,4 127,0 25,4 240

90 109,5 6,4 130,1 25,4 242

95 112,7 6,4 136,5 25,4 243

100 119,0 6,4 142,9 25,4 245

110 131,7 6,4 155,6 25,4 249

SHAFT A B C DSIZE

18 33,9 6,6 46,0 17

20 35,9 6,6 48,0 17

22 37,9 6,6 50,0 17

24 39,9 6,6 53,2 17

25 40,9 6,6 53,2 17

28 43,9 6,6 56,4 17

30 45,9 6,6 59,5 17

32 47,9 6,6 59,5 17

33 48,9 6.6 59,5 17

35 50,9 6,6 61,1 17

38 57,9 6,6 68,9 17

40 59,9 6,6 72,1 17

42 61,9 6,6 72,1 17

43 62,9 6,6 78,5 17

45 64,9 6,6 78,5 17

48 67,9 6,6 81,6 17

50 69,9 6,6 81,6 17

53 72,9 6,6 88,0 17

55 74,9 6,6 94,3 17

60 84,9 6,6 98,2 20

65 89,9 6,6 106,9 20

70 94,9 6,6 110,7 25

75 103,9 6,6 115,5 25

80 108,9 6,6 123,4 25

85 113,9 6,6 125,5 25

90 118,9 6,6 133,0 25

95 120,9 6,6 136,1 25

100 128,9 6,6 142,5 25

110 138,9 6,6 155,2 25

VDMA Stationary

SAS Self Aligning Stationary Unit

L-SHAPE Stationary


Seal Technical Data

2 - 17

CC

C

E

5

5,5

B

B

B

D

D

D

A

A

A

SAS Stationary

L-Shaped Stationary

VDMA Stationary


34/76

442 MIXER STANDARD Dimensional Data/Metric Shaft Sizes: 38 mm to 120 mmA B C C D E F G MIN H M N O

MAX MIN MAX MIN 8 mm 10 mm 12 mm 14 mm 16 mm 18 mm MIN

38 134,1 53,6 67,4 37,6 4,3 45,2 90,6 92,6 94,6 73,8 13,5 2,4 223

40 137,3 56,8 70,2 37,6 4,3 45,2 93,0 95,0 97,0 76,2 13,5 2,4 223

43 140,5 60,0 73,4 37,6 4,3 45,2 96,1 98,1 100,1 79,2 13,5 2,4 224

45 140,5 60,0 73,4 37,6 4,3 45,2 96,1 98,1 100,1 79,2 13,5 2,4 225

48 143,6 63,1 76,6 37,6 4,3 45,2 99,4 101,4 103,4 82,6 13,5 2,4 226

50 146,8 66,3 80,3 37,6 4,3 45,2 104,5 106,5 108,5 110,5 86,4 13,5 2,4 226

55 150,0 69,5 83,3 37,6 4,3 45,2 107,8 109,8 111,8 113,8 89,7 13,5 2,4 228

60 156,3 75,8 94,1 37,6 4,3 45,2 119,7 121,7 123,7 125,7 101,6 13,5 2,4 230

65 204,1 87.9 115,1 46,7 6,6 56,9 145,9 147,9 149,9 151,9 127,8 13,5 2,4 231

70 204,1 87,9 115,1 46,7 6,6 56,9 145,9 147,9 149,9 151,9 127,8 13,5 2,4 233

75 210,4 94,2 121,4 46,7 6,6 56,9 152,2 154,2 156,2 158,2 134,1 13,5 2,4 234

80 216,8 100,6 127,8 46,7 6,6 56,9 157,6 159,6 161,6 163,6 165,6 167,6 140,5 13,5 2,4 236

85 223,1 106,9 134,1 46,7 6,6 56,9 164.0 166,0 168,0 170,0 172,0 174,0 146,8 13,5 2,4 237

90 223,1 106,9 134,1 46,7 6,6 56,9 164,0 166,0 168,0 170,0 172,0 174,0 146,8 13,5 2,4 239

95 229,5 113,3 140,5 46,7 6,6 56,9 170,3 172,3 174,3 176,3 178,3 180,3 153,2 13,5 2,4 241

100 235,8 119,6 146,8 46,7 6,6 56,9 176,7 178,7 180,7 182,7 184,7 186,7 159,5 13,5 2,4 242

110 248,5 132,3 159,5 46,7 6,6 56,9 189,4 191,4 193,4 195,4 197,4 199,4 172,2 13,5 2,4 245

