Pipe Shoe Catalog - AAA Technology & Specialties Co., Inc

A A A T E C H N O L O G Y & SPECIALTIES CO., INC.

P R O D U C T C A T A L O G

2017—Feb. 2

www.aaatech.com P R O U D L Y S E R V I N G I N D U S T R Y S I N C E 1 9 7 1

http://www.aaatech.com

AAA Technology & Specialties Co., Inc.

TABLE OF CONTENTS

Introduction 1

Shoe Types 2-3

How to Order—Pipe Shoe Variables 4

Pipe Shoe Variables—Slot Option Details 5

Selecting the Best Pipe Shoe—Selection Logic 6

Selection Logic—Guide Details 7

Slide Bearing Option Details 8

Base Plate Details 9

How To Order with Custom Properties 10

SHOE TYPES AND SPECIFICATIONS

Fig 5000 - Split Beam T-Shoe 11

Fig 5001 - Split Beam T-Shoe with Gussets 12

Fig 5010 - Split Beam T-Shoe with U-Bolts 13

Fig 5011 - Split Beam T-Shoe with U-Bolts and Gussets 14

Fig 5020 - Split Beam T-Shoe with Clamps 15

Fig 5021 - Split Beam T-Shoe with Clamps and Gussets 16

Fig 5100 - Fabricated T-Shoe 17

Fig 5101 - Fabricated T-Shoe with Gussets 18

Fig 5110 - Fabricated T-Shoe with U-Bolts 19

Fig 5111 - Fabricated T-Shoe with U-Bolts and Gussets 20

Fig 5120 - Fabricated T-Shoe with Clamps 21

Fig 5121 - Fabricated T-Shoe with Clamps and Gussets 22

Fig 5200 - Double Upright T-Shoe 23

Fig 5201 - Double Upright T-Shoe with Gussets 24

Fig 5210 - Double Upright T-Shoe with U-Bolts 25

Fig 5211 - Double Upright T-Shoe with U-Bolts with Gussets 26

Fig 5220 - Double Upright T-Shoe with Clamps 27

Fig 5221 - Double Upright T-Shoe with Clamps with Gussets 28

Fig 5500 - Heavy Duty Pipe Saddle 29

Page 1

PIPE SHOES

Pipe Shoes and Saddles

AAA Technology & Specialties Co., Inc. is proud to provide a complete line of Pipe Shoes and Supports. These pipe

shoes are constructed in accordance with the rules and regulations specified and defined by the Quality Assurance

Procedures for Pipe Supports Manufactured per the ASME B31.1, B31.2, B31.3, B31.4, B31.5, B31.8, B31.9,

B31.11 & B31.12 Piping Codes, the ANSI/AWS D1.1 and the MSS SP-58 & MSS SP-69 Standards. Well trained and

experienced personal using formal standardized document systems and fabrication control methods supervise all

projects.

The Pipe Shoes and Supports of-

fered herein are built in three cate-

gories: Split Beam Construction,

Welded Flat Bar or Cut/Burned

Plate or Double Upright Construc-

tion in accordance to your require-

ments. In addition, we can supply

these in various Guided Shoe As-

semblies as illustrated in the fol-

lowing pages.

These shoes can also be con-

structed with our TRI*SLIDE™ low

friction slide bearings in one of the

following combinations: 1. PTFE

upper & lower bearings, 2. Stain-

less Steel upper & PTFE lower

bearings, 3. Stainless Steel upper

& Graphite lower bearing, 4.

Graphite upper & Graphite lower

bearing or any other combination

that you require. We are also able

to supply Stainless Steel upper &

lower Meehanite slide bearings

with Alloy Steel or Stainless Steel

construction for high temperature applications, Polyurethane Saddles, Permali or Composite Supports for cryogenic

applications, and can fabricate these out of machined block or poured to your specific needs.

Please do not hesitate to call or e-mail AAA Technology & Specialties Co., Inc. to tell us about your requirements so

that we can better serve you and fulfill your Pipe Support needs.

http://www.aaatech.com/

mailto:[email protected]?subject=Pipe%20Shoe%20Catalog%20Info

http://www.aaatech.com/catalogs/pipe-shoes/index.htm

AAA Technology & Specialties Co., Inc. Page 2

PIPE SHOES

SHOE TYPES

Choose from three designs of unreinforced pipe shoes: 1) Split Beam T-Shoe (single upright); 2) Fabricated (from flat bar or cut

plate) Pipe Shoe (single upright); or 3) Double Upright Pipe Shoe. Each design, in turn, can be fabricated : 1) Plain; 2) With U-

Bolts; or 3) With Pipe Clamps.

5000 - Split Beam 5010 - Split Beam with U-Bolts 5020 - Split Beam with Clamps

5100 - Fabricated 5110 - Fabricated with U-Bolts 5120 - Fabricated with Clamps

5200 - Double Upright 5210 - Double Upright with U-Bolts 5220 - Double Upright with Clamps

Fig. 5000, 5010, & 5020 SPLIT BEAM T-SHOES

Fig. 5100, 5110, 5120 FABRICATED T-SHOES

Fig. 5200, 5210, & 5220 DOUBLE UPRIGHT T-SHOES


Page 3

PIPE SHOES

5001 - Split Beam- Gussets 5011 - Split Beam with U-Bolts - Gussets 5021 - Split Beam with Clamps - Gussets

5101 - Fabricated- Gussets 5111 - Fabricated with U-Bolts—Gussets 5121 - Fabricated with Clamps—Gussets

5201 - Double Upright - Gussets 5211 - Double Upright w/ U-Bolts—Gussets 5221 - Double Upright w/ Clamps—Gussets

Fig. 5001, 5011, & 5021 SPLIT BEAM T-SHOES

Fig. 5101, 5111, 5121 FABRICATED T-SHOES

Fig. 5201, 5211, & 5221 DOUBLE UPRIGHT T-SHOES

SHOE TYPES

Choose from three designs of gusseted or reinforced pipe shoes: 1) Split Beam T-Shoe (single upright); 2) Fabricated (from flat

bar or cut plate) Pipe Shoe (single upright); or 3) Double Upright Pipe Shoe. Each design, in turn, can be fabricated : 1) Plain;

2) With U-Bolts; or 3) With Pipe Clamps.





PIPE SHOES

HOW TO ORDER

Standard Pipe Shoes are ordered by indicating the following dimensions and choices:

Fig. Description of Pipe Shoe

5000 Split Beam T-Shoe

5010 Split Beam T-Shoe w/U-Bolts

5020 Split Beam T-Shoe w/Clamps

5100 Fabricated T-Shoe

5110 Fabricated T-Shoe w/U-Bolts

5120 Fabricated T-Shoe w/Clamps

5200 Double Upright T-Shoe

5210 Double Upright T-Shoe w/U-Bolts

5220 Double Upright T-Shoe w/Clamps

Type Description of Guide Support

NG No Guide

CG Clip Guide

AG Angle Guide

AG2 Angle Guide 2

AG&ST Angle Guide and Line Stop

Type Description of Slot Options

S1 No Slots

S2 Expansion Slots

S3 Insulation Band Slots

S4 Expansion Slots & Insulation Band Slots

Type Description of Slide Bearings

NSB No Slide Bearing

T/T PTFE on PTFE

S/T Stainless Steel on PTFE

S/P Stainless Steel on Polyethylene

S/G Stainless Steel on Graphite

G/G Graphite on Graphite

Fig. Description of Pipe Shoe W/ Gussets

5001 Split Beam T-Shoe w/ End Gussets

5011 Split Beam T-Shoe w/U-Bolts w/ End Gussets

5021 Split Beam T-Shoe w/Clamps w/ End Gussets

5101 Fabricated T-Shoe w/ End Gussets

5111 Fabricated T-Shoe w/U-Bolts w/ End Gussets

5121 Fabricated T-Shoe w/Clamps w/ End Gussets

5201 Double Upright T-Shoe w/ End Gussets

5211 Double Upright T-Shoe w/U-Bolts w/ End Gussets

5221 Double Upright T-Shoe w/Clamps w/ End Gussets

Pipe Shoe Variables 1. Pipe Diameter —

Single Upright Pipe Shoes are available for pipe diameters from 1/2” to 24”, depending upon the type of

pipe shoe. Single Upright Pipe Shoes for larger pipe diameters are available upon request.

