Page 4 - ExpansionJointsCatalog2010

SEO Version

concentric reducer expansion joints
1. The amount of Angular Movement is based on the maximum
allowable Extension Movement from Neutral. Angular Move-
ment can be increased, if it is in conjunction with Compres-
sion Movement.
2. Torsional Movement is expressed when the expansion joint is
at Neutral.
3. To determine End-Thr ust: multiply Thrust Factor by operating
pressures of system. This total is End Thr ust in P.S.I.G.
4. Pressure rating is based on 170°F Operating Temperature. At
higher temperatures, the pressure is slightly reduced. Mini-
mum Burst Pressures is 4:1.
NOTES: *This length meets length required by ANSI B-16, B-16.24 and
B-16.5. Lengths of all sizes meet F.S.A. specifications.
WARNING: Expansion joints may operate in pipelines or equipment carrying fluids and or gases at elevated temperatures and pressures. Normal precautions should be taken to make sure these par ts are installed correctly and inspected regularly. Precautions should be taken to protect
personnel in the event of leakage or splash. Note: Piping must be properly aligned and anchored to prevent damage to an expans ion joint. Movement must not exceed specified ratings and control units are always recommended to prevent damage in the event o ther anchoring in this system
fails. Properties applications shown throughout this data sheet are typical. This information does not constitute a warranty or representation and we assume no legal responsibility or obligation with respect thereto and the use to which such information may be put. Your specific application
should not be under taken without independent study and evaluation for suitability.
TOLL FREE PHONE: (800) 344-3246
NATIONWIDE AND CANADA
FACSIMILE: (209) 943-0242
(209) 943-6088
INTERNATIONAL
email: sales@procoproducts.com
website: http://www.procoproducts.com
2431 Wigwam Dr. (95205)
P.O. Box 590 • Stockton, CA
95201-0590 • USA
Distributed by:
EXPANSION JOINTS
EXPANSION JOINTS
Stock
RC-221 Open Arch Capacity: From Neutral Position
Weight/Pounds
Stock
RCFA-221 Filled Arch Capability: From Neutral Position
Weight/Pounds
Pressure
I.D. x I.D. x Length
Inches Inches Inches Degree Degree
Inches Inches Inches Degree Degree
PSIG In. Hg
Concentric
Joint Size
Open
Filled
Arch
Arch
/BB
Butyl
/NN
Neoprene
Axial
Compression
Axial
Extension
±Lateral
Deflection
±Angular
Deflection
1
Torsional
Movement
2
Thr ust
Factor
3
Retaining
Ring Set
Control
Rod Set
/BB
Butyl
/NN
Neoprene
Axial
Compression
Axial
Extension
±Lateral
Deflection
±Angular
Deflection
1
Torsional
Movement
2
Thr ust
Factor
3
Retaining
Ring Set
Control
Rod Set
Positive
Pressure
Vacuum
For Sizes Not Shown: I.D. x I.D. • U-Type, Double or Triple Arch • Contact Factory for Proco Series 100.
Expansion
Expansion
Joint
Joint
2 x 1 x 6 * S
X
.5
.25
.5
18.4°
3°
12.69
3
3
6
X
X
.25
.125
.3
9.5°
1.8°
3.14
3
3
6
200
26
2 x 1.5 x 6 * S
X
.5
.25
.5
15.9°
3°
14.32
3
3
6
X
S .25
.125
.3
8.1°
1.8°
3.14
3
3
6
200