115 248,5 132,3 159,5 46,7 6,6 56,9 189,4 191,4 193,4 195,4 197,4 199,4 172,2 13,5 2,4 247

120 254,9 138,7 159,5 46,7 6,6 56,9 189,4 191,4 193,4 195,4 197,4 199,4 172,2 13,5 2,4 248

2 - 18

G

45

90

C

D

F

E

A

M

H

O

N

B

3/8 NPT2 PLACES


Seal Technical Data

442M KEY

A Shaft SizeB Maximum Gland DiameterC Min./Max. Stuffing Box DiameterD Gland LengthE Minimum Stuffing Box DepthF Outboard Space RequiredG Minimum Bolt Circle by Bolt SizeH Minimum Stuffing Box Face

Outside DiameterL Gland Hub Outside DiameterM Holder Inside Diameter from BoxN Installation DimensionO Shaft O-Ring Number

442M SPECIFICATIONS

STANDARD MATERIALS

Rotary Faces: Carbon, Reaction Bonded Silicon Carbide

Stationary Faces: Reaction Bonded Silicon Carbide

Elastomers: AFLAS, Ethylene Propylene,

Fluorocarbon

Metal Components:** 316SS

Springs: Elgiloy*

OPERATING LIMITS


Temperature Limits: To 120C


* Elgiloy is a registered trademark ofElgiloy Limited Partnership

** Consult factory for additional materials available Asahi Glass Company Ltd., registered trademark


35/76

442 MIXER RADIAL MOTION VS. PRESSURE CAPABILITY

Pressure Operating Limits at Maximum Shaft Runout


Seal Technical Data

442 MIXER EXTRA LARGE Dimensional Data/Metric Shaft Sizes: 125 mm to 190 mmA B C C D E F G MIN H L M N O

MAX MIN MAX MIN 18 mm 20 mm 22 mm MIN MAX

125 292,8 153,7 181,6 73,9 7,4 87,6 221,4 223,4 225,4 196,9 202,9 26,2 4,8 354

130 299,2 156,8 188,0 73,9 7,4 87,6 227,8 229,8 231,8 203,2 209,3 26,2 4,8 355

135 305,6 163,2 194,3 73,9 7,4 87,6 234,1 236,1 238,1 209,6 215,7 26,2 4,8 356

140 305,6 166,4 194,3 73,9 7,4 87,6 234,1 236,1 238,1 209,6 215,7 26,2 4,8 358

145 312,0 172,7 200,7 73,9 7,4 87,6 240,5 242,5 244,5 215,9 222,1 26,2 4,8 359

150 318,3 179,1 207,0 73,9 7,4 87,6 246,8 248,8 250,8 222,3 228,4 26,2 4,8 361

155 324,7 182,2 213,4 73,9 7,4 87,6 253,2 255,2 257,2 228,6 234,8 26,2 4,8 362

160 331,1 188,6 219,7 73,9 7,4 87,6 259,5 261,5 263,5 235,0 241,2 26,2 4,8 363

165 331,1 191,8 219,7 73,9 7,4 87,6 259,5 261,5 263,5 235,0 241,2 26,2 4,8 364

170 337,5 198,1 226,1 73,9 7,4 87,6 265,9 267,9 269,9 241,3 247,6 26,2 4,8 364

175 343,9 201,3 232,4 73,9 7,4 87,6 272,2 274,2 276,2 247,7 254,0 26,2 4,8 365

180 350,2 207,6 238,8 73,9 7,4 87,6 278,6 280,6 282,6 254,0 260,4 26,2 4,8 366

185 350,2 210,8 238,8 73,9 7,4 87,6 278,6 280,6 282,6 254,0 260,4 26,2 4,8 367

190 356,6 217,2 245,1 73,9 7,4 87,6 284,9 286,9 288,9 260,4 266,8 26,2 4,8 368

2 - 19

C

O

D

F

E

A

GL

B

10

27

1/2 NPT2 PLACES

H

M

N

442 MIXER Small (38 mm to 60 mm)

Pressure (bar g) TIR (mm)14 0,7610 1,58,5 2,3

442 MIXER Large (65 mm to 120 mm)

Pressure (bar g) TIR (mm)10 1,38,5 2,55,5 3,8

442 MIXER Extra Large (125 mm to 190 mm)

Pressure (bar g) TIR (mm)10 2,08,5 3,05,5 3,8


36/76

280 MIXER Dimensional Data/MetricA B C C D E F G MIN H V W X Y


35 114 60 62 56 40 54 85 88 14 126 134 135 13

38 127 63 68 59 40 54 90 93 14 128 136 137 13

60 165 86 97 82 40 54 118 121 124 17 142 150 151 1412 mm 16 mm 20 mm