Double Upright Pipe Shoes are available for pipe diameters from 10” to 42”, depending upon the type of

pipe shoe. Double Upright Pipe Shoes for smaller and larger pipe diameters are available upon request.



Page 5

PIPE SHOES

Pipe Shoe Variables (cont’d) 2. Pipe Shoe Fig. No. — Select from any of the pipe shoe configurations as described in the following pages.

3. BOP & Length — Typical BOP’s are 4”, 6” or 8”, however, the BOP can be defined by you to fit your require-

ments. Please note that as shoes become shorter in height, there is a minimum height for U-Bolt-on pipe

shoes because of the U-Bolt extending downwards below the top of the shoe. Clamp-on pipe shoes also have

minimums because of the clearance required to install the closure bolts.

Also, as the height of the shoe becomes larger, the lateral strength of the pipe shoe becomes less.

The length of the pipe shoe is typically 6”, 12”, 18”, 24”, 30” & 36” with 12 & 18 being by far the most com-

mon lengths defined by our customers. However, the shoe length can be specified by the customer. Lengths

and heights can be defined in inches or millimeters, but the units must be specified.

4. Slot Option — Slot options of S1 through S4 are available for selection. The most commonly selected slots

are “No Slots” and “Insulation Band Slots”. Expansion slots can be provided in cases where your pipe is oper-

ating at a very high temperature and the shoe will not expand as much as the pipe. The danger is the shear-

ing of the weld between the pipe and the shoe. Expansion slots allow the shoe to flex as the pipe grows in

order to reduce the potential of shear failure in the weld between the pipe and the shoe. Please note that slots

of any kind reduce the strength of any pipe shoe. Enter “S1” if you do not want any slots of any type.

5. Slide Bearing — See the listing of Slide Bearing options available above. Steel on steel is a frequently select-

ed option. To specify steel on steel as your option, enter “NSB” for No Bearing.

6. Material Specification — Enter the ASTM Material Specification. Default is A-36 Carbon Steel. If the Materi-

al specification is omitted, AAA Technology will fabricate the pipe shoes of A-36 steel.

7. Material Finish — The finish options available are: Plain, HDG (Hot Dip Galvanized), Primed (default primer is

red oxide, however the customer may specify the primer desired, Painted (customer to define the paint specifi-

cation desired) or custom whereby the customer is to define the coating.

8. Guide Type — See the listing of Guide Type options available above. Further specification of guide proper-

ties may be required as discussed further in this document.

SLOT OPTION DETAIL

Type S1, No Slots Type S2, Expansion Slots Type S3, Insulation Slots

Type S4, Expansion &

Insulation Slots




Page 6

PIPE SHOES

Selecting the Best Pipe Shoe for Your Application 1. Determine if pipe shoes can be welded to the pipe or must be mechanically attached to the pipe.

a. If the shoe can be welded to the pipe, then determine what the pipe material is so that the pipe shoe

material can be properly welded to the pipe.

b. If welding is exotic and will require specialized welding in the field, it may be more cost effective to se-

lect a mechanically attached pipe shoe design.

c. If field welding is not allowed or preferred, then opt for a mechanically attached pipe shoe.

2. Determine the Loading Requirements for the pipe shoe. In other words, how much vertical load, lateral load

and axial load is to be carried by the pipe shoe? If the lateral and axial loads to be carried are minimal, then a

single upright, unreinforced pipe shoe will likely be satisfactory for your application. So long as the shoe is not

too tall, the allowable for the pipe shoe can be calculated simply as force/area. Keep in mind that the length of

the shoe support surface in contact with the support member can reduce the support area for this calculation.

Further, the weakest part of your support system may be the contact point of the pipe and the pipe shoe and

may not be the pipe shoe at all.

The allowable loads listed for the pipe shoes in this catalog are based upon the full length of the pipe shoe

being in contact with the supporting member. Reduce the allowables appropriately for your support conditions.

The material and the operating temperature can also effect the allowable stress and therefore the allowable

loads that can be carried.

3. See the Selection Logic on the following page to assist in selecting the best pipe shoe for your application


Selection Logic Weld-on 1. Material Requirements — The material for a weld-on pipe shoe should match the pipe material. Typically, A-36

is acceptable for being welded to A-53 and A-106 pipe, but the project specifications or the customer should be

consulted for material acceptability.

2. Pipe Shoe Finish — In areas where corrosion is prevalent, a hot dip galvanizing is frequently called for. Please

note that galvanized pipe shoes (welded or mechanically attached) should not be used on stainless steel pipe.

3. Loading —

a. Where vertical loads exceed the allowables based upon the support member length, thicker vertical up-

rights should be specified and/or end gussets.

b. Where lateral loads are more than minimal (this varies with the loading and the shoe), end gussets are

generally recommended.

c. Where axial loads are more than minimal (this varies with the loading and the shoe), end gussets are


4. Split Beam or Fabricated Shoe — Shoes made from split beam are generally slightly lighter than those fabricat-

ed from plate or flat bar. They are also made of dual rated beam that means that the stress rating will be 50,000

psi rather than 36,000 psi as in shoes fabricated from standard carbon steel plate or flat bar. Shoes made of

split carbon steel beam are generally less expensive than pipe shoes constructed of plate or flat bar because of

the additional cutting, welding and grinding involve in fabricating a shoe from plate or flat bar.

5. Slide Bearings — In order to minimize lateral and axial loads carried by the pipe shoe if guides and line stops

are not specified, consider adding a low friction slide bearing. See AAA Technology’s TRI*SLIDE literature for

details that will assist you in specifying the correct slide bearing for your application.


Page 7

PIPE SHOES

Selection Logic (cont’d)

Clamp-on / U-Bolt-on (Mechanically Attached) 1. Material Requirements — Mechanically-attached pipe shoes are typically manufactured of a compatible material

or will be specified with a liner that will separate the shoe from the pipe. Typically, A-36 is acceptable for use on

carbon steel pipe such as A-53 and A-106 pipe. If stronger shoes are required, pressure vessel grade material

can be requested. For higher temperature lines, pipe shoes should be fabricated of alloy steel or stainless steel

but the project specifications or the customer should be consulted for material acceptability.

2. Pipe Shoe Finish — In areas where corrosion is prevalent, a hot dip galvanizing is frequently called for. Please

note that galvanized pipe shoes that are mechanically attached should not be used on stainless steel pipe.

3. Loading —

a. Where vertical loads exceed the allowables based upon the support member length, thicker vertical up-

rights should be specified and/or end gussets.

b. Where lateral loads are more than minimal (this varies with the loading and the shoe), end gussets are


c. In general, clamp-on shoes will carry more lateral load than U-Bolt-on shoes. For allowable loads for U

-Bolt-on shoes, see U-Bolt allowable lateral loads. Clamp-on shoes will carry lateral loads if type AG or

CG is used with the clamp-on shoe.

d. Where axial loads are more than minimal (this varies with the loading and the shoe), end gussets are


4. Split Beam or Fabricated Shoe — Shoes made from split beam are generally slightly lighter than those fabricat-

ed from plate or flat bar. They are also made of dual rated beam that means that the stress rating will be 50,000

psi rather than 36,000 psi as in shoes fabricated from standard carbon steel plate or flat bar. Shoes made of

split carbon steel beam are generally less expensive than pipe shoes constructed of plate or flat bar because of

the additional cutting, welding and grinding involve in fabricating a shoe from plate or flat bar.

