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couplings for grooved-end pipe
Introduction
Couplings
Outlets
Fittings
Val
ves &
Accesso
ries
High
Pressure
Advanced Copper
Method (IPS)
DI-LOK
®
Nipples
Plain-End
Fittings
HDPE
Couplings
Sock-It
®
Fittings
Stainless
Steel Method
Roll
Groovers
Installation
& Assembly
Special
Coatings
Design
Services
Technical
Data
Master Format
3 Part Specs.
Pictorial
Index
CTS Copper
System
www.anvilintl.com
25
Fig. 7000
Lightweight Flexible Coupling
For additional details see “Coupling Data Chart Notes” from page 16.
§ – For additional Bolt Torque information, see page 184.
Not for use in copper systems.
See Installation & Assembly directions on page 154.
FIGURE 7000 COUPLING
Nominal
Size
O.D.
Max.
Working
Pressure
Max. End
Load
Range of
Pipe End
Separation
Defection from
C
L
Coupling Dimensions
Coupling Bolts
Specifed Torque § Approx.
Wt. Ea.
Per Coupling Per in./ft.
X
Y
Z
Qty.
Size
Min.
Max.
In./DN(mm)
In./mm PSI/bar
Lbs./kN
In./mm Degrees
mm/m In./mm In./mm In./mm
In./mm
Ft.-Lbs./N-m
Lbs./Kg
1
1.315
600
815
0-
1
/
8
5° 26'
1.14
2
3
/
8
4
1
/
4
1
3
/
4
2
3
/
8
x 2
1
/
4
30
45
1.3
25
33.4
41.4
3.62
0-3.2
94.7
60
108
44
M10 x 57
40
60
0.6
1
1
/
4
1.660
600
1,299
0-
1
/
8
4° 19'
0.90
2
3
/
4
4
3
/
8
1
3
/
4
2
3
/
8
x 2
1
/
4
30
45
1.4
32
42.2
41.4
5.78
0-3.2
75.3
70
111
44
M10 x 57
40
60
0.6
1
1
/
2
1.900
600
1,701
0-
1
/
8
3° 46'
0.79
3
4
5
/
8
1
3
/
4
2
3
/
8
x 2
1
/
4
30
45
1.5
40
48.3
41.4
7.57
0-3.2
65.7
76
117
44
M10 x 57
40
60
0.7
2
2.375
600
2,658
0-
1
/
8
3° 1'
0.63
3
1
/
2
5
1
/
2
1
3
/
4
2
3
/
8
x 2
1
/
4
30
45
1.7
50
60.3
41.4
11.82
0-3.2
52.6
89
140
44
M10 x 57
40
60
0.8
2
1
/
2
2.875
600
3,895
0-
1
/
8
2° 29'
0.52
4
5
3
/
4
1
3
/
4
2
3
/
8
x 2
1
/
4
30
45
1.9
65
73.0
41.4
17.33
0-3.2
43.3
102
146
44
M10 x 57
40
60
0.9
3 O.D.
2.996
600
4,230
0-
1
/
8
2° 23'
0.50
4
6
1
/
8
1
3
/
4
2
3
/
8
x 2
1
/
4
80
100
2.3
76.1
76.1
41.4
18.82
0-3.2
41.6
102
156
44
M10 x 57
110
150
1.0
3
3.500
600
5,773
0-
1
/
8
2° 3'
0.43
4
5
/
8
6
3
/
4
1
3
/
4
2
1
/
2
x 2
3
/
4
80
100
2.9
80
88.9
41.4
25.68
0-3.2
35.8
117
171
44
M12 x 70
110
150
1.3
3
1
/
2
4.000
600
7,540
0-
1
/
8
1° 48'
0.38
5
1
/
8
7
5
/
8
1
3
/
4
2
1
/
2
x 3
80
100
3.1
90
101.6
41.4
33.54
0-3.2
31.4
130
194
44
M12 x 76
110
150
1.4
4
1
/
4
O.D.
4.250
600
8,512
0-
1
/
4
3° 22'
0.70
5
1
/
2
7
3
/
4
2
2
1
/
2
x 3
80
100
4.0
108.0 108.0
41.4
37.86
0-6.4
58.7
140
197
51
M12 x 76
110
150
1.8
4
4.500
600
9,543
0-
1
/
4
3° 11'
0.67
5
7
/
8
8
1
/
8
2
2
1
/
2
x 3
80
100
4.6
100
114.3
41.4
42.45
0-6.4
55.5
149
206
51
M12 x 76
110
150
2.1
5
1
/
4
O.D.
5.236
500
10,766
0-
1
/
4
2° 44'
0.57
6
1
/
2
9
1
/
8
2
2
5
/
8
x 3
1
/
2
100
130
5.7
133.0 133.0
34.5
47.89
0-6.4
47.7
165
232
51
M16 x 85
135
175
2.6
5
1
/
2
O.D.
5.500
500
11,879
0-
1
/
4
2° 36'
0.54
6
3
/
4
9
3
/
8
2
2
5
/
8
x 3
1
/
2
100
130
6
139.7 139.7
34.5
52.84
0-6.4
45.4
171
238
51
M16 x 85
135
175
2.7
5
5.563
500 12,153
0-
1
/
4
2° 35'
0.54
7
9
5
/
8
2
2
5
/
8
x 3
1
/
2
100
130
6.1
125
141.3
34.5
54.06
0-6.4
45.1
178
244
51
M16 x 85
135
175
2.8
6
1
/
4
O.D.
6.259
500
15,384
0-
1
/
4
2° 17'
0.48
7
1
/
2
10
3
/
8
2
2
5
/
8
x 3
1
/
2
100
130
6.7
159.0 159.0
34.5
68.43
0-6.4
39.8
191
264
51
M16 x 85
135
175
3.0
6
1
/
2
O.D.
6.500
500
16,592
0-
1
/
4
2° 12'
0.46
7
3
/
4
10
3
/
4
2
2
5
/
8
x 3
1
/
2
100
130
7.0
165.1 165.1
34.5
73.80
0-6.4
34.8
197
273
51
M16 x 85
135
175
3.2
6
6.625
500 17,236
0-
1
/
4
2° 10'
0.45
8
11
2
2
5
/
8
x 3
1
/
2
100
130
8.1
150
168.3
34.5
76.67
0-6.4
37.8
203
279
51
M16 x 85
135
175
3.7
8
8.625
500 29,213
0-
1
/
4
1° 40'
0.35
10
13
1
/
4
2
3
/
8
2
3
/
4
x 4
1
/
2
130
180
14.2
200
219.1
34.5
129.95
0-6.4
29.1
264
337
60
M20 x 110
175
245
6.4
Y
Z
X
GL-2.10