65 199 102 116 98 52 63 140 143 17 231 237 238 15

70 202 108 119 101 52 63 144 147 17 232 238 239 15

75 208 114 125 107 52 63 151 154 17 234 240 241 15

80 211 117 129 110 52 63 153 156 159 21 235 241 242 15

85 216 124 135 117 52 63 160 164 167 21 237 243 244 15

90 225 130 141 123 52 63 166 169 172 21 239 245 246 15

95 228 133 144 126 52 63 169 172 176 21 240 246 247 15

100 228 140 151 132 52 63 176 179 182 21 242 248 249 15

110 241 149 160 142 52 63 185 188 191 21 245 251 252 15

20 mm 24 mm 30 mm

120 279 171 162 83 104 227 230 236 351 359 361 25

130 292 184 175 83 104 239 242 248 355 362 363 25140 298 191 181 83 104 246 249 255 357 363 364 25

150 311 203 194 83 104 258 261 267 361 365 366 26

160 323 216 207 83 104 271 274 280 363 367 368 26

170 330 222 213 83 104 277 280 286 364 368 369 26

180 342 235 226 83 104 290 293 299 366 370 371 26

190 349 241 232 83 104 296 299 305 367 371 372 26

200 361 254 245 83 104 309 312 318 369 373 374 26


Seal Technical Data

280M KEYA Shaft SizeB Maximum Gland DiameterC Stuffing Box Inside DiameterD Seal Diameter in Stuffing BoxE Minimum Stuffing Box DepthF Outboard Seal LengthG Minimum Bolt Circle by Bolt SizeH Slot WidthV Shaft O-RingW Rotary O-RingX Stationary O-RingY Lock Ring

280 MIXER SPECIFICATIONSSTANDARD MATERIALS

Rotary Faces: Carbon, Silicon Carbide, Tungsten Carbide

Stationary Faces: Silicon Carbide,Tungsten Carbide

Elastomers: Fluorocarbon,AFLAS or EPR installed



*Haynes International, Inc., registered trademark** Other materials available upon request

Asahi Glass Company Ltd.,registered trademark

OPERATING LIMITS


Temperature Limits: To 150C Ethylene Propylene To 205C Fluorocarbon,AFLAS To 260C ChemLast

Pressure Limits: To 40 bar g inboard 17 bar g outboard

up to 120 mm shaft size To 20 bar g inboard 13 bar g outboard

up to 200 mm shaft size

Minimum Barrier Fluid Pressure: 2 bar g minimum barrier fluid pressure

recommended to properly lubricateoutboard seal

E MIN F

AD

V W X X W Y

C

G MIN

B MAX

H


37/76

2 - 21

A B C D E F G MIN V W X YMAX MIN MAX MIN MAX 20 mm 24 mm 30 mm

210 457 292 280 109 145 368 372 378 446 449 450 374

220 470 305 292 109 145 381 385 391 447 450 451 376

230 470 305 292 109 145 381 385 391 447 450 451 376

240 483 318 305 109 145 394 398 404 448 451 452 378

250 496 330 318 109 145 406 410 417 449 452 453 379

260 508 343 330 109 145 419 423 429 450 453 454 380

270 521 356 343 109 145 432 436 442 451 454 455 381

280 521 356 343 109 145 432 436 442 451 454 455 381

290 534 368 356 109 145 445 449 455 452 455 456 5-902

300 546 381 369 109 145 457 461 467 453 456 457 382

280 MIXER JUMBO Dimensional Data/Metric


Seal Technical Data

280 MIXER MOTION CAPABILITIES

Size Range mm Radial Motion* mm Axial Motion mm

Thru 60 0,8 +/ 1,5Thru 110 1,3 +/ 1,9

Thru 200 2,3 +/ 3,2Thru 60 0,8 +/ 1,5Thru 110 4,8 +/ 1,9Thru 200 6,4 +/ 3,2

*Radial movement may be increased further by enlarging the stuffing box inside diameter.