5. Slide Bearings — In order to minimize lateral and axial loads carried by the pipe shoe if guides and line stops

are not specified, consider adding a low friction slide bearing. See AAA Technology’s TRI*SLIDE literature for

details that will assist you in specifying the correct slide bearing for your application.

Type NG, No Guide

GUIDE DETAIL

Type AG, Angle Guide Type AG2, Angle Guide 2

Type AG&ST, Angle Guide & Line Stop Type CG, Clip Guide




Page 8 AAA Technology & Specialties Co., Inc.

PIPE SHOES

SLIDE BEARING OPTION DETAIL

Property

T/T -

PTFE over

PTFE

S/T -

SS over

PTFE

GS/GS -

Graphite S

over

Graphite S

GHT/GHT -

Graphite HT

over

Graphite HT

SS/M—SS

over

Meehanite

SS/GS -

SS over

Graphite S

SS/GS -

SS over

Graphite HT

Compressive

Strength 2000 PSI 4000 PSI 7200 PSI 2800 PSI 24,000 PSI 7200 PSI 2800 PSI

Maximum

Temperature

300° F

(150° C)

300° F

(150° C)

750° F

(400° C)

1200° F

(650° C)

1600° F

(871° C)

750° F

(400° C)

1200° F

(650° C)

Option PTFE over PTFE Option SS over PTFE

Option Graphite

over Graphite

Option SS

over Graphite

Option SS

over Meehanite

Optional Frame around

Graphite or Meehanite


Page 9

PIPE SHOES

BASE PLATE DETAIL

L (in)

Single Upright Shoes (e.g. Fig

5000, 5100 etc.)

Double Upright Shoes (e.g. Fig

5200)

Pipe Size Type NG Type AG

or AG2 Type CG Type NG

Type AG

or AG2 Type CG T (in)

2 6 6 3/4 8 1/4 -- -- -- 1/4" or 3/8 or 1/2"

2 1/2 6 6 3/4 8 1/4 -- -- -- 1/4" or 3/8 or 1/2"

3 6 6 3/4 8 1/4 -- -- -- 1/4" or 3/8 or 1/2"

4 6 6 3/4 8 1/4 -- -- -- 1/4" or 3/8 or 1/2"

6 6 6 3/4 8 1/4 -- -- -- 1/4" or 3/8 or 1/2"

8 6 6 3/4 8 1/4 -- -- -- 1/4" or 3/8 or 1/2"

10 6 6 3/4 8 1/4 8 8 3/4 10 1/4 1/4" or 3/8 or 1/2"

12 10 10 3/4 12 1/4 10 10 3/4 12 1/4 1/4" or 3/8 or 1/2"

14 10 10 3/4 12 1/4 10 10 3/4 12 1/4 1/4" or 3/8 or 1/2"

16 10 10 3/4 12 1/4 12 12 3/4 14 1/4 1/4" or 3/8 or 1/2"

18 10 10 3/4 12 1/4 12 12 3/4 14 1/4 1/4" or 3/8 or 1/2"

20 12 12 3/4 14 1/4 14 14 3/4 16 1/4 1/4" or 3/8 or 1/2"

24 12 12 3/4 14 1/4 14 14 3/4 16 1/4 1/4" or 3/8 or 1/2"

30 -- -- -- 19 1/2 20 1/4 21 3/4 1/4" or 3/8 or 1/2"

36 -- -- -- 22 1/2 23 1/4 24 3/4 1/4" or 3/8 or 1/2"

42 -- -- -- 25 1/2 26 1/4 27 3/4 1/4" or 3/8 or 1/2"

Type AG or AG2 Base Plate

Type CG Base Plate

Type NG Base Plate

Different lengths, widths and thicknesses available upon request.




Page 10

PIPE SHOES

HOW TO ORDER

Standard Pipe Shoe Guides and Stops are ordered by indicating the following dimensions and choices:



PIPE SHOES

(All slot options are available with each pipe shoe)

APPLICATION: The Fig 5000 Pipe Shoe is to be welded to the pipe along the top edge & the base can also be welded to the support

member to anchor the pipe.

CONSTRUCTION: The Pipe Shoe is constructed from a split beam of A-992 steel.

FINISH: The Pipe Shoe can be provided with a black, painted or hot dip galvanized finish.

OPTIONAL FEATURES: The Pipe Shoe can be supplied in different BOP to TOS dimensions as well as different lengths.

ORDERING: See beginning of this section for ordering instructions.

EXAMPLE: 3” - Fig.5000 - 4”x12” - S1 - T/T - AG

FIG. 5000 SPLIT BEAM PIPE SHOE

* - Weights shown are for 12” long shoes

* - For pipe shoes larger than 24” NPS, contact AAAT for further assistance.

713-849-3366 | www.aaatech.com | [email protected] Page 11

Nominal

Pipe Dia.

(in)

Actual

O.D. (in.) A (in)

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 4 4 7/16 5000 6.50 6 6 7/16 5000 8.00

3/4 1.05 4 4 4 19/32 5000 6.50 6 6 19/32 5000 8.00

1 1.315 4 4 4 11/16 5000 6.50 6 6 11/16 5000 8.00

1 1/4 1.66 4 4 4 13/16 5000 6.50 6 6 13/16 5000 8.00

1 1/2 1.9 4 4 4 15/16 5000 6.50 6 6 15/16 5000 8.00

2 2.375 4 4 5 3/16 5000 6.50 6 7 3/16 5000 8.00

2 1/2 2.875 4 4 5 7/16 5000 6.50 6 7 3/16 5000 8.00

3 3.5 4 4 5 3/4 5000 6.50 6 7 3/4 5000 8.00

3 1/2 4 4 4 6 5000 6.50 6 8 5000 8.00

4 4.5 4 4 6 1/4 5000 6.50 6 8 1/4 5000 8.00

5 5.5625 4 4 6 25/32 6000 6.50 6 8 25/32 6000 8.00

6 6.625 4 4 7 5/16 6000 6.50 6 9 5/16 6000 8.00

8 8.625 4 4 8 5/16 6000 6.50 6 10 5/16 6000 8.00

10 10.75 4 4 9 3/8 8000 6.50 6 11 3/8 8000 8.00

12 12.75 6.5 4 10 3/8 8000 12.00 6 12 3/8 8000 13.00

14 14 6.5 4 11 8000 12.00 6 13 8000 13.00

16 16 6.5 4 12 8000 12.00 6 14 8000 13.00

18 18 6.5 4 13 8000 12.00 6 15 8000 13.00

20 20 8 4 14 8000 15.50 6 16 8000 20.00

24 24 8 4 16 8000 15.50 6 18 8000 20.00




PIPE SHOES


APPLICATION: The Fig 5001 Pipe Shoe with End Gusset Plates is to be welded to the pipe along the top edges of the shoe and the

gussets and the base can also be welded to the support member to anchor the pipe.

CONSTRUCTION: The Pipe Shoe is constructed from a split beam of A-992 steel with End Gussets of A-36 Plate.





FIG. 5001 SPLIT BEAM PIPE SHOE W/ END GUSSETS




Nominal

Pipe Dia.