26
2.5 x 1.5 x 6 * S
X
.5
.25
.5
14.1°
3°
16.04
4
3
7
X
X
.25
.125
.3
7.2°
1.8°
4.97
4
3
7
200
26
2.5 x 2 x 6 * S
X
.5
.25
.5
12.5°
3°
17.87
3
4
7
S
X
.25
.125
.3
6.4°
1.8°
4.97
3
4
7
200
26
3 x 1 x 6 * X
X
.5
.25
.5
14.0°
3°
16.04
4
4
7
X
X
.25
.125
.3
6.4°
1.8°
7.06
4
4
7
200
26
3 x 1.5 x 6 * S
X
.5
.25
.5
12.5°
3°
17.87
4
4
7
S
X
.25
.125
.3
6.4°
1.8°
7.06
4
4
7
200
26
3 x 2 x 6 * S
S
.5
.25
.5
11.3°
3°
19.79
4
4
7
S
S .25
.125
.3
5.7°
1.8°
7.06
4
4
7
200
26
3 x 2.5 x 6 * S
X
.5
.25
.5
10.3°
3°
21.81
5
5
7
X
X
.25
.125
.3
5.2°
1.8°
7.06
5
5
7
200
26
4 x 2 x 6 * S
S
.5
.25
.5
9.5°
3°
23.93
5
5
7
S
S .25
.125
.3
4.8°
1.8°
12.57
5
5
7
200
26
4 x 2 x 7 * S
S
.5
.25
.5
9.5°
3°
23.93
5
5
7
X
S .25
.125
.3
4.8°
1.8°
12.57
5
5
7
200
26
4 x 2.5 x 6 * S
S
.5
.25
.5
8.7°
3°
26.14
5
6
8
X
S .25
.125
.3
4.4°
1.8°
12.57
5
6
8
200
26
4 x 2.5 x 7 * S
X
.5
.25
.5
8.7°
3°
26.14
6
6
8
X
X
.25
.125
.3
4.4°
1.8°
12.57
6
6
8
200
26
4 x 3 x 6 * S
X
.5
.25
.5
8.1°
3°
28.46
6
6
8
S
S .25
.125
.3
4.1°
1.8°
12.57
6
6
8
200
26
4 x 3 x 7 * S
X
.5
.25
.5
8.1°
3°
28.46
6
6
8
X
S .25
.125
.3
4.1°
1.8°
12.57
6
6
8
200
26
5 x 3 x 6 * S
X
.5
.25
.5
7.1°
3°
33.38
6
6
10
X
X
.25
.125
.3
3.6°
1.8°
19.63
6
6
10
190
26
5 x 4 x 6 * S
X
.5
.25
.5
6.3°
3°
38.70
8
7
10
X
S .25
.125
.3
3.2°
1.8°
19.63
8
7
10
190
26
5 x 4 x 8 * S
X
.5
.25
.5
6.3°
3°
38.70
8
7
10
X
X
.25
.125
.3
3.2°
1.8°
19.63
9
7
10
190
26
6 x 2 x 8 * S
X
.5
.25
.5
7.1°
3°
33.38
8
6
12
X
S .25
.125
.3
3.6°
1.8°
28.27
9
6
12
190
26
6 x 2.5 x 6 * S
X
.5
.25
.5
6.7°
3°
35.99
6
7
12
X
X
.25
.125
.3
3.4°
1.8°
28.27
6
7
12
190
26
6 x 3 x 6 * S
S
.5
.25
.5
6.3°
3°
38.70
7
7
12
S
S .25
.125
.3
3.2°
1.8°
28.27
7
7
12
190
26
6 x 3 x 8 * X
X
.5
.25
.5
6.3°
3°
38.70
9
7
13
X
X
.25
.125
.3
3.2°
1.8°
28.27
10
7
13
190
26
6 x 3 x 9 * S
S
.5
.25
.5
6.3°
3°
38.70
9
7
13
X
S .25
.125
.3
3.2°
1.8°
28.27
10
7
13
190
26
6 x 4 x 6 * S
S
.5
.25
.5
5.7°
3°
44.41
8
7
11
S
S .25
.125
.3
2.9°
1.8°
28.27
8
7
11
190
26
6 x 4 x 8 * S
X
.5
.25
.5
5.7°
3°
44.41
9
7
11
X
S .25
.125
.3
2.9°
1.8°
28.27
9
7
11
190
26
6 x 4 x 9 * S
S
.5
.25
.5
5.7°
3°
44.41 11
7
11
X
X
.25
.125
.3
2.9°
1.8°
28.27
12
7
11
190
26
6 x 5 x 6 * S
S
.5
.25
.5
5.2°
3°
50.51
9
8
11
S
S .25
.125
.3
2.6°
1.8°
28.27
9
8
11
190
26
6 x 5 x 9 * S
S
.5
.25
.5
5.2°
3°
50.51 12
8
12
X
X
.25
.125
.3
2.6°
1.8°
28.27
13
8
12
190
26
8 x 3 x 6 * S
X
.75 .375
.5
7.8°
3°
56.64
9
9
19
X
S .375
.188
.3
3.9°
1.8°
50.27
10
9
19
190
26
8 x 4 x 6 * S
S
.75 .375
.5
7.1°
3°
63.51 10
9
19
S
S .375
.188
.3
3.6°
1.8°
50.27
10
9
19
190
26
8 x 4 x 8 * S
X
.75 .375
.5
7.1°
3°
63.51 11
9
20
S
X
.375
.188
.3
3.6°
1.8°
50.27
12
9
20
190
26
8 x 4 x 10 * X
X
.75 .375
.5
7.1°
3°
63.51 15
9
21
X
X
.375
.188
.3
3.6°
1.8°
50.27
17
9
21
190
26
8 x 4 x 11 * S
S
.75 .375
.5
7.1°
3°
63.51 15
9
21
X
X
.375
.188
.3
3.6°
1.8°
50.27
17
9
21
190
26
8 x 5 x 6 * S
X
.75 .375
.5
6.6°
3°
70.77 10
10
18
X
X
.375
.188
.3
3.3°
1.8°
50.27
11
10
18
190
26
8 x 5 x 11 * S
S
.75 .375
.5
6.6°
3°
70.77 15
10
21
X
X
.375
.188
.3
3.3°
1.8°
50.27
16
10
21
190
26
8 x 6 x 6 * S
S
.75 .375
.5
6.1°
3°
78.42 12
10
18
S
S .375
.188
.3
3.1°
1.8°
50.27
12
10
18
190
26
8 x 6 x 8 * S
S
.75 .375
.5
6.1°
3°
78.42 14
10
18
S
S .375
.188
.3
3.1°
1.8°
50.27
14
10
18
190
26
8 x 6 x 11 * S
S
.75 .375
.5
6.1°
3°
78.42 18
10
20
X
S .375
.188
.3
3.1°
1.8°
50.27
18
10
20
190
26
10 x 5 x 8 * S
X
.75 .375
.5
5.7°
3°
86.46 19
11
27
X
X
.375
.188
.3
2.9°
1.8°
78.54
21
11
27
190
26
10 x 6 x 8 * S
X
.75 .375
.5
5.4°
3°
94.90 15
11
26
S
S .375
.188
.3
2.8°
1.8°
78.54
15
11
26
190
26
10 x 6 x 12 * S
S
.75 .375
.5
5.4°
3°
94.90 21
11
28
X
S .375
.188
.3
2.8°
1.8°
78.54
22
11
28
190
26
10 x 8 x 6 * S
X
.75 .375
.5
4.8°
3°
112.95 14
13
25
S
X
.375
.188
.3
2.4°
1.8°
78.54
14
13
25
190
26
10 x 8 x 8 * S
S
.75 .375
.5
4.8°
3°
112.95 18
13
25
X
S .375
.188
.3
2.4°
1.8°
78.54
20
13
25
190
26
10 x 8 x 12 * S
X
.75 .375
.5
4.8°
3°
112.95 20
13
28
X
X
.375
.188
.3
2.4°
1.8°
78.54
23
13
28
190
26
12 x 6 x 8 * S
S
.75 .375
.5
4.8°
3°
112.95 19
15
29
S
S .375
.188
.3
2.4°
1.8°
113.10 22
15
29
190
26
12 x 6 x 14 * S
X
.75 .375
.5
4.8°
3°
112.95 30
15
31
X
X
.375
.188
.3
2.4°
1.8°
113.10 35
15
31
190
26
12 x 8 x 6 * S
S
.75 .375
.5
4.3°
3°
132.57 19
17
28
S
S .375
.188
.3
2.2°
1.8°
113.10 19
17
28
190
26
12 x 8 x 8 * S
S
.75 .375
.5
4.3°
3°
132.57 24
17
29
S
S .375
.188
.3
2.2°
1.8°
113.10 24
17
29
190
26
12 x 8 x 14 * S
X
.75 .375
.5
4.3°
3°
132.57 30
17
30
X
X
.375
.188
.3
2.2°
1.8°
113.10 35
17
30
190
26
12 x 10 x 8 * S
S
.75 .375
.5
3.9°
3°
153.77 23
18
24
S
S .375
.188
.3
1.9°
1.8°
113.10 24
18
24
190
26
12 x 10 x 14 * S
X
.75 .375
.5
3.9°
3°
153.77 35
18
26
X
X
.375
.188
.3
1.9°
1.8°
113.10 38
18
26
190
26
14 x 8 x 8 * S
X
.75 .375
.5
3.9°
2°
177.09 22
18
29
X
X
.375
.188
.3
1.9°
1.2°
153.94 22
18
29
130
26
14 x 10 x 8 * S
S
.75 .375
.5
3.6°
2°
201.46 30
19
29
S
S .375
.188
.3
1.8°
1.2°
153.94 32
19
29
130
26
14 x 10 x 10 * X
X
.75 .375
.5
3.6°
2°
201.46 31
19
30
X
X
.375
.188
.3
1.8°
1.2°
153.94 25
19
33
130
26
14 x 12 x 8 * S
S
.75 .375
.5
3.3°
2°
227.40 32
23
27
S
X
.375
.188
.3
1.7°
1.2°
153.94 33
23
27
130
26
16 x 10 x 8 * S
X
.75 .375
.5
3.3°
2°
227.40 31
21
36
S
X
.375
.188
.3
1.7°
1.2°
201.06 31
21
36
110
26
16 x 10 x 10 * X
S
.75 .375
.5
3.3°
2°
227.40 34
21
39
X
X
.375
.188
.3
1.7°
1.2°
201.06 35
21
39
110
26
16 x 12 x 8 * S
X
.75 .375
.5
3.1°
2°
254.92 36
25
36
S
S .375
.188
.3
1.5°
1.2°
201.06 39
25
36
110
26
16 x 14 x 8 * S
X
.75 .375
.5
2.9°
2°
284.00 38
26
37
S
S .375
.188
.3
1.4°
1.2°
201.06 42
26
37
110
26
18 x 12 x 8 * S
X
.75 .375
.5
2.9°
1°
284.00 37
26
37
S
X
.375
.188
.3
1.4°
0.6°
254.47 37
26
37
110
26
18 x 12 x 12 * X
X
.75 .375
.5
2.9°
1°
284.00 41
27
42
X
X
.375
.188
.3
1.4°
0.6°
254.47 41
27
42
110
26
18 x 14 x 8 * S
X
.75 .375
.5
2.7°
1°
314.65 41
27
37
X
S .375
.188
.3
1.3°
0.6°
254.47 41
27
37
110
26
18 x 16 x 8 * S
X
.75 .375
.5
2.5°
1°
346.88 40
29
34
X
S .375
.188
.3
1.2°
0.6°
254.47 40
29
34
110
26
Rev. 11/99
Table 2: Sizes • Movements • Pressures •Weights