Page 10 - CF Catalog 2-10

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12
B
Fittings for critical application or high pressure Multi-Purpose Hose and Chemical Hose
CampbellCrimpnology™
offers crimping flexibility for
your multi-purpose hose
applications.
CRIMPNOLOGY NIPPLES
Features & Benefits
• Designed for use with Campbell
Interlocking Ferrules.
• Fittings use the same ferrules as
Campbell COBRA Parts C and E,
ChemJoint Couplings, and
Goodyear InstaLock Cam & Groove
Couplings to keep ferrule inventory
low and flexible.
• Interlock groove on fitting
locks ferrule into place for the
ultimate in holding power.
• Graduated serration pattern
(sharper near the interlock, rounder
near the end, with smooth end detail
to reduce potential failure caused by
abrasion) grips, seals, and protects
hose.
• Shank and ferrule lengths are matched
for performance and to avoid potential
hose tube or cover damage.
• Crimped assemblies are low profile
and eliminate sharp edges from
clamp buckles.
Recommended
Hose Attachment
• Interlocking ferrules
Recommended Use
• Multi-purpose fluid, chemical,
bulk handling
Special Features
• Crimpnology Nipples provide an
excellent fitting solution for medium-
pressure applications such as “Frac
Hose”, mud-pump hose, and other
abusive applications.
• Long Shank Crimpnology Nipples
provide excellent sealing and retention
for high-pressure applications
(See ratings chart below).
Flanges meet
ANSI/ASME B16.5 150 pound class
specifications.
Crimpnology Nipple
Smooth
End Detail
Rounder
Serrations
Sharper
Serrations
Interlock
Groove
Crimpnology Nipple
Ferrule
Chem/Rubber
–
– 500 350 325 300 275 250 250 225 –
Crimpnology Nipple
Ferrule
Soft
–
– 200 175 150 150 125 100 75 – –
Long Crimpnology Nipple
Long Ferrule
Rubber
–
–
–
– 1000 1000 650 600 500 – –
Crimpnology Flange (Steel)
3
Ferrule
Chem/Rubber
–
–
–
– 285 285 275 250 250 225 –
Crimpnology Flange (SS)
3
Ferrule
Chem/Rubber
–
–
–
– 230 230 230 230 230 – –
Hose System Components
Hose Size
Fitting/Coupling
Attachment
Hose Type
2
1/2 3/4 1 1-1/4 1-1/2 2 2-1/2 3 4 6 8
MAX. SYSTEM WORKING PRESSURE (PSI @ 70°F)
SEE NOTE 1
See footnotes 1, 2, and 4 on Page 1