38/76

186HT STANDARD Dimensional Data/Metric

2 - 22


Seal Technical Data

186HT KEY

A Shaft SizeB Gland Outside DiameterC Stuffing Box BoreCa* API Box BoreD IB Seal DiameterE Stuffing Box DepthF Outboard Seal LengthFa** API Outboard Seal LengthG Minimum Bolt Circle by Bolt SizeH Slot WidthJ Gland WidthK NPT

* Minimum Bore Diameter Ca for ID Pilot** OB Length Fa with Pilot design and metallic face gasket

186HT SPECIFICATIONS

STANDARD MATERIALS

Rotary Faces: Blister-resistant Carbon,Tungsten Carbide

Stationary Faces: Sintered Silicon Carbide


Bellows: AM350 heat-treated 718 Inconel heat-treated (corrosive services)

End Fittings: Low expansion alloy 42

Secondary Seals Grafoil packing

OPERATING LIMITS


Temperature Limits: 73C to 427C

A B C Ca* D E F Fa** G H J K MAX MIN MIN MAX MIN MAX MAX 10 mm 12 mm 16 mm MAX MAX

25 108 48 54 46 42 49 52 76 78 13 32 3/8

30 108 51 57 49 42 49 52 79 82 13 32 3/8

32 114 57 60 55 43 49 52 81 99 13 32 3/8

35 121 60 67 58 43 50 54 89 92 14 34 3/8

38 133 64 70 61 43 50 54 92 95 14 34 1/2

40 140 67 73 65 43 50 54 95 98 14 34 1/2

42 140 67 73 65 43 50 54 95 98 14 34 1/2

45 146 70 76 68 43 50 54 98 101 14 34 1/2

50 159 76 80 74 46 52 55 108 111 114 18 35 1/2

55 159 79 89 77 46 52 55 111 114 117 18 35 1/2

60 165 86 92 84 46 54 57 114 117 120 18 37 1/2

65 165 89 95 87 46 54 57 117 120 123 18 37 1/2

BJ

G

FE

D

C

Ca

Fa

A

H

186HT Standard ANSI

186HT API


39/76

J

G

F

L

E

B

D

K

A

M

H

C

A

3/32 PIN

15

886HT KEY

A Shaft SizeB Outside DiameterC Operating LengthD Screw Head ProtrusionE Stationary Bore DiameterF Stationary LengthG Cavity Step DiameterH Cavity DepthJ Bore DepthK Cavity Step DepthL Nose LengthM Pin Extrusion

886HT SPECIFICATIONS

STANDARD MATERIALS

Rotary Faces: Blister-resistant Carbon,Tungsten Carbide

Stationary Faces: Sintered Silicon Carbide


Bellows: AM350 heat-treated 718 Inconel heat-treated (corrosive services)

End Fittings: Low expansion alloy 42

Secondary Seals Grafoil packing

OPERATING LIMITS


Temperature Limits: 73C to 427C

A B C D

25 39,7 42,8 3,2

28 42,8 39,7 3,2

30 46,0 42,8 3,2

32 46,0 42,8 3,2

35 49,2 44,5 3,2

38 55,1 44,5 4,2

40 58,3 44,5 4,2

42 61,5 44,5 4,2

45 62,3 44,5 4,2

48 64,6 44,5 4,2

50 67,8 44,5 4,2

55 74,2 47,6 4,2

60 77,3 47,6 4,2

65 84,1 47,6 4,2

A E F G H J K L M

25 41,2 11,1 35,1 14,0 9,9 6,1 6,6 3,1

28 44,4 11,1 38,3 14,0 9,9 6,1 6,6 3,1

30 47,6 11,1 41,5 14,0 9,9 6,1 6,6 3,1

32 47,6 11,1 41,5 14,0 9,9 6,1 6,6 3,1

35 50,8 11,1 44,6 14,0 9,9 6,1 6,6 3,1

38 53,9 11,1 47,8 14,0 9,9 6,1 6,6 3,1

40 60,3 12,7 54,2 15,0 10,9 6,3 7,9 3,1

42 63,5 12,7 57,3 15,0 10,9 6,3 7,9 3,1

45 66,6 12,7 60,5 15,0 10,9 6,3 7,9 3,1

48 69,8 12,7 63,7 15,0 10,9 6,3 7,9 3,1

50 76,2 14,2 70,0 16,2 12,1 7,6 8,7 3,9

55 79,3 14,2 73,2 16,2 12,1 7,6 8,7 3,9

60 82,5 14,2 76,4 16,2 12,1 7,6 8,7 3,9

65 85,7 15,8 79,6 17,3 13,2 8,6 9,6 4,3

886HT ROTARY ASSEMBLY Dimensional Data/Metric

886HT STATIONARY ASSEMBLY Dimensional Data/Metric


Seal Technical Data

2 - 23


40/76


41/76

Section 3

Seal Recommendationsby Fluid


42/76


Seal Recommendations by Fluid

3 - 2

CONCENTRATION ANDTEMPERATURE RANGESConcentration: Listed as a percentage ofthe pure component. The diluent for all non100% entries is water unless otherwise noted.


43/76


44/76


45/76


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62/76

MethylButanol;SeeAmylAlcohol

AmylHydride;SeePentane,-

n

Amylum;SeeStarch

PhenylAmine;SeeAniline

AntOil;SeeFurfural

Azine;SeePyridine

AzoticAcid;SeeNitricAcid

BakingSoda;SeeSodiumBicarbonate

BenzeneCarboxylicAcid;SeeBenzoicAcid

BenzeneCarbonal;SeeBenzaldehyde

BlueVitriol;SeeCopperSulfate

BranOil;SeeFurfural

Bischofite;SeeMagnesiumChloride

Carbinol;SeeMethylAlcohol

CausticLime;SeeCalciumHydroxide

Tetrachloromethane;SeeCarbonTetrachloride

PhenylChloride;SeeChlorobenzene

Chloroethane;SeeEthylChloride

ChloroethanoicAcid;SeeChloroaceticAcid

Chloroethylene;SeeVinylChloride

Chloromethane;SeeMethylChloride

Chlorothene;SeeTrichloroethane

PimlicKetone;SeeCyclohexanone

EthylCarbonate;SeeDiethylCarbonate

DioxysuccinicAcid;SeeTartaricAcid

BoleticAcid;SeeFumaricAcid

GlaubersSalt;SeeSodiumSulfate

Methanal;SeeFormaldehyde

SandAcid;SeeHydrofluosilicicAcid

Ketone;SeeIsophorone

MethylPhenylKetone,m-;

SeeAcetophenone

Ligroin;SeeNitrobenzene

OctadecanoicAcid;SeeStearicAcid

OctadecanoicAcid,9-;

SeeOleicAcid

CarbolicAcid;SeePhenol

PhthalicAcid;SeeTerephthalicAcid

Triad;SeeTrichloroethylene

WhiteVitriol;SeeZincSulfate

TinTetrachloride;SeeStannicChloride

TinChloride;SeeStannousChloride

FLUID

PERCENTCONCENTRATION

CTEMPERATURE

F

CAS

SEAL

MATERIAL

PIPINGPLANS

SEAL

MATERIAL

PIPINGPLANS

Primary

MechanicalSealRecommendation

sbyFluid

Fluid

Information

Materialsof

Construction

Performance

Capabilites

Secondary

Recommended

MechanicalSeal

Fluid

Properties

SA20HBHCMONELTICBCRTCSSCRSCDCFKMEPBUNA-NNEOPRENETJ/FKMFF550FF250

3 - 22

PHASESPECIFICGRAVITY(25C)

VAPOR(ATM)PRESSURE(25C)

BOILING(C)POINT

MELTING(C)POINT

VISCOSITY(CP)(1ATM)(25C)

HAZARDINFO

NOTES

Metals

Faces

KEY-Page3-2

NOTES-1

-

CRYSTALLIZINGFLUID

2-

SLURRYORABRASIVEFLUID

3-

FLUIDMAYSETUPORHARDEN

4-

FLUIDMAYFLASH

5-

NONLUBRICATINGFLUID

6-

VHAP

Elastomers


Seal Recommendations by Fluid


63/76


64/76


65/76

Section 4

Environmental

Control Plans


66/76


Environmental Control Plans

4 - 2

PLAN 11

DischargeRecirculation Use with a single seal Cools seal Increases pressure in

seal chamber Clean fluids only

solids can erode seal An orifice can be used

to reduce flow

PLAN 2

Cooling Jacket Use with single seal

or dual sealsMaintains or elevates box

temperature to preventproduct solidification withpolymers,resins,tars

Use to cool seal Common heat transfer fluids:

water thermal oils, glycols steam

A close tolerance thermalbushing recommended

PUMPSUCTION

PUMP DISCHARGE

OPTIONALFLOWMETER

HEAT TRANSFERFLUID OUT

EXTERNALHEAT TRANSFER

FLUIDI N

PUMPSUCTION

PUMP DISCHARGE

RESTRICTION(THROAT) BUSHING



67/76

4 - 3

PLAN 13

SuctionRecirculation Use with a single seal

Prevents solids hang-up Lowers seal chamber pressure Cools seal Reduces seal generated heat Use caution with low

vapor liquids Stuffing box lantern ring

connection can also be used

PLAN 21

Cooled DischargeRecirculation Use with a single seal Cools seal in hot services

and/or volatile fluids Increases pressure in

seal chamber Solids in product can

erode seal An orifice can be used

to reduce flow Close clearance bushing

recommended

PUMPSUCTION

PUMP DISCHARGE

HEAT EXCHANGER

COOLANTOUT

COOLANTIN

PUMP DISCHARGE PRODUCTOUT

PUMPSUCTION

PRODUCTIN





68/76

4 - 4

PLAN 23

Cooling WithPumping Ring Use with a pumping ring seal

Cools seal in hot servicesand/or volatile fluidsMinimizes heat exchanger size

and coolant water usage Close clearance bushing

recommended

PLAN 32

Flush Use with a single seal Prevents solids hang-up Acceptable flush fluids

Clean compatible fluid Water, if compatible Clean product Downstream additive Carrier fluid

HEAT EXCHANGER

COOLANTOUT

COOLANTIN

PUMP DISCHARGE

PRODUCTOUT

PRODUCTIN

PUMPSUCTION

4 ft.(1,2 m)MAX.

CLEAN FLUSHIS 515 PSIGREATER THANTHE MAXIMUM

SEAL CHAMBER PRESSURE

FLOWMETER

PUMP DISCHARGE

CLEANEXTERNAL

FLUSH

PUMPSUCTION


1 ft. (0,3 m)MINIMUM

RESTRICTION(THROAT)BUSHING




69/76

4 - 5

PLAN 52

Circulation WithExternal BufferFluid Tank

Use with a dual seal Low pressure buffer fluid,

2,0 bar g minimum Buffer fluid should be clean,

compatible and lubricating Gland inlet and outlet

connections dependenton shaft rotation

PLAN 53

Circulation WithPressurized ExternalBarrier Fluid Tank Use with a dual seal Pressurize barrier fluid

1 - 2 bar g over maximumseal chamber pressure

Barrier fluid should be clean,compatible and lubricating

Gland inlet and outletconnections dependent

on shaft rotation

EXTERNALGAS PRESSURE

PUMPSUCTION

PUMP DISCHARGE

FILL

BUFFERFLUID TANKWITHOPTIONALHEATEXCHANGER

1ft.(0,3 m)MIN.

COOLANT INLETAND OUTLET

4 ft.(1,2 m)MAX.

4 ft.(1,2 m)MAX.

FILL

VENT

BARRIERFLUID TANKWITHOPTIONALHEATEXCHANGER

PUMP DISCHARGE


1 ft. (0,3 m) MIN.

PUMPSUCTION




70/76

4 - 6

PLAN 54 with DualFlow

Circulation WithPressurized ExternalBarrier Fluid Sourceand DualFlow Use with a dual seal DualFlow simultaneously

sets and monitors barrierfluid pressure and flow

Pressurize barrier fluid1 - 2 bar g over maximumseal chamber pressure

Barrier fluid should be clean,compatible and lubricating Gland inlet and outlet

connections dependenton shaft rotation

PUMP DISCHARGE

OPTIONALLOW FLOW

ALARM

CLEAN BARRIERFLUID IN

BARRIERFLUID OUT

PUMPSUCTION

PLAN 53 Modified

Circulation WithPressurized ExternalBarrier Fluid Tank

Maintains constant pressureand liquid supply to thedual seal

External water pressure isset at 2 bar g over maximumseal chamber pressure

Initial tank level is setthrough the external waterpressure line

Pressurize tank to 1,75 bar gover maximum seal chamberpressure with a regulated

gas pad, then isolateTank is then charged with

regulated externalwater pressure

EXTERNALGAS PRESSURE

4 ft.(1,2 m)MAX.

FILL

BARRIERFLUID TANKWITHOPTIONALHEATEXCHANGER

PUMP DISCHARGE


1 ft. (0,3 m) MIN.

PUMPSUCTION




71/76

4 - 7

PLAN 62

Quench Use with a single seal Prevents coking and

crystallization Common quench fluids:

steam,water, nitrogen Low pressure only

PLAN 54

Circulation WithPressurized ExternalBarrier Fluid Source

Use with a dual seal Pressurize barrier fluid

1 - 2 bar g over maximumseal chamber pressure

Barrier fluid should be clean,compatible and lubricating

Gland inlet and outletconnections dependenton shaft rotation

PUMP DISCHARGE

PUMP DISCHARGE

FLOWMETER

BARRIERFLUID OUT

DRAIN OUT

CLEANEXTERNALBARRIER

FLUID

CLEANEXTERNAL

QUENCHIN

PUMPSUCTION

PUMPSUCTION




72/76


73/76

Section 5

Reference


74/76

Pressure (bar) x 9.8 mm Hg. x 0.0014

SG SG

Pressure (bar) =

Head (m) x SG

0.0014

Power (kW) =Q (l/min) x Head (m) x SG

efficiency x 6128

Head (m) x SG

9.8

Mm of Mercury =

Head (m) =

5 - 2


Reference

SHAFT SPEED CONVERSION CHART

FORMULAS:

SHAFT SPEED CONVERSION TABLE

=

Seal chamber pressure must be known before the proper sealand flush plan can be selected. Seal chamber pressure can vary frompump design,f low rate, and fluid being pumped.Suction and dischargepressures are required to perform these calculations. Often, pump specsheets can be old and outdated i.e.,design, operating points may havechanged due to a change in process demands.It is for this reason,

that suction and discharge pressures should be physically measuredwith pressure gages.

Single Stage, Single Suction, Overhung Process PumpsOverhung ANSI pumps are the most common process pumps inthe industry.The seal chamber is located behind the pump impeller.Seal chamber pressure can vary based on pump design.Pump designs include wear rings and balance holes in the impellerto reduce thrust load on the bearings.The seal chamber pressureis a function of wear ring clearance as well as size and locationof the balance holes. The following equations are based on closedthroat design seal chambers.

Enclosed or Semi-Enclosed Impellers with Psb = Ps + .05(Pd-Ps)wear ring design and balance holes

Open Impeller Psb = Ps + .25(Pd-Ps)

Single Stage,Double Suction PumpsThe single stage,double suction impeller is Psb = Psplaced between bearings while the sealchambers are located adjacent to the suctioneyes of the impeller.The stuffing box pressureis equal to the suction pressure.

Multi-Stage PumpsMulti-stage pumps inherently have higher discharge pressures,but low to medium stuffing box pressures due to impeller arrangement,casing design, balance drums and the use of balance lines.

These multi-stage pumps can be mounted horizontally or vertically.

SEAL CHAMBER PRESSURE ESTIMATION

SHAFT DIA. (mm)

SHAFT DIA.(Inches)

Use formulas below to determineapproximate shaft speeds if not shown in chart above.

SURFACESPEED(Feetpermin.)

SURFA

CESPEED(Meterspersec.)

Two Stage Horizontal PumpsImpeller arrangement can have two configurations:1. Back to BackIn this arrangement, the seal chambers are Psb1 = Pslocated adjacent to the suction eye of the impeller.One chamber will see suction pressure and the Psb2 = Ps+.5(Pd-Ps)

other will see first stage discharge pressure.2. Eye to EyeIn this arrangement the seal chambers are Psb1 = Ps+.5(Pd-Ps)located adjacent to the backside of the impeller.One chamber will see the discharge of the first Psb2 = Pdstage and the other will see pump dischargepressure (second stage discharge).

Multi-Stage Horizontal PumpsMulti-stage Boiler Feed Pumps are used to Psb1 = Psdevelop high pressures, but the seal chamberis not necessarily at a high pressure.Thesepumps have a low pressure chamber (suctionpressure) and a higher-pressure chamber(pressure between suction and discharge).

Typically,a balance line is used to reduce Psb2 = Ps+5 bar gpressure in the higher pressure seal chamber.

Provided pump tolerances are in check, thehigher-pressure seal chamber is as follows:

NOTE: I f pump tolerances are not in check, Psb2 = Ps+.5(Pd-Ps)and in the absence of a balance line thehigher-pressure chamber will be a pressurebetween suction and discharge pressure.

Mulit-Stage Vertical Pumps (Can or Turbine)In these pumps the seal chamber is located Psb = Pdat the discharge elbow.Therefore the sealchamber pressure would see discharge pressure.

NOTE: The installation of a bleed-off line can Psb = Ps+5 bar greduce seal chamber pressure providedpump tolerances are in check.

Dia. millimeters x R.P.M.M/S =

18750Dia. inches x R.P.M.

FPM =4

RPM

SHAFTmm

1450M/S

2900M/S

25 1.9 3.828 2.1 4.230 2.3 4.632 2.4 4.933 2.5 5.035 2.7 5.338 2.9 5.840 3.0 6.143 3.3 6.545 3.4 6.848 3.6 7.350 3.8 7.6

RPM

SHAFTmm

1450M/S

2900M/S

55 4.2 8.360 4.6 9.165 4.9 9.970 5.3 10.675 5.7 11.480 6.1 12.185 6.5 12.990 6.8 13.795 7.2 14.4

100 7.6 15.2110 8.3 16.7120 9.1 18.2


75/76

Mariners Measure6 Feet = 1 Fathom120 Fathoms = 1 Cable Length (U.S.N.)

8.439 Cable Lengths = 1 Nautical Mile6076.12 Ft = 1 Nautical Mile1 Nautical Mile = 1.15 Statute Mile (International )

Inch System ConversionInches x 0.0254 = MetersFeet x 0.305 = MetersYards x 0.914 = MetersMiles x 1609. = MetersMiles x 1.609 = KilometersMillimeters x 0.03937 = InchesCentimeters x 0.3937 = InchesMeters x 39.37 = InchesMeters x 3.281 = FeetMeters x 1.094 = YardsKilometers x 0.621 = MilesSq. Centimeters x 0.155 = Square lnchesSq. Meters x 10.764 = Square FeetSq. Meters x 1.186 = Square YardsCubic Centimeters x 0.061 = Cubic lnchesCubic Inches x 16.2 = Cubic Centimeters

Liters x 0.2642 = GallonsGallons x 3.78 = LitersCubic Meters x 1.308 = Cubic YardsCubic Yards x 0.765 = Cubic Meters

Metric System PrefixesMega = 1,000,000 Deci = 0.1 Tera (T) = 1012

Kilo = 1,000 Centi = 0.01 Giga (G) = 109

Hecto = 100 Milli = 0.001 Nano (N) = 10-9

Deka = 10 Micro = 0.000001 Pico (P) = 10-12

Length1 centimeter = 0.3937 inch = 0.0328 foot1 meter = 39.37 inches = 1.0936 yards1 kilometer = 0.62137 mile = 3280 feet1 inch = 2.54 centimeters1 foot = 0.3048 meter1 mil = 0.001 inch

Square Measure1 sq. cm. = 0.1550 sq. in1 sq. meter = 1.196 sq. yd. = 10.764 sq. ft.1 sq.kilometer = 0.386 sq.mile1 sq. inch = 6.452 sq. centimeters1 sq. foot = 929.03 sq. cm. = 0.092903 sq. meter1 sq. yard = 0.8361 sq. meter1 sq. mile = 2.59 sq. kilometers1 circular mil = 0.7854 sq.mil1 sq. inch = 1,000,000 sq. mils

Cubic Measure1 cu.centimeter = 0.061 cu.inch 1 cu.in. = 16.39 cu cm.1 cu.meter = 1.308 cu.yards = 35.316 cu.feet.1 gallon (U.S.) = 231 cubic inches1 cu.ft. = 7.48 gallons 1 liter = 1,000 cu.centimeters

Time1 day = 86,400 seconds 1 year = 8,760 hours (approx.)

Velocity1 ft./sec = 0.3048 meter/sec 1 meter/sec = 3.281 ft./sec1 ft./min = 0 .00508 meter/sec 1 meter/sec = 196.9 f t./min1 mile/hr = 0 .4470 meter/sec 1 meter/sec = 2.237 mi/hr1 kilometer/hr = 0.2778 meter/sec 1 meter/sec = 3.60 km/hr

Acceleration1 ft/sec/sec = 0.3048 meter/sec/sec1 mile/hr/sec = 0.4470 meter/sec/sec1 kilometer/hr/sec = 0.2778 meter/sec/secStandard g

Documents

Seal Guide Metric