(in)

Actual

O.D. (in.) A (in)

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 4 4 7/16 5000 8.73 6 6 7/16 5000 11.22

3/4 1.05 4 4 4 19/32 5000 8.73 6 6 19/32 5000 11.22

1 1.315 4 4 4 11/16 5000 8.73 6 6 11/16 5000 11.22

1 1/4 1.66 4 4 4 13/16 5000 8.73 6 6 13/16 5000 11.22

1 1/2 1.9 4 4 4 15/16 5000 8.73 6 6 15/16 5000 11.22

2 2.375 4 4 5 3/16 6500 8.73 6 7 3/16 6500 11.22

2 1/2 2.875 4 4 5 7/16 6500 8.73 6 7 3/16 6500 11.22

3 3.5 4 4 5 3/4 6500 8.73 6 7 3/4 6500 11.22

3 1/2 4 4 4 6 6500 8.73 6 8 6500 11.22

4 4.5 4 4 6 1/4 6500 8.73 6 8 1/4 6500 11.22

5 5.5625 4 4 6 25/32 7800 8.73 6 8 25/32 7800 11.22

6 6.625 4 4 7 5/16 7800 8.73 6 9 5/16 7800 11.22

8 8.625 4 4 8 5/16 7800 8.73 6 10 5/16 7800 11.22

10 10.75 4 4 9 3/8 10400 8.73 6 11 3/8 10400 11.22

12 12.75 6.5 4 10 3/8 10400 16.78 6 12 3/8 10400 19.90

14 14 6.5 4 11 10400 16.78 6 13 10400 19.90

16 16 6.5 4 12 10400 16.78 6 14 10400 19.90

18 18 6.5 4 13 10400 16.78 6 15 10400 19.90

20 20 8 4 14 10400 21.23 6 16 10400 28.28

24 24 8 4 16 10400 21.23 6 18 10400 28.28


PIPE SHOES

APPLICATION: The Fig. 5010 Pipe Shoe is to be U-Bolted to the pipe in the U-Bolt cradles & the base can be welded to the support member to

anchor the pipe.






FIG. 5010 SPLIT BEAM PIPE SHOE W/U-BOLTS

* - Weights shown are for 12” long shoes * - For pipe shoes larger than 24” NPS, contact AAAT for further assistance.



Nominal

Pipe Dia.

(in)

Actual

O.D. (in.) A (in) D (in)

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit

Wt.

(lbs.)* 1/2 .84 4 3 4 4 7/16 5000 7.22 6 6 7/16 5000 8.72

3/4 1.05 4 3 4 4 19/32 5000 7.22 6 6 19/32 5000 8.72

1 1.315 4 4 4 4 11/16 5000 7.36 6 6 11/16 5000 8.86

1 1/4 1.66 4 4 4 4 13/16 5000 7.66 6 6 13/16 5000 9.12

1 1/2 1.9 4 5 4 4 15/16 5000 7.84 6 6 15/16 5000 9.34

2 2.375 4 5 4 5 3/16 5000 7.94 6 7 3/16 5000 9.44

2 1/2 2.875 4 5 1/2 4 5 7/16 5000 8.30 6 7 3/16 5000 9.80

3 3.5 4 6 4 5 3/4 5000 8.66 6 7 3/4 5000 10.16

3 1/2 4 4 6 1/2 4 6 5000 9.39 6 8 5000 10.88

4 4.5 4 7 4 6 1/4 5000 10.10 6 8 1/4 5000 11.60

5 5.5625 4 8 1/2 4 6 25/32 6000 10.46 6 8 25/32 6000 11.96

6 6.625 4 9 3/4 4 7 5/16 6000 14.78 6 9 5/16 6000 16.28

8 8.625 4 12 4 8 5/16 6000 16.10 6 10 5/16 6000 17.60

10 10.75 4 14 1/2 4 9 3/8 8000 25.70 6 11 3/8 8000 27.20

12 12.75 6.5 16 1/2 4 10 3/8 8000 33.30 6 12 3/8 8000 34.30

14 14 6.5 18 4 11 8000 39.90 6 13 8000 40.90

16 16 6.5 20 4 12 8000 42.60 6 14 8000 43.60

18 18 6.5 22 1/4 4 13 8000 55.20 6 15 8000 56.20

20 20 8 24 1/4 4 14 8000 64.70 6 16 8000 69.20

24 24 8 28 1/4 4 16 8000 85.10 6 18 8000 89.60




PIPE SHOES

APPLICATION: The Fig. 5011 Pipe Shoe with End Gusset Plates is to be U-Bolted to the pipe in the U-Bolt cradles & the base can be welded

to the support member to anchor the pipe.






FIG. 5011 SPLIT BEAM PIPE SHOE W/END GUSSETS W/U-BOLTS



Nominal

Pipe Dia.

(in)

Actual


BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit

Wt.

(lbs.)* 1/2 .84 4 3 4 4 7/16 6500 9.45 6 6 7/16 6500 11.94

3/4 1.05 4 3 4 4 19/32 6500 9.45 6 6 19/32 6500 11.94

1 1.315 4 4 4 4 11/16 6500 9.59 6 6 11/16 6500 12.08

1 1/4 1.66 4 4 4 4 13/16 6500 9.89 6 6 13/16 6500 12.38

1 1/2 1.9 4 5 4 4 15/16 6500 10.07 6 6 15/16 6500 12.56

2 2.375 4 5 4 5 3/16 6500 11.13 6 7 3/16 6500 12.66

2 1/2 2.875 4 5 1/2 4 5 7/16 6500 11.63 6 7 3/16 6500 13.02

3 3.5 4 6 4 5 3/4 6500 12.33 6 7 3/4 6500 13.38

3 1/2 4 4 6 1/2 4 6 6500 13.53 6 8 6500 14.10

4 4.5 4 7 4 6 1/4 6500 14.73 6 8 1/4 6500 14.82

5 5.5625 4 8 1/2 4 6 25/32 7800 15.33 6 8 25/32 7800 15.18

6 6.625 4 9 3/4 4 7 5/16 7800 22.53 6 9 5/16 7800 19.50

8 8.625 4 12 4 8 5/16 7800 24.73 6 10 5/16 7800 20.82

10 10.75 4 14 1/2 4 9 3/8 10400 40.73 6 11 3/8 10400 30.42

12 12.75 6.5 16 1/2 4 10 3/8 10400 52.28 6 12 3/8 10400 41.20

14 14 6.5 18 4 11 10400 63.28 6 13 10400 47.80

16 16 6.5 20 4 12 10400 67.78 6 14 10400 50.50

18 18 6.5 22 1/4 4 13 10400 88.78 6 15 10400 63.10

20 20 8 24 1/4 4 14 10400 103.23 6 16 10400 77.48

24 24 8 28 1/4 4 16 10400 137.23 6 18 10400 97.88



PIPE SHOES

FIG. 5020 SPLIT BEAM PIPE SHOE W/CLAMPS

APPLICATION: The Fig. 5020 Pipe Shoe is to be clamped to the pipe & the base can be welded to the support member to anchor the

pipe.








Nominal

Pipe Dia.

(in)

Actual


BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit

Wt.

(lbs.)* 1/2 .84 4 3 1/2 4 4 7/16 5000 7.74 6 6 7/16 5000 9.00

3/4 1.05 4 3 1/2 4 4 19/32 5000 7.98 6 6 19/32 5000 9.16

1 1.315 4 3 1/2 4 4 11/16 5000 8.04 6 6 11/16 5000 9.20

1 1/4 1.66 4 4 1/4 4 4 13/16 5000 8.32 6 6 13/16 5000 9.52

1 1/2 1.9 4 4 1/2 4 4 15/16 5000 8.41 6 6 15/16 5000 9.58

2 2.375 4 5 1/2" 4 5 3/16 5000 8.90 6 7 3/16 5000 10.40

2 1/2 2.875 4 6 1/2" 4 5 7/16 5000 9.50 6 7 3/16 5000 11.00

3 3.5 4 7" 4 5 3/4 5000 10.10 6 7 3/4 5000 11.60

3 1/2 4 4 7 5/8" 4 6 5000 11.30 6 8 5000 12.80

4 4.5 4 8 3/4" 4 6 1/4 5000 12.50 6 8 1/4 5000 14.00

5 5.5625 4 9 3/4" 4 6 25/32 6000 13.10 6 8 25/32 6000 14.60

6 6.625 4 11 3/4" 4 7 5/16 6000 20.30 6 9 5/16 6000 21.80

8 8.625 4 13 3/4" 4 8 5/16 6000 22.50 6 10 5/16 6000 24.00

10 10.75 4 17" 4 9 3/8 8000 38.50 6 11 3/8 8000 40.00

12 12.75 6.5 19" 4 10 3/8 8000 47.50 6 12 3/8 8000 48.50

14 14 6.5 21" 4 11 8000 58.50 6 13 8000 59.50

16 16 6.5 23" 4 12 8000 63.00 6 14 8000 64.00

18 18 6.5 26" 4 13 8000 84.00 6 15 8000 85.00

20 20 8 28 1/2" 4 14 8000 97.50 6 16 8000 102.00

24 24 8 34" 4 16 8000 131.50 6 18 8000 136.00





PIPE SHOES

FIG. 5021 SPLIT BEAM PIPE SHOE W/END GUSSETS W/CLAMPS

APPLICATION: The Fig. 5021 Pipe Shoe with End Gusset Plates is to be clamped to the pipe along the top edge & the base can be

welded to the support member to anchor the pipe.








