Page 194 - Cat4800-Oct2011

86 Parker Industrial Hose Customer Service
866 810 HOSE (4673) 800 242 HOSE (4673)
Strongsville, OH South Gate, CA
Eastern USA Western USA
www.safehose.com
e-mail: indhose@parker.com
Composite
Chemical Transfer Hose
Series 3100
Inner Wire: Polypropylene-coated steel (P)
Inner Liner: Polypropylene fabric
Hose Wall: Multiple layers of fabric/flm/tubes
Cover: Black PVC coated polyester
Outer Wire: Galvanized steel (G)
Temp Range: -40°F to +212°F (-40°C to +100°C)
Brand Method: Black text on gold stripe
Brand Example: PARKER SERIES 3100 CHEMICAL TRANSFER HOSE 250 PSI MAX WP
MADE IN USA
Design Factor: 4:1
Industry Standards: None applicable
Applications: Chemicals, inks, paints, plant processing, rail cars, tank trucks
NOTE: Not for dry material service.
Vacuum: Full
Compare to: Apollo 1052P; Dantec Danchem PG/PS; Perafex PGP Standard
Chemical; Tift 951 PG/PS; Uni-Chem PG/PS; Wilcox 3091PG/3094PS
Standard Wire: P (Polypropylene-coated steel inner) and G (Galvanized) outer
Available Wire Options: See table below
Alternate P/N Example: 3100PS-4000 (Polypropylene coated inner, Stainless outer)
Coupling Rec: Permanently attached one-piece male pipe or fanged ends; cam and
groove. Refer to page 387 for standard factory coupling options.
Assemblies: Per customer requirement; hydrostatically tested to 150% of the rated
working pressure. Contact Parker.
Part
Number
ID
(in)
ID
(mm)
Approx
Wt
(lbs/ft)
Min Bend
Rad
(in)
Max
Rec WP
(psi)
Max Lg
(ft)
3100PG-1000 1 25.4 0.8 5.0 250 75
3100PG-1500 1-1/2 38.1 1.0 6.0 250 75
3100PG-2000 2 50.8 1.2 6.5 250 75
3100PG-2500 2-1/2 63.5 1.6 8.0 250 75
3100PG-3000 3 76.2 2.0 9.5 250 70
3100PG-4000 4 101.6 4.4 16.0 250 70
3100PG-6000 6 152.4 7.0 20.0 250 65
3100PG-8000 8 203.2 10.0 29.0 250 65
See page 387 for additional coupling materials data.
Available Component Materials
Component Description Alpha Designation
in Hose Part Number
Inner Wire Polypropylene-coated steel P
Outer Wire Galvanized Steel G
Stainless Steel (316) S
Inner Liner Polypropylene n/a (Standard)
Couplings Carbon Steel –
Stainless Steel –
WARNING! It is the responsibility of the user to determine
if the hose is suitable for the application. Elevated temperatures
can change the chemical resistance ratings. Many chemicals will
become more aggressive as temperatures increase, reducing the
ability of hose materials to withstand them. Contact Parker for
chemical compatibility data at elevated temperatures. Refer to the
Safety and Technical section of this catalog for safety, handling and
use information. Refer to the Composite Hose table in the Chemical
Guide section of this catalog to determine compatibility with specifc
chemicals. Contact Parker for additional chemical compatibility
information. If no data exists, users are required to perform
compatibility testing at the desired temperature.
!