Cut Sheet

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SYS19: BASE2 JOB: CRMAIN06-0270-4 Name: CP-270 DATE: JAN 19 2006 Time: 5:14:16 PM Operator: JB COLOR: CMYK TCP: 15001 Typedriver Name: TS name csm no.: 100 Zoom: 100
STIBOINFO((CRH:66008com:CP:270))
270
PDFINFO C H 0 9 F - 3 6
US: 1-866-764-5454 CAN: 1-800-265-0502 Copyright
©
2006 Cooper Crouse-Hinds
CP Myers
®
Hubs
SCHEDULE OF DIMENSIONS
PIPE CAT. A B C D E F G H J ‘‘O’’ RING K
SIZE NO. MIN. MAX. C.S. O.D. MIN. MAX.
1
⁄4 ST–02 1-
3
⁄32
15
⁄16
21
⁄32
1
⁄8 .350 .364
1
⁄4 NPT
1
⁄4 NPS 60°
3
⁄21
3
⁄4
35
⁄64
9
⁄16
3
⁄8 ST–03 1-
3
⁄32 1-
1
⁄8
21
⁄32
1
⁄8 .468 .493
3
⁄8 NPT
3
⁄8 NPS 60°
3
⁄32
15
⁄16
43
⁄64
11
⁄16
1
⁄2 ST–1 1-
11
⁄32 1-
7
⁄16
13
⁄16
3
⁄16 .591 .622
1
⁄2 NPT
1
⁄2 NPS 60°
1
⁄8 1-
1
⁄2
55
⁄64
7
⁄8
3
⁄4 ST–2 1-
15
⁄32 1-
23
⁄32
29
⁄32
3
⁄16 .783 .824
3
⁄4 NPT
3
⁄4 NPS 60°
1
⁄8 1-
7
⁄16 1-
1
⁄16 1-
1
⁄8
1 ST–3 1-
21
⁄32 21-
1
⁄32
1
⁄4 .997 1.049 1 NPT 1 NPS 60°
1
⁄8 1-
3
⁄4 1-
21
⁄64 1-
3
⁄8
1-
1
⁄4 ST–4 1-
11
⁄16 2-
3
⁄8 1-
1
⁄32
1
⁄4 1.311 1.380 1-
1
⁄4 NPT 1-
1
⁄4 NPS 60°
1
⁄8 2-
1
⁄8 1-
43
⁄64 1-
3
⁄4
1-
1
⁄2 ST–5 1-
11
⁄16 2-
3
⁄4 1-
1
⁄32
1
⁄4 1.529 1.610 1-
1
⁄2 NPT 1-
1
⁄2 NPS 60°
1
⁄8 2-
1
⁄2 1-
59
⁄64 2
2 ST–6 1-
3
⁄4 3-
1
⁄4 1-
3
⁄32
1
⁄4 1.964 2.067 2 NPT 2 NPS 60°
1
⁄8 32-
25
⁄64 2-
1
⁄2
2-
1
⁄2 ST–7 2-
7
⁄32 3-
3
⁄4 1-
9
⁄32
1
⁄4 2.346 2.469 2-
1
⁄2 NPT 2-
1
⁄2 NPS 60°
1
⁄8 3-
1
⁄2 2-
57
⁄64 3
3 ST–8 2-
5
⁄16 4-
3
⁄8 1-
3
⁄8
1
⁄4 2.915 3.068 3 NPT 3 NPS 45°
1
⁄8 4-
1
⁄8 3-
33
⁄64 3-
5
⁄8
3-
1
⁄2 ST–9 2-
3
⁄8 51-
7
⁄16
1
⁄4 3.371 3.548 3-
1
⁄2 NPT 3-
1
⁄2 NPS 45°
1
⁄8 4-
5
⁄8 4-
1
⁄64 4-
1
⁄8
4 ST–10 2-
7
⁄16 5-
1
⁄2 1-
1
⁄2
1
⁄4 3.825 4.026 4 NPT 4 NPS 45°
1
⁄8 5-
1
⁄8 4-
33
⁄64 4-
5
⁄8
5 ST–11 2-
15
⁄16 6-
7
⁄8 2
1
⁄4 4.795 5.047 5 NPT 5 NPS 45°
1
⁄8 6-
1
⁄2 5-
37
⁄64 5-
11
⁄16
6 ST–12 3 7-
11
⁄16 2
5
⁄16 5.762 6.065 6 NPT 6 NPS 45°
1
⁄8 7-
1
⁄4 6-
41
⁄64 6-
3
⁄4
PLAN VIEW SIDE VIEW
‘‘D’’ dimension indicated
maximum panel thickness
which hub will accommodate.
TOLERANCE CAT. NO. MATERIAL
DECIMAL +/-.010 ST ZINC
FRACTIONAL +/-1/16 STA ALUMINUM
ANGULAR & DRAFT +/-2° SSTG STAINLESS
Dimensions and materials specified are
subject to change without prior notice.
SPACING CHART FOR MYERS HUBS
CONDUIT OR PIPE SIZE
HOLE COND.
SIZE. SIZE.
1
⁄4
3
⁄8
1
⁄2
3
⁄4 11
1
⁄4 1
1
⁄2 22
1
⁄2 33
1
⁄2 456
9
⁄16
1
⁄4 1
1
⁄16
11
⁄16
3
⁄8 1
5
⁄32 1
1
⁄4
7
⁄8
1
⁄2 1
5
⁄16 1
13
⁄32 1
9
⁄16
1
1
⁄8
3
⁄4 1
7
⁄16 1
17
⁄32 1
11
⁄16 1
13
⁄16
1
3
⁄8 1 1
19
⁄32 1
11
⁄16 1
27
⁄32 1
31
⁄32 2
1
⁄8
1
3
⁄4 1
1
⁄4 1
25
⁄32 1
7
⁄8 2
1
⁄32 2
5
⁄32 2
5
⁄16 2
1
⁄2
21
1
⁄2 1
31
⁄32 2
1
⁄16 2
7
⁄32 2
11
⁄32 2
1
⁄2 2
11
⁄16 2
7
⁄8
2
1
⁄2 2 2
7
⁄32 2
5
⁄16 2
15
⁄32 2
19
⁄32 2
3
⁄4 2
15
⁄16 3
1
⁄8 3
3
⁄8
32
1
⁄2 2
15
⁄32 2
9
⁄16 2
23
⁄32 2
27
⁄32 33
3
⁄16 3
3
⁄8 3
5
⁄8 3
7
⁄8
3
5
⁄8 3 2
25
⁄32 2
7
⁄8 3
1
⁄32 3
5
⁄32 3
5
⁄16 3
1
⁄2 3
11
⁄16 3
5
⁄16 4
3
⁄16 4
1
⁄2
4
1
⁄8 3
1
⁄2 3
3
⁄32 3
3
⁄16 3
11
⁄32 3
15
⁄32 3
5
⁄8 3
13
⁄16 44
1
⁄4 4
1
⁄2 4
13
⁄16 5
1
⁄8
4
5
⁄8 4 3
11
⁄32 3
7
⁄16 3
19
⁄32 3
23
⁄32 3
7
⁄8 4
1
⁄16 4
1
⁄4 4
1
⁄2 4
3
⁄4 5
1
⁄16 5
3
⁄8 5
3
⁄4
5
11
⁄16 5 4
1
⁄32 4
1
⁄8 4
9
⁄32 4
13
⁄32 4
9
⁄16 4
3
⁄4 4
15
⁄16 5
3
⁄16 5
7
⁄16 5
3
⁄4 6
1
⁄16 6
5
⁄16 7
1
⁄8
6
3
⁄4 6 4
13
⁄32 4
1
⁄2 4
21
⁄32 4
25
⁄32 4
15
⁄16 5
1
⁄8 5
5
⁄16 5
9
⁄16 5
13
⁄16 6
1
⁄8 6
7
⁄16 6
11
⁄16 7
3
⁄8 7
3
⁄4
19
⁄32
11
⁄16
27
⁄32
31
⁄32 1
1
⁄8 1
5
⁄16 1
1
⁄2 1
3
⁄4 22
5
⁄16 2
5
⁄8 2
7
⁄8 3
9
⁄16 3
15
⁄16
Minimum space from center of pipe or conduit to nearest obstruction.
1. Dimensions in black squares are centers for conduits of same size. Example: How close may 3⍯ conduits be spaced?
Answer 4
1
⁄2⍯.
2. Dimensions in grey squares are for centers of conduits NOT of the same size. Example: What is the minimum spacing for 2⍯ and
3
⁄4⍯
conduit?
Read down column marked
3
⁄4⍯ to figure opposite 2⍯ and find dimensions is 2
11
⁄32⍯.
3. Minimum spacing dimensions as shown will give approximately
1
⁄8⍯ clearance between locking nuts.
ɀCP
Myers Hubs