Nominal

Pipe Dia.

(in)

Actual

O.D.

(in.)

A (in) D (in) BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 3 1/2 4 4 7/16 5000 9.97 6 6 7/16 5000 12.22

3/4 1.05 4 3 1/2 4 4 19/32 5000 10.21 6 6 19/32 5000 12.38

1 1.315 4 3 1/2 4 4 11/16 5000 10.27 6 6 11/16 5000 12.42

1 1/4 1.66 4 4 1/4 4 4 13/16 5000 10.55 6 6 13/16 5000 12.74

1 1/2 1.9 4 4 1/2 4 4 15/16 5000 10.64 6 6 15/16 5000 12.80

2 2.375 4 5 1/2" 4 5 3/16 6500 11.13 6 7 3/16 6500 13.62

2 1/2 2.875 4 6 1/2" 4 5 7/16 6500 11.93 6 7 3/16 6500 14.22

3 3.5 4 7" 4 5 3/4 6500 12.33 6 7 3/4 6500 14.82

3 1/2 4 4 7 5/8" 4 6 6500 13.53 6 8 6500 16.02

4 4.5 4 8 3/4" 4 6 1/4 6500 14.73 6 8 1/4 6500 17.22

5 5.5625 4 9 3/4" 4 6 25/32 7800 15.33 6 8 25/32 7800 17.82

6 6.625 4 11 3/4" 4 7 5/16 7800 22.53 6 9 5/16 7800 25.02

8 8.625 4 13 3/4" 4 8 5/16 7800 24.73 6 10 5/16 7800 27.22

10 10.75 4 17" 4 9 3/8 10400 40.73 6 11 3/8 10400 43.22

12 12.75 6.5 19" 4 10 3/8 10400 52.28 6 12 3/8 10400 55.40

14 14 6.5 21" 4 11 10400 63.28 6 13 10400 66.40

16 16 6.5 23" 4 12 10400 67.78 6 14 10400 70.90

18 18 6.5 26" 4 13 10400 88.78 6 15 10400 91.90

20 20 8 28 1/2" 4 14 10400 103.23 6 16 10400 110.28

24 24 8 34" 4 16 10400 137.23 6 18 10400 130.68



PIPE SHOES

FIG. 5100 FABRICATED PIPE SHOE

APPLICATION: The Fig. 5100 Pipe Shoe is to be welded to the pipe along the top edge & the base can be welded to the support mem-

ber to anchor the pipe.

CONSTRUCTION: The Pipe Shoe is constructed of A-36 steel flat bar or plate welded together.







Nominal

Pipe Dia.

(in)

Actual

O.D. (in.) A (in)

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 4 4 7/16 5000 6.58 6 6 7/16 5000 8.28

3/4 1.05 4 4 4 19/32 5000 6.58 6 6 19/32 5000 8.28

1 1.315 4 4 4 11/16 5000 6.58 6 6 11/16 5000 8.28

1 1/4 1.66 4 4 4 13/16 5000 6.58 6 6 13/16 5000 8.28

1 1/2 1.9 4 4 4 15/16 5000 6.58 6 6 15/16 5000 8.28

2 2.375 4 4 5 3/16 5000 6.58 6 7 3/16 5000 8.28

2 1/2 2.875 4 4 5 7/16 5000 6.58 6 7 3/16 5000 8.28

3 3.5 4 4 5 3/4 5000 6.58 6 7 3/4 5000 8.28

3 1/2 4 4 4 6 5000 6.58 6 8 5000 8.28

4 4.5 4 4 6 1/4 5000 6.58 6 8 1/4 5000 8.28

5 5.5625 4 4 6 25/32 6000 6.58 6 8 25/32 5000 8.28

6 6.625 4 4 7 5/16 6000 6.58 6 9 5/16 6000 8.28

8 8.625 4 4 8 5/16 6000 6.58 6 10 5/16 6000 8.28

10 10.75 4 4 9 3/8 8000 6.58 6 11 3/8 8000 8.28

12 12.75 8 4 10 3/8 8000 9.87 6 12 3/8 8000 12.26

14 14 8 4 11 8000 9.87 6 13 8000 12.26

16 16 8 4 12 8000 9.87 6 14 8000 12.26

18 18 8 4 13 8000 9.87 6 15 8000 12.26

20 20 10 4 14 8000 9.87 6 16 8000 12.26

24 24 10 4 16 8000 9.87 6 18 8000 12.26





PIPE SHOES

FIG. 5101 FABRICATED PIPE SHOE W/ END GUSSETS

APPLICATION: The Fig. 5101 Pipe Shoe with End Gusset Plates is to be welded to the pipe along all top edges & the base can be weld-

ed to the support member to anchor the pipe.

CONSTRUCTION: The Pipe Shoe is constructed from of A-36 steel flat bar or plate welded together.







Nominal

Pipe Dia.

(in)

Actual

O.D. (in.) A (in)

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 4 4 7/16 5000 8.81 6 6 7/16 5000 11.50

3/4 1.05 4 4 4 19/32 5000 8.81 6 6 19/32 5000 11.50

1 1.315 4 4 4 11/16 5000 8.81 6 6 11/16 5000 11.50

1 1/4 1.66 4 4 4 13/16 5000 8.81 6 6 13/16 5000 11.50

1 1/2 1.9 4 4 4 15/16 5000 8.81 6 6 15/16 5000 11.50

2 2.375 4 4 5 3/16 6500 8.81 6 7 3/16 6500 11.50

2 1/2 2.875 4 4 5 7/16 6500 8.81 6 7 3/16 6500 11.50

3 3.5 4 4 5 3/4 6500 8.81 6 7 3/4 6500 11.50

3 1/2 4 4 4 6 6500 8.81 6 8 6500 11.50

4 4.5 4 4 6 1/4 6500 8.81 6 8 1/4 6500 11.50

5 5.5625 4 4 6 25/32 7800 8.81 6 8 25/32 7800 11.50

6 6.625 4 4 7 5/16 7800 8.81 6 9 5/16 7800 11.50

8 8.625 4 4 8 5/16 7800 8.81 6 10 5/16 7800 11.50

10 10.75 4 4 9 3/8 10400 8.81 6 11 3/8 10400 11.50

12 12.75 8 4 10 3/8 10400 14.65 6 12 3/8 10400 17.09

14 14 8 4 11 10400 14.65 6 13 10400 17.09

16 16 8 4 12 10400 14.65 6 14 10400 17.09

18 18 8 4 13 10400 14.65 6 15 10400 17.09

20 20 10 4 14 10400 15.60 6 16 10400 17.09

24 24 10 4 16 10400 15.60 6 18 10400 17.09



PIPE SHOES

FIG. 5110 FABRICATED PIPE SHOE w/U-BOLTS


APPLICATION: The Fig. 5110 Pipe Shoe is to be U-Bolted to the pipe in the U-Bolt cradles & the base can be welded to the support member to

anchor the pipe.





EXAMPLE: 3” - Fig. 5110 - 4”x12” - S1 - T/T - AG




Nominal

Pipe Dia.

(in)

Actual


BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 3 1/2 4 4 7/16 5000 7.30 6 6 7/16 5000 9.00

3/4 1.05 4 3 1/2 4 4 19/32 5000 7.30 6 6 19/32 5000 9.00

1 1.315 4 3 1/2 4 4 11/16 5000 7.44 6 6 11/16 5000 9.14

1 1/4 1.66 4 4 1/4 4 4 13/16 5000 7.74 6 6 13/16 5000 9.44

1 1/2 1.9 4 4 1/2 4 4 15/16 5000 7.92 6 6 15/16 5000 9.62

2 2.375 4 5 4 5 3/16 5000 8.02 6 7 3/16 5000 9.72

2 1/2 2.875 4 5 1/2 4 5 7/16 5000 8.29 6 7 3/16 5000 10.08

3 3.5 4 6 4 5 3/4 5000 8.74 6 7 3/4 5000 10.44

3 1/2 4 4 6 1/2 4 6 5000 9.46 6 8 5000 11.16

4 4.5 4 7 4 6 1/4 5000 10.18 6 8 1/4 5000 11.88

5 5.5625 4 8 1/2 4 6 25/32 5000 10.54 6 8 25/32 5000 12.24

6 6.625 4 9 3/4 4 7 5/16 6000 14.86 6 9 5/16 6000 16.56

8 8.625 4 12 4 8 5/16 6000 16.18 6 10 5/16 6000 17.88

10 10.75 4 14 1/2 4 9 3/8 6000 25.78 6 11 3/8 6000 27.48

12 12.75 8 16 1/2 4 10 3/8 8000 31.17 6 12 3/8 8000 33.56

14 14 8 18 4 11 8000 37.77 6 13 8000 40.16

16 16 8 20 4 12 8000 40.47 6 14 8000 42.86

18 18 8 22 1/4 4 13 8000 53.07 6 15 8000 55.46

20 20 10 24 1/4 4 14 8000 59.07 6 16 8000 61.46

24 24 10 28 1/4 4 16 8000 79.47 6 18 8000 81.86




PIPE SHOES

FIG. 5111 FABRICATED PIPE SHOE W/END GUSSETS w/ U-BOLTS


APPLICATION: The Fig. 5111 Pipe Shoe with End Gusset Plates is to be U-Bolted to the pipe in the U-Bolt cradles & the base can be welded










Nominal

Pipe Dia.

(in)

Actual

O.D.

(in.)


TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 3 1/2 4 4 7/16 5000 9.53 6 6 7/16 5000 12.22

3/4 1.05 4 3 1/2 4 4 19/32 5000 9.53 6 6 19/32 5000 12.22

1 1.315 4 3 1/2 4 4 11/16 5000 9.67 6 6 11/16 5000 12.36

1 1/4 1.66 4 4 1/4 4 4 13/16 5000 9.97 6 6 13/16 5000 12.66

1 1/2 1.9 4 4 1/2 4 4 15/16 5000 10.15 6 6 15/16 5000 12.84

2 2.375 4 5 4 5 3/16 6500 10.25 6 7 3/16 6500 12.94

2 1/2 2.875 4 5 1/2 4 5 7/16 6500 10.61 6 7 3/16 6500 13.30

3 3.5 4 6 4 5 3/4 6500 10.97 6 7 3/4 6500 13.66

3 1/2 4 4 6 1/2 4 6 6500 11.69 6 8 6500 14.38

4 4.5 4 7 4 6 1/4 6500 12.41 6 8 1/4 6500 15.10

5 5.5625 4 8 1/2 4 6 25/32 7800 12.77 6 8 25/32 7800 15.46

6 6.625 4 9 3/4 4 7 5/16 7800 17.09 6 9 5/16 7800 19.78

8 8.625 4 12 4 8 5/16 7800 18.41 6 10 5/16 7800 21.10

10 10.75 4 14 1/2 4 9 3/8 10400 28.01 6 11 3/8 10400 30.70

12 12.75 8 16 1/2 4 10 3/8 10400 35.95 6 12 3/8 10400 38.39

14 14 8 18 4 11 10400 42.55 6 13 10400 44.99

16 16 8 20 4 12 10400 45.25 6 14 10400 47.69

18 18 8 22 1/4 4 13 10400 57.85 6 15 10400 60.29

20 20 10 24 1/4 4 14 10400 64.80 6 16 10400 66.29

24 24 10 28 1/4 4 16 10400 85.20 6 18 10400 86.69


PIPE SHOES

FIG. 5120 FABRICATED PIPE SHOE W/ PIPE CLAMPS

APPLICATION: The Fig. 5120 Pipe Shoe is to be clamped to the pipe & the base can be welded to the support member to anchor the

pipe.

CONSTRUCTION: The Pipe Shoe is constructed of A-36 steel flat bar or plate welded and assembled together.







Nominal

Pipe Dia.

(in)

Actual


BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 3 1/2 4 4 7/16 5000 7.82 6 6 7/16 5000 9.28

3/4 1.05 4 3 1/2 4 4 19/32 5000 8.06 6 6 19/32 5000 9.44

1 1.315 4 3 1/2 4 4 11/16 5000 8.12 6 6 11/16 5000 9.48

1 1/4 1.66 4 4 1/4 4 4 13/16 5000 8.40 6 6 13/16 5000 9.80

1 1/2 1.9 4 4 1/2 4 4 15/16 5000 8.49 6 6 15/16 5000 9.86

2 2.375 4 5 1/2" 4 5 3/16 5000 8.98 6 7 3/16 5000 10.68

2 1/2 2.875 4 6 1/2" 4 5 7/16 5000 9.58 6 7 3/16 5000 11.28

3 3.5 4 7" 4 5 3/4 5000 10.18 6 7 3/4 5000 11.88

3 1/2 4 4 7 5/8" 4 6 5000 11.38 6 8 5000 13.08

4 4.5 4 8 3/4" 4 6 1/4 5000 12.58 6 8 1/4 5000 14.28

5 5.5625 4 9 3/4" 4 6 25/32 6000 13.18 6 8 25/32 6000 14.88

6 6.625 4 11 3/4" 4 7 5/16 6000 20.38 6 9 5/16 6000 22.08

8 8.625 4 13 3/4" 4 8 5/16 6000 22.58 6 10 5/16 6000 24.28

10 10.75 4 17" 4 9 3/8 8000 38.58 6 11 3/8 8000 40.28

12 12.75 8 19" 4 10 3/8 8000 45.37 6 12 3/8 8000 47.76

14 14 8 21" 4 11 8000 56.37 6 13 8000 58.76

16 16 8 23" 4 12 8000 60.87 6 14 8000 63.26

18 18 8 26" 4 13 8000 81.87 6 15 8000 84.26

20 20 10 28 1/2" 4 14 8000 91.87 6 16 8000 94.26

24 24 10 34" 4 16 8000 125.87 6 18 8000 128.26





PIPE SHOES

FIG. 5121 FABRICATED PIPE SHOE W/END GUSSETS W/PIPE CLAMPS

APPLICATION: The Fig. 5121 Pipe Shoe with End Gusset Plates is to be clamped to the pipe & the base can be welded


CONSTRUCTION: The Pipe Shoe is constructed from of A-36 steel flat bar or plate welded together..







Nominal

Pipe Dia.

(in)

Actual

O.D.

(in.)


TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

1/2 .84 4 3 1/2 4 4 7/16 6500 10.05 6 6 7/16 5000 12.50

3/4 1.05 4 3 1/2 4 4 19/32 6500 10.29 6 6 19/32 5000 12.66

1 1.315 4 3 1/2 4 4 11/16 6500 10.35 6 6 11/16 5000 12.70

1 1/4 1.66 4 4 1/4 4 4 13/16 6500 10.63 6 6 13/16 5000 13.02

1 1/2 1.9 4 4 1/2 4 4 15/16 6500 10.72 6 6 15/16 5000 13.08

2 2.375 4 5 1/2" 4 5 3/16 6500 11.21 6 7 3/16 12000 13.90

2 1/2 2.875 4 6 1/2" 4 5 7/16 6500 11.81 6 7 3/16 14000 14.50

3 3.5 4 7" 4 5 3/4 6500 12.41 6 7 3/4 15000 15.10

3 1/2 4 4 7 5/8" 4 6 6500 13.61 6 8 15000 16.30

4 4.5 4 8 3/4" 4 6 1/4 6500 14.81 6 8 1/4 18000 17.50

5 5.5625 4 9 3/4" 4 6 25/32 7800 15.41 6 8 25/32 18000 18.10

6 6.625 4 11 3/4" 4 7 5/16 7800 22.61 6 9 5/16 18000 25.30

8 8.625 4 13 3/4" 4 8 5/16 7800 24.81 6 10 5/16 24000 27.50

10 10.75 4 17" 4 9 3/8 10400 40.81 6 11 3/8 29000 43.50

12 12.75 8 19" 4 10 3/8 10400 50.15 6 12 3/8 30000 52.59

14 14 8 21" 4 11 10400 61.15 6 13 34000 63.59

16 16 8 23" 4 12 10400 65.65 6 14 38000 68.09

18 18 8 26" 4 13 10400 86.65 6 15 41000 89.09

20 20 10 28 1/2" 4 14 10400 97.60 6 16 41000 99.09

24 24 10 34" 4 16 10400 131.60 6 18 47000 133.09




Page 23

PIPE SHOES

FIG. 5200 DOUBLE UPRIGHT PIPE SHOE


Nominal

Pipe Dia.

(in)

Actual

O.D. (in.) A (in)

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

10 10.75 6 4 9 3/8 19000 11.89 6 11 3/8 19000 13.67

12 12.75 8 4 10 3/8 19000 16.4 6 12 3/8 19000 18.86

14 14 8 4 11 19000 20.38 6 13 19000 23.44

16 16 10 4 12 26000 23.7 6 14 26000 27

18 18 10 4 13 26000 27.18 6 15 26000 31.3

20 20 12 4 14 26000 30.56 6 16 26000 35.15

22 22 12 4 15 26000 33.9 6 17 26000 38.99

24 24 12 4 16 35000 36.96 6 18 35000 41.4

30 30 17 1/2 4 19 38000 43.36 6 21 38000 48.56

36 36 20 1/2 4 22 41000 48.46 6 24 41000 54.28

42 42 23 1/2 4 25 44000 53.57 6 27 44000 60.01

APPLICATION: The Fig. 5200 Shoe is to be welded to the pipe along the two top edges. To anchor the shoe, the base can

also be welded to the support structure beneath.

CONSTRUCTION: The Pipe Shoe is constructed of A-36 steel flat bar or plate welded together. The two side uprights are

welded to the middle gusset as well as to the base.


OPTIONAL FEATURES: The Pipe Shoe can be supplied in different BOP to TOS dimensions as well as different

lengths.


EXAMPLE: 3” - Fig. 5200 - 4”x12” - S1/GP - T/T - AG


713-849-3366 | www.aaatech.com | [email protected]





PIPE SHOES

FIG. 5201 DOUBLE UPRIGHT PIPE SHOE WITH END GUSSETS


Nominal

Pipe Dia.

(in)

Actual

O.D. (in.) A (in)

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

10 10.75 6 4 9 3/8 19000 11.89 6 11 3/8 19000 13.67

12 12.75 8 4 10 3/8 19000 16.4 6 12 3/8 19000 18.86

14 14 8 4 11 19000 20.38 6 13 19000 23.44

16 16 10 4 12 26000 23.7 6 14 26000 27

18 18 10 4 13 26000 27.18 6 15 26000 31.3

20 20 12 4 14 26000 30.56 6 16 26000 35.15

22 22 12 4 15 26000 33.9 6 17 26000 38.99

24 24 12 4 16 35000 36.96 6 18 35000 41.4

30 30 17 1/2 4 19 38000 43.36 6 21 38000 48.56

36 36 20 1/2 4 22 41000 48.46 6 24 41000 54.28

42 42 23 1/2 4 25 44000 53.57 6 27 44000 60.01

APPLICATION: The Fig. 5201 Shoe is to be welded to the pipe along the two top longitudinal edges and on the accessible edg-

es of the gusset to pipe intersections. To anchor the shoe, the base can also be welded to the support structure beneath.

CONSTRUCTION: The Pipe Shoe is constructed of A-36 steel flat bar or plate welded together. The two end gussets and two

side uprights are all welded on the upright seams as well as to the base. The middle gusset is welded to the side uprights.






Page 24


Page 25

PIPE SHOES

FIG. 5210 DOUBLE UPRIGHT PIPE SHOE w/U-BOLTS

APPLICATION: The Fig. 5210 Shoe is to be U-Bolted to the pipe. To anchor the shoe, the base can also be welded to the

support structure beneath. Note that U-Bolts will not restrain high anchor loads.

CONSTRUCTION: The Pipe Shoe is constructed of A-36 steel flat bar or plate welded together. The two side uprights are

welded to the middle gusset as well as to the base and the U-Bolt cradles.



lengths.



Nominal

Pipe Dia.

(in)

Actual


BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load Ca-

pacity

(lbs.)

Unit Wt.

(lbs.)*

10 10.75 6 14 1/2 4 9 3/8 19000 19.77 6 11 3/8 19000 23.15

12 12.75 8 16 1/2 4 10 3/8 19000 33.18 6 12 3/8 19000 36.56

14 14 8 18 4 11 19000 36.98 6 13 19000 40.36

16 16 10 20 4 12 26000 42.18 6 14 26000 45.56

18 18 10 22 1/4 4 13 26000 50.78 6 15 26000 54.16

20 20 12 24 1/4 4 14 26000 59.76 6 16 26000 64.86

22 22 12 26 1/4 4 15 26000 62.06 6 17 26000 67.16

24 24 12 28 1/4 4 16 35000 64.36 6 18 35000 69.46

30 30 17 1/2 34 1/4 4 19 38000 88.96 6 21 38000 95.76

36 36 20 1/2 40 1/4 4 22 41000 112.46 6 24 41000 119.26

42 42 23 1/2 46 1/4 4 25 44000 129.57 6 27 44000 136.37







PIPE SHOES


FIG. 5211 DOUBLE UPRIGHT PIPE SHOE w/U-BOLTS WITH END GUSSETS

Nominal

Pipe Dia.

(in)

Actual


BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load Ca-

pacity

(lbs.)

Unit Wt.

(lbs.)*

10 10.75 6 14 1/2 4 9 3/8 19000 19.77 6 11 3/8 19000 23.15

12 12.75 8 16 1/2 4 10 3/8 19000 33.18 6 12 3/8 19000 36.56

14 14 8 18 4 11 19000 36.98 6 13 19000 40.36

16 16 10 20 4 12 26000 42.18 6 14 26000 45.56

18 18 10 22 1/4 4 13 26000 50.78 6 15 26000 54.16

20 20 12 24 1/4 4 14 26000 59.76 6 16 26000 64.86

22 22 12 26 1/4 4 15 26000 62.06 6 17 26000 67.16

24 24 12 28 1/4 4 16 35000 64.36 6 18 35000 69.46

30 30 17 1/2 34 1/4 4 19 38000 88.96 6 21 38000 95.76

36 36 20 1/2 40 1/4 4 22 41000 112.46 6 24 41000 119.26

42 42 23 1/2 46 1/4 4 25 44000 129.57 6 27 44000 136.37

APPLICATION: The Fig. 5211 Shoe is to be U-Bolted to the pipe. To anchor the shoe, the base can also be welded to the sup-

port structure beneath. Note that U-Bolts will not restrain high anchor loads.

CONSTRUCTION: The Pipe Shoe is constructed of two end gussets and two side uprights that are all welded on the

upright seams as well as to an A-36 base. The uprights and gussets are also welded to the two U-Bolt cradles. The middle gus-

set is welded to the side uprights as well.







Page 27

PIPE SHOES

FIG. 5220 DOUBLE UPRIGHT PIPE SHOE w/CLAMPS

APPLICATION: The Fig. 5220 Shoe is to be clamped to the pipe along the top edges of the shoe. To anchor the shoe,

the base can also be welded to the support structure beneath.

CONSTRUCTION: The Pipe Shoe is constructed of two braced vertical flat bars or plates welded on a A -36 steel base.

The middle gusset is welded to the side uprights as well. To anchor the shoe, the base can also be welded to the support struc-

ture beneath.




EXAMPLE: 3” - Fig.5220 - 4”x12” - S1/GP - T/T - AG

Nominal

Pipe Dia.

(in)

Actual


BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load Ca-

pacity

(lbs.)

Unit Wt.

(lbs.)*

10 10.75 6 17 4 9 3/8 19000 43.49 6 11 3/8 19000 46.87

12 12.75 8 19 4 10 3/8 19000 55.66 6 12 3/8 19000 59.04

14 14 8 21 4 11 19000 66.76 6 13 19000 70.14

16 16 10 23 4 12 26000 74.58 6 14 26000 77.96

18 18 10 26 4 13 26000 96.02 6 15 26000 99.4

20 20 12 28 4 14 26000 111.94 6 16 26000 117.04

22 22 12 31 4 15 26000 130 6 17 26000 135.5

24 24 12 33 3/4 4 16 35000 147.00 6 18 35000 152.1

30 30 17.5 41 3/4 4 19 38000 241.64 6 21 38000 248.44

36 36 20.5 48 1/2 4 22 41000 355.00 6 24 41000 365.00

42 42 23 1/2 57 1/2 4 25 44000 510.00 6 27 44000 525.00






Page 28

PIPE SHOES

FIG. 5221 DOUBLE UPRIGHT PIPE SHOE w/CLAMPS w/ END GUSSETS


Nominal

Pipe Dia.

(in)

Actual


BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

BOP to

TOS (in) H (in)

Load

Capacity

(lbs.)

Unit Wt.

(lbs.)*

10 10.75 6 17 4 9 3/8 19000 43.49 6 11 3/8 19000 46.87

12 12.75 8 19 4 10 3/8 19000 55.66 6 12 3/8 19000 59.04

14 14 8 21 4 11 19000 66.76 6 13 19000 70.14

16 16 10 23 4 12 26000 74.58 6 14 26000 77.96

18 18 10 26 4 13 26000 96.02 6 15 26000 99.4

20 20 12 28 4 14 26000 111.94 6 16 26000 117.04

22 22 12 31 4 15 26000 130 6 17 26000 135.5

24 24 12 33 3/4 4 16 35000 147.00 6 18 35000 152.1

30 30 17.5 41 3/4 4 19 38000 241.64 6 21 38000 248.44

36 36 20.5 48 1/2 4 22 41000 355.00 6 24 41000 365.00

42 42 23 1/2 57 1/2 4 25 44000 510.00 6 27 44000 525.00

APPLICATION: The Fig. 5221 Shoe is to be clamped to the pipe along the top edge. To anchor the shoe, the base can

also be welded to the support structure beneath.

CONSTRUCTION: The Pipe Shoe is constructed of two end gussets and two side uprights that are all welded on the

upright seams as well as to an A-36 base. The uprights and gussets are also welded to the two bottom pipe clamp halves. The

middle gusset is welded to the side uprights as well.



lengths.


EXAMPLE: 3” - Fig.5221 - 4”x12” - S1/GP - T/T - AG




Page 29

PIPE SADDLES

FIG. 5500 HEAVY DUTY PIPE SADDLE

Pipe Size R (IN) A (IN) B

C (IN) T (IN) T2 (IN) T3 (IN) WIDE STD.

20 10 20 1/2 20 6 14 3/8 1/2 3/8 ---

22 11 22 20 6 15 3/8 1/2 3/8 ---

24 12 23 1/2 20 6 16 3/8 1/2 3/8 ---

26 13 25 1/2 20 6 17 3/8 1/2 3/8 ---

28 14 27 20 6 18 3/8 1/2 3/8 ---

30 15 29 20 6 19 1/2 5/8 1/2 1/2

32 16 31 20 6 20 1/2 5/8 1/2 1/2

34 17 32 20 6 20 1/2 5/8 1/2 1/2

36 18 34 20 6 22 1/2 5/8 1/2 1/2

38 19 36 20 6 22 1/2 5/8 1/2 1/2

40 20 38 20 6 24 1/2 5/8 1/2 1/2

42 21 40 20 6 26 1/2 5/8 1/2 1/2

48 24 46 20 6 32 1/2 5/8 1/2 1/2

54 27 52 20 6 36 1/2 5/8 1/2 1/2

60 30 58 20 6 40 1/2 5/8 1/2 1/2

APPLICATION: The Fig. 5500 Heavy Duty Pipe Saddle is used to support large diameter pipe.

CONSTRUCTION: The Saddle is constructed of A-36 carbon steel.

FINISH: The Saddle can be provided with a black, painted or hot dip galvanized finish.

OPTIONAL FEATURES: The Saddle can be supplied in different dimensions upon request.

ORDERING: To order, specify pipe size, figure number, desired finish and any non -standard dimensions.

EXAMPLE: 20” - Fig.6000 - Painted




P I P E H A N G E R S, S U P P O RT S, R E S T R A I N T S & FA B R I C AT I O N

EQUAL™

ENGINEERED

VARIABLE SPRING HANG-

ERS

EQUAL™ ENGINEERED CONSTANT SPRING

HANGERS

EQUAL™ HI-LOAD BOX SPRINGS

EQUAL™ HYDRAULIC SNUBBER ASSEMBLIES

EQUAL™ RIGID SWAY STRUT ASSEMBLIES

EQUAL™

LIMIT STOPS EQUAL™ DAMPERS &

SWAY BRACES

EQUAL™ LARGE

DIA. ROLLERS

TRI-SLIDE™ LOW

FRICTION BEARINGS

VIBRATION CONTROL

HOLD DOWN CLAMPS

TRI*FOAM & TRI*CAL

INSULATED SUPPORTS

PIPE SHOES, GUIDES &

LINE STOPS

THREADED

HANGER RODS

HANGER HARDWARE & AN EXTENSIVE INVENTORY

OF HANGER COMPONENTS

FABRICATED TO YOUR

SPECIFICATION

CORROSION

RESISTANT

Associated Services Offered

Piping Stress Analysis Services - Need to know what pipe supports to select or why the loads on your equipment or the stresses in your piping system are too high? We can perform a TRIFLEX® piping stress analysis and tell you and we can recommend solutions.

Pipe Hanger Fitness for Service Studies - Need to sort out whether the pipe supports and spring hangers in your plant are performing as originally intended or if corrosion has affected their ability to perform? We can help make these determinations and provide you with complete documentation as well as offer recommendations for improvements.

ADJUSTABLE

PIPE STANDS

AAA TECHNOLOGY & SPECIALTIES CO., INC.

6219 Brittmoore Road ▪ Houston, Texas 77041-5114, U.S.A.

Telephone: 713-849-3366 ▪ FAX: 713-849-3654

E-mail: [email protected] ▪ Website: http://www.aaatech.com

Documents

Pipe Shoe Catalog - AAA Technology & Specialties Co